From rajkumar_62 at REDIFFMAIL.COM Wed Jul 1 06:34:50 2009 From: rajkumar_62 at REDIFFMAIL.COM (Raj Kumar Sharma) Date: Wed, 1 Jul 2009 10:34:50 -0000 Subject: scatter plot, drawing lines best fit etc Message-ID: I have x and y variables and would like to generate scatter plot. Scatter plot is not a problem, however I also want to draw (1) Best fit Line(2) Line according to equation I already have such as y = mx + c, I know m and c(3) Line of 45 degree (This I can draw by first defining Page Area and then drawing line from xmin,ymin to xmax,ymaxAny help will be greatly appreciated.Raj -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090701/2df22320/attachment.html From sachinghude at TROPMET.RES.IN Wed Jul 1 08:10:56 2009 From: sachinghude at TROPMET.RES.IN (Sachin Ghude) Date: Wed, 1 Jul 2009 18:40:56 +0630 Subject: How to calculate total column Message-ID: Hi! I am having model simulated vertical distribution of NOx (from 1000 hPa - 50 hPa, total 25 layers) over Indian Region. I want to calculate total column NOx between 1000- 100 hPa. Could you please tell me how to calculate total column from this simulation? Sachin Ghude From zjuyanlibin at 163.COM Wed Jul 1 08:29:14 2009 From: zjuyanlibin at 163.COM (Libin Yan) Date: Wed, 1 Jul 2009 20:29:14 +0800 Subject: How to calculate total column Message-ID: d no2(z=1)+no2(z=2)+... 2009-07-01 ?????????????????????????????????????? ??? ?????????? ???????????? ??????????10??710075 ???15902909106 ??: 86-29-88327411 ??: 86-29-88320456 Email: yanlibin at ieecas.cn ?????: http://tibet.ieecas.cn/ ????: http://tibet.ieecas.cn/ylb.htm ?????????????????????????????????????? Libin Yan, PhD candidate Climate and Environment Modeling Institute of Earth Environment, Chinese Academy of Sciences (IEECAS) 10th Fenghui South Road, High-Tech Zone, Xi?an, 710075, Shaanxi, China Mobile: 86-15902909106 Tel: 86-29-88327411 Fax: 86-29-88320456 Email: yanlibin at ieecas.cn Labpage: http://tibet.ieecas.cn/ Personal: http://tibet.ieecas.cn/ylb.htm ?????????????????????????????????????? ???? Sachin Ghude ????? 2009-07-01 20:06:06 ???? GRADSUSR ??? ??? How to calculate total column Hi! I am having model simulated vertical distribution of NOx (from 1000 hPa - 50 hPa, total 25 layers) over Indian Region. I want to calculate total column NOx between 1000- 100 hPa. Could you please tell me how to calculate total column from this simulation? Sachin Ghude -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090701/dcd22c58/attachment.html From belitaps at CPTEC.INPE.BR Wed Jul 1 10:23:39 2009 From: belitaps at CPTEC.INPE.BR (Isabel belitaps) Date: Wed, 1 Jul 2009 16:23:39 +0200 Subject: COREs template Message-ID: Hello all! There is anyone who is working with COREs (Common Ocean-ice Reference Experiments)?? I'm trying to do a template with these dataset, but it's not working until now. Here is my template: DSET ^ncar_rad.%y4.7JULY2008.nc DTYPE netcdf options template UNDEF -9.9999998e+33 _FillValue OPTIONS LITTLE_ENDIAN TITLE Dados de radia√?√?o do CORE XDEF 192 LINEAR 0 1.875 YDEF 94 LEVELS -88.5419 -86.6532 -84.7532 -82.8508 -80.9474 -79.0435 -77.1394 - 75.2351 -73.3307 -71.4262 -69.5217 -67.6171 -65.7125 -63.8079 -61.9033 -59.9986 - 58.0939 -56.1893 -54.2846 -52.3799 -50.4752 -48.5705 -46.6658 -44.7611 -42.8564 - 40.9517 -39.047 -37.1423 -35.2375 -33.3328 -31.4281 -29.5234 -27.6186 -25.7139 - 23.8092 -21.9044 -19.9997 -18.095 -16.1902 -14.2855 -12.3808 -10.476 -8.57131 - 6.66657 -4.76184 -2.8571 -0.952368 0.952368 2.8571 4.76184 6.66657 8.57131 10.476 12.3808 14.2855 16.1902 18.095 19.9997 21.9044 23.8092 25.7139 27.6186 29.5234 31.4281 33.3328 35.2375 37.1423 39.047 40.9517 42.8564 44.7611 46.6658 48.5705 50.4752 52.3799 54.2846 56.1893 58.0939 59.9986 61.9033 63.8079 65.7125 67.6171 69.5217 71.4262 73.3307 75.2351 77.1394 79.0435 80.9474 82.8508 84.7532 86.6532 88.5419 ZDEF 1 LEVELS 0 TDEF 17520 LINEAR 12Z01JAN1958 1DY VARS 2 lwdn_mod 0 -999 IF Y[G=LWDN[D=1]] GT 60 THEN LWDN[D=1] - 5.*FAC ELSE LWDN[D=1] swdn_mod 0 -999 F1*F2*F3*SWDN **********I'd already tried this var 0 z,y,x bla, but nops ! I believe here is the problem because when I display the variables GrADS says the values are NaN. ENDVARS If anyone knows why has this happens, please write me. Thank you. Best regards, Isabel From arlindo.dasilva at GMAIL.COM Wed Jul 1 14:38:51 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Wed, 1 Jul 2009 14:38:51 -0400 Subject: GrADS and iPhone In-Reply-To: <895FEED8-E472-4641-99C4-BDB7E92B971C@cola.iges.org> Message-ID: On Tue, Jun 30, 2009 at 9:11 AM, Brian Doty wrote: > fyi... I am able to run GrADS interactively on a remote server and > display the output on my iPhone 3G using the latest OS update (3.0) > and the latest version of the iSSH app which supports X Windows > tunneling. Switching between the terminal window and the X window is > a bit cumbersome. GrADS scripts with widgets seem to work fine. > That is great! I wish I had one of these toys (still locked with a Verizon contract). Which kind of Java apps can you run locally on the iPhone? Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090701/c144ab4f/attachment.html From arlindo.dasilva at GMAIL.COM Wed Jul 1 14:45:13 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Wed, 1 Jul 2009 14:45:13 -0400 Subject: How to calculate total column In-Reply-To: <200907012029135778200@163.com> Message-ID: 2009/7/1 Libin Yan > d no2(z=1)+no2(z=2)+... > > If "no2" is mixing ratio then typically you have to multiply the integrand by rho dz = dp/g, where "dp" is the pressure thickness of each layer, g ~ 9.81. Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090701/9f7d169e/attachment.html From arlindo.dasilva at GMAIL.COM Wed Jul 1 14:49:00 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Wed, 1 Jul 2009 14:49:00 -0400 Subject: state/province boundaries In-Reply-To: Message-ID: On Sun, Jun 28, 2009 at 12:45 AM, itesh dash wrote: > Morning All, > > I wanted to plot the state or province boundaries of the counties. Is there > a 'res' file for that. or is there anyway I can reach there? > > The current virsion GrADS only give the country boundaries, if I am correct > with "Hires". > > Any help will be highly appreciated. > Please search the list, I posted an example recently about using the shape extension to display Canadian provinces. -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090701/7026c67e/attachment.html From arlindo.dasilva at GMAIL.COM Wed Jul 1 14:58:30 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Wed, 1 Jul 2009 14:58:30 -0400 Subject: using regrid In-Reply-To: <4A4571E9.1090207@noaa.gov> Message-ID: On Fri, Jun 26, 2009 at 9:12 PM, Charles Seman wrote: > Gisele, > > I'm not familiar with this dataset... perhaps you could ask some of your > local colleagues for advice on this issue? > Regardless of the "observational resolution" that went into the anaysis, the analyzed gridded fields cannot resolve features that are finer than the ~50km size of the gridbox. Therefore, remapping your hi res model to the analysis grid for validation makes more sense. For this remapping you could use the box average method provided by the re() extension: http://opengrads.org/doc/udxt/re/ You will need binaries from http://opengrads.org for using the re() extension. The latest v2.0.a5.oga.5, for example. Arlindo > > Chuck > > > Gisele Zepka wrote: > >> Chuck, >> >> My analysis are from NCEP High Resolution Global Forecast System (1 >> degree GFS). >> >> Gisele >> >> >> >> Charles Seman escreveu: >> >>> Gisele, >>> >>> I don't know... do you know the source of the analysis? >>> >>> Chuck >>> >>> Gisele Zepka wrote: >>> >>>> Sorry, but where can I verify the density of the observations in the >>>> analysis? >>>> >>>> Gisele >>>> >>>> >>>> Charles Seman escreveu: >>>> >>>>> Gisele, >>>>> >>>>> Could you compare your model output to the analysis by regridding the >>>>> model output to the analysis grid? This would smooth out much of the >>>>> detail in the model, but would preserve the analysis data... a >>>>> consideration: what is the density of the observations that went into >>>>> the analysis? is the density of the obs closer to 1 degree or 8 km? >>>>> >>>>> Hope this helps, >>>>> Chuck >>>>> >>>>> Gisele Zepka wrote: >>>>> >>>>>> Hi GrADS Users, >>>>>> >>>>>> I would like to intepolate some variables from the analysis data of 1 >>>>>> degree resolution to model output resolution (0.072 resolution ~ 8 >>>>>> km) >>>>>> in order to validate my simulations. First of all, can I do it using >>>>>> regrid? Is there some resolution limit in regrid function? >>>>>> >>>>>> Thanks a lot for any help. >>>>>> >>>>>> Gisele >>>>>> >>>>>> -- >>>>>> Msc. Gisele dos Santos Zepka >>>>>> Atmospheric Electricity Group (ELAT) >>>>>> National Institute for Space Research (INPE) >>>>>> Av. dos Astronautas, 1758 >>>>>> S?o Jos? dos Campos/ SP/ Brazil >>>>>> CEP 12245-970 >>>>>> Phone ++55(12)39456841 >>>>>> >>>>> >>>>> -- >>>>> >>>>> Please note that Charles.Seman at noaa.gov should be considered my NOAA >>>>> email address, not cjs at gfdl.noaa.gov. >>>>> >>>>> ******************************************************************** >>>>> Charles Seman Charles.Seman at noaa.gov >>>>> U.S. Department of Commerce / NOAA / OAR >>>>> Geophysical Fluid Dynamics Laboratory voice: (609) 452-6547 >>>>> 201 Forrestal Road fax: (609) 987-5063 >>>>> Princeton, NJ 08540-6649 http://www.gfdl.noaa.gov/~cjs/ >>>>> ******************************************************************** >>>>> >>>>> "The contents of this message are mine personally and do not >>>>> necessarily >>>>> reflect any position of the Government or NOAA." >>>>> >>>>> >>>> >>>> -- >>>> Msc. Gisele dos Santos Zepka >>>> Atmospheric Electricity Group (ELAT) >>>> National Institute for Space Research (INPE) >>>> Av. dos Astronautas, 1758 >>>> S?o Jos? dos Campos/ SP/ Brazil >>>> CEP 12245-970 >>>> Phone ++55(12)39456841 >>>> >>> >>> -- >>> >>> Please note that Charles.Seman at noaa.gov should be considered my NOAA >>> email address, not cjs at gfdl.noaa.gov. >>> >>> ******************************************************************** >>> Charles Seman Charles.Seman at noaa.gov >>> U.S. Department of Commerce / NOAA / OAR >>> Geophysical Fluid Dynamics Laboratory voice: (609) 452-6547 >>> 201 Forrestal Road fax: (609) 987-5063 >>> Princeton, NJ 08540-6649 http://www.gfdl.noaa.gov/~cjs/ >>> ******************************************************************** >>> >>> "The contents of this message are mine personally and do not necessarily >>> reflect any position of the Government or NOAA." >>> >>> >> >> -- >> Msc. Gisele dos Santos Zepka >> Atmospheric Electricity Group (ELAT) >> National Institute for Space Research (INPE) >> Av. dos Astronautas, 1758 >> S?o Jos? dos Campos/ SP/ Brazil >> CEP 12245-970 >> Phone ++55(12)39456841 >> > > -- > > Please note that Charles.Seman at noaa.gov should be considered my NOAA > email address, not cjs at gfdl.noaa.gov. > > ******************************************************************** > Charles Seman Charles.Seman at noaa.gov > U.S. Department of Commerce / NOAA / OAR > Geophysical Fluid Dynamics Laboratory voice: (609) 452-6547 > 201 Forrestal Road fax: (609) 987-5063 > Princeton, NJ 08540-6649 http://www.gfdl.noaa.gov/~cjs/ > ******************************************************************** > > "The contents of this message are mine personally and do not necessarily > reflect any position of the Government or NOAA." > -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090701/6a755543/attachment.html From arlindo.dasilva at GMAIL.COM Wed Jul 1 15:05:41 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Wed, 1 Jul 2009 15:05:41 -0400 Subject: Output transparent figures In-Reply-To: Message-ID: On Wed, Jun 24, 2009 at 10:58 AM, Stephen R McMillan < smcmillan at planalytics.com> wrote: > Wang, > > Try using the "-t" (transparent) option with printim. For example, > > 'printim image.png -t 0' should produce an image with a transparent > background (assuming background is color 0). > > Reference from GrADS Documentation Index: > http://grads.iges.org/grads/gadoc/gradcomdprintim.html > > Note: I believe the transparent option will work only with versions 1.9 or > later. > Recently Pablo Romero implemented additional transparency functionality in the gxyat extension. For example, you can specify a transparency level for each color with the set_rgba command extension. You will need the latest OpenGrADS bundle release available from http://opengrads.org. Notice that you have to use "gxyat" instead of "printim" for enabling this feature; this will also give you smoother fonts. A manual page is built in: ga-> set_rgba NAME set_rgba - define color including alpha channel SYNOPSIS set_rgba color red green blue alpha [mask] DESCRIPTION This User Defined Command (UDC) defines *color* given its RGB triplet along with its *alpha* channel. color integer in the range [16-255] red, green, blue integers in the range [0-255] alpha float, with alpha ranging from 0.0 (fully transparent) to 1.0 (fully opaque). The optional parameter *mask* determines whether the color below it is visible or not. mask=0 --- if alpha<1, *color* will be semi-transparent and the colors below it will be visible (default) mask=1 --- if alpha<1, *color* will be semi-transparent but the colors below it will *not* be visible EXAMPLE In order to emulate the -t option in printim ga-> set rgb 60 125 125 125 ga-> printim img.png -t 60 Specify alpha=0 and mask=1 ga-> set_rgba 60 125 125 125 0 1 ga-> gxyat img.png -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090701/0ad891e8/attachment.html From arlindo.dasilva at GMAIL.COM Wed Jul 1 15:22:19 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Wed, 1 Jul 2009 15:22:19 -0400 Subject: regrid 2.5x2.5 to t30 problem In-Reply-To: <361CE8B1-86D0-4288-86D2-996B7DD29B03@atmos.ucla.edu> Message-ID: Joyce, The old regrid2 UDF is no longer supported. There have been bug fixes in the re() extension that may or may not address this problem. If it is an option for you, install the latest opengrads bundle from http://opengrads.org and give re() a try; documentation is here: http://opengrads.org/doc/udxt/re/ On Mon, Jun 22, 2009 at 7:12 PM, Joyce Meyerson wrote: > Hi, > > I'm trying to regrid a 2.5x2.5 uniform grid (144 x 72) to t30 gaussian > grid (96x48) using box averaging with "voting" as in the example in > the regrid2.doc file. > define prect30=regrid(prec,96,48,vt,0.60,0.20) and I get 4 x 5 points > total in the new grid. Plus the lon extent only goes from 0 264. I > have also tried just box averaging (regrid,96,48)with the same result. > This seems to be the result of my not inputting a specific dx and dy > but I'm going to a gaussian (non-uniform) grid. > What am I doing wrong? > > ga[2]> define pt30=regrid(prec,96,48,vt,0.60,0.20) > number of arguments = 6 > > the output grid is UNIFORM lat/lon: > dx = 96.00 deg and dy = 48.00 deg > # points in i(lon) = 4 # points j(lat) = 5 > lon extent = 0.00 to 264.00 lat extend = -90.00 to 90.00 > regrid method is: box averaging with VOTING > vote parameters: max fract area = 0.60 min frac area = 0.20 > > Joyce > > P.S. the example in regrid2.doc gives define i21=regrid(index, > 48,40,12,0.60,0.20). Does anyone know what the "12" in the C1 option > means? > > > ****************** > Joyce E. Meyerson > UCLA > Dept. of Atmospheric and Oceanic Sciences > Climate Systems Interactions Group > Math Science 7235 > hobo at atmos.ucla.edu > -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090701/108176ca/attachment.html From arlindo.dasilva at GMAIL.COM Wed Jul 1 15:28:14 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Wed, 1 Jul 2009 15:28:14 -0400 Subject: Automatically select input and generate output In-Reply-To: <20090621115326.9C1BE1FF14@mx2.cineca.it> Message-ID: On Sun, Jun 21, 2009 at 7:52 AM, Muhammad Rahiz < muhammad.rahiz at ouce.ox.ac.uk> wrote: > Dear GrADS users, > > Instead of specifying a file (e.g. 'ga> open file1.ctl'), I want GrADS to > automatically select the input file (e.g. file1, file2) within the folder. > Also I want it to generate the output file e.g. file1, file2) based on the > same name as the input file. > > In shell, I can issue the wildcard e.g. '*.ctl'. Any similar commands in > GrADS? > The *pygrads* shell works exactly in this way, % pygrads *.ctl will start pygrads and open all the files specified on the command line. You can write a wrapper shell script that does the same thing. You will need to write a mopen.gs grads script that opens multiple files, and use the "-c" command line option of grads to invoke mopen, passing the list of files. Arlindo > > Muhammad Rahiz > -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090701/8471996b/attachment.html From arlindo.dasilva at GMAIL.COM Wed Jul 1 15:34:13 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Wed, 1 Jul 2009 15:34:13 -0400 Subject: Hi... Convert netCDF to GRIB format In-Reply-To: <1f59b3870906220912k25bb7aa2n516f69f8be2b2ab4@mail.gmail.com> Message-ID: On Mon, Jun 22, 2009 at 12:12 PM, Rafael Mundaray wrote: > Hello everybody... I have several .nc files and I want to convert them to > GRIB format... I was reading somethings about this but I saw a Arlindo's > Program (lats4d) that makes this, but I don't know how to install it or how > to use it... Can you help me...??? Thanks... Regards... > > Lats4d comes standard with the opengrads bundle (download from http://opengrads.org), no installation necessary. For writing GRIB-1 you will need v1.10.r2.oga as v2 does not support LATS. The lats4d.sh script which is needed for using lats4d from the shell command line is under Contents/Resources/Scripts/lats4d.sh; you may want to copy it to somewhere in your path (this will be fixed in future releases). -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090701/48fb8782/attachment.html From arlindo.dasilva at GMAIL.COM Wed Jul 1 15:37:30 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Wed, 1 Jul 2009 15:37:30 -0400 Subject: No subject In-Reply-To: <548c76010906210912k5ae60a83h951b5921fae27f6b@mail.gmail.com> Message-ID: On Sun, Jun 21, 2009 at 12:12 PM, gonzalo infante llorca < gonzaloinfantellorca at gmail.com> wrote: > Dear grads users, > i am trying to execute a grads script from a bash script. > The grads script need as an input the filenames to open. > It works ok if i write from the grads comand line > ga> myscript filename 1 filename2 > > but if i try to execute from the terminal command line like > grads -bc myscript filename1 filename2 Try to quote your arguments: grads -lc 'myscript file1 file2' -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090701/94a1c556/attachment.html From pliu at HAWAII.EDU Wed Jul 1 16:21:37 2009 From: pliu at HAWAII.EDU (Ping Liu) Date: Wed, 1 Jul 2009 10:21:37 -1000 Subject: ylabs after zlog on Message-ID: Hi, Over one sounding, I have vertical levels of 0.2 0.6 1.5 3.5 7.3 14 24 37 53 70 85 100 How to set to show all the labels with 'set zlog on' correctly ? The default setting is 10~100 with an interval of 10. A combination of 'set yaxis' and 'set ylabs' gives me a linear scale. Thanks Ping Liu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090701/d0b45ec7/attachment.html From pliu at HAWAII.EDU Wed Jul 1 16:26:03 2009 From: pliu at HAWAII.EDU (Ping Liu) Date: Wed, 1 Jul 2009 10:26:03 -1000 Subject: ylabs after zlog on In-Reply-To: Message-ID: It is solved. 'set ylevs ' will do. thanks ----- Original Message ----- From: Ping Liu Date: Wednesday, July 1, 2009 10:21 am Subject: RE: ylabs after zlog on To: GRADSUSR at LIST.CINECA.IT > Hi, > > Over one sounding, I have vertical levels of > 0.2 0.6 1.5 3.5 7.3 14 24 37 53 70 85 100 > > How to set to show all the labels with 'set zlog on' correctly ? The default setting is 10~100 with an interval of 10. A combination of 'set yaxis' and 'set ylabs' gives me a linear scale. > > Thanks > > Ping Liu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090701/c7054331/attachment.html From pauli.j.jokinen at HELSINKI.FI Thu Jul 2 06:21:36 2009 From: pauli.j.jokinen at HELSINKI.FI (Pauli Jokinen) Date: Thu, 2 Jul 2009 12:21:36 +0200 Subject: Geostrophic wind from station data Message-ID: Hi, I have old sea level pressure observations from which I need to estimate the geostrophic wind. I was able to plot the observations as station data only to realize that I cannot create new variables such as the coriolis parameter or the geostrophic wind itself in station data mode. Is it possible to convert station data into gridded format like how computer model data such as the GFS model forecasts are given, so that I could define the geostrophic wind and calculate it for the area of interest? For example could I interpolate the station data into GFS model grid points using oacres, output the values somehow and then convert them into the "real" gridded data format? I guess I could do the whole analysis outside of Grads, but I figured it would be faster this way as I'm not an expert in fortran. Any suggestions? Thanks in advance. -Pauli Jokinen University of Helsinki/Finnish Met. Institute pauli.j.jokinen at helsinki.fi From dasilva at ALUM.MIT.EDU Thu Jul 2 15:37:03 2009 From: dasilva at ALUM.MIT.EDU (Arlindo da Silva) Date: Thu, 2 Jul 2009 15:37:03 -0400 Subject: ADVECTION FUNCTIONS In-Reply-To: <8d9ec3dd0907011542p77044616x1226010d74e2bbba@mail.gmail.com> Message-ID: > > ---------- Forwarded message ---------- > From: Diego Araneo > Date: Wed, Jul 1, 2009 at 3:38 PM > Subject: ADVECTION FUNCTIONS > To: ddasilva at umd.edu > > > Hello Arlindo. > > > > In http://opengrads.org/doc/udxt/libbjt/, where it says -d(u*EXPR)/dx, it > should say -u*d(EXRR)/dx. > > > > I hope the last is the real expression the command function calculates. > > > I am not sure what you are refering to. There are 2 kind of functions under the "Advection Functions" banner. These are actually advection, e.g., u d EXPR/ dx, etc. display *muadv*(*U*,*EXPR*) - Changing rate [EXPR/s] due to zonal advection display *mvadv*(*V*,*EXPR*) - Changing rate [EXPR/s] due to meridional advection display *mwadv*(*W*,*EXPR*) - Changing rate [EXPR/s] due to vertical advection Now, these are actually components of the flux gradient: display *madvu*(*U,EXPR*) - Zonal flux gradient: -d(U*EXPR)/dx display *madvv*(*V,EXPR*) - Meridional flux gradient: -d(V*EXPR)/dy display *madvw*(*W,EXPR*) - Vertical flux gradient: -d(W*EXPR)/dz These are useful for budget calculations (say, divergence of moisture flux ~ E - P). Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090702/2c67fca5/attachment.html From j.burn at GEOS.COM Fri Jul 3 00:48:08 2009 From: j.burn at GEOS.COM (Burn James) Date: Fri, 3 Jul 2009 06:48:08 +0200 Subject: Precipitation 3/6 h Message-ID: Hi Rather a long wait for a reply, but I managed to fix our meteograms 3/6hrly precip display using a function based on the "fixprecip" function which is at the end of the meteogram_eta.gs script from ftp://iges.org/grads/scripts/ I thought there would be an easier way - as I mentioned in my note earlier this year, but this does work fine. Cheers James On Fri, 23 Jan 2009 15:00:06 +0100, Fil wrote: >Hi everyone, > >I'm trying to plot a precipitation meteogram from GFS 3h data but, for >example, +33h timestep has precipitation from +30h to +33h but +36h timestep >also has precipitation from +30h to +33h and +33h to +36h. So what I wanted >to know is how can I subtract precipitation like 30h = 30h - 27h, 36h = 36h >- 33h, 42h = 42h - 39h, etc, so that +30h/+36h/+42h/etc timestep doesn't >include precipitation from +27h/+33h/+39h/etc timestep. > >Also how can I sum precipitation from +3h to 180h? I'm trying to draw the >total precipitation above the bars graph and I tried something like: > >totalprec=sum(APCPsfc,t=2,t=180) >'draw string x y 'totalprec > >But it doesn't work at all. > >Hope someone can help me. > >Cheers. From bernd.becker at METOFFICE.GOV.UK Fri Jul 3 04:04:20 2009 From: bernd.becker at METOFFICE.GOV.UK (Bernd Becker) Date: Fri, 3 Jul 2009 09:04:20 +0100 Subject: zoom script In-Reply-To: Message-ID: Gabriel, find a copy of the 4 cd-set from the ECMWF seasonal simulations produced under the PROVOST project and have a look at the season.gs script. Good luck! Bernd. On Mon, 2009-06-29 at 10:29 -0300, Gabriel - ud Carvalho wrote: > Hi everybody, > I?m writing a script that allows the user to make zoom?s in the > current plot. > I use I/O functions and ?q pos? to set the lat lon of the zoom. > the problem is: after I pull the new lat lon, I have to display > (again) the data that was on the plot. > This is making my script very big, cause I have specify various types > of data to do the zoom. > > Is there some way just to set the new lat and lon and ?re-display? the > existing data on the plot window? > > thanks, > Gabriel Carvalho -- Bernd Becker The Monthly Outlook Met Office FitzRoy Road Exeter Devon EX1 3PB United Kingdom Tel.: +44 (0) 1392 884511 Fax: +44 (0)870 900 5050 E-mail:bernd.becker at metoffice.com - http://www.metoffice.com From mehdi_porbagher at YAHOO.COM Sun Jul 5 07:46:58 2009 From: mehdi_porbagher at YAHOO.COM (mehdi porbagher) Date: Sun, 5 Jul 2009 04:46:58 -0700 Subject: Water vapor Microwave radiometer data Message-ID: Dear friends, Who can help me? I need strongly to Water vapor Microwave radiometer data? (17 sep2004, 17 Sep 2006). Do you know the FTP site at all? With best regards' -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090705/91a61ed0/attachment.html From gabriel.ud at GMAIL.COM Sun Jul 5 13:47:41 2009 From: gabriel.ud at GMAIL.COM (Gabriel - ud Carvalho) Date: Sun, 5 Jul 2009 14:47:41 -0300 Subject: zoom script In-Reply-To: <1246608260.7419.7.camel@eld313.desktop.frd.metoffice.com> Message-ID: B. Becker, I couldn?t open the link you send... I?ll look for the project that you indicated, thanks a lot, Gabriel Carvalho 2009/7/3 Bernd Becker > Gabriel, > > find a copy of the 4 cd-set from the ECMWF seasonal simulations > produced under the PROVOST project and have a look > at the season.gs script. > > Good luck! > Bernd. > > On Mon, 2009-06-29 at 10:29 -0300, Gabriel - ud Carvalho wrote: > > Hi everybody, > > I?m writing a script that allows the user to make zoom?s in the > > current plot. > > I use I/O functions and ?q pos? to set the lat lon of the zoom. > > the problem is: after I pull the new lat lon, I have to display > > (again) the data that was on the plot. > > This is making my script very big, cause I have specify various types > > of data to do the zoom. > > > > Is there some way just to set the new lat and lon and ?re-display? the > > existing data on the plot window? > > > > thanks, > > Gabriel Carvalho > -- > Bernd Becker The Monthly Outlook > Met Office FitzRoy Road Exeter Devon EX1 3PB United Kingdom > Tel.: +44 (0) 1392 884511 Fax: +44 (0)870 900 5050 > E-mail:bernd.becker at metoffice.com - > http://www.metoffice.com > -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090705/1eee48b2/attachment.html From ksanthanam at PRECISIONWIND.COM Sun Jul 5 15:09:30 2009 From: ksanthanam at PRECISIONWIND.COM (Krishna Santhanam) Date: Sun, 5 Jul 2009 13:09:30 -0600 Subject: NARR data analysis Message-ID: Hi all, I am trying to write u and v wind component from NARR data into a file. The text file that is written is having no value but "interpolation" . Could anyone help me how to solve this issue. By the way here is the grads script that i used ____________________ function main() 'open narr-a_221_20010101_0000_000.ctl' cntt=1 say "cntt ="cntt cntx=290 while(cntx<=350) cnty=60 while(cnty<=100) count=1 count1=count+7 while(count<=count1) 'set t 'count 'set x 'cntx 'set y 'cnty 'set z 1' 'd ugrd30m.'cntt dum1=sublin(result,1) x13=subwrd(dum1,4) 'd vgrd30m.'cntt dum1=sublin(result,1) x23=subwrd(dum1,4) variables2=x13' 'x23 write(temp_30m.dat,variables2) count=count+1 endwhile cnty=cnty+1 endwhile cntx=cntx+1 endwhile --------------------------------------- Thanks, Krishna -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090705/8adbc17e/attachment.html From muhammad.rahiz at OUCE.OX.AC.UK Sun Jul 5 17:28:17 2009 From: muhammad.rahiz at OUCE.OX.AC.UK (Muhammad Rahiz) Date: Sun, 5 Jul 2009 23:28:17 +0200 Subject: Climatology - January start? Message-ID: Dear users, When calculating climatologies using the following syntax 'set t 1 12' 'define clim = ave(my_var, t+0, t=last, 12)' , does it matter if my data-set do not start in Jan because my first time step is in fact Oct 1960? Or does it have to start in Jan? Muhammad -- Muhammad Rahiz | Doctoral Student in Regional Climate Modeling Climate Research Laboratory, School of Geography & the Environment Oxford University Centre for the Environment, University of Oxford South Parks Road, Oxford, OX1 3QY, United Kingdom Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 Email: muhammad.rahiz at ouce.ox.ac.uk From hc.nnamchi at LASG.IAP.AC.CN Sun Jul 5 21:50:45 2009 From: hc.nnamchi at LASG.IAP.AC.CN (Hyacinth Cyprain Nnamchi) Date: Mon, 6 Jul 2009 09:50:45 +0800 Subject: Writing annual from month data Message-ID: Dear GrADS users, I have a monthly dataset for the global land areas, 1901 to 2007 at 0.5 by 0.5 grids. I now want to write the ANNUAL total values for all the grid points. Any ideas? hyacinth From Bob.Kuligowski at NOAA.GOV Mon Jul 6 08:59:55 2009 From: Bob.Kuligowski at NOAA.GOV (Bob Kuligowski) Date: Mon, 6 Jul 2009 08:59:55 -0400 Subject: Water vapor Microwave radiometer data In-Reply-To: <247889.52953.qm@web54111.mail.re2.yahoo.com> Message-ID: Dear Mehdi Porbagher, Have you tried the NOAA CLASS archive at http://www.class.noaa.gov? They have both the raw data and some derived products in their archive. You need to register to download data but registration is free, as is the data. Cheers, Bob > Dear friends, > Who can help me? I need strongly to Water vapor Microwave radiometer > data? (17 sep2004, 17 Sep 2006). Do you know the FTP site at all? > > > /*_With best regards'_*/ > > -- Bob Kuligowski, Ph.D. Meteorologist NOAA/NESDIS/Center for Satellite Applications and Research (STAR) Mailing Address: E/RA2 RM 712 WWBG 5200 Auth Rd. Camp Springs, MD 20746-4304 Phone: (301) 763-8251x192 Fax: (301) 763-8580 http://www.star.nesdis.noaa.gov/star/Kuligowski_B.php http://www.star.nesdis.noaa.gov/smcd/emb/ff/index.php -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090706/d510d5dd/attachment.html From sachinghude at TROPMET.RES.IN Mon Jul 6 09:32:32 2009 From: sachinghude at TROPMET.RES.IN (Sachin Ghude) Date: Mon, 6 Jul 2009 20:02:32 +0630 Subject: How to calculate total column Message-ID: Hi! Could you please tell me how to calculate total column from the verticle distribution of NOx at the following z levels? zdef 20 levels 994.600 983.800 970.300 950.950 925.300 893.350 855.100 810.550 759.700 702.550 639.100 569.350 492.850 412.300 337.150 275.500 228.250 190.000 Sachin Ghude -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090706/370f6fe7/attachment.html From pavel at CYCLONE.TAU.AC.IL Mon Jul 6 09:47:59 2009 From: pavel at CYCLONE.TAU.AC.IL (Pavel Kishcha) Date: Mon, 6 Jul 2009 16:47:59 +0300 Subject: problem with opening NETCDF files Message-ID: Dear All, The problem comes about when I am trying to open a NetCDF file in GRADS version 2.0.a2. ***When I run it by using the command open I see the message: ga-> open data.ctl Scanning description file: data.ctl Open Error: Invalid variable record --> The invalid description file record is: --> nAOT 0 t,y,x The data file was not opened. What am I doing wrong? Thank you for all of your help. Cheers, Pavel Here is my descriptor file (data.ctl): DSET ^2000-03.nc DTYPE netcdf TITLE Variables UNDEF -9.99 XDEF 1801 linear -180.000000 0.20000 YDEF 901 linear -90.000000 0.20000 ZDEF 1 levels 0 TDEF 1 linear 01mar2000 1mo vars 27 nAOT 0 t,y,x AOT 0 t,y,x stdAOT 0 t,y,x nAOTSm 0 t,y,x AOTSm 0 t,y,x stdAOTSm 0 t,y,x nAOTMd 0 t,y,x AOTMd 0 t,y,x stdAOTMd 0 t,y,x nAOTLg 0 t,y,x AOTLg 0 t,y,x stdAOTLg 0 t,y,x nAOTNsph 0 t,y,x AOTNsph 0 t,y,x stdAOTNsph 0 t,y,x nBEangstScreened 0 t,y,x BEangstScreened 0 t,y,x stdBEangstScreened 0 t,y,x nAOTNsphScreened 0 t,y,x AOTNsphScreened 0 t,y,x stdAOTNsphScreened 0 t,y,x nNSphfractScreened 0 t,y,x NSphfractScreened 0 t,y,x stdNSphfractScreened 0 t,y,x nAOTabs 0 t,y,x AOTabs 0 t,y,x stdAOTabs 0 t,y,x endvars ***Here is the output from "ncdump -c" of my nc-file with data: dimensions: Longitude = 1801 ; Latitude = 901 ; variables: float Longitude(Longitude) ; float Latitude(Latitude) ; float nAOT(Latitude, Longitude) ; float AOT(Latitude, Longitude) ; float stdAOT(Latitude, Longitude) ; float nAOTSm(Latitude, Longitude) ; float AOTSm(Latitude, Longitude) ; float stdAOTSm(Latitude, Longitude) ; float nAOTMd(Latitude, Longitude) ; float AOTMd(Latitude, Longitude) ; float stdAOTMd(Latitude, Longitude) ; float nAOTLg(Latitude, Longitude) ; float AOTLg(Latitude, Longitude) ; float stdAOTLg(Latitude, Longitude) ; float nAOTNsph(Latitude, Longitude) ; float AOTNsph(Latitude, Longitude) ; float stdAOTNsph(Latitude, Longitude) ; float nBEangstScreened(Latitude, Longitude) ; float BEangstScreened(Latitude, Longitude) ; float stdBEangstScreened(Latitude, Longitude) ; float nAOTNsphScreened(Latitude, Longitude) ; float AOTNsphScreened(Latitude, Longitude) ; float stdAOTNsphScreened(Latitude, Longitude) ; float nNSphfractScreened(Latitude, Longitude) ; float NSphfractScreened(Latitude, Longitude) ; float stdNSphfractScreened(Latitude, Longitude) ; float nAOTabs(Latitude, Longitude) ; float AOTabs(Latitude, Longitude) ; float stdAOTabs(Latitude, Longitude) ; data: Longitude = -180, -179.8, -179.6, -179.4, -179.2, -179, -178.8, -178.6, -178.4, -178.2, -178, -177.8, -177.6, -177.4, -177.2, -177, -176.8, -176.6, -176.4, -176.2, -176, -175.8, -175.6, -175.4, -175.2, -175, -174.8, -174.6, -174.4, -174.2, -174, -173.8, -173.6, -173.4, -173.2, -173, -172.8, -172.6, -172.4, -172.2, -172, -171.8, -171.6, -171.4, Latitude = -90, -89.8, -89.6, -89.4, -89.2, -89, -88.8, -88.6, -88.4, -88.2, -88, -87.8, -87.6, -87.4, -87.2, -87, -86.8, -86.6, -86.4, -86.2, -86, -85.8, -85.6, -85.4, -85.2, -85, -84.8, -84.6, -84.4, -84.2, -84, -83.8, -83.6, -83.4, -83.2, -83, -82.8, -82.6, -82.4, -82.2, -82, -81.8, -81.6, -81.4, -81.2, -81, -80.8, -80.6, -80.4, -80.2, -80, -79.8, -79.6, -79.4, -79.2, -79, -78.8, -78.6, -78.4, -78.2, -78, -77.8, -77.6, -77.4, -77.2, -77, -76.8, -76.6, -76.4, -76.2, -76, -75.8, -75.6, -75.4, -75.2, -75, 1,1 Top -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090706/791e34bb/attachment.html From muhammad.rahiz at OUCE.OX.AC.UK Mon Jul 6 10:53:46 2009 From: muhammad.rahiz at OUCE.OX.AC.UK (Muhammad Rahiz) Date: Mon, 6 Jul 2009 15:53:46 +0100 Subject: display error from fwrite data In-Reply-To: <4A520F7A.8070603@st-hildas.ox.ac.uk> Message-ID: > I did a test run with fwrite, got an ouput but the display gives me > junk. Does anyone know why? > > This was what I did; > > 'open sample.file.ctl' > 'set fwrite output.bin' > 'set gxout fwrite' > 'define var.new = ave(var,t=1,t=124) > 'd var.new' > 'disable fwrite' > > I created the descriptor file (sample.file.ctl) which contains the > following, > > DSET ^sample.file.bin > UNDEF -1.e34 > XDEF 303 LINEAR 46.25 0.225198675496689 > YDEF 226 LINEAR -5.07 0.2252 > ZDEF 1 LEVELS 1008.23 > TDEF 1 LINEAR 00Z01JAN1961 1mo > VARS 1 > var.new 0 99 var.new > ENDVARS > > Opened the file for display; > > 'open sample.file.ctl' > 'd var.new' > > Data file sample.file.bin is open as file 1 > LON set to 46.25 114.26 > LAT set to -5.07 45.6 > LEV set to 1008.23 1008.23 > Time values set: 1960:10:1:0 1960:10:1:0 > E set to 1 1 > Notice: Implied interpolation for file rf.tmp.monthly.ctl > Interpolation will be performed on any data displayed from this file > > Muhammad > > > ------------------------------------------------------------------------ > From muhammad.rahiz at OUCE.OX.AC.UK Mon Jul 6 10:57:35 2009 From: muhammad.rahiz at OUCE.OX.AC.UK (Muhammad Rahiz) Date: Mon, 6 Jul 2009 15:57:35 +0100 Subject: display error from fwrite data Message-ID: I did a test run with fwrite, got an ouput but the display gives me junk. Does anyone know why? This was what I did; 'open sample.file.ctl' 'set fwrite output.bin' 'set gxout fwrite' 'define var.new = ave(var,t=1,t=124) 'd var.new' 'disable fwrite' I created the descriptor file (output.ctl) which contains the following, DSET ^output.bin UNDEF -1.e34 XDEF 303 LINEAR 46.25 0.225198675496689 YDEF 226 LINEAR -5.07 0.2252 ZDEF 1 LEVELS 1008.23 TDEF 1 LINEAR 00Z01JAN1961 1mo VARS 1 var.new 0 99 var.new ENDVARS Opened the file for display; 'open output.ctl' 'd var.new' Data file sample.file.bin is open as file 1 LON set to 46.25 114.26 LAT set to -5.07 45.6 LEV set to 1008.23 1008.23 Time values set: 1960:10:1:0 1960:10:1:0 E set to 1 1 Notice: Implied interpolation for file output.ctl Interpolation will be performed on any data displayed from this file -- Muhammad Rahiz | Doctoral Student in Regional Climate Modeling Climate Research Laboratory, School of Geography & the Environment Oxford University Centre for the Environment South Parks Road, Oxford, OX1 3QY, United Kingdom Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 Email: muhammad.rahiz at ouce.ox.ac.uk -------------- next part -------------- A non-text attachment was scrubbed... Name: Picture1.jpg Type: image/jpeg Size: 89763 bytes Desc: not available Url : http://gradsusr.org/pipermail/gradsusr/attachments/20090706/e68b6f57/attachment.jpg From rajkumar_62 at REDIFFMAIL.COM Mon Jul 6 11:29:42 2009 From: rajkumar_62 at REDIFFMAIL.COM (Raj Kumar Sharma) Date: Mon, 6 Jul 2009 15:29:42 -0000 Subject: display error from fwrite data Message-ID: Hi,As I understand, first you have to write set gxout fwriteand then set fwrite output.bin (FILENAME)RajOn Mon, 6 Jul 2009 15:57:35 +0100 GRADSUSR at LIST.CINECA.IT wrote I did a test run with fwrite, got an ouput but the display gives me junk. Does anyone know why? This was what I did; 'open sample.file.ctl' 'set fwrite output.bin' 'set gxout fwrite' 'define var.new = ave(var,t=1,t=124) 'd var.new' 'disable fwrite' I created the descriptor file (output.ctl) which contains the following, DSET ^output.bin UNDEF -1.e34 XDEF 303 LINEAR 46.25 0.225198675496689 YDEF 226 LINEAR -5.07 0.2252 ZDEF 1 LEVELS 1008.23 TDEF 1 LINEAR 00Z01JAN1961 1mo VARS 1 var.new 0 99 var.new ENDVARS Opened the file for display; 'open output.ctl' 'd var.new' Data file sample.file.bin is open as file 1 LON set to 46.25 114.26 LAT set to -5.07 45.6 LEV set to 1008.23 1008.23 Time values set: 1960:10:1:0 1960:10:1:0 E set to 1 1 Notice: Implied interpolation for file output.ctl Interpolation will be performed on any data displayed from this file -- Muhammad Rahiz | Doctoral Student in Regional Climate Modeling Climate Research Laboratory, School of Geography & the Environment Oxford University Centre for the Environment South Parks Road, Oxford, OX1 3QY, United Kingdom Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 Email: muhammad.rahiz at ouce.ox.ac.uk -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090706/08266093/attachment.html From muhammad.rahiz at OUCE.OX.AC.UK Mon Jul 6 11:42:56 2009 From: muhammad.rahiz at OUCE.OX.AC.UK (Muhammad Rahiz) Date: Mon, 6 Jul 2009 16:42:56 +0100 Subject: display error from fwrite data In-Reply-To: <1246892239.S.125555.23693.f5mail-237-217.rediffmail.com.old.1246894182.56600@webmail.rediffmail.com> Message-ID: Dear Raj, Tried your suggestion. Same results Muhammad Rahiz | Doctoral Student in Regional Climate Modeling Climate Research Laboratory, School of Geography & the Environment Oxford University Centre for the Environment, University of Oxford South Parks Road, Oxford, OX1 3QY, United Kingdom Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 Email: muhammad.rahiz at ouce.ox.ac.uk Raj Kumar Sharma wrote: > Hi, > As I understand, first you have to write set gxout fwrite > and then set fwrite output.bin (FILENAME) > > Raj > On Mon, 6 Jul 2009 15:57:35 +0100 GRADSUSR at LIST.CINECA.IT wrote > I did a test run with fwrite, got an ouput but the display gives me > junk. Does anyone know why? > > This was what I did; > > 'open sample.file.ctl' > 'set fwrite output.bin' > 'set gxout fwrite' > 'define var.new = ave(var,t=1,t=124) > 'd var.new' > 'disable fwrite' > > I created the descriptor file (output.ctl) which contains the following, > > DSET ^output.bin > UNDEF -1.e34 > XDEF 303 LINEAR 46.25 0.225198675496689 > YDEF 226 LINEAR -5.07 0.2252 > ZDEF 1 LEVELS 1008.23 > TDEF 1 LINEAR 00Z01JAN1961 1mo > VARS 1 > var.new 0 99 var.new > ENDVARS > > Opened the file for display; > > 'open output.ctl' > 'd var.new' > > Data file sample.file.bin is open as file 1 > LON set to 46.25 114.26 > LAT set to -5.07 45.6 > LEV set to 1008.23 1008.23 > Time values set: 1960:10:1:0 1960:10:1:0 > E set to 1 1 > Notice: Implied interpolation for file output.ctl > Interpolation will be performed on any data displayed from this file > > > -- > Muhammad Rahiz | Doctoral Student in Regional Climate Modeling > Climate Research Laboratory, School of Geography & the Environment > Oxford University Centre for the Environment > South Parks Road, Oxford, OX1 3QY, United Kingdom > Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 > Email: muhammad.rahiz at ouce.ox.ac.uk > > > > > > > > From ousmane at IRI.COLUMBIA.EDU Mon Jul 6 11:49:56 2009 From: ousmane at IRI.COLUMBIA.EDU (Ousmane Ndiaye) Date: Mon, 6 Jul 2009 11:49:56 -0400 Subject: display error from fwrite data In-Reply-To: <4A521B80.50108@ouce.ox.ac.uk> Message-ID: Maybe your input data file and the file you want to create -output- are the same ie "output.bin" change the line 'set fwrite output.bin' into 'set fwrite output1.bin' Ousmane ----- Original Message ----- From: "Muhammad Rahiz" To: GRADSUSR at LIST.CINECA.IT Sent: Monday, July 6, 2009 11:42:56 AM GMT -05:00 US/Canada Eastern Subject: Re: Re : display error from fwrite data Dear Raj, Tried your suggestion. Same results Muhammad Rahiz | Doctoral Student in Regional Climate Modeling Climate Research Laboratory, School of Geography & the Environment Oxford University Centre for the Environment, University of Oxford South Parks Road, Oxford, OX1 3QY, United Kingdom Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 Email: muhammad.rahiz at ouce.ox.ac.uk Raj Kumar Sharma wrote: > Hi, > As I understand, first you have to write set gxout fwrite > and then set fwrite output.bin (FILENAME) > > Raj > On Mon, 6 Jul 2009 15:57:35 +0100 GRADSUSR at LIST.CINECA.IT wrote > I did a test run with fwrite, got an ouput but the display gives me > junk. Does anyone know why? > > This was what I did; > > 'open sample.file.ctl' > 'set fwrite output.bin' > 'set gxout fwrite' > 'define var.new = ave(var,t=1,t=124) > 'd var.new' > 'disable fwrite' > > I created the descriptor file (output.ctl) which contains the following, > > DSET ^output.bin > UNDEF -1.e34 > XDEF 303 LINEAR 46.25 0.225198675496689 > YDEF 226 LINEAR -5.07 0.2252 > ZDEF 1 LEVELS 1008.23 > TDEF 1 LINEAR 00Z01JAN1961 1mo > VARS 1 > var.new 0 99 var.new > ENDVARS > > Opened the file for display; > > 'open output.ctl' > 'd var.new' > > Data file sample.file.bin is open as file 1 > LON set to 46.25 114.26 > LAT set to -5.07 45.6 > LEV set to 1008.23 1008.23 > Time values set: 1960:10:1:0 1960:10:1:0 > E set to 1 1 > Notice: Implied interpolation for file output.ctl > Interpolation will be performed on any data displayed from this file > > > -- > Muhammad Rahiz | Doctoral Student in Regional Climate Modeling > Climate Research Laboratory, School of Geography & the Environment > Oxford University Centre for the Environment > South Parks Road, Oxford, OX1 3QY, United Kingdom > Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 > Email: muhammad.rahiz at ouce.ox.ac.uk > > > > > > > > From muhammad.rahiz at OUCE.OX.AC.UK Mon Jul 6 12:00:09 2009 From: muhammad.rahiz at OUCE.OX.AC.UK (Muhammad Rahiz) Date: Mon, 6 Jul 2009 17:00:09 +0100 Subject: display error from fwrite data In-Reply-To: <17189808.14111246895396612.JavaMail.root@iripogo1.ldeo.columbia.edu> Message-ID: Thanks Ousmane but it didn't work. Muhammad Rahiz | Doctoral Student in Regional Climate Modeling Climate Research Laboratory, School of Geography & the Environment Oxford University Centre for the Environment South Parks Road, Oxford, OX1 3QY, United Kingdom Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 Email: muhammad.rahiz at ouce.ox.ac.uk Ousmane Ndiaye wrote: > Maybe your input data file and the file you want to create -output- are the same ie "output.bin" > > change the line 'set fwrite output.bin' into 'set fwrite output1.bin' > Ousmane > > ----- Original Message ----- > From: "Muhammad Rahiz" > To: GRADSUSR at LIST.CINECA.IT > Sent: Monday, July 6, 2009 11:42:56 AM GMT -05:00 US/Canada Eastern > Subject: Re: Re : display error from fwrite data > > Dear Raj, > > Tried your suggestion. Same results > > Muhammad Rahiz | Doctoral Student in Regional Climate Modeling > Climate Research Laboratory, School of Geography & the Environment > Oxford University Centre for the Environment, University of Oxford > South Parks Road, Oxford, OX1 3QY, United Kingdom > Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 > Email: muhammad.rahiz at ouce.ox.ac.uk > > > > > Raj Kumar Sharma wrote: > >> Hi, >> As I understand, first you have to write set gxout fwrite >> and then set fwrite output.bin (FILENAME) >> >> Raj >> On Mon, 6 Jul 2009 15:57:35 +0100 GRADSUSR at LIST.CINECA.IT wrote >> I did a test run with fwrite, got an ouput but the display gives me >> junk. Does anyone know why? >> >> This was what I did; >> >> 'open sample.file.ctl' >> 'set fwrite output.bin' >> 'set gxout fwrite' >> 'define var.new = ave(var,t=1,t=124) >> 'd var.new' >> 'disable fwrite' >> >> I created the descriptor file (output.ctl) which contains the following, >> >> DSET ^output.bin >> UNDEF -1.e34 >> XDEF 303 LINEAR 46.25 0.225198675496689 >> YDEF 226 LINEAR -5.07 0.2252 >> ZDEF 1 LEVELS 1008.23 >> TDEF 1 LINEAR 00Z01JAN1961 1mo >> VARS 1 >> var.new 0 99 var.new >> ENDVARS >> >> Opened the file for display; >> >> 'open output.ctl' >> 'd var.new' >> >> Data file sample.file.bin is open as file 1 >> LON set to 46.25 114.26 >> LAT set to -5.07 45.6 >> LEV set to 1008.23 1008.23 >> Time values set: 1960:10:1:0 1960:10:1:0 >> E set to 1 1 >> Notice: Implied interpolation for file output.ctl >> Interpolation will be performed on any data displayed from this file >> >> >> -- >> Muhammad Rahiz | Doctoral Student in Regional Climate Modeling >> Climate Research Laboratory, School of Geography & the Environment >> Oxford University Centre for the Environment >> South Parks Road, Oxford, OX1 3QY, United Kingdom >> Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 >> Email: muhammad.rahiz at ouce.ox.ac.uk >> >> >> >> >> >> >> >> >> From matias at TROPOSFERA.ATMOSFCU.UNAM.MX Mon Jul 6 11:50:09 2009 From: matias at TROPOSFERA.ATMOSFCU.UNAM.MX (J. Matias Mendez Perez) Date: Mon, 6 Jul 2009 10:50:09 -0500 Subject: display error from fwrite data Message-ID: Dear Muhammad, I think the problem is in your ctl, check the undefined value and try to change it. You can get this new undefined value as follow: Select a point (try 50E and 5N) and display your variable, this is the undefined value. Then, replace it in your ctl and try. I hope this can help you. Good luck, Matias Muhammad Rahiz escribi?: > Dear Raj, > > Tried your suggestion. Same results r > > Muhammad Rahiz | Doctoral Student in Regional Climate Modeling > Climate Research Laboratory, School of Geography & the Environment > Oxford University Centre for the Environment, University of Oxford > South Parks Road, Oxford, OX1 3QY, United Kingdom > Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 > Email: muhammad.rahiz at ouce.ox.ac.uk > > > > > Raj Kumar Sharma wrote: >> Hi, >> As I understand, first you have to write set gxout fwrite >> and then set fwrite output.bin (FILENAME) >> >> Raj >> On Mon, 6 Jul 2009 15:57:35 +0100 GRADSUSR at LIST.CINECA.IT wrote >> I did a test run with fwrite, got an ouput but the display gives me >> junk. Does anyone know why? >> >> This was what I did; >> >> 'open sample.file.ctl' >> 'set fwrite output.bin' >> 'set gxout fwrite' >> 'define var.new = ave(var,t=1,t=124) >> 'd var.new' >> 'disable fwrite' >> >> I created the descriptor file (output.ctl) which contains the following, >> >> DSET ^output.bin >> UNDEF -1.e34 >> XDEF 303 LINEAR 46.25 0.225198675496689 >> YDEF 226 LINEAR -5.07 0.2252 >> ZDEF 1 LEVELS 1008.23 >> TDEF 1 LINEAR 00Z01JAN1961 1mo >> VARS 1 >> var.new 0 99 var.new >> ENDVARS >> >> Opened the file for display; >> >> 'open output.ctl' >> 'd var.new' >> >> Data file sample.file.bin is open as file 1 >> LON set to 46.25 114.26 >> LAT set to -5.07 45.6 >> LEV set to 1008.23 1008.23 >> Time values set: 1960:10:1:0 1960:10:1:0 >> E set to 1 1 >> Notice: Implied interpolation for file output.ctl >> Interpolation will be performed on any data displayed from this file >> >> >> -- >> Muhammad Rahiz | Doctoral Student in Regional Climate Modeling >> Climate Research Laboratory, School of Geography & the Environment >> Oxford University Centre for the Environment >> South Parks Road, Oxford, OX1 3QY, United Kingdom >> Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 >> Email: muhammad.rahiz at ouce.ox.ac.uk >> >> >> >> >> >> >> >> > From muhammad.rahiz at OUCE.OX.AC.UK Mon Jul 6 12:24:10 2009 From: muhammad.rahiz at OUCE.OX.AC.UK (Muhammad Rahiz) Date: Mon, 6 Jul 2009 17:24:10 +0100 Subject: display error from fwrite data In-Reply-To: <142462ab235832887ce04dbdb8a9d559.squirrel@atmosfera.unam.mx> Message-ID: Thanks Matias, but it didn't work. I have an actual data-set with time step of 360 at 1month intervals. By changing the undef to -9.99e+08, I was able to display the variable (t2m) if i 'set t 1'. But when i 'set t 2' or any other number (e.g. 't 100'), the display is exactly the same as 't 1'. Also, why is there the need to change undef value? Shouldn't the value be consistent for every ctl files made? Muhammad Rahiz | Doctoral Student in Regional Climate Modeling Climate Research Laboratory, School of Geography & the Environment Oxford University Centre for the Environment, University of Oxford South Parks Road, Oxford, OX1 3QY, United Kingdom Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 Email: muhammad.rahiz at ouce.ox.ac.uk J. Matias Mendez Perez wrote: > Dear Muhammad, > > I think the problem is in your ctl, check the undefined value and try to > change it. You can get this new undefined value as follow: > Select a point (try 50E and 5N) and display your variable, this is the > undefined value. Then, replace it in your ctl and try. I hope this can > help you. > > Good luck, > Matias > > > Muhammad Rahiz escribi?: > >> Dear Raj, >> >> Tried your suggestion. Same results r >> >> Muhammad Rahiz | Doctoral Student in Regional Climate Modeling >> Climate Research Laboratory, School of Geography & the Environment >> Oxford University Centre for the Environment, University of Oxford >> South Parks Road, Oxford, OX1 3QY, United Kingdom >> Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 >> Email: muhammad.rahiz at ouce.ox.ac.uk >> >> >> >> >> Raj Kumar Sharma wrote: >> >>> Hi, >>> As I understand, first you have to write set gxout fwrite >>> and then set fwrite output.bin (FILENAME) >>> >>> Raj >>> On Mon, 6 Jul 2009 15:57:35 +0100 GRADSUSR at LIST.CINECA.IT wrote >>> I did a test run with fwrite, got an ouput but the display gives me >>> junk. Does anyone know why? >>> >>> This was what I did; >>> >>> 'open sample.file.ctl' >>> 'set fwrite output.bin' >>> 'set gxout fwrite' >>> 'define var.new = ave(var,t=1,t=124) >>> 'd var.new' >>> 'disable fwrite' >>> >>> I created the descriptor file (output.ctl) which contains the following, >>> >>> DSET ^output.bin >>> UNDEF -1.e34 >>> XDEF 303 LINEAR 46.25 0.225198675496689 >>> YDEF 226 LINEAR -5.07 0.2252 >>> ZDEF 1 LEVELS 1008.23 >>> TDEF 1 LINEAR 00Z01JAN1961 1mo >>> VARS 1 >>> var.new 0 99 var.new >>> ENDVARS >>> >>> Opened the file for display; >>> >>> 'open output.ctl' >>> 'd var.new' >>> >>> Data file sample.file.bin is open as file 1 >>> LON set to 46.25 114.26 >>> LAT set to -5.07 45.6 >>> LEV set to 1008.23 1008.23 >>> Time values set: 1960:10:1:0 1960:10:1:0 >>> E set to 1 1 >>> Notice: Implied interpolation for file output.ctl >>> Interpolation will be performed on any data displayed from this file >>> >>> >>> -- >>> Muhammad Rahiz | Doctoral Student in Regional Climate Modeling >>> Climate Research Laboratory, School of Geography & the Environment >>> Oxford University Centre for the Environment >>> South Parks Road, Oxford, OX1 3QY, United Kingdom >>> Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 >>> Email: muhammad.rahiz at ouce.ox.ac.uk >>> >>> >>> >>> >>> >>> >>> >>> >>> From lbyerle at YAHOO.COM Mon Jul 6 12:19:39 2009 From: lbyerle at YAHOO.COM (Lee Byerle) Date: Mon, 6 Jul 2009 16:19:39 +0000 Subject: display error from fwrite data In-Reply-To: <4A521F89.5030807@ouce.ox.ac.uk> Message-ID: Muhammad How about set the dimension environ in the script, define the variable, and then set gxout fwrite afterwards. Lee Sent from my Verizon Wireless BlackBerry -----Original Message----- From: Muhammad Rahiz Date: Mon, 6 Jul 2009 17:00:09 To: Subject: Re: Re : display error from fwrite data Thanks Ousmane but it didn't work. Muhammad Rahiz | Doctoral Student in Regional Climate Modeling Climate Research Laboratory, School of Geography & the Environment Oxford University Centre for the Environment South Parks Road, Oxford, OX1 3QY, United Kingdom Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 Email: muhammad.rahiz at ouce.ox.ac.uk Ousmane Ndiaye wrote: > Maybe your input data file and the file you want to create -output- are the same ie "output.bin" > > change the line 'set fwrite output.bin' into 'set fwrite output1.bin' > Ousmane > > ----- Original Message ----- > From: "Muhammad Rahiz" > To: GRADSUSR at LIST.CINECA.IT > Sent: Monday, July 6, 2009 11:42:56 AM GMT -05:00 US/Canada Eastern > Subject: Re: Re : display error from fwrite data > > Dear Raj, > > Tried your suggestion. Same results > > Muhammad Rahiz | Doctoral Student in Regional Climate Modeling > Climate Research Laboratory, School of Geography & the Environment > Oxford University Centre for the Environment, University of Oxford > South Parks Road, Oxford, OX1 3QY, United Kingdom > Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 > Email: muhammad.rahiz at ouce.ox.ac.uk > > > > > Raj Kumar Sharma wrote: > >> Hi, >> As I understand, first you have to write set gxout fwrite >> and then set fwrite output.bin (FILENAME) >> >> Raj >> On Mon, 6 Jul 2009 15:57:35 +0100 GRADSUSR at LIST.CINECA.IT wrote >> I did a test run with fwrite, got an ouput but the display gives me >> junk. Does anyone know why? >> >> This was what I did; >> >> 'open sample.file.ctl' >> 'set fwrite output.bin' >> 'set gxout fwrite' >> 'define var.new = ave(var,t=1,t=124) >> 'd var.new' >> 'disable fwrite' >> >> I created the descriptor file (output.ctl) which contains the following, >> >> DSET ^output.bin >> UNDEF -1.e34 >> XDEF 303 LINEAR 46.25 0.225198675496689 >> YDEF 226 LINEAR -5.07 0.2252 >> ZDEF 1 LEVELS 1008.23 >> TDEF 1 LINEAR 00Z01JAN1961 1mo >> VARS 1 >> var.new 0 99 var.new >> ENDVARS >> >> Opened the file for display; >> >> 'open output.ctl' >> 'd var.new' >> >> Data file sample.file.bin is open as file 1 >> LON set to 46.25 114.26 >> LAT set to -5.07 45.6 >> LEV set to 1008.23 1008.23 >> Time values set: 1960:10:1:0 1960:10:1:0 >> E set to 1 1 >> Notice: Implied interpolation for file output.ctl >> Interpolation will be performed on any data displayed from this file >> >> >> -- >> Muhammad Rahiz | Doctoral Student in Regional Climate Modeling >> Climate Research Laboratory, School of Geography & the Environment >> Oxford University Centre for the Environment >> South Parks Road, Oxford, OX1 3QY, United Kingdom >> Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 >> Email: muhammad.rahiz at ouce.ox.ac.uk >> >> >> >> >> >> >> >> >> From yamasaki at FIS.UA.PT Mon Jul 6 13:33:17 2009 From: yamasaki at FIS.UA.PT (Y. Yamasaki) Date: Mon, 6 Jul 2009 18:33:17 +0100 Subject: using regrid In-Reply-To: <4A453CD0.40405@dge.inpe.br> Message-ID: Gisele, Eu instalei as rotinas do NCARG no diretorio /usr/local/unidata/ncarg ou algo parecido no seu laptop. Ha diversas rotinas do ncar/ncl que fazem interpolacoes. --> inclusive sobre um que eu mencionei nas apresentacoes (natgrid) Vide por exemplo : http://www.ncl.ucar.edu/Document/Functions/Contributed/obj_anal_ic.shtml para maiores detalhes. Voce pode fazer uma interface em fortran e usar as rotinas ncl (vide descricao no site da ncar). Vou tenter ver algo mais voltado para o caso de voces. sds yyamazaki Em Fri, 26 Jun 2009 18:25:36 -0300 Gisele Zepka escreveu: > Chuck, > > My analysis are from NCEP High Resolution Global >Forecast System (1 > degree GFS). > > Gisele > > > > Charles Seman escreveu: >> Gisele, >> >> I don't know... do you know the source of the analysis? >> >> Chuck >> >> Gisele Zepka wrote: >>> Sorry, but where can I verify the density of the >>>observations in the >>> analysis? >>> >>> Gisele >>> >>> >>> Charles Seman escreveu: >>>> Gisele, >>>> >>>> Could you compare your model output to the analysis by >>>>regridding the >>>> model output to the analysis grid? This would smooth >>>>out much of the >>>> detail in the model, but would preserve the analysis >>>>data... a >>>> consideration: what is the density of the observations >>>>that went into >>>> the analysis? is the density of the obs closer to 1 >>>>degree or 8 km? >>>> >>>> Hope this helps, >>>> Chuck >>>> >>>> Gisele Zepka wrote: >>>>> Hi GrADS Users, >>>>> >>>>> I would like to intepolate some variables from the >>>>>analysis data of 1 >>>>> degree resolution to model output resolution (0.072 >>>>>resolution ~ 8 km) >>>>> in order to validate my simulations. First of all, can I >>>>>do it using >>>>> regrid? Is there some resolution limit in regrid >>>>>function? >>>>> >>>>> Thanks a lot for any help. >>>>> >>>>> Gisele >>>>> >>>>> -- >>>>> Msc. Gisele dos Santos Zepka >>>>> Atmospheric Electricity Group (ELAT) >>>>> National Institute for Space Research (INPE) >>>>> Av. dos Astronautas, 1758 >>>>> S?o Jos? dos Campos/ SP/ Brazil >>>>> CEP 12245-970 >>>>> Phone ++55(12)39456841 >>>> >>>> -- >>>> >>>> Please note that Charles.Seman at noaa.gov should be >>>>considered my NOAA >>>> email address, not cjs at gfdl.noaa.gov. >>>> >>>> ******************************************************************** >>>> Charles Seman >>>> Charles.Seman at noaa.gov >>>> U.S. Department of Commerce / NOAA / OAR >>>> Geophysical Fluid Dynamics Laboratory voice: >>>>(609) 452-6547 >>>> 201 Forrestal Road fax: >>>>(609) 987-5063 >>>> Princeton, NJ 08540-6649 >>>> http://www.gfdl.noaa.gov/~cjs/ >>>> ******************************************************************** >>>> >>>> "The contents of this message are mine personally and do >>>>not >>>> necessarily >>>> reflect any position of the Government or NOAA." >>>> >>> >>> >>> -- >>> Msc. Gisele dos Santos Zepka >>> Atmospheric Electricity Group (ELAT) >>> National Institute for Space Research (INPE) >>> Av. dos Astronautas, 1758 >>> S?o Jos? dos Campos/ SP/ Brazil >>> CEP 12245-970 >>> Phone ++55(12)39456841 >> >> -- >> >> Please note that Charles.Seman at noaa.gov should be >>considered my NOAA >> email address, not cjs at gfdl.noaa.gov. >> >> ******************************************************************** >> Charles Seman >> Charles.Seman at noaa.gov >> U.S. Department of Commerce / NOAA / OAR >> Geophysical Fluid Dynamics Laboratory voice: >>(609) 452-6547 >> 201 Forrestal Road fax: >>(609) 987-5063 >> Princeton, NJ 08540-6649 >> http://www.gfdl.noaa.gov/~cjs/ >> ******************************************************************** >> >> "The contents of this message are mine personally and do >>not necessarily >> reflect any position of the Government or NOAA." >> > > > -- > Msc. Gisele dos Santos Zepka > Atmospheric Electricity Group (ELAT) > National Institute for Space Research (INPE) > Av. dos Astronautas, 1758 > S?o Jos? dos Campos/ SP/ Brazil > CEP 12245-970 > Phone ++55(12)39456841 From jma at COLA.IGES.ORG Mon Jul 6 13:45:32 2009 From: jma at COLA.IGES.ORG (Jennifer Adams) Date: Mon, 6 Jul 2009 13:45:32 -0400 Subject: display error from fwrite data In-Reply-To: <4A5210DF.9080904@ouce.ox.ac.uk> Message-ID: Starting with version 2.0.a6, the undef value of GrADS output (including fwrite files) is -9.99e8 BY DEFAULT unless you explicitly set the undef value with the 'set undef' command. Please read the documentation: http://iges.org/grads/gadoc/gradcomdsetundef.html More comments inline below ... On Jul 6, 2009, at 10:57 AM, Muhammad Rahiz wrote: > I did a test run with fwrite, got an ouput but the display gives me > junk. Does anyone know why? > > This was what I did; > > 'open sample.file.ctl' > 'set fwrite output.bin' > 'set gxout fwrite' > 'define var.new = ave(var,t=1,t=124) > 'd var.new' There is no need to use define here. Just display your expression: 'd ave(var,t=1,t=124)' > > 'disable fwrite' > > I created the descriptor file (output.ctl) which contains the > following, > > DSET ^output.bin > UNDEF -1.e34 here you need to change -1.e34 to -9.99e8 or leave it as is and add a 'set undef file 1' command to the script fragment above > XDEF 303 LINEAR 46.25 0.225198675496689 > YDEF 226 LINEAR -5.07 0.2252 > ZDEF 1 LEVELS 1008.23 > TDEF 1 LINEAR 00Z01JAN1961 1mo note that your new data set has only one time step; that's all you've written out. In another post you mentioned you were trying to display other time steps ... > VARS 1 > var.new 0 99 var.new > ENDVARS > > Opened the file for display; > > 'open output.ctl' > 'd var.new' > > Data file sample.file.bin is open as file 1 > LON set to 46.25 114.26 > LAT set to -5.07 45.6 > LEV set to 1008.23 1008.23 > Time values set: 1960:10:1:0 1960:10:1:0 > E set to 1 1 > Notice: Implied interpolation for file output.ctl > Interpolation will be performed on any data displayed from this file You're clearly using pdef, although you haven't included that information in your email. If you want useful answers to your questions, please present complete information, including which version of GrADS you are using and which OS you are running on. --Jennifer > > > > -- > Muhammad Rahiz | Doctoral Student in Regional Climate Modeling > Climate Research Laboratory, School of Geography & the Environment > Oxford University Centre for the Environment > South Parks Road, Oxford, OX1 3QY, United Kingdom > Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 > Email: muhammad.rahiz at ouce.ox.ac.uk > > > > -- Jennifer M. Adams IGES/COLA 4041 Powder Mill Road, Suite 302 Calverton, MD 20705 jma at cola.iges.org -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090706/91c8fc04/attachment.html From muhammad.rahiz at OUCE.OX.AC.UK Mon Jul 6 16:00:48 2009 From: muhammad.rahiz at OUCE.OX.AC.UK (Muhammad Rahiz) Date: Mon, 6 Jul 2009 21:00:48 +0100 Subject: display error from fwrite data In-Reply-To: Message-ID: Dear Jennifer, Thank you for the useful comments. I'm trying to do monthly average for my 6 hourly data-set and the earlier post on the fwrite question is just a sample of what I'm trying to do because the same method did not work on a sample data. So to clarify things, I've got the following data-set which I want to average. Each time step is 6 hrs so 124 time steps makes 31 days. start end date 1 124 1960010100 125 244 1960020100 ... 43586 43709 1990080100 I have the following script (in red are the ones I corrected based on your suggestion). ------------------------- 'open rf.tmp.ctl' 'set lon 45.26 114.26' 'set lat -5.07 45.6' 'set x 1 303' 'set y 1 226' 'set t 1' 'set fwrite rf.tmp.monthly.dat' 'set gxout fwrite' mtot = 359 m = 1 while(m<=mtot) fname='time.txt' rec = read(fname) IO = sublin(rec,1) if(IO = 1) say fname 'file open error' 'quit' endif if(IO = 0) t1 = subwrd(rec,2) t2 = subwrd(rec,3) endif say 'Tstart= 't1' Tend= 't2'' 'd ave(tmp,t='t1',t='t2')' say 'ave(tmp,t='t1',t='t2')' m = m + 1 endwhile 'disable fwrite' ------------------------------------ This, I hope, will give me monthly averages of the individual files and subsequently write the outputs to a single file. The corresponding descriptor file is ------------------------------------- DSET ^rf.tmp.monthly.dat UNDEF -9.99e8 XDEF 303 LINEAR 46.25 0.225198675496689 YDEF 226 LINEAR -5.07 0.2252 ZDEF 1 LEVELS 1008.23 TDEF 359 LINEAR 00Z01JAN1960 1mo VARS 1 tmp 0 99 tmp ENDVARS ---------------------------------------- It displays alright but the output from t=1 and t=10 or t=x (where x is any other number) is exactly the same! Something must be wrong with the averaging. Ideally it should do ave(tmp,t=1,t=124) and store averaged data in the output.file.dat, ave(tmp,t=125,t=244) and append the averaged data in the same ouput.file.dat. Clearly, the script is not doing this... Muhammad Grads 2.0.a6 on Fedora 10 Jennifer Adams wrote: > Starting with version 2.0.a6, the undef value of GrADS output > (including fwrite files) is -9.99e8 BY DEFAULT unless you explicitly > set the undef value with the 'set undef' command. Please read the > documentation: > http://iges.org/grads/gadoc/gradcomdsetundef.html > > More comments inline below ... > > > On Jul 6, 2009, at 10:57 AM, Muhammad Rahiz wrote: > >> I did a test run with fwrite, got an ouput but the display gives me >> junk. Does anyone know why? >> >> This was what I did; >> >> 'open sample.file.ctl' >> 'set fwrite output.bin' >> 'set gxout fwrite' >> 'define var.new = ave(var,t=1,t=124) >> 'd var.new' > There is no need to use define here. Just display your expression: > 'd ave(var,t=1,t=124)' >> >> 'disable fwrite' >> >> I created the descriptor file (output.ctl) which contains the following, >> >> DSET ^output.bin >> UNDEF -1.e34 > here you need to change -1.e34 to -9.99e8 > or > leave it as is and add a 'set undef file 1' command to the script > fragment above > >> XDEF 303 LINEAR 46.25 0.225198675496689 >> YDEF 226 LINEAR -5.07 0.2252 >> ZDEF 1 LEVELS 1008.23 >> TDEF 1 LINEAR 00Z01JAN1961 1mo > note that your new data set has only one time step; that's all you've > written out. In another post you mentioned you were trying to display > other time steps ... > >> VARS 1 >> var.new 0 99 var.new >> ENDVARS >> >> Opened the file for display; >> >> 'open output.ctl' >> 'd var.new' >> >> Data file sample.file.bin is open as file 1 >> LON set to 46.25 114.26 >> LAT set to -5.07 45.6 >> LEV set to 1008.23 1008.23 >> Time values set: 1960:10:1:0 1960:10:1:0 >> E set to 1 1 >> Notice: Implied interpolation for file output.ctl >> Interpolation will be performed on any data displayed from this file > You're clearly using pdef, although you haven't included that > information in your email. If you want useful answers to your > questions, please present complete information, including which > version of GrADS you are using and which OS you are running on. > --Jennifer > > > >> >> >> >> -- >> Muhammad Rahiz | Doctoral Student in Regional Climate Modeling >> Climate Research Laboratory, School of Geography & the Environment >> Oxford University Centre for the Environment >> South Parks Road, Oxford, OX1 3QY, United Kingdom >> Tel: +44 (0)1865-285194 Mobile: +44 (0)7854-625974 >> Email: muhammad.rahiz at ouce.ox.ac.uk >> >> >> >> > > -- > Jennifer M. Adams > IGES/COLA > 4041 Powder Mill Road, Suite 302 > Calverton, MD 20705 > jma at cola.iges.org > > > From cmunozc at UDEC.CL Mon Jul 6 16:55:21 2009 From: cmunozc at UDEC.CL (Cristian Gonzal =?iso-8859-1?Q?Mu=F1oz_Castillo?=) Date: Mon, 6 Jul 2009 16:55:21 -0400 Subject: grads, vector definition Message-ID: Hi, I'm trying to define a vector in grads. Can you help me with that?. My script is as follows 'set t 1' 'define var2 = var1' i=2 while(i<=time) 'set t ' i 'define var2 = var1 - var1(t=' i-1 ')' i = i+1 endwhile Bottom line, i want to make A(I) = B; as in any other scripting language... Thanks for your attention, Sincerely -- Cristian G. Mu?oz Castillo Licenciado en Ciencias F?sicas Candidato a Geof?sico Of. 442 Tel. (41) 2203155 Depto. Geof?sica Facultad Ciencias F?sicas y Matem?ticas Universidad de Concepci?n Concepci?n Chile ^^^^^^^^^^^^^^^^^^^HATUSIME^^^^^^^^^^^^^^^^^^^^^ From ela at COLA.IGES.ORG Mon Jul 6 21:43:26 2009 From: ela at COLA.IGES.ORG (Eric Altshuler) Date: Mon, 6 Jul 2009 21:43:26 -0400 Subject: NARR data analysis In-Reply-To: <117038268.59851246930569928.JavaMail.root@mail.iges.org> Message-ID: Hello Krishna, When you are displaying data that is preprojected (i.e. the grads descriptor file includes a PDEF specification), any 'display' command will produce the following message in the command window: Notice: Automatic Grid Interpolation Taking Place In a script, when you display a variable, the script variable 'result' captures the messages that grads would have sent to the command window. When the data is preprojected, the message about grid interpolation appears first. So you might have the following response to the command 'd ugrd30m': Notice: Automatic Grid Interpolation Taking Place Result value = 5.26342 To retrieve the numerical value, you need to change the following line in your script: dum1=sublin(result,1) to the following: dum1=sublin(result,2) Note that this is not necessary when using non-preprojected data (i.e. the ctl file does not have a PDEF specification), because the message about grid interpolation won't be generated. You should also use the following syntax for the write function: rc=write(temp_30m.dat,variables2) instead of: write(temp_30m.dat,variables2) Although the latter syntax will write to the file successfully, it will also cause an error message "Unknown command: 0". The former syntax is the correct one to use. Best regards, Eric L. Altshuler Assistant Research Scientist Center for Ocean-Land-Atmosphere Studies 4041 Powder Mill Road, Suite 302 Calverton, MD 20705-3106 USA E-mail: ela at cola.iges.org Phone: (301) 902-1257 Fax: (301) 595-9793 ----- Original Message ----- From: "Krishna Santhanam" To: GRADSUSR at LIST.CINECA.IT Sent: Sunday, July 5, 2009 3:09:30 PM GMT -05:00 US/Canada Eastern Subject: NARR data analysis Hi all, I am trying to write u and v wind component from NARR data into a file. The text file that is written is having no value but "interpolation" . Could anyone help me how to solve this issue. By the way here is the grads script that i used ____________________ function main() 'open narr-a_221_20010101_0000_000.ctl' cntt=1 say "cntt ="cntt cntx=290 while(cntx<=350) cnty=60 while(cnty<=100) count=1 count1=count+7 while(count<=count1) 'set t 'count 'set x 'cntx 'set y 'cnty 'set z 1' 'd ugrd30m.'cntt dum1=sublin(result,1) x13=subwrd(dum1,4) 'd vgrd30m.'cntt dum1=sublin(result,1) x23=subwrd(dum1,4) variables2=x13' 'x23 write(temp_30m.dat,variables2) count=count+1 endwhile cnty=cnty+1 endwhile cntx=cntx+1 endwhile --------------------------------------- Thanks, Krishna From ela at COLA.IGES.ORG Mon Jul 6 22:02:29 2009 From: ela at COLA.IGES.ORG (Eric Altshuler) Date: Mon, 6 Jul 2009 22:02:29 -0400 Subject: How to calculate total column In-Reply-To: <20090706133232.M29107@mail.tropmet.res.in> Message-ID: Hello Sachin, Try using the vint function. See http://grads.iges.org/grads/gadoc/gradfuncvint.html for documentation. Best regards, Eric L. Altshuler Assistant Research Scientist Center for Ocean-Land-Atmosphere Studies 4041 Powder Mill Road, Suite 302 Calverton, MD 20705-3106 USA E-mail: ela at cola.iges.org Phone: (301) 902-1257 Fax: (301) 595-9793 ----- Original Message ----- From: "Sachin Ghude" To: GRADSUSR at LIST.CINECA.IT Sent: Monday, July 6, 2009 9:32:32 AM GMT -05:00 US/Canada Eastern Subject: How to calculate total column Hi! Could you please tell me how to calculate total column from the verticle distribution of NOx at the following z levels? zdef 20 levels 994.600 983.800 970.300 950.950 925.300 893.350 855.100 810.550 759.700 702.550 639.100 569.350 492.850 412.300 337.150 275.500 228.250 190.000 Sachin Ghude From ela at COLA.IGES.ORG Mon Jul 6 22:27:21 2009 From: ela at COLA.IGES.ORG (Eric Altshuler) Date: Mon, 6 Jul 2009 22:27:21 -0400 Subject: grads, vector definition In-Reply-To: <1575237843.60041246933557637.JavaMail.root@mail.iges.org> Message-ID: Hello Cristian, You can't use this script to accomplish your task. All your script does is redefine 'var2' every time through the loop. You need to do the following (assuming 'time' is the last value of t you want to consider): 'set t 2 'time 'define var2=var1-var1(t-1)' The new variable var2 will, at time t, contain the value of var1(t)-var1(t-1). Note that var2 is undefined for t=1. Best regards, Eric L. Altshuler Assistant Research Scientist Center for Ocean-Land-Atmosphere Studies 4041 Powder Mill Road, Suite 302 Calverton, MD 20705-3106 USA E-mail: ela at cola.iges.org Phone: (301) 902-1257 Fax: (301) 595-9793 ----- Original Message ----- From: "Cristian Gonzal Mu?oz Castillo" To: GRADSUSR at LIST.CINECA.IT Sent: Monday, July 6, 2009 4:55:21 PM GMT -05:00 US/Canada Eastern Subject: grads, vector definition Hi, I'm trying to define a vector in grads. Can you help me with that?. My script is as follows 'set t 1' 'define var2 = var1' i=2 while(i<=time) 'set t ' i 'define var2 = var1 - var1(t=' i-1 ')' i = i+1 endwhile Bottom line, i want to make A(I) = B; as in any other scripting language... Thanks for your attention, Sincerely -- Cristian G. Mu?oz Castillo Licenciado en Ciencias F?sicas Candidato a Geof?sico Of. 442 Tel. (41) 2203155 Depto. Geof?sica Facultad Ciencias F?sicas y Matem?ticas Universidad de Concepci?n Concepci?n Chile ^^^^^^^^^^^^^^^^^^^HATUSIME^^^^^^^^^^^^^^^^^^^^^ From ela at COLA.IGES.ORG Mon Jul 6 22:48:10 2009 From: ela at COLA.IGES.ORG (Eric Altshuler) Date: Mon, 6 Jul 2009 22:48:10 -0400 Subject: [NCEP.List.Nomads-Users] problem subset grib2 files In-Reply-To: <155452481.60111246934813455.JavaMail.root@mail.iges.org> Message-ID: Enzo, One possible problem is that the longitude range of the subsetted grib2 data is offset by +/- 360 degrees from the value you input to your script as 'lon1'. For example, the grib2 data may have a longitude range of 270 to 320 instead of -90 to -40. The physical location on the earth is the same in both cases but grads will not recognize the 360 degree offset. If you input 'lon1' as -70, grads will return undefined value. Try using 290 (which equals -70 + 360) instead of -70 and see if that works. Best regards, Eric L. Altshuler Assistant Research Scientist Center for Ocean-Land-Atmosphere Studies 4041 Powder Mill Road, Suite 302 Calverton, MD 20705-3106 USA E-mail: ela at cola.iges.org Phone: (301) 902-1257 Fax: (301) 595-9793 ----- Original Message ----- From: "Enzo Campetella" To: "ncep list nomads-users" Cc: "Jun Wang" , "Jordan Alpert" , "Wesley Ebisuzaki" Sent: Friday, July 3, 2009 2:23:44 AM GMT -05:00 US/Canada Eastern Subject: [NCEP.List.Nomads-Users] problem subset grib2 files Hello!!! My query is about problem using subset files in grib2 format / opendap. I use Grads 2.0a5 client. Newer one doesnt work in Windows System. I get problems when I want to make a meteogram or a graphics like script patchs at the end of my mail. When I work with global grib2 files, script run perfect and I can obtain the graphic Temperature vs. time. But when I work using a subseting grib2 file, script doesnt run. In this case I get this legend: Cannot Plot Data - all undefined values / Data Request Warning: Request beyond file limits. I tryed to change sentence set lat / set lon but I cant solve my problem. Why it run well using global files, and doesnt work using subset files? Normally I work using this area: -90 - 40 lon / -60 -20 lat Thanks, Enzo Campetella Script eg: 'reinit' 'open c:\gblav\grillachica\gblav.ctl' 'q file 1' res=sublin(result,5) t2=subwrd(res,12) 'set t 1 't2 prompt 'Ingrese la latitud: ' pull lat1 prompt 'Ingrese la longitud: ' pull lon1 lati=lat1-0.1 lats=lat1+0.1 'set lat ' lat1 'set lon ' lon1 'set grads off' 'set parea 0.5 10.5 3 8' 'set gxout line' 'set grid on' *'set xlab off' 'set ylab on' 'set cthick 10' 'd tmp2m-273.16' 'set cthick 2' 'd tmax2m-273.16' 'd tmin2m-273.16' 'set parea 0.5 10.5 1 3' 'set lat ' lati ' ' lats 'set gxout barb' 'set ccolor 2' 'set xyrev on' 'set ylab off' 'set grid vertical' 'd ugrd10m*1.92;vgrd10m*1.92' say 'Pulse una tecla para ver humedad' pull tecla 'set parea off' 'c' 'set grid on' 'set xlab on' 'set ylab on' 'set grads off' 'set lat ' lat1 'set lon ' lon1 'set cthick 10' 'd rh2m' _______________________________________________ NCEP.List.Nomads-Users mailing list NCEP.List.Nomads-Users at noaa.gov https://lstsrv.ncep.noaa.gov/mailman/listinfo/ncep.list.nomads-users From ksanthanam at PRECISIONWIND.COM Tue Jul 7 00:12:16 2009 From: ksanthanam at PRECISIONWIND.COM (Krishna Santhanam) Date: Mon, 6 Jul 2009 22:12:16 -0600 Subject: NARR data analysis In-Reply-To: <1271208485.59871246931006244.JavaMail.root@mail.iges.org> Message-ID: Hi Eric, It works. Thanks for the technical description, some how the "rc=write(temp.dat,variables2)" command doesn't work but "write(temp.dat,variables2) produces values. Thanks again, Krishna On Mon, Jul 6, 2009 at 7:43 PM, Eric Altshuler wrote: > Hello Krishna, > > When you are displaying data that is preprojected (i.e. the grads > descriptor file includes a PDEF specification), any 'display' command will > produce the following message in the command window: > > Notice: Automatic Grid Interpolation Taking Place > > In a script, when you display a variable, the script variable 'result' > captures the messages that grads would have sent to the command window. When > the data is preprojected, the message about grid interpolation appears > first. So you might have the following response to the command 'd ugrd30m': > > Notice: Automatic Grid Interpolation Taking Place > Result value = 5.26342 > > To retrieve the numerical value, you need to change the following line in > your script: > > dum1=sublin(result,1) > > to the following: > > dum1=sublin(result,2) > > Note that this is not necessary when using non-preprojected data (i.e. the > ctl file does not have a PDEF specification), because the message about grid > interpolation won't be generated. > > You should also use the following syntax for the write function: > > rc=write(temp_30m.dat,variables2) > > instead of: > > write(temp_30m.dat,variables2) > > Although the latter syntax will write to the file successfully, it will > also cause an error message "Unknown command: 0". The former syntax is the > correct one to use. > > Best regards, > > Eric L. Altshuler > Assistant Research Scientist > Center for Ocean-Land-Atmosphere Studies > 4041 Powder Mill Road, Suite 302 > Calverton, MD 20705-3106 > USA > > E-mail: ela at cola.iges.org > Phone: (301) 902-1257 > Fax: (301) 595-9793 > > ----- Original Message ----- > From: "Krishna Santhanam" > To: GRADSUSR at LIST.CINECA.IT > Sent: Sunday, July 5, 2009 3:09:30 PM GMT -05:00 US/Canada Eastern > Subject: NARR data analysis > > Hi all, > I am trying to write u and v wind component from NARR data into a file. The > text file that is written is having no value but "interpolation" . Could > anyone help me how to solve this issue. > By the way here is the grads script that i used > ____________________ > > function main() > 'open narr-a_221_20010101_0000_000.ctl' > cntt=1 > say "cntt ="cntt > cntx=290 > while(cntx<=350) > cnty=60 > while(cnty<=100) > count=1 > count1=count+7 > while(count<=count1) > 'set t 'count > 'set x 'cntx > 'set y 'cnty > 'set z 1' > 'd ugrd30m.'cntt > dum1=sublin(result,1) > x13=subwrd(dum1,4) > 'd vgrd30m.'cntt > dum1=sublin(result,1) > x23=subwrd(dum1,4) > variables2=x13' 'x23 > write(temp_30m.dat,variables2) > count=count+1 > endwhile > cnty=cnty+1 > endwhile > cntx=cntx+1 > endwhile > --------------------------------------- > > Thanks, > Krishna > -- -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090706/baea3181/attachment.html From ela at COLA.IGES.ORG Tue Jul 7 00:42:27 2009 From: ela at COLA.IGES.ORG (Eric Altshuler) Date: Tue, 7 Jul 2009 00:42:27 -0400 Subject: NARR data analysis In-Reply-To: <800912628.60591246941611536.JavaMail.root@mail.iges.org> Message-ID: Hello Krishna, I made a slight mistake in my reply, the script line for writing the values to the file should have single quotes around the file name: rc=write('temp_30m.dat',variables2) I would be very surprised if this doesn't work for you, because I tested it myself and it worked fine. Eric ----- Original Message ----- From: "Krishna Santhanam" To: GRADSUSR at LIST.CINECA.IT Sent: Tuesday, July 7, 2009 12:12:16 AM GMT -05:00 US/Canada Eastern Subject: Re: NARR data analysis Hi Eric, It works. Thanks for the technical description, some how the "rc=write(temp.dat,variables2)" command doesn't work but "write(temp.dat,variables2) produces values. Thanks again, Krishna On Mon, Jul 6, 2009 at 7:43 PM, Eric Altshuler < ela at cola.iges.org > wrote: Hello Krishna, When you are displaying data that is preprojected (i.e. the grads descriptor file includes a PDEF specification), any 'display' command will produce the following message in the command window: Notice: Automatic Grid Interpolation Taking Place In a script, when you display a variable, the script variable 'result' captures the messages that grads would have sent to the command window. When the data is preprojected, the message about grid interpolation appears first. So you might have the following response to the command 'd ugrd30m': Notice: Automatic Grid Interpolation Taking Place Result value = 5.26342 To retrieve the numerical value, you need to change the following line in your script: dum1=sublin(result,1) to the following: dum1=sublin(result,2) Note that this is not necessary when using non-preprojected data (i.e. the ctl file does not have a PDEF specification), because the message about grid interpolation won't be generated. You should also use the following syntax for the write function: rc=write(temp_30m.dat,variables2) instead of: write(temp_30m.dat,variables2) Although the latter syntax will write to the file successfully, it will also cause an error message "Unknown command: 0". The former syntax is the correct one to use. Best regards, Eric L. Altshuler Assistant Research Scientist Center for Ocean-Land-Atmosphere Studies 4041 Powder Mill Road, Suite 302 Calverton, MD 20705-3106 USA E-mail: ela at cola.iges.org Phone: (301) 902-1257 Fax: (301) 595-9793 ----- Original Message ----- From: "Krishna Santhanam" < ksanthanam at PRECISIONWIND.COM > To: GRADSUSR at LIST.CINECA.IT Sent: Sunday, July 5, 2009 3:09:30 PM GMT -05:00 US/Canada Eastern Subject: NARR data analysis Hi all, I am trying to write u and v wind component from NARR data into a file. The text file that is written is having no value but "interpolation" . Could anyone help me how to solve this issue. By the way here is the grads script that i used ____________________ function main() 'open narr-a_221_20010101_0000_000.ctl' cntt=1 say "cntt ="cntt cntx=290 while(cntx<=350) cnty=60 while(cnty<=100) count=1 count1=count+7 while(count<=count1) 'set t 'count 'set x 'cntx 'set y 'cnty 'set z 1' 'd ugrd30m.'cntt dum1=sublin(result,1) x13=subwrd(dum1,4) 'd vgrd30m.'cntt dum1=sublin(result,1) x23=subwrd(dum1,4) variables2=x13' 'x23 write(temp_30m.dat,variables2) count=count+1 endwhile cnty=cnty+1 endwhile cntx=cntx+1 endwhile --------------------------------------- Thanks, Krishna -- From sahidul at GMAIL.COM Tue Jul 7 04:17:40 2009 From: sahidul at GMAIL.COM (Sahidul) Date: Tue, 7 Jul 2009 13:47:40 +0530 Subject: calculation of Speed & direction Message-ID: Dear Sir, I am very new to GrADS..could you please tell me how to calculate Speed & Direction on a particulation lat lon? thanking you -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090707/f7053360/attachment.html From roanyah at HOTMAIL.COM Tue Jul 7 10:51:23 2009 From: roanyah at HOTMAIL.COM (Richard anyah) Date: Tue, 7 Jul 2009 14:51:23 +0000 Subject: No subject Message-ID: Dear all, I am a student at the University of connecticut doing research on cliamate variability. I am new to GrADS, and I am having problem using the (UDF) psichig. I think I have sucssesfuly installed the UDF but I am developing priblem from the start. When I try to run the test file " t.psichig.sh" I get the error massage below, Non-numeric args to numeric operation Error occurred on line 3 In file t.psichig.sh Line 3 is the test run of "t.psichig.gs" now when I try to run "t.pschig.gs" i get the error massage below, Syntax Error: Invalid Operand 'psi' not a variable or function name Error ocurred at column 1 DISPLAY error: Invalid expression Expression = psi(all,ua,va) Can somebody help in identifying the problem and the possible solution. And is there another way of getting the velocity potential without using the "UDF- psichig" Thank you in advance ______________________________________________________________________ Richard Anyah North Carolina State University Dept.of Marine,Earth & Atmospheric Sciences P.O Box 8208 Raleigh, NC 27695-8208 Tel: 919 755 1742 (H) 919 513 0243 (O) www: http//www4.ncsu.edu/~roanyah _________________________________________________________________ Hotmail? has ever-growing storage! Don?t worry about storage limits. http://windowslive.com/Tutorial/Hotmail/Storage?ocid=TXT_TAGLM_WL_HM_Tutorial_Storage_062009 -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090707/b1ff8e30/attachment.html From rajkumar_62 at REDIFFMAIL.COM Tue Jul 7 13:22:32 2009 From: rajkumar_62 at REDIFFMAIL.COM (Raj Kumar Sharma) Date: Tue, 7 Jul 2009 17:22:32 -0000 Subject: Station data examples Message-ID: Hi,I would like to plot wind speed for  a large number of stations in grads. I have data in the format as Station name, Longitude, Latitude, Wind in AsciiCan someone please provide example for such type of data.ThanksRaj -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090707/512681de/attachment.html From pdjakow at GMAIL.COM Tue Jul 7 13:57:20 2009 From: pdjakow at GMAIL.COM (PiotrD) Date: Tue, 7 Jul 2009 19:57:20 +0200 Subject: Station data examples In-Reply-To: <20090707172232.17592.qmail@f5mail-236-226.rediffmail.com> Message-ID: Raj Kumar Sharma wrote: > Hi, > I would like to plot wind speed for a large number of stations in > grads. I have data in the format as Station name, Longitude, Latitude, > Wind in Ascii > Can someone please provide example for such type of data. > Thanks > Raj > > > > I've ploted station data (temperature, pressure, etc.) from SYNOP code. example: http://www.gfspl.rootnode.net/SYNOP/temp.png All what i need is in http://www.gfspl.rootnode.net/SYNOP/ except to application which create stadiondata.txt file from SYNOP code. First - compile station2modelgrid.c to station2modelgridC using gcc and station2modelgrid.f to station2modelgridF using fortran compiler then change stationdata.txt (i have some problems with date and time in this file, i don't change them) then ./station2modelgridF ./station2modelgridC station2modelgrid.ctl , station2modelgrid.bin and station2modelgrid.txt will be created. then stnmap -i station2modelgrid.ctl I'm using this script http://www.gfspl.rootnode.net/SYNOP/temp.gs to plot temperature. All what i need is another ctl file with template: http://www.gfspl.rootnode.net/SYNOP/spi.ctl My solution is based on http://cookbooks.opengrads.org/index.php?title=Recipe-013:_Gridding_and_Plotting_Station_Data Best Regards Piotr Djakow -- Prognoza modelu numerycznego GFS dla obszaru Polski: http://www.gfspl.rootnode.net From gabriel.ud at GMAIL.COM Tue Jul 7 15:07:02 2009 From: gabriel.ud at GMAIL.COM (Gabriel - ud Carvalho) Date: Tue, 7 Jul 2009 16:07:02 -0300 Subject: zoom script In-Reply-To: Message-ID: Hi, if anyone got the season.gs script, of the CMWF seasonal simulations produced under the PROVOST project, please send me! thnks, Gabriel 2009/7/5 Gabriel - ud Carvalho > B. Becker, > I couldn?t open the link you send... > I?ll look for the project that you indicated, > thanks a lot, > Gabriel Carvalho > > 2009/7/3 Bernd Becker > > Gabriel, >> >> find a copy of the 4 cd-set from the ECMWF seasonal simulations >> produced under the PROVOST project and have a look >> at the season.gs script. >> >> Good luck! >> Bernd. >> >> On Mon, 2009-06-29 at 10:29 -0300, Gabriel - ud Carvalho wrote: >> > Hi everybody, >> > I?m writing a script that allows the user to make zoom?s in the >> > current plot. >> > I use I/O functions and ?q pos? to set the lat lon of the zoom. >> > the problem is: after I pull the new lat lon, I have to display >> > (again) the data that was on the plot. >> > This is making my script very big, cause I have specify various types >> > of data to do the zoom. >> > >> > Is there some way just to set the new lat and lon and ?re-display? the >> > existing data on the plot window? >> > >> > thanks, >> > Gabriel Carvalho >> -- >> Bernd Becker The Monthly Outlook >> Met Office FitzRoy Road Exeter Devon EX1 3PB United Kingdom >> Tel.: +44 (0) 1392 884511 Fax: +44 (0)870 900 5050 >> E-mail:bernd.becker at metoffice.com - >> http://www.metoffice.com >> > > -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090707/3cde0fd2/attachment.html From cmunozc at UDEC.CL Tue Jul 7 16:34:01 2009 From: cmunozc at UDEC.CL (Cristian Gonzal =?iso-8859-1?Q?Mu=F1oz_Castillo?=) Date: Tue, 7 Jul 2009 16:34:01 -0400 Subject: grads, vector definition In-Reply-To: <747440419.60061246933641831.JavaMail.root@mail.iges.org> Message-ID: Thanks for the tip Eric, it really works perfectly! I appreciate your help, Once again, thank you so much!. Regards, > Hello Cristian, > > You can't use this script to accomplish your task. All your script does is > redefine 'var2' every time through the loop. You need to do the following > (assuming 'time' is the last value of t you want to consider): > > 'set t 2 'time > 'define var2=var1-var1(t-1)' > > The new variable var2 will, at time t, contain the value of > var1(t)-var1(t-1). Note that var2 is undefined for t=1. > > Best regards, > > Eric L. Altshuler > Assistant Research Scientist > Center for Ocean-Land-Atmosphere Studies > 4041 Powder Mill Road, Suite 302 > Calverton, MD 20705-3106 > USA > > E-mail: ela at cola.iges.org > Phone: (301) 902-1257 > Fax: (301) 595-9793 > > ----- Original Message ----- > From: "Cristian Gonzal Mu??oz Castillo" > To: GRADSUSR at LIST.CINECA.IT > Sent: Monday, July 6, 2009 4:55:21 PM GMT -05:00 US/Canada Eastern > Subject: grads, vector definition > > Hi, > > I'm trying to define a vector in grads. Can you help me with that?. My > script is as follows > > 'set t 1' > 'define var2 = var1' > i=2 > while(i<=time) > 'set t ' i > 'define var2 = var1 - var1(t=' i-1 ')' > i = i+1 > endwhile > > Bottom line, i want to make A(I) = B; as in any other scripting > language... > > Thanks for your attention, Sincerely > > -- > Cristian G. Mu??oz Castillo > Licenciado en Ciencias F??sicas > Candidato a Geof??sico > Of. 442 > Tel. (41) 2203155 > Depto. Geof??sica > Facultad Ciencias F??sicas y Matem??ticas > Universidad de Concepci??n > Concepci??n > Chile > ^^^^^^^^^^^^^^^^^^^HATUSIME^^^^^^^^^^^^^^^^^^^^^ > -- Cristian G. Mu?oz Castillo Licenciado en Ciencias F?sicas Candidato a Geof?sico Of. 442 Tel. (41) 2203155 Depto. Geof?sica Facultad Ciencias F?sicas y Matem?ticas Universidad de Concepci?n Concepci?n Chile ^^^^^^^^^^^^^^^^^^^HATUSIME^^^^^^^^^^^^^^^^^^^^^ From arlindo.dasilva at GMAIL.COM Tue Jul 7 20:38:31 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Tue, 7 Jul 2009 20:38:31 -0400 Subject: zoom script In-Reply-To: Message-ID: On Mon, Jun 29, 2009 at 9:29 AM, Gabriel - ud Carvalho wrote: > Hi everybody, > I?m writing a script that allows the user to make zoom?s in the current > plot. > I use I/O functions and ?q pos? to set the lat lon of the zoom. > the problem is: after I pull the new lat lon, I have to display (again) the > data that was on the plot. > This is making my script very big, cause I have specify various types of > data to do the zoom. > > Is there some way just to set the new lat and lon and ?re-display? the > existing data on the plot window? > There is a zoom script (originally by Steve Bloom) shipped with the latest opengrads bundle. If you start the "nomads" or "merra" GUI frontends, once you open a dataset and display a variable, look under the "Dim" menu for "Zoom in". You can find more info about the "merra" GUI here: http://cookbooks.opengrads.org/index.php?title=Recipe-016:_Accessing_MERRA_data_with_a_Graphical_User_Interface The actual gs script for zooming is under Contents/Resources/Scripts in the bundle distribution. Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090707/70822a78/attachment.html From arlindo.dasilva at GMAIL.COM Tue Jul 7 20:45:30 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Tue, 7 Jul 2009 20:45:30 -0400 Subject: Velocity potential Message-ID: On Tue, Jul 7, 2009 at 10:51 AM, Richard anyah wrote: > > Dear all, > > I am a student at the University of connecticut doing research on cliamate > variability. I am new to GrADS, and I am having problem using the (UDF) > psichig. > Which version of grads are you using? The latest opengrads bundle distribution includes the user defined extension "fish" for doing this sort of thing: http://opengrads.org/doc/udxt/fish/ You can download the opengrads bundle from http://opengrads.org. Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090707/923a9504/attachment.html From ksanthanam at PRECISIONWIND.COM Wed Jul 8 11:29:28 2009 From: ksanthanam at PRECISIONWIND.COM (Krishna Santhanam) Date: Wed, 8 Jul 2009 09:29:28 -0600 Subject: NARR data analysis In-Reply-To: <1582038324.60611246941747383.JavaMail.root@mail.iges.org> Message-ID: Hi Eric, Great! it did work. Thanks, Krishna On Mon, Jul 6, 2009 at 10:42 PM, Eric Altshuler wrote: > Hello Krishna, > > I made a slight mistake in my reply, the script line for writing the values > to the file should have single quotes around the file name: > > rc=write('temp_30m.dat',variables2) > > I would be very surprised if this doesn't work for you, because I tested it > myself and it worked fine. > > Eric > > ----- Original Message ----- > From: "Krishna Santhanam" > To: GRADSUSR at LIST.CINECA.IT > Sent: Tuesday, July 7, 2009 12:12:16 AM GMT -05:00 US/Canada Eastern > Subject: Re: NARR data analysis > > Hi Eric, > It works. Thanks for the technical description, some how the > "rc=write(temp.dat,variables2)" command doesn't work but > "write(temp.dat,variables2) produces values. > Thanks again, > Krishna > > > On Mon, Jul 6, 2009 at 7:43 PM, Eric Altshuler < ela at cola.iges.org > > wrote: > > > Hello Krishna, > > When you are displaying data that is preprojected (i.e. the grads > descriptor file includes a PDEF specification), any 'display' command will > produce the following message in the command window: > > Notice: Automatic Grid Interpolation Taking Place > > In a script, when you display a variable, the script variable 'result' > captures the messages that grads would have sent to the command window. When > the data is preprojected, the message about grid interpolation appears > first. So you might have the following response to the command 'd ugrd30m': > > Notice: Automatic Grid Interpolation Taking Place > Result value = 5.26342 > > To retrieve the numerical value, you need to change the following line in > your script: > > dum1=sublin(result,1) > > to the following: > > dum1=sublin(result,2) > > Note that this is not necessary when using non-preprojected data (i.e. the > ctl file does not have a PDEF specification), because the message about grid > interpolation won't be generated. > > You should also use the following syntax for the write function: > > rc=write(temp_30m.dat,variables2) > > instead of: > > > write(temp_30m.dat,variables2) > > Although the latter syntax will write to the file successfully, it will > also cause an error message "Unknown command: 0". The former syntax is the > correct one to use. > > Best regards, > > Eric L. Altshuler > Assistant Research Scientist > Center for Ocean-Land-Atmosphere Studies > 4041 Powder Mill Road, Suite 302 > Calverton, MD 20705-3106 > USA > > E-mail: ela at cola.iges.org > Phone: (301) 902-1257 > Fax: (301) 595-9793 > > > > > ----- Original Message ----- > From: "Krishna Santhanam" < ksanthanam at PRECISIONWIND.COM > > To: GRADSUSR at LIST.CINECA.IT > Sent: Sunday, July 5, 2009 3:09:30 PM GMT -05:00 US/Canada Eastern > Subject: NARR data analysis > > Hi all, > I am trying to write u and v wind component from NARR data into a file. The > text file that is written is having no value but "interpolation" . Could > anyone help me how to solve this issue. > By the way here is the grads script that i used > ____________________ > > function main() > 'open narr-a_221_20010101_0000_000.ctl' > cntt=1 > say "cntt ="cntt > cntx=290 > while(cntx<=350) > cnty=60 > while(cnty<=100) > count=1 > count1=count+7 > while(count<=count1) > 'set t 'count > 'set x 'cntx > 'set y 'cnty > 'set z 1' > 'd ugrd30m.'cntt > dum1=sublin(result,1) > x13=subwrd(dum1,4) > 'd vgrd30m.'cntt > dum1=sublin(result,1) > x23=subwrd(dum1,4) > variables2=x13' 'x23 > write(temp_30m.dat,variables2) > count=count+1 > endwhile > cnty=cnty+1 > endwhile > cntx=cntx+1 > endwhile > --------------------------------------- > > Thanks, > Krishna > > > > -- > -- ------------------------------------------ Krishnaraj Santhanam PhD Project Manager, Precision Wind LLC Anderson Hall PSL Las Cruces, NM 88003 Ph: (510)3256574 ------------------------------------------- -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090708/638dbb10/attachment.html From jimbo32886 at GMAIL.COM Wed Jul 8 10:47:45 2009 From: jimbo32886 at GMAIL.COM (James Reagan) Date: Wed, 8 Jul 2009 10:47:45 -0400 Subject: Station Data Timing Issue Message-ID: I have converted a bunch of historical ocean observations into station data, however when I read them into Grads the timing is all messed up. I understand no time indicators are sent in the binary.dat file, but I just can not figure out this problem. The ocean data I am dealing with is over a hundred years old, so there are a lot of missing days/months/years of data. If I try to do it yearly, it will print out over 300 time steps even though the data is only 100 years old. Anyone that knows how to counter this problem please respond. Thanks in advance. -Jim -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090708/492edcdd/attachment.html From arlindo.dasilva at GMAIL.COM Wed Jul 8 14:06:53 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Wed, 8 Jul 2009 14:06:53 -0400 Subject: Writing annual from month data In-Reply-To: <27736269.116971246845045847.JavaMail.coremail@mail3.iap.ac.cn> Message-ID: 2009/7/5 Hyacinth Cyprain Nnamchi > Dear GrADS users, > I have a monthly dataset for the global land areas, 1901 to 2007 at 0.5 by > 0.5 grids. I now want to write the ANNUAL total values for all the grid > points. Any ideas? > There are many ways of doing this, all depends on the desired output format, how the input files are organized, etc. For example, if you have a single file with your monthly data you could do something like this: % lats4d.sh -i monthly.nc -o annual -func 'ave(@,t-6,t+5)' -time jul1901 jul2007 12 -v If the data is in a separate file for each year then you could enter % lats4d.sh -i 2003.nc -o annual_2003 -mean You can find more info about lats4d here: http://opengrads.org/wiki/index.php?title=Lats4D Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090708/0c535ea2/attachment.html From schan.lists at GMAIL.COM Thu Jul 9 13:52:14 2009 From: schan.lists at GMAIL.COM (Sarah Chan) Date: Thu, 9 Jul 2009 15:22:14 -0230 Subject: GrADS usable climate data Message-ID: Hello all, I need to convert some surface air temperature observational data to a GrADS friendly format. I have it in a text file as | month | day | year | temp | (attached), and the lat and longs of the climate station (53?37.77'N, 58?52.39'W)... and very little programming experience. Are there any solutions on the simpler side of things out there? Any insights would be much appreciated! Thanks, Sarah -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090709/81a4e13b/attachment.html -------------- next part -------------- 1 1 1961 -20.4612 1 2 1961 -9.323 1 3 1961 -9.5942 1 4 1961 -9.9425 1 5 1961 -7.3768 1 6 1961 -8.1388 1 7 1961 -14.7746 1 8 1961 -12.747 1 9 1961 -11.0927 1 10 1961 -15.2425 1 11 1961 -19.6997 1 12 1961 -17.5025 1 13 1961 -20.0746 1 14 1961 -22.1293 1 15 1961 -16.648 1 16 1961 -12.512 1 17 1961 -11.2214 1 18 1961 -11.9584 1 19 1961 -17.9545 1 20 1961 -22.3553 1 21 1961 -16.4879 1 22 1961 -15.6924 1 23 1961 -17.9231 1 24 1961 -23.9623 1 25 1961 -15.3691 1 26 1961 -13.7935 1 27 1961 -15.6674 1 28 1961 -13.7935 1 29 1961 -13.0953 1 30 1961 -19.1366 1 31 1961 -19.1366 2 1 1961 -21.237 2 2 1961 -6.6614 2 3 1961 -15.6399 2 4 1961 -16.7432 2 5 1961 -16.6247 2 6 1961 -14.8443 2 7 1961 -16.2353 2 8 1961 -14.3911 2 9 1961 -14.0666 2 10 1961 -16.1682 2 11 1961 -18.5604 2 12 1961 -16.9503 2 13 1961 -13.1558 2 14 1961 -9.9611 2 15 1961 -11.728 2 16 1961 -20.5198 2 17 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1962 -5.7774 11 4 1962 -6.165 11 5 1962 -5.2012 11 6 1962 -9.3664 11 7 1962 -6.8402 11 8 1962 -5.6586 11 9 1962 -7.2752 11 10 1962 -3.4976 11 11 1962 -3.7086 11 12 1962 -5.2064 11 13 1962 -5.2064 11 14 1962 -5.2064 11 15 1962 -4.4192 11 16 1962 -3.2444 11 17 1962 -3.0334 11 18 1962 -7.2398 11 19 1962 -11.517 11 20 1962 -11.0174 11 21 1962 -10.3166 11 22 1962 -2.7104 11 23 1962 0.9426 11 24 1962 -8.7256 11 25 1962 -10.1604 11 26 1962 -13.144 11 27 1962 -6.1582 11 28 1962 -1.347 11 29 1962 -5.371 11 30 1962 -5.5054 12 1 1962 -6.6425 12 2 1962 -9.3949 12 3 1962 -7.8704 12 4 1962 -8.7682 12 5 1962 -10.1682 12 6 1962 -6.3941 12 7 1962 -0.76 12 8 1962 -0.4085 12 9 1962 -3.6524 12 10 1962 -0.592 12 11 1962 -2.2196 12 12 1962 -7.9621 12 13 1962 -16.3158 12 14 1962 -18.7602 12 15 1962 -20.5975 12 16 1962 -22.7339 12 17 1962 -20.1495 12 18 1962 -21.8903 12 19 1962 -22.5659 12 20 1962 -18.7161 12 21 1962 -21.1498 12 22 1962 -15.337 12 23 1962 -9.7839 12 24 1962 -7.3288 12 25 1962 -16.6512 12 26 1962 -16.3152 12 27 1962 -13.4335 12 28 1962 -25.8545 12 29 1962 -23.1128 12 30 1962 -15.4716 12 31 1962 -3.9336 1 1 1963 -3.286 1 2 1963 -4.2804 1 3 1963 -4.7074 1 4 1963 -5.3019 1 5 1963 -6.8073 1 6 1963 -7.673 1 7 1963 -6.3686 1 8 1963 -9.1805 1 9 1963 -5.4242 1 10 1963 -4.5585 1 11 1963 -6.6919 1 12 1963 -15.3398 1 13 1963 -7.766 1 14 1963 -5.9894 1 15 1963 -14.5555 1 16 1963 -19.085 1 17 1963 -21.747 1 18 1963 -20.8951 1 19 1963 -16.063 1 20 1963 -18.3639 1 21 1963 -6.5568 1 22 1963 -21.3295 1 23 1963 -22.2968 1 24 1963 -9.4569 1 25 1963 -14.4565 1 26 1963 -24.4345 1 27 1963 -18.5357 1 28 1963 -5.354 1 29 1963 -17.6312 1 30 1963 -15.5073 1 31 1963 -10.9076 2 1 1963 -10.006 2 2 1963 -5.887 2 3 1963 -4.1671 2 4 1963 -3.6592 2 5 1963 -26.3171 2 6 1963 -16.2029 2 7 1963 -22.2586 2 8 1963 -12.9633 2 9 1963 -7.861 2 10 1963 -14.5333 2 11 1963 -17.1326 2 12 1963 -11.4035 2 13 1963 -8.5333 2 14 1963 -7.1795 2 15 1963 -8.5938 2 16 1963 -9.1287 2 17 1963 -18.396 2 18 1963 -17.5355 2 19 1963 -22.2765 2 20 1963 -20.071 2 21 1963 -11.3397 2 22 1963 -11.3532 2 23 1963 -21.509 2 24 1963 -19.6648 2 25 1963 -16.0909 2 26 1963 -17.6004 2 27 1963 -16.6772 2 28 1963 -15.6242 3 1 1963 -27.5581 3 2 1963 -19.8505 3 3 1963 -14.3209 3 4 1963 -22.4839 3 5 1963 -21.9457 3 6 1963 -17.5351 3 7 1963 -7.8841 3 8 1963 -5.6002 3 9 1963 -8.1877 3 10 1963 -11.6278 3 11 1963 -8.0215 3 12 1963 -9.049 3 13 1963 -7.7962 3 14 1963 -10.8442 3 15 1963 -8.3344 3 16 1963 -9.1267 3 17 1963 -14.7397 3 18 1963 -10.306 3 19 1963 -8.0452 3 20 1963 -5.7751 3 21 1963 -3.4222 3 22 1963 -6.2356 3 23 1963 -14.0266 3 24 1963 -7.8013 3 25 1963 -11.6134 3 26 1963 -9.3577 3 27 1963 1.2605 3 28 1963 0.869 3 29 1963 -9.7354 3 30 1963 -4.5922 3 31 1963 -11.2672 4 1 1963 -9.5805 4 2 1963 -12.4787 4 3 1963 -12.6665 4 4 1963 -10.4301 4 5 1963 -6.2393 4 6 1963 -3.5751 4 7 1963 -2.5873 4 8 1963 -2.2296 4 9 1963 -4.2119 4 10 1963 -4.2119 4 11 1963 -4.8487 4 12 1963 -6.1808 4 13 1963 -4.3166 4 14 1963 -3.9138 4 15 1963 -3.7573 4 16 1963 -4.1083 4 17 1963 -0.6061 4 18 1963 -0.1124 4 19 1963 -0.9437 4 20 1963 -1.9967 4 21 1963 -2.6853 4 22 1963 -3.5166 4 23 1963 -4.5044 4 24 1963 -4.7261 4 25 1963 -5.2064 4 26 1963 -4.0308 4 27 1963 -5.5574 4 28 1963 1.4932 4 29 1963 7.8474 4 30 1963 6.4039 5 1 1963 1.886 5 2 1963 -2.8771 5 3 1963 0.1988 5 4 1963 2.2817 5 5 1963 -0.7513 5 6 1963 -2.9008 5 7 1963 3.3083 5 8 1963 -0.8602 5 9 1963 -1.9267 5 10 1963 -2.3773 5 11 1963 -0.6307 5 12 1963 1.9811 5 13 1963 3.5357 5 14 1963 1.8152 5 15 1963 -1.4623 5 16 1963 7.8152 5 17 1963 2.6729 5 18 1963 2.8151 5 19 1963 9.749 5 20 1963 5.4146 5 21 1963 2.8601 5 22 1963 9.3461 5 23 1963 2.7416 5 24 1963 3.7157 5 25 1963 12.8489 5 26 1963 5.6993 5 27 1963 5.474 5 28 1963 0.1892 5 29 1963 1.0802 5 30 1963 5.2799 5 31 1963 7.6256 6 1 1963 3.6396 6 2 1963 8.9829 6 3 1963 1.5201 6 4 1963 5.319 6 5 1963 3.8637 6 6 1963 0.6723 6 7 1963 2.322 6 8 1963 2.7972 6 9 1963 -0.1863 6 10 1963 0.8694 6 11 1963 -1.3878 6 12 1963 0.1404 6 13 1963 3.1266 6 14 1963 5.6808 6 15 1963 7.1469 6 16 1963 9.2853 6 17 1963 8.0541 6 18 1963 8.3808 6 19 1963 11.3319 6 20 1963 12.4902 6 21 1963 2.9187 6 22 1963 1.3608 6 23 1963 8.856 6 24 1963 21.8403 6 25 1963 9.1206 6 26 1963 7.2981 6 27 1963 6.615 6 28 1963 2.4732 6 29 1963 10.4112 6 30 1963 7.8921 7 1 1963 9.1526 7 2 1963 9.8836 7 3 1963 8.4676 7 4 1963 6.4592 7 5 1963 9.8088 7 6 1963 11.7416 7 7 1963 13.2472 7 8 1963 14.8044 7 9 1963 17.2522 7 10 1963 13.8886 7 11 1963 15.2034 7 12 1963 16.6568 7 13 1963 19.185 7 14 1963 22.9132 7 15 1963 9.0396 7 16 1963 5.6908 7 17 1963 7.1816 7 18 1963 12.0276 7 19 1963 15.5446 7 20 1963 12.909 7 21 1963 15.6046 7 22 1963 19.9534 7 23 1963 15.8532 7 24 1963 10.094 7 25 1963 11.5474 7 26 1963 16.0466 7 27 1963 12.7204 7 28 1963 10.5212 7 29 1963 13.3384 7 30 1963 14.0664 7 31 1963 15.3094 8 1 1963 5.619 8 2 1963 7.0735 8 3 1963 4.6105 8 4 1963 6.102 8 5 1963 7.4425 8 6 1963 10.6845 8 7 1963 15.358 8 8 1963 13.915 8 9 1963 17.366 8 10 1963 15.1975 8 11 1963 11.484 8 12 1963 11.935 8 13 1963 12.0735 8 14 1963 11.156 8 15 1963 6.143 8 16 1963 8.242 8 17 1963 11.816 8 18 1963 8.242 8 19 1963 13.0615 8 20 1963 15.841 8 21 1963 10.919 8 22 1963 7.914 8 23 1963 6.197 8 24 1963 9.7335 8 25 1963 11.3815 8 26 1963 3.6315 8 27 1963 8.151 8 28 1963 13.1845 8 29 1963 11.1445 8 30 1963 8.005 8 31 1963 12.267 9 1 1963 6.9259 9 2 1963 8.4973 9 3 1963 7.6909 9 4 1963 0.1327 9 5 1963 4.4482 9 6 1963 11.1136 9 7 1963 7.1614 9 8 1963 4.6318 9 9 1963 9.2173 9 10 1963 0.9391 9 11 1963 1.8214 9 12 1963 1.9291 9 13 1963 0.52 9 14 1963 0.6691 9 15 1963 10.435 9 16 1963 15.7336 9 17 1963 3.1468 9 18 1963 8.3473 9 19 1963 -2.5391 9 20 1963 -4.7018 9 21 1963 -0.3173 9 22 1963 -0.5768 9 23 1963 0.8977 9 24 1963 4.15 9 25 1963 9.4177 9 26 1963 6.8986 9 27 1963 3.8914 9 28 1963 -2.4386 9 29 1963 0.7591 9 30 1963 0.3514 10 1 1963 -3.3396 10 2 1963 -2.1496 10 3 1963 3.843 10 4 1963 -2.4311 10 5 1963 -2.5829 10 6 1963 -1.6258 10 7 1963 -0.4093 10 8 1963 -0.0715 10 9 1963 -6.1027 10 10 1963 -1.782 10 11 1963 -4.4187 10 12 1963 -6.8473 10 13 1963 -4.7002 10 14 1963 -3.0206 10 15 1963 -0.7907 10 16 1963 -1.5132 10 17 1963 -4.0246 10 18 1963 1.6644 10 19 1963 2.1054 10 20 1963 6.5779 10 21 1963 -4.7471 10 22 1963 -1.5353 10 23 1963 5.5176 10 24 1963 3.8115 10 25 1963 4.2321 10 26 1963 5.1064 10 27 1963 4.0196 10 28 1963 -1.2019 10 29 1963 -0.9204 10 30 1963 -4.4358 10 31 1963 1.4271 11 1 1963 1.4902 11 2 1963 -4.8068 11 3 1963 8.687 11 4 1963 5.9498 11 5 1963 -3.5554 11 6 1963 1.5314 11 7 1963 -3.309 11 8 1963 -5.6586 11 9 1963 -5.2064 11 10 1963 -4.9954 11 11 1963 -5.4596 11 12 1963 -5.8472 11 13 1963 -5.383 11 14 1963 -4.6724 11 15 1963 -4.7422 11 16 1963 -4.2082 11 17 1963 -4.6724 11 18 1963 -6.0936 11 19 1963 -6.1004 11 20 1963 -8.9074 11 21 1963 -3.8784 11 22 1963 -4.7302 11 23 1963 -5.223 11 24 1963 -1.4168 11 25 1963 -7.5794 11 26 1963 -9.3596 11 27 1963 -5.4476 11 28 1963 -10.859 11 29 1963 -13.666 11 30 1963 4.8448 12 1 1963 4.2688 12 2 1963 -8.9403 12 3 1963 -13.2721 12 4 1963 -7.2585 12 5 1963 -6.8367 12 6 1963 -16.8508 12 7 1963 -13.9042 12 8 1963 -11.2656 12 9 1963 -18.8734 12 10 1963 -6.1075 12 11 1963 -5.3342 12 12 1963 -15.7802 12 13 1963 -13.5634 12 14 1963 -15.6825 12 15 1963 -22.7232 12 16 1963 -17.5002 12 17 1963 -15.418 12 18 1963 -15.586 12 19 1963 -12.7901 12 20 1963 -6.0968 12 21 1963 -5.367 12 22 1963 -7.7941 12 23 1963 -18.3974 12 24 1963 -17.0081 12 25 1963 -10.5411 12 26 1963 -7.2585 12 27 1963 -12.1842 12 28 1963 -17.0992 12 29 1963 -17.4072 12 30 1963 -24.8536 12 31 1963 -19.9648 1 1 1964 -13.7845 1 2 1964 -10.3488 1 3 1964 -16.23 1 4 1964 -19.3764 1 5 1964 -13.7802 1 6 1964 -17.0893 1 7 1964 -22.8456 1 8 1964 -20.8409 1 9 1964 -16.4608 1 10 1964 -7.9261 1 11 1964 -7.4289 1 12 1964 -14.8581 1 13 1964 -17.5025 1 14 1964 -17.0888 1 15 1964 -19.286 1 16 1964 -16.4879 1 17 1964 -20.1246 1 18 1964 -22.1134 1 19 1964 -20.608 1 20 1964 -20.1831 1 21 1964 -13.1538 1 22 1964 -8.7466 1 23 1964 -8.9476 1 24 1964 -8.5908 1 25 1964 -14.7703 1 26 1964 -10.3695 1 27 1964 -8.7918 1 28 1964 -11.8026 1 29 1964 -14.8581 1 30 1964 -16.9192 1 31 1964 -18.4969 2 1 1964 -19.1872 2 2 1964 -15.0682 2 3 1964 -7.0541 2 4 1964 -5.2336 2 5 1964 -10.4413 2 6 1964 -11.2201 2 7 1964 -13.1693 2 8 1964 -6.1947 2 9 1964 -9.2071 2 10 1964 -16.0942 2 11 1964 -14.7805 2 12 1964 -9.3212 2 13 1964 -7.6327 2 14 1964 -10.6349 2 15 1964 -13.8978 2 16 1964 -13.5587 2 17 1964 -11.6777 2 18 1964 -10.4322 2 19 1964 -9.3256 2 20 1964 -5.1665 2 21 1964 -4.3607 2 22 1964 -5.2168 2 23 1964 -10.1726 2 24 1964 -18.7037 2 25 1964 -17.6004 2 26 1964 -17.6788 2 27 1964 -15.5874 2 28 1964 -16.2196 2 29 1964 -11.794 3 1 1964 -21.0154 3 2 1964 -17.9128 3 3 1964 -4.8958 3 4 1964 -19.69 3 5 1964 0.3359 3 6 1964 0.851 3 7 1964 -14.9563 3 8 1964 -9.5044 3 9 1964 -25.3066 3 10 1964 -25.7953 3 11 1964 -18.7972 3 12 1964 -16.4536 3 13 1964 -23.3086 3 14 1964 -26.2651 3 15 1964 -20.965 3 16 1964 -9.5137 3 17 1964 -4.9138 3 18 1964 -7.4185 3 19 1964 -5.8579 3 20 1964 -9.7483 3 21 1964 -14.8045 3 22 1964 -8.0359 3 23 1964 -12.0004 3 24 1964 -14.4871 3 25 1964 -19.3216 3 26 1964 -18.0877 3 27 1964 -10.1074 3 28 1964 -8.482 3 29 1964 -7.9438 3 30 1964 -6.4471 3 31 1964 -4.8958 4 1 1964 -6.1413 4 2 1964 -10.7427 4 3 1964 -10.9689 4 4 1964 -8.7537 4 5 1964 -9.2094 4 6 1964 -3.2308 4 7 1964 -1.7627 4 8 1964 -6.831 4 9 1964 -7.5263 4 10 1964 -5.4989 4 11 1964 -3.1477 4 12 1964 1.8498 4 13 1964 0.2781 4 14 1964 0.0441 4 15 1964 2.8894 4 16 1964 3.3898 4 17 1964 -7.3046 4 18 1964 -4.4459 4 19 1964 -7.3497 4 20 1964 -9.6446 4 21 1964 -5.6487 4 22 1964 -3.9723 4 23 1964 -4.1668 4 24 1964 -3.5054 4 25 1964 -1.5298 4 26 1964 -2.5176 4 27 1964 -4.5629 4 28 1964 -3.2129 4 29 1964 -1.9326 4 30 1964 -3.5572 5 1 1964 -0.6187 5 2 1964 5.18 5 3 1964 0.7937 5 4 1964 -5.1547 5 5 1964 1.0211 5 6 1964 2.8958 5 7 1964 -5.548 5 8 1964 -4.6828 5 9 1964 -0.775 5 10 1964 3.1919 5 11 1964 1.1588 5 12 1964 1.9313 5 13 1964 4.571 5 14 1964 1.5545 5 15 1964 0.6893 5 16 1964 2.9927 5 17 1964 7.0427 5 18 1964 -0.1921 5 19 1964 -0.133 5 20 1964 -3.9718 5 21 1964 -3.3511 5 22 1964 3.1112 5 23 1964 -1.0477 5 24 1964 -0.5263 5 25 1964 -3.6853 5 26 1964 1.9358 5 27 1964 1.718 5 28 1964 4.0118 5 29 1964 5.5331 5 30 1964 3.7253 5 31 1964 3.3815 6 1 1964 2.781 6 2 1964 9.0126 6 3 1964 7.3818 6 4 1964 8.8776 6 5 1964 8.7453 6 6 1964 6.9039 6 7 1964 4.0878 6 8 1964 5.7078 6 9 1964 4.1634 6 10 1964 3.5397 6 11 1964 11.0187 6 12 1964 16.7616 6 13 1964 15.4737 6 14 1964 12.5658 6 15 1964 -0.2106 6 16 1964 6.6879 6 17 1964 2.889 6 18 1964 1.4769 6 19 1964 1.9251 6 20 1964 -0.8343 6 21 1964 8.9748 6 22 1964 8.1594 6 23 1964 12.8034 6 24 1964 1.5093 6 25 1964 6.021 6 26 1964 12.3876 6 27 1964 5.4864 6 28 1964 1.4958 6 29 1964 3.8394 6 30 1964 12.0474 7 1 1964 8.3172 7 2 1964 14.1194 7 3 1964 12.351 7 4 1964 14.7296 7 5 1964 7.2946 7 6 1964 13.2324 7 7 1964 16.712 7 8 1964 15.2408 7 9 1964 8.3694 7 10 1964 14.5128 7 11 1964 17.4026 7 12 1964 9.9266 7 13 1964 19.9308 7 14 1964 19.228 7 15 1964 17.8298 7 16 1964 15.2642 7 17 1964 12.464 7 18 1964 13.195 7 19 1964 11.8716 7 20 1964 10.7098 7 21 1964 11.553 7 22 1964 8.435 7 23 1964 16.928 7 24 1964 19.1272 7 25 1964 19.4992 7 26 1964 19.9964 7 27 1964 19.7974 7 28 1964 12.6596 7 29 1964 12.4196 7 30 1964 16.13 7 31 1964 7.594 8 1 1964 11.533 8 2 1964 12.1185 8 3 1964 14.4635 8 4 1964 18.4025 8 5 1964 15.2465 8 6 1964 4.8885 8 7 1964 8.1305 8 8 1964 13.255 8 9 1964 10.2385 8 10 1964 13.615 8 11 1964 11.3445 8 12 1964 7.331 8 13 1964 8.811 8 14 1964 7.5655 8 15 1964 6.02 8 16 1964 9.4595 8 17 1964 10.3935 8 18 1964 9.476 8 19 1964 12.267 8 20 1964 6.68 8 21 1964 4.3515 8 22 1964 5.6715 8 23 1964 13.587 8 24 1964 14.2955 8 25 1964 10.9305 8 26 1964 10.5705 8 27 1964 11.9555 8 28 1964 10.554 8 29 1964 11.6815 8 30 1964 14.521 8 31 1964 13.8445 9 1 1964 9.9064 9 2 1964 4.4482 9 3 1964 2.0464 9 4 1964 2.3818 9 5 1964 3.0286 9 6 1964 2.6932 9 7 1964 8.8741 9 8 1964 8.3032 9 9 1964 6.355 9 10 1964 6.2473 9 11 1964 7.1509 9 12 1964 2.8459 9 13 1964 6.3964 9 14 1964 6.9259 9 15 1964 4.4482 9 16 1964 2.5864 9 17 1964 4.2232 9 18 1964 4.4068 9 19 1964 -0.0614 9 20 1964 2.2018 9 21 1964 9.8332 9 22 1964 5.5936 9 23 1964 6.2164 9 24 1964 12.1936 9 25 1964 6.3277 9 26 1964 2.5582 9 27 1964 5.1436 9 28 1964 5.0677 9 29 1964 3.7318 9 30 1964 -0.3032 10 1 1964 -2.5702 10 2 1964 -0.1278 10 3 1964 6.3323 10 4 1964 1.6346 10 5 1964 -0.47 10 6 1964 0.8028 10 7 1964 1.8068 10 8 1964 -1.3443 10 9 1964 0.6041 10 10 1964 0.5434 10 11 1964 -3.4616 10 12 1964 -5.4834 10 13 1964 -6.6955 10 14 1964 -5.7649 10 15 1964 -4.6439 10 16 1964 -5.1114 10 17 1964 -5.7042 10 18 1964 3.4737 10 19 1964 1.1279 10 20 1964 -0.7642 10 21 1964 2.5729 10 22 1964 6.5012 10 23 1964 -1.9807 10 24 1964 -4.4314 10 25 1964 -6.2672 10 26 1964 -6.1154 10 27 1964 -4.9254 10 28 1964 -6.9472 10 29 1964 -1.4569 10 30 1964 -6.2186 10 31 1964 -5.3443 11 1 1964 -7.7686 11 2 1964 -6.376 11 3 1964 -2.5984 11 4 1964 -3.1746 11 5 1964 -2.5984 11 6 1964 -3.5622 11 7 1964 -4.4838 11 8 1964 -4.948 11 9 1964 -6.4234 11 10 1964 -8.8376 11 11 1964 -10.0822 11 12 1964 -10.089 11 13 1964 -12.1442 11 14 1964 -7.2752 11 15 1964 -5.383 11 16 1964 -8.921 11 17 1964 -6.177 11 18 1964 -3.2512 11 19 1964 -4.9954 11 20 1964 -4.8834 11 21 1964 -4.5604 11 22 1964 -13.5316 11 23 1964 -14.5298 11 24 1964 -15.8812 11 25 1964 -10.5698 11 26 1964 -2.2462 11 27 1964 1.708 11 28 1964 -13.292 11 29 1964 -5.7232 11 30 1964 -5.3356 12 1 1964 -4.1719 12 2 1964 -0.8577 12 3 1964 -10.6704 12 4 1964 -17.0623 12 5 1964 -16.1645 12 6 1964 -16.1317 12 7 1964 -13.9691 12 8 1964 -17.1695 12 9 1964 -20.728 12 10 1964 -15.4615 12 11 1964 -13.4562 12 12 1964 -10.7145 12 13 1964 -7.8382 12 14 1964 -3.5827 12 15 1964 -7.9782 12 16 1964 -16.7918 12 17 1964 -19.4197 12 18 1964 -10.3564 12 19 1964 -21.8468 12 20 1964 -22.8578 12 21 1964 -23.8956 12 22 1964 -17.1909 12 23 1964 -11.6927 12 24 1964 -6.4262 12 25 1964 1.0511 12 26 1964 1.6409 12 27 1964 3.2137 12 28 1964 -17.5103 12 29 1964 -18.3378 12 30 1964 -12.8872 12 31 1964 -8.5513 1 1 1965 -8.36 1 2 1965 -8.36 1 3 1965 -6.4138 1 4 1965 -6.6334 1 5 1965 -7.6416 1 6 1965 -14.7432 1 7 1965 -19.2227 1 8 1965 -17.444 1 9 1965 -5.2567 1 10 1965 -20.3006 1 11 1965 -24.7307 1 12 1965 -15.685 1 13 1965 -14.9868 1 14 1965 -13.4186 1 15 1965 -14.388 1 16 1965 -20.1969 1 17 1965 -23.1551 1 18 1965 -18.3544 1 19 1965 -17.3127 1 20 1965 -17.7535 1 21 1965 -19.645 1 22 1965 -17.8099 1 23 1965 -15.9907 1 24 1965 -19.7625 1 25 1965 -16.8628 1 26 1965 -13.425 1 27 1965 -7.3178 1 28 1965 -6.7621 1 29 1965 -11.2916 1 30 1965 -17.134 1 31 1965 -13.8637 2 1 1965 -19.0271 2 2 1965 -15.3289 2 3 1965 -11.7415 2 4 1965 -22.6145 2 5 1965 -22.6145 2 6 1965 -21.237 2 7 1965 -15.2428 2 8 1965 -4.2958 2 9 1965 -6.1947 2 10 1965 -19.1055 2 11 1965 -15.4576 2 12 1965 -12.7026 2 13 1965 -8.4651 2 14 1965 -12.4733 2 15 1965 -13.8059 2 16 1965 -14.6755 2 17 1965 -21.0412 2 18 1965 -17.9931 2 19 1965 -14.2088 2 20 1965 -6.6669 2 21 1965 -5.2212 2 22 1965 -7.8945 2 23 1965 -5.3634 2 24 1965 -10.9 2 25 1965 -17.5322 2 26 1965 -5.1665 2 27 1965 -2.1519 2 28 1965 -2.5267 3 1 1965 -4.1224 3 2 1965 -4.8268 3 3 1965 -5.9917 3 4 1965 -5.2873 3 5 1965 -5.3563 3 6 1965 -6.2356 3 7 1965 -5.7658 3 8 1965 -5.7658 3 9 1965 -12.0055 3 10 1965 -10.5916 3 11 1965 -10.1167 3 12 1965 -7.0774 3 13 1965 -7.1005 3 14 1965 -13.7956 3 15 1965 -10.996 3 16 1965 -8.5006 3 17 1965 -6.4105 3 18 1965 -7.7272 3 19 1965 -5.5405 3 20 1965 -3.5143 3 21 1965 -13.0768 3 22 1965 -23.7691 3 23 1965 -10.5031 3 24 1965 -8.5108 3 25 1965 -4.4353 3 26 1965 -7.3315 3 27 1965 -8.1646 3 28 1965 -7.2343 3 29 1965 -8.7079 3 30 1965 -8.0956 3 31 1965 -8.6338 4 1 1965 -8.5197 4 2 1965 -7.4734 4 3 1965 -4.2186 4 4 1965 -4.5696 4 5 1965 -5.3629 4 6 1965 -8.5726 4 7 1965 -4.4999 4 8 1965 -5.3178 4 9 1965 -6.3753 4 10 1965 -5.8432 4 11 1965 -6.6499 4 12 1965 -6.8377 4 13 1965 -7.3698 4 14 1965 -7.5792 4 15 1965 -3.6809 4 16 1965 1.0252 4 17 1965 -0.5994 4 18 1965 0.0441 4 19 1965 -2.7449 4 20 1965 2.6811 4 21 1965 -5.0119 4 22 1965 -2.0802 4 23 1965 -8.0066 4 24 1965 -10.0474 4 25 1965 -9.6964 4 26 1965 -7.0009 4 27 1965 -7.8773 4 28 1965 -6.0053 4 29 1965 -4.7779 4 30 1965 -3.1015 5 1 1965 -2.2231 5 2 1965 -2.8771 5 3 1965 -1.8772 5 4 1965 -1.5832 5 5 1965 -3.2209 5 6 1965 -1.3795 5 7 1965 1.4003 5 8 1965 2.1491 5 9 1965 -0.4885 5 10 1965 -2.5549 5 11 1965 2.4692 5 12 1965 3.9407 5 13 1965 2.0996 5 14 1965 0.758 5 15 1965 1.6967 5 16 1965 8.0501 5 17 1965 -1.7965 5 18 1965 -1.5454 5 19 1965 4.5971 5 20 1965 4.2371 5 21 1965 2.1611 5 22 1965 4.5236 5 23 1965 -1.8556 5 24 1965 -1.7467 5 25 1965 -1.6282 5 26 1965 -0.2137 5 27 1965 0.2981 5 28 1965 -0.55 5 29 1965 5.9954 5 30 1965 6.1043 5 31 1965 10.5314 6 1 1965 6.4611 6 2 1965 8.4051 6 3 1965 7.4871 6 4 1965 10.7622 6 5 1965 4.9464 6 6 1965 8.9991 6 7 1965 0.7803 6 8 1965 0.3051 6 9 1965 1.0611 6 10 1965 3.7017 6 11 1965 2.619 6 12 1965 0.9423 6 13 1965 2.1627 6 14 1965 6.6744 6 15 1965 4.833 6 16 1965 9.1962 6 17 1965 15.5169 6 18 1965 9.0612 6 19 1965 4.4766 6 20 1965 6.777 6 21 1965 0.2619 6 22 1965 6.7338 6 23 1965 4.1796 6 24 1965 8.4672 6 25 1965 9.5526 6 26 1965 7.1037 6 27 1965 9.9522 6 28 1965 11.097 6 29 1965 8.6616 6 30 1965 9.8658 7 1 1965 10.7416 7 2 1965 9.748 7 3 1965 11.2014 7 4 1965 13.4436 7 5 1965 16.8072 7 6 1965 19.3532 7 7 1965 8.9218 7 8 1965 11.3948 7 9 1965 7.1816 7 10 1965 11.623 7 11 1965 15.3016 7 12 1965 11.051 7 13 1965 10.5742 7 14 1965 11.2762 7 15 1965 8.4246 7 16 1965 13.7818 7 17 1965 13.0594 7 18 1965 12.7678 7 19 1965 11.164 7 20 1965 9.0022 7 21 1965 8.4902 7 22 1965 10.3482 7 23 1965 12.2932 7 24 1965 15.2056 7 25 1965 13.1746 7 26 1965 13.255 7 27 1965 12.4866 7 28 1965 13.4232 7 29 1965 13.8878 7 30 1965 10.2522 7 31 1965 13.029 8 1 1965 15.8 8 2 1965 18.177 8 3 1965 14.903 8 4 1965 13.0205 8 5 1965 15.2835 8 6 1965 12.235 8 7 1965 9.7875 8 8 1965 11.661 8 9 1965 15.6065 8 10 1965 11.4355 8 11 1965 10.099 8 12 1965 10.341 8 13 1965 8.811 8 14 1965 11.7995 8 15 1965 16.8445 8 16 1965 9.3365 8 17 1965 9.599 8 18 1965 9.508 8 19 1965 10.7215 8 20 1965 8.5855 8 21 1965 9.025 8 22 1965 11.2305 8 23 1965 6.562 8 24 1965 8.365 8 25 1965 4.877 8 26 1965 7.1145 8 27 1965 9.262 8 28 1965 7.5655 8 29 1965 9.0735 8 30 1965 7.6565 8 31 1965 5.537 9 1 1965 8.0023 9 2 1965 5.2027 9 3 1965 7.4314 9 4 1965 13.9027 9 5 1965 15.28 9 6 1965 16.9273 9 7 1965 4.7941 9 8 1965 6.1609 9 9 1965 4.1473 9 10 1965 8.4868 9 11 1965 5.4382 9 12 1965 2.8873 9 13 1965 1.3264 9 14 1965 2.1223 9 15 1965 -1.2032 9 16 1965 0.3682 9 17 1965 -0.3209 9 18 1965 -0.1373 9 19 1965 2.9632 9 20 1965 5.0641 9 21 1965 5.0227 9 22 1965 7.2823 9 23 1965 11.0509 9 24 1965 12.6118 9 25 1965 13.4218 9 26 1965 7.3177 9 27 1965 1.7836 9 28 1965 -1.1132 9 29 1965 -1.265 9 30 1965 -2.3936 10 1 1965 0.279 10 2 1965 -0.656 10 3 1965 -1.7649 10 4 1965 -3.7729 10 5 1965 -1.1097 10 6 1965 -0.4904 10 7 1965 -3.0239 10 8 1965 -3.0018 10 9 1965 -6.1027 10 10 1965 -3.9291 10 11 1965 -5.973 10 12 1965 -3.4351 10 13 1965 2.717 10 14 1965 -1.7257 10 15 1965 -0.7642 10 16 1965 -4.2106 10 17 1965 -5.7042 10 18 1965 -1.3835 10 19 1965 0.5776 10 20 1965 -2.4703 10 21 1965 -0.7907 10 22 1965 -4.4656 10 23 1965 -4.4921 10 24 1965 -0.2746 10 25 1965 -4.539 10 26 1965 -3.1365 10 27 1965 -7.1194 10 28 1965 -7.54 10 29 1965 -9.6308 10 30 1965 -4.4093 10 31 1965 -2.9643 11 1 1965 -1.1194 11 2 1965 -8.275 11 3 1965 -9.6894 11 4 1965 -1.5356 11 5 1965 -5.208 11 6 1965 -10.288 11 7 1965 -8.8668 11 8 1965 -11.716 11 9 1965 -10.9476 11 10 1965 -10.0958 11 11 1965 -13.3258 11 12 1965 -10.5464 11 13 1965 -8.2322 11 14 1965 -4.6656 11 15 1965 -3.955 11 16 1965 -11.1872 11 17 1965 -6.4234 11 18 1965 -2.1748 11 19 1965 -1.1412 11 20 1965 -3.321 11 21 1965 -10.077 11 22 1965 -12.2922 11 23 1965 -9.6962 11 24 1965 -7.804 11 25 1965 -9.3664 11 26 1965 -9.1898 11 27 1965 -6.8402 11 28 1965 -6.2994 11 29 1965 -5.7232 11 30 1965 -8.115 12 1 1965 -9.7464 12 2 1965 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21 1966 -4.9879 3 22 1966 0.5279 3 23 1966 1.8584 3 24 1966 3.9485 3 25 1966 5.5193 3 26 1966 3.8018 3 27 1966 -1.8616 3 28 1966 -4.3432 3 29 1966 -1.3183 3 30 1966 -4.5922 3 31 1966 -0.6139 4 1 1966 -2.6458 4 2 1966 -4.7194 4 3 1966 -3.8497 4 4 1966 -2.5627 4 5 1966 -3.7383 4 6 1966 -4.7261 4 7 1966 -4.3818 4 8 1966 -4.5111 4 9 1966 -4.8036 4 10 1966 -4.9601 4 11 1966 -4.8036 4 12 1966 -4.1668 4 13 1966 -5.8048 4 14 1966 -5.4471 4 15 1966 -5.5969 4 16 1966 -4.2648 4 17 1966 -4.213 4 18 1966 -4.9016 4 19 1966 -4.3762 4 20 1966 4.0065 4 21 1966 5.7414 4 22 1966 0.0307 4 23 1966 -2.5042 4 24 1966 2.1356 4 25 1966 0.7584 4 26 1966 -1.9192 4 27 1966 -6.1346 4 28 1966 -8.0472 4 29 1966 -5.5708 4 30 1966 -1.6267 5 1 1966 0.3314 5 2 1966 -2.9602 5 3 1966 -2.5075 5 4 1966 0.1634 5 5 1966 1.6847 5 6 1966 -0.3721 5 7 1966 -1.0099 5 8 1966 -2.6401 5 9 1966 -0.6661 5 10 1966 -1.8082 5 11 1966 -1.9744 5 12 1966 -3.8155 5 13 1966 -1.1446 5 14 1966 -3.8392 5 15 1966 0.0944 5 16 1966 2.9573 5 17 1966 2.3291 5 18 1966 2.6729 5 19 1966 9.4196 5 20 1966 2.5994 5 21 1966 9.095 5 22 1966 4.5569 5 23 1966 -0.3085 5 24 1966 2.0189 5 25 1966 1.2203 5 26 1966 8.9195 5 27 1966 4.0949 5 28 1966 -0.9292 5 29 1966 0.1301 5 30 1966 2.5499 5 31 1966 6.2561 6 1 1966 3.7746 6 2 1966 1.6362 6 3 1966 6.966 6 4 1966 6.0318 6 5 1966 2.484 6 6 1966 2.6757 6 7 1966 8.3484 6 8 1966 2.8728 6 9 1966 -0.4806 6 10 1966 8.6751 6 11 1966 10.692 6 12 1966 15.2172 6 13 1966 15.9489 6 14 1966 2.592 6 15 1966 2.7702 6 16 1966 13.9293 6 17 1966 9.153 6 18 1966 16.6914 6 19 1966 7.5789 6 20 1966 16.5726 6 21 1966 7.8732 6 22 1966 1.8657 6 23 1966 2.5029 6 24 1966 4.0473 6 25 1966 8.4861 6 26 1966 17.7768 6 27 1966 14.1831 6 28 1966 15.3252 6 29 1966 19.035 6 30 1966 10.2951 7 1 1966 10.606 7 2 1966 16.3278 7 3 1966 10.7098 7 4 1966 6.7656 7 5 1966 7.3376 7 6 1966 13.6744 7 7 1966 14.1138 7 8 1966 15.8306 7 9 1966 13.9782 7 10 1966 15.339 7 11 1966 8.6788 7 12 1966 9.9388 7 13 1966 15.1512 7 14 1966 5.2918 7 15 1966 8.4676 7 16 1966 11.051 7 17 1966 16.3278 7 18 1966 16.0092 7 19 1966 16.0848 7 20 1966 9.2508 7 21 1966 7.7996 7 22 1966 14.8588 7 23 1966 18.63 7 24 1966 19.0142 7 25 1966 19.2628 7 26 1966 15.801 7 27 1966 13.7578 7 28 1966 12.1428 7 29 1966 15.2338 7 30 1966 12.1906 7 31 1966 14.156 8 1 1966 12.1185 8 2 1966 12.795 8 3 1966 14.694 8 4 1966 14.5545 8 5 1966 13.255 8 6 1966 12.718 8 7 1966 11.1075 8 8 1966 9.0905 8 9 1966 10.1105 8 10 1966 10.099 8 11 1966 15.235 8 12 1966 6.2995 8 13 1966 5.7945 8 14 1966 8.3765 8 15 1966 13.582 8 16 1966 15.7015 8 17 1966 13.533 8 18 1966 11.1445 8 19 1966 10.254 8 20 1966 11.8045 8 21 1966 10.619 8 22 1966 5.36 8 23 1966 9.894 8 24 1966 11.493 8 25 1966 9.0365 8 26 1966 11.816 8 27 1966 11.6815 8 28 1966 9.594 8 29 1966 7.6515 8 30 1966 10.1195 8 31 1966 14.1285 9 1 1966 3.9532 9 2 1966 2.9632 9 3 1966 6.0532 9 4 1966 6.0427 9 5 1966 12.5668 9 6 1966 6.4723 9 7 1966 10.435 9 8 1966 12.0718 9 9 1966 2.3059 9 10 1966 3.4582 9 11 1966 2.7277 9 12 1966 2.9632 9 13 1966 11.5873 9 14 1966 18.0691 9 15 1966 10.3936 9 16 1966 3.4486 9 17 1966 5.7841 9 18 1966 5.7841 9 19 1966 -0.2132 9 20 1966 3.8041 9 21 1966 7.3582 9 22 1966 10.8259 9 23 1966 5.3236 9 24 1966 6.3241 9 25 1966 4.3027 9 26 1966 3.7318 9 27 1966 4.7977 9 28 1966 -0.0473 9 29 1966 3.7423 9 30 1966 1.3336 10 1 1966 0.773 10 2 1966 -0.5953 10 3 1966 0.5119 10 4 1966 1.7378 10 5 1966 -0.0025 10 6 1966 0.1835 10 7 1966 2.3571 10 8 1966 0.6775 10 9 1966 1.3531 10 10 1966 2.4134 10 11 1966 3.838 10 12 1966 4.842 10 13 1966 4.1195 10 14 1966 2.0022 10 15 1966 1.6644 10 16 1966 -5.1114 10 17 1966 -2.1667 10 18 1966 -2.0635 10 19 1966 -2.1888 10 20 1966 -1.8289 10 21 1966 1.0937 10 22 1966 -2.786 10 23 1966 1.3829 10 24 1966 1.3487 10 25 1966 0.3182 10 26 1966 0.3182 10 27 1966 -3.0675 10 28 1966 -5.7776 10 29 1966 -3.6868 10 30 1966 1.1842 10 31 1966 -5.9636 11 1 1966 -0.4306 11 2 1966 4.5218 11 3 1966 5.6966 11 4 1966 10.749 11 5 1966 2.2008 11 6 1966 -4.737 11 7 1966 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1966 -5.6589 12 31 1966 -6.4584 1 1 1967 -20.165 1 2 1967 -23.899 1 3 1967 -20.8159 1 4 1967 -15.2154 1 5 1967 -7.9713 1 6 1967 -7.2731 1 7 1967 -11.2102 1 8 1967 -18.5107 1 9 1967 -12.3992 1 10 1967 -15.9072 1 11 1967 -19.8736 1 12 1967 -21.3902 1 13 1967 -15.7961 1 14 1967 -13.4909 1 15 1967 -8.9864 1 16 1967 -7.7522 1 17 1967 -18.7165 1 18 1967 -14.7815 1 19 1967 -22.7552 1 20 1967 -18.2507 1 21 1967 -23.8607 1 22 1967 -24.0208 1 23 1967 -21.5189 1 24 1967 -20.6282 1 25 1967 -17.9976 1 26 1967 -18.2257 1 27 1967 -14.4582 1 28 1967 -14.7703 1 29 1967 -7.0604 1 30 1967 -6.7892 1 31 1967 -10.5546 2 1 1967 -12.1845 2 2 1967 -10.4413 2 3 1967 -24.6286 2 4 1967 -15.2607 2 5 1967 -8.0757 2 6 1967 -5.5581 2 7 1967 -16.4322 2 8 1967 -18.9633 2 9 1967 -19.1602 2 10 1967 -16.0898 2 11 1967 -9.9611 2 12 1967 -8.04 2 13 1967 -9.7967 2 14 1967 -19.0315 2 15 1967 -18.9633 2 16 1967 -22.2262 2 17 1967 -23.8509 2 18 1967 -26.9774 2 19 1967 -24.1721 2 20 1967 -19.8708 2 21 1967 -14.7951 2 22 1967 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6 16 1967 7.2819 6 17 1967 11.4534 6 18 1967 4.3146 6 19 1967 6.48 6 20 1967 7.4736 6 21 1967 15.8004 6 22 1967 13.2759 6 23 1967 13.5729 6 24 1967 14.4342 6 25 1967 13.1436 6 26 1967 5.265 6 27 1967 10.4112 6 28 1967 18.0252 6 29 1967 22.5828 6 30 1967 22.1373 7 1 1967 20.5636 7 2 1967 18.8934 7 3 1967 19.7748 7 4 1967 10.034 7 5 1967 6.231 7 6 1967 8.9096 7 7 1967 14.1138 7 8 1967 16.0092 7 9 1967 17.0466 7 10 1967 12.6548 7 11 1967 8.219 7 12 1967 10.5134 7 13 1967 11.5678 7 14 1967 13.4436 7 15 1967 17.0466 7 16 1967 19.0346 7 17 1967 17.154 7 18 1967 17.3418 7 19 1967 19.5896 7 20 1967 14.8044 7 21 1967 19.0572 7 22 1967 20.531 7 23 1967 13.1998 7 24 1967 6.6322 7 25 1967 7.8426 7 26 1967 9.0248 7 27 1967 14.1568 7 28 1967 14.096 7 29 1967 10.0792 7 30 1967 10.6046 7 31 1967 15.7684 8 1 1967 13.841 8 2 1967 13.0205 8 3 1967 16.6855 8 4 1967 17.12 8 5 1967 18.1655 8 6 1967 17.489 8 7 1967 17.3285 8 8 1967 13.464 8 9 1967 17.366 8 10 1967 10.7755 8 11 1967 11.784 8 12 1967 14.575 8 13 1967 15.8245 8 14 1967 22.42 8 15 1967 15.267 8 16 1967 18.755 8 17 1967 20.1235 8 18 1967 12.8245 8 19 1967 8.934 8 20 1967 13.0615 8 21 1967 10.431 8 22 1967 11.939 8 23 1967 11.2305 8 24 1967 14.9555 8 25 1967 17.735 8 26 1967 18.878 8 27 1967 10.431 8 28 1967 13.8445 8 29 1967 19.292 8 30 1967 11.5045 8 31 1967 5.8855 9 1 1967 3.9877 9 2 1967 8.5732 9 3 1967 3.7282 9 4 1967 5.0191 9 5 1967 10.5109 9 6 1967 4.5586 9 7 1967 1.3264 9 8 1967 4.87 9 9 1967 13.8268 9 10 1967 9.3691 9 11 1967 3.2227 9 12 1967 4.2991 9 13 1967 6.1714 9 14 1967 3.835 9 15 1967 10.2859 9 16 1967 12.3418 9 17 1967 11.8468 9 18 1967 9.4036 9 19 1967 -0.0509 9 20 1967 11.1373 9 21 1967 15.6364 9 22 1967 9.8677 9 23 1967 2.9977 9 24 1967 11.3209 9 25 1967 8.0818 9 26 1967 6.0682 9 27 1967 6.3277 9 28 1967 4.4968 9 29 1967 -4.8818 9 30 1967 -0.8327 10 1 1967 5.219 10 2 1967 2.3008 10 3 1967 4.4137 10 4 1967 1.3189 10 5 1967 -4.73 10 6 1967 -5.0115 10 7 1967 -5.0943 10 8 1967 -1.3708 10 9 1967 -2.9941 10 10 1967 -0.4137 10 11 1967 -0.6952 10 12 1967 0.6731 10 13 1967 -4.2669 10 14 1967 -3.8121 10 15 1967 2.6215 10 16 1967 3.344 10 17 1967 1.0451 10 18 1967 1.5612 10 19 1967 2.2026 10 20 1967 7.8651 10 21 1967 -0.3574 10 22 1967 -3.2756 10 23 1967 -5.4492 10 24 1967 3.8722 10 25 1967 9.405 10 26 1967 8.215 10 27 1967 4.0196 10 28 1967 1.591 10 29 1967 1.8725 10 30 1967 -2.2622 10 31 1967 -1.7947 11 1 1967 1.708 11 2 1967 4.304 11 3 1967 9.01 11 4 1967 5.8732 11 5 1967 0.4978 11 6 1967 2.665 11 7 1967 -4.8068 11 8 1967 -6.7568 11 9 1967 -8.45 11 10 1967 -6.811 11 11 1967 -9.5482 11 12 1967 -2.0696 11 13 1967 1.759 11 14 1967 -0.0144 11 15 1967 -7.5696 11 16 1967 -10.9408 11 17 1967 -10.934 11 18 1967 -8.8376 11 19 1967 -6.1004 11 20 1967 -5.3898 11 21 1967 -11.7926 11 22 1967 -13.8546 11 23 1967 -4.2728 11 24 1967 3.1006 11 25 1967 -1.359 11 26 1967 -5.4476 11 27 1967 -6.376 11 28 1967 -5.9764 11 29 1967 -7.6154 11 30 1967 -12.3568 12 1 1967 -14.4934 12 2 1967 -15.0832 12 3 1967 -12.7961 12 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1968 -18.3964 3 22 1968 -10.5226 3 23 1968 -5.5312 3 24 1968 -13.3999 3 25 1968 -10.3513 3 26 1968 -9.049 3 27 1968 -1.3183 3 28 1968 -8.4187 3 29 1968 -9.3346 3 30 1968 -6.2407 3 31 1968 -5.2873 4 1 1968 -3.9779 4 2 1968 -4.7194 4 3 1968 -7.1291 4 4 1968 -10.5728 4 5 1968 -6.6354 4 6 1968 -6.6287 4 7 1968 -8.0718 4 8 1968 -4.1668 4 9 1968 -4.8103 4 10 1968 -3.9723 4 11 1968 -5.8432 4 12 1968 -2.341 4 13 1968 5.6963 4 14 1968 -6.0839 4 15 1968 2.3886 4 16 1968 1.9746 4 17 1968 -4.7969 4 18 1968 -4.6091 4 19 1968 1.3762 4 20 1968 -4.1668 4 21 1968 0.862 4 22 1968 -7.4812 4 23 1968 -1.3532 4 24 1968 4.299 4 25 1968 6.873 4 26 1968 3.2728 4 27 1968 2.4348 4 28 1968 0.467 4 29 1968 -1.8596 4 30 1968 -3.3411 5 1 1968 -1.1566 5 2 1968 -2.3557 5 3 1968 3.1304 5 4 1968 3.2393 5 5 1968 2.8364 5 6 1968 2.4431 5 7 1968 -0.7846 5 8 1968 0.4856 5 9 1968 8.8721 5 10 1968 5.7302 5 11 1968 -1.4386 5 12 1968 -0.7729 5 13 1968 -1.2112 5 14 1968 -1.4623 5 15 1968 -0.6544 5 16 1968 -2.3533 5 17 1968 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20.644 7 16 1968 12.4118 7 17 1968 7.0086 7 18 1968 11.2762 7 19 1968 10.5538 7 20 1968 11.8342 7 21 1968 14.2494 7 22 1968 14.827 7 23 1968 11.839 7 24 1968 11.8942 7 25 1968 11.0128 7 26 1968 12.3736 7 27 1968 12.6278 7 28 1968 13.3102 7 29 1968 13.0346 7 30 1968 11.9168 7 31 1968 14.8496 8 1 1968 12.558 8 2 1968 15.5745 8 3 1968 17.4685 8 4 1968 11.6405 8 5 1968 9.799 8 6 1968 12.804 8 7 1968 8.779 8 8 1968 9.3645 8 9 1968 8.328 8 10 1968 8.2165 8 11 1968 9.23 8 12 1968 7.4105 8 13 1968 8.5855 8 14 1968 8.602 8 15 1968 6.557 8 16 1968 4.786 8 17 1968 6.9055 8 18 1968 5.36 8 19 1968 5.6715 8 20 1968 8.123 8 21 1968 9.508 8 22 1968 5.811 8 23 1968 5.3115 8 24 1968 5.6715 8 25 1968 7.554 8 26 1968 4.877 8 27 1968 5.574 8 28 1968 4.126 8 29 1968 6.803 8 30 1968 8.242 8 31 1968 8.5955 9 1 1968 10.0477 9 2 1968 2.3164 9 3 1968 3.9532 9 4 1968 11.2759 9 5 1968 12.7186 9 6 1968 14.2477 9 7 1968 15.9691 9 8 1968 13.3423 9 9 1968 11.425 9 10 1968 4.9777 9 11 1968 2.6173 9 12 1968 1.735 9 13 1968 0.3577 9 14 1968 -0.9677 9 15 1968 2.4682 9 16 1968 6.2368 9 17 1968 7.7659 9 18 1968 8.9182 9 19 1968 16.5082 9 20 1968 13.2268 9 21 1968 11.5141 9 22 1968 7.0468 9 23 1968 2.5027 9 24 1968 1.7068 9 25 1968 2.2468 9 26 1968 9.4177 9 27 1968 8.8123 9 28 1968 1.6414 9 29 1968 -1.3727 9 30 1968 -2.0927 10 1 1968 3.9804 10 2 1968 4.2619 10 3 1968 6.0712 10 4 1968 12.6439 10 5 1968 6.0585 10 6 1968 1.1671 10 7 1968 1.1185 10 8 1968 0.1835 10 9 1968 0.9888 10 10 1968 0.2398 10 11 1968 -0.4137 10 12 1968 0.8105 10 13 1968 -1.9073 10 14 1968 -2.1888 10 15 1968 2.1319 10 16 1968 1.1279 10 17 1968 -2.2153 10 18 1968 -1.7213 10 19 1968 -3.1928 10 20 1968 -0.0417 10 21 1968 0.1101 10 22 1968 -2.3185 10 23 1968 -1.596 10 24 1968 -2.0635 10 25 1968 -0.4529 10 26 1968 0.0632 10 27 1968 0.656 10 28 1968 -1.41 10 29 1968 -2.3919 10 30 1968 -1.0236 10 31 1968 -1.0236 11 1 1968 -1.67 11 2 1968 -1.0292 11 3 1968 -2.2462 11 4 1968 -1.67 11 5 1968 -2.8448 11 6 1968 -3.632 11 7 1968 -4.737 11 8 1968 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1969 -8.9329 2 25 1969 -10.026 2 26 1969 -16.7264 2 27 1969 -13.0249 2 28 1969 -7.1671 3 1 1969 -8.9569 3 2 1969 -6.853 3 3 1969 -14.3209 3 4 1969 -7.7638 3 5 1969 -3.5647 3 6 1969 -3.1186 3 7 1969 -7.8841 3 8 1969 -7.4833 3 9 1969 -4.8361 3 10 1969 -4.9189 3 11 1969 -4.8361 3 12 1969 -5.6002 3 13 1969 -8.8921 3 14 1969 -12.6358 3 15 1969 -8.4367 3 16 1969 -5.7751 3 17 1969 -20.965 3 18 1969 -22.9222 3 19 1969 -17.5249 3 20 1969 -12.1753 3 21 1969 -7.0969 3 22 1969 -4.2835 3 23 1969 -5.2225 3 24 1969 -6.6364 3 25 1969 -2.7322 3 26 1969 -3.0445 3 27 1969 -0.9313 3 28 1969 -3.2611 3 29 1969 -0.6139 3 30 1969 -2.8006 3 31 1969 -15.9463 4 1 1969 -15.2394 4 2 1969 -12.4124 4 3 1969 -13.0175 4 4 1969 -12.023 4 5 1969 -12.1862 4 6 1969 -14.9931 4 7 1969 -10.5098 4 8 1969 -10.4964 4 9 1969 -10.7956 4 10 1969 -14.8232 4 11 1969 -6.5251 4 12 1969 -10.5143 4 13 1969 -7.8255 4 14 1969 -6.4282 4 15 1969 -12.9005 4 16 1969 -10.1633 4 17 1969 -5.4337 4 18 1969 -5.2459 4 19 1969 -7.767 4 20 1969 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18 1969 12.0447 6 19 1969 11.5992 6 20 1969 12.0447 6 21 1969 11.421 6 22 1969 8.3214 6 23 1969 11.4237 6 24 1969 14.8824 6 25 1969 13.1436 6 26 1969 16.4079 6 27 1969 3.3804 6 28 1969 1.2123 6 29 1969 5.562 6 30 1969 8.0379 7 1 1969 9.0948 7 2 1969 8.505 7 3 1969 11.9846 7 4 1969 15.7232 7 5 1969 16.6624 7 6 1969 9.5546 7 7 1969 8.1386 7 8 1969 6.9012 7 9 1969 7.4732 7 10 1969 12.9286 7 11 1969 16.9054 7 12 1969 17.483 7 13 1969 11.8864 7 14 1969 14.3016 7 15 1969 18.0728 7 16 1969 17.5756 7 17 1969 17.2952 7 18 1969 15.6858 7 19 1969 10.32 7 20 1969 7.3002 7 21 1969 13.9082 7 22 1969 14.2924 7 23 1969 14.9774 7 24 1969 10.8772 7 25 1969 13.8326 7 26 1969 15.356 7 27 1969 18.344 7 28 1969 17.214 7 29 1969 15.6328 7 30 1969 10.2148 7 31 1969 9.4746 8 1 1969 6.516 8 2 1969 8.533 8 3 1969 10.455 8 4 1969 8.442 8 5 1969 13.615 8 6 1969 15.7345 8 7 1969 12.8525 8 8 1969 12.1275 8 9 1969 8.119 8 10 1969 8.93 8 11 1969 7.668 8 12 1969 8.8815 8 13 1969 9.3365 8 14 1969 6.197 8 15 1969 12.9965 8 16 1969 11.0485 8 17 1969 10.136 8 18 1969 14.37 8 19 1969 12.6155 8 20 1969 11.579 8 21 1969 7.5705 8 22 1969 9.3735 8 23 1969 11.579 8 24 1969 13.4845 8 25 1969 12.267 8 26 1969 5.4345 8 27 1969 8.8855 8 28 1969 12.267 8 29 1969 11.128 8 30 1969 9.836 8 31 1969 8.242 9 1 1969 9.8641 9 2 1969 7.7323 9 3 1969 5.5486 9 4 1969 4.4827 9 5 1969 4.4068 9 6 1969 0.4336 9 7 1969 5.0536 9 8 1969 4.9114 9 9 1969 7.0336 9 10 1969 11.695 9 11 1969 7.345 9 12 1969 6.2791 9 13 1969 2.5 9 14 1969 2.5759 9 15 1969 -2.2691 9 16 1969 1.51 9 17 1969 1.8109 9 18 1969 0.6691 9 19 1969 3.1573 9 20 1969 7.9609 9 21 1969 7.7359 9 22 1969 -0.6632 9 23 1969 -0.9986 9 24 1969 -2.2241 9 25 1969 -2.75 9 26 1969 -1.1027 9 27 1969 -2.9336 9 28 1969 -1.4141 9 29 1969 0.9532 9 30 1969 -3.5114 10 1 1969 -4.6345 10 2 1969 -4.6345 10 3 1969 -6.0028 10 4 1969 -3.6432 10 5 1969 -4.1714 10 6 1969 -4.6047 10 7 1969 1.7036 10 8 1969 6.6778 10 9 1969 7.1674 10 10 1969 1.3752 10 11 1969 8.2277 10 12 1969 -0.2498 10 13 1969 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29 1970 -10.9752 1 30 1970 -10.2068 1 31 1970 -20.5064 2 1 1970 -13.4424 2 2 1970 -15.734 2 3 1970 -1.1773 2 4 1970 3.9531 2 5 1970 -2.0769 2 6 1970 -9.987 2 7 1970 -9.5841 2 8 1970 -8.2066 2 9 1970 -9.5841 2 10 1970 -6.2574 2 11 1970 -6.0102 2 12 1970 -3.5159 2 13 1970 -4.0373 2 14 1970 -19.5004 2 15 1970 -19.1715 2 16 1970 -14.9384 2 17 1970 -18.9108 2 18 1970 -13.2218 2 19 1970 -8.934 2 20 1970 -19.6291 2 21 1970 -25.6156 2 22 1970 -21.7573 2 23 1970 -19.158 2 24 1970 -18.105 2 25 1970 -17.0163 2 26 1970 -9.0201 2 27 1970 -16.224 2 28 1970 -11.0936 3 1 1970 -10.4203 3 2 1970 -12.1429 3 3 1970 -9.3382 3 4 1970 -13.3165 3 5 1970 -11.2816 3 6 1970 -11.8393 3 7 1970 -11.0608 3 8 1970 -4.5871 3 9 1970 -3.2014 3 10 1970 -3.7309 3 11 1970 -4.1173 3 12 1970 -6.8479 3 13 1970 -6.9307 3 14 1970 -7.792 3 15 1970 -11.1442 3 16 1970 -6.3184 3 17 1970 -8.0956 3 18 1970 -7.861 3 19 1970 -8.5705 3 20 1970 -8.11 3 21 1970 -1.2493 3 22 1970 -7.6264 3 23 1970 -17.2033 3 24 1970 -5.434 3 25 1970 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1970 3.8438 5 23 1970 -2.4838 5 24 1970 -5.6926 5 25 1970 -1.5928 5 26 1970 -2.2729 5 27 1970 -4.114 5 28 1970 -1.1305 5 29 1970 3.8363 5 30 1970 5.5073 5 31 1970 1.7438 6 1 1970 3.6369 6 2 1970 7.1118 6 3 1970 0.7884 6 4 1970 0.3726 6 5 1970 4.5576 6 6 1970 12.5874 6 7 1970 7.5708 6 8 1970 9.4986 6 9 1970 7.8516 6 10 1970 4.7223 6 11 1970 1.4256 6 12 1970 0.3591 6 13 1970 2.8377 6 14 1970 5.94 6 15 1970 14.472 6 16 1970 7.9569 6 17 1970 16.8453 6 18 1970 20.0799 6 19 1970 7.3926 6 20 1970 1.3824 6 21 1970 -1.215 6 22 1970 2.7027 6 23 1970 8.9964 6 24 1970 15.8652 6 25 1970 17.1126 6 26 1970 8.3727 6 27 1970 10.4058 6 28 1970 8.6103 6 29 1970 15.066 6 30 1970 8.7129 7 1 1970 9.6598 7 2 1970 12.9216 7 3 1970 14.202 7 4 1970 13.072 7 5 1970 10.4252 7 6 1970 17.3574 7 7 1970 20.3828 7 8 1970 19.2098 7 9 1970 17.892 7 10 1970 17.0714 7 11 1970 11.8038 7 12 1970 9.3616 7 13 1970 9.8906 7 14 1970 10.1392 7 15 1970 15.9414 7 16 1970 15.8058 7 17 1970 15.904 7 18 1970 18.7182 7 19 1970 16.7798 7 20 1970 13.0142 7 21 1970 9.4168 7 22 1970 8.671 7 23 1970 9.928 7 24 1970 13.5488 7 25 1970 20.8622 7 26 1970 23.6512 7 27 1970 19.1602 7 28 1970 16.5564 7 29 1970 15.748 7 30 1970 12.587 7 31 1970 9.2756 8 1 1970 14.152 8 2 1970 18.723 8 3 1970 19.083 8 4 1970 15.3 8 5 1970 14.575 8 6 1970 16.3945 8 7 1970 16.3945 8 8 1970 15.1605 8 9 1970 16.2715 8 10 1970 10.91 8 11 1970 10.91 8 12 1970 17.366 8 13 1970 13.2015 8 14 1970 19.9685 8 15 1970 16.492 8 16 1970 10.91 8 17 1970 17.0545 8 18 1970 6.6595 8 19 1970 11.8815 8 20 1970 16.829 8 21 1970 12.058 8 22 1970 9.6645 8 23 1970 12.804 8 24 1970 9.2785 8 25 1970 7.545 8 26 1970 7.996 8 27 1970 5.3395 8 28 1970 7.3195 8 29 1970 5.114 8 30 1970 5.6395 8 31 1970 5.5165 9 1 1970 -0.1268 9 2 1970 0.4336 9 3 1970 4.9873 9 4 1970 9.2518 9 5 1970 12.19 9 6 1970 6.9259 9 7 1970 4.0291 9 8 1970 12.8782 9 9 1970 11.2414 9 10 1970 11.1241 9 11 1970 11.3491 9 12 1970 8.1514 9 13 1970 9.9718 9 14 1970 2.8114 9 15 1970 4.7182 9 16 1970 5.59 9 17 1970 7.6564 9 18 1970 9.5632 9 19 1970 3.3718 9 20 1970 1.4236 9 21 1970 2.0809 9 22 1970 0.3682 9 23 1970 -0.2132 9 24 1970 -0.3209 9 25 1970 0.4336 9 26 1970 3.5341 9 27 1970 4.1368 9 28 1970 3.5764 9 29 1970 2.1991 9 30 1970 -0.7082 10 1 1970 1.6302 10 2 1970 0.5776 10 3 1970 1.9194 10 4 1970 8.9519 10 5 1970 5.3316 10 6 1970 3.0327 10 7 1970 1.1483 10 8 1970 5.3316 10 9 1970 11.3926 10 10 1970 1.8973 10 11 1970 12.7344 10 12 1970 4.7123 10 13 1970 4.093 10 14 1970 0.4258 10 15 1970 5.028 10 16 1970 -1.9542 10 17 1970 -4.9331 10 18 1970 -2.292 10 19 1970 -0.2056 10 20 1970 -2.6298 10 21 1970 -3.1238 10 22 1970 -1.5695 10 23 1970 -0.2967 10 24 1970 -3.5306 10 25 1970 -6.3842 10 26 1970 -5.0849 10 27 1970 -4.8034 10 28 1970 -4.0809 10 29 1970 -2.2716 10 30 1970 0.1708 10 31 1970 0.5555 11 1 1970 1.7898 11 2 1970 -4.0144 11 3 1970 -5.8998 11 4 1970 -5.6466 11 5 1970 -5.2658 11 6 1970 -6.9048 11 7 1970 -3.3804 11 8 1970 -4.562 11 9 1970 -7.9264 11 10 1970 -3.5502 11 11 1970 2.5072 11 12 1970 0.5384 11 13 1970 1.3256 11 14 1970 -8.9314 11 15 1970 -11.2466 11 16 1970 -10.859 11 17 1970 -8.9314 11 18 1970 -8.3974 11 19 1970 -10.6058 11 20 1970 -7.209 11 21 1970 -3.62 11 22 1970 -0.6364 11 23 1970 0.6218 11 24 1970 5.161 11 25 1970 -4.239 11 26 1970 -9.4378 11 27 1970 -8.7272 11 28 1970 -8.003 11 29 1970 -13.9838 11 30 1970 -9.1012 12 1 1970 -9.4056 12 2 1970 -14.3099 12 3 1970 -9.5629 12 4 1970 -9.0541 12 5 1970 -7.6803 12 6 1970 -8.0163 12 7 1970 -13.7522 12 8 1970 -14.9038 12 9 1970 -24.2644 12 10 1970 -24.2644 12 11 1970 -19.3321 12 12 1970 -14.4344 12 13 1970 -17.8028 12 14 1970 -19.0241 12 15 1970 -23.9826 12 16 1970 -22.3991 12 17 1970 -19.7009 12 18 1970 -13.2393 12 19 1970 -7.3288 12 20 1970 -9.2376 12 21 1970 -15.6992 12 22 1970 -20.4569 12 23 1970 -29.6447 12 24 1970 -27.6221 12 25 1970 -16.0393 12 26 1970 -3.6524 12 27 1970 -2.7391 12 28 1970 -3.0906 12 29 1970 -5.2532 12 30 1970 -5.675 12 31 1970 -5.507 1 1 1971 -6.6015 1 2 1971 -5.7358 1 3 1971 -6.4005 1 4 1971 -6.6015 1 5 1971 -10.0643 1 6 1971 -7.2662 1 7 1971 -7.5374 1 8 1971 -10.2068 1 9 1971 -15.0798 1 10 1971 -17.0824 1 11 1971 -17.2834 1 12 1971 -14.6235 1 13 1971 -16.2809 1 14 1971 -13.7264 1 15 1971 -14.8319 1 16 1971 -16.1698 1 17 1971 -6.97 1 18 1971 -6.3303 1 19 1971 -8.4616 1 20 1971 -11.0337 1 21 1971 -14.3428 1 22 1971 -16.9399 1 23 1971 -13.902 1 24 1971 -15.1362 1 25 1971 -16.3704 1 26 1971 -16.0492 1 27 1971 -5.1663 1 28 1971 -5.2386 1 29 1971 -17.0436 1 30 1971 -10.5189 1 31 1971 -10.5189 2 1 1971 -18.9655 2 2 1971 -16.4523 2 3 1971 -16.0731 2 4 1971 -15.9947 2 5 1971 -19.3819 2 6 1971 -15.2629 2 7 1971 -9.9086 2 8 1971 -12.7686 2 9 1971 -1.3093 2 10 1971 -3.4791 2 11 1971 -15.8995 2 12 1971 -16.4847 2 13 1971 -18.1331 2 14 1971 -13.7031 2 15 1971 -7.7534 2 16 1971 -9.3916 2 17 1971 -18.5079 2 18 1971 -11.9227 2 19 1971 -9.1812 2 20 1971 -17.794 2 21 1971 -14.9205 2 22 1971 -12.2472 2 23 1971 -14.0958 2 24 1971 -12.7967 2 25 1971 -14.9519 2 26 1971 -14.417 2 27 1971 -11.5836 2 28 1971 -8.2704 3 1 1971 -10.1908 3 2 1971 -14.3209 3 3 1971 -13.156 3 4 1971 -11.5306 3 5 1971 -6.9256 3 6 1971 -6.055 3 7 1971 -10.1167 3 8 1971 -8.5654 3 9 1971 -6.3184 3 10 1971 -7.0825 3 11 1971 -8.1646 3 12 1971 -5.6686 3 13 1971 -6.2902 3 14 1971 -10.6744 3 15 1971 -6.7738 3 16 1971 -6.7789 3 17 1971 -4.0345 3 18 1971 -2.566 3 19 1971 -5.1304 3 20 1971 -5.2822 3 21 1971 -5.1304 3 22 1971 -5.683 3 23 1971 -5.365 3 24 1971 -7.1515 3 25 1971 -5.5858 3 26 1971 -8.0128 3 27 1971 -10.3708 3 28 1971 -10.8952 3 29 1971 -6.3184 3 30 1971 -4.5871 3 31 1971 -3.2014 4 1 1971 -7.8311 4 2 1971 -7.0065 4 3 1971 -3.0486 4 4 1971 -2.1655 4 5 1971 -2.8541 4 6 1971 -4.4921 4 7 1971 -0.6389 4 8 1971 -5.7061 4 9 1971 -6.9998 4 10 1971 -5.4866 4 11 1971 -4.4403 4 12 1971 -2.8608 4 13 1971 -0.1381 4 14 1971 -4.3807 4 15 1971 1.2219 4 16 1971 -2.1655 4 17 1971 -3.16 4 18 1971 -4.1411 4 19 1971 2.5056 4 20 1971 3.7993 4 21 1971 -4.3289 4 22 1971 -3.1533 4 23 1971 -4.0364 4 24 1971 -1.8212 4 25 1971 -4.3289 4 26 1971 -4.1478 4 27 1971 -3.6157 4 28 1971 -4.6281 4 29 1971 -4.6799 4 30 1971 -3.9913 5 1 1971 -2.4742 5 2 1971 -2.4484 5 3 1971 -2.7682 5 4 1971 -1.2136 5 5 1971 -3.7444 5 6 1971 -3.4579 5 7 1971 -3.4579 5 8 1971 1.2464 5 9 1971 2.8268 5 10 1971 6.7346 5 11 1971 -1.5001 5 12 1971 -1.6186 5 13 1971 3.6422 5 14 1971 5.5331 5 15 1971 2.6846 5 16 1971 11.2727 5 17 1971 2.9195 5 18 1971 7.4909 5 19 1971 2.4668 5 20 1971 4.2392 5 21 1971 10.6403 5 22 1971 7.8938 5 23 1971 -1.8439 5 24 1971 -4.8865 5 25 1971 -4.1971 5 26 1971 -1.9291 5 27 1971 3.206 5 28 1971 10.901 5 29 1971 3.6587 5 30 1971 13.3964 5 31 1971 4.2134 6 1 1971 1.7523 6 2 1971 3.7719 6 3 1971 15.3927 6 4 1971 8.0892 6 5 1971 4.9734 6 6 1971 4.3497 6 7 1971 7.1982 6 8 1971 10.6137 6 9 1971 11.5047 6 10 1971 5.9697 6 11 1971 0.1674 6 12 1971 0.3294 6 13 1971 1.5768 6 14 1971 0.0324 6 15 1971 1.2933 6 16 1971 8.5968 6 17 1971 10.8081 6 18 1971 7.9137 6 19 1971 12.825 6 20 1971 8.775 6 21 1971 9.8712 6 22 1971 6.4422 6 23 1971 9.4878 6 24 1971 9.3366 6 25 1971 9.9603 6 26 1971 12.0987 6 27 1971 6.6069 6 28 1971 3.6234 6 29 1971 8.4159 6 30 1971 9.9468 7 1 1971 6.683 7 2 1971 4.9324 7 3 1971 11.1336 7 4 1971 12.344 7 5 1971 11.171 7 6 1971 11.9076 7 7 1971 13.7422 7 8 1971 8.6102 7 9 1971 9.5242 7 10 1971 14.8666 7 11 1971 13.916 7 12 1971 10.6794 7 13 1971 15.1582 7 14 1971 16.5368 7 15 1971 12.9394 7 16 1971 12.4244 7 17 1971 14.774 7 18 1971 13.9656 7 19 1971 15.219 7 20 1971 14.2946 7 21 1971 16.6442 7 22 1971 16.0396 7 23 1971 14.89 7 24 1971 17.8546 7 25 1971 14.5862 7 26 1971 17.3396 7 27 1971 20.1342 7 28 1971 17.606 7 29 1971 15.3264 7 30 1971 18.1406 7 31 1971 18.2818 8 1 1971 15.177 8 2 1971 15.3695 8 3 1971 20.554 8 4 1971 13.738 8 5 1971 7.996 8 6 1971 7.3195 8 7 1971 8.656 8 8 1971 11.8865 8 9 1971 11.484 8 10 1971 14.7145 8 11 1971 19.4855 8 12 1971 15.177 8 13 1971 14.066 8 14 1971 10.341 8 15 1971 11.5585 8 16 1971 16.0295 8 17 1971 8.028 8 18 1971 7.008 8 19 1971 10.099 8 20 1971 10.013 8 21 1971 13.041 8 22 1971 13.6035 8 23 1971 9.5415 8 24 1971 3.074 8 25 1971 3.9595 8 26 1971 10.9845 8 27 1971 15.386 8 28 1971 14.6235 8 29 1971 8.57 8 30 1971 6.9015 8 31 1971 5.114 9 1 1971 6.6664 9 2 1971 15.7336 9 3 1971 11.2759 9 4 1971 4.9432 9 5 1971 3.3718 9 6 1971 7.6141 9 7 1971 7.7986 9 8 1971 11.0923 9 9 1971 9.7123 9 10 1971 6.5386 9 11 1971 1.8109 9 12 1971 2.3923 9 13 1971 6.3964 9 14 1971 9.0991 9 15 1971 12.7609 9 16 1971 13.3423 9 17 1971 11.9959 9 18 1971 6.9259 9 19 1971 5.7841 9 20 1971 8.1859 9 21 1971 6.5041 9 22 1971 2.6518 9 23 1971 0.8527 9 24 1971 1.4236 9 25 1971 -0.5486 9 26 1971 -1.4732 9 27 1971 -1.7741 9 28 1971 -1.4732 9 29 1971 -1.7741 9 30 1971 -3.7223 10 1 1971 -2.8423 10 2 1971 -3.9291 10 3 1971 -3.2491 10 4 1971 -2.5531 10 5 1971 0.7901 10 6 1971 2.903 10 7 1971 -0.2967 10 8 1971 -0.5434 10 9 1971 -1.5695 10 10 1971 0.7294 10 11 1971 4.3276 10 12 1971 4.7344 10 13 1971 0.8591 10 14 1971 1.0109 10 15 1971 1.6644 10 16 1971 1.4784 10 17 1971 -4.6174 10 18 1971 -6.8252 10 19 1971 -5.1677 10 20 1971 -1.5695 10 21 1971 -0.2498 10 22 1971 2.0287 10 23 1971 -2.1198 10 24 1971 -0.6345 10 25 1971 -0.8691 10 26 1971 4.8983 10 27 1971 6.8594 10 28 1971 5.9851 10 29 1971 5.028 10 30 1971 -5.8902 10 31 1971 -7.2116 11 1 1971 -0.1722 11 2 1971 -1.6648 11 3 1971 -6.4406 11 4 1971 -3.5914 11 5 1971 -2.9162 11 6 1971 -3.6268 11 7 1971 -0.3066 11 8 1971 -1.981 11 9 1971 -5.0126 11 10 1971 -4.302 11 11 1971 -5.9066 11 12 1971 -4.302 11 13 1971 -6.9048 11 14 1971 -11.7806 11 15 1971 -9.156 11 16 1971 -6.4474 11 17 1971 -5.9832 11 18 1971 -5.2658 11 19 1971 -4.8016 11 20 1971 -0.8896 11 21 1971 0.1508 11 22 1971 2.7468 11 23 1971 -2.4932 11 24 1971 -11.0632 11 25 1971 -11.2112 11 26 1971 -7.469 11 27 1971 -5.0194 11 28 1971 -8.7272 11 29 1971 -6.9048 11 30 1971 -8.0098 12 1 1971 -6.459 12 2 1971 -9.7136 12 3 1971 -14.2771 12 4 1971 -15.1904 12 5 1971 -15.1904 12 6 1971 -13.9584 12 7 1971 -9.2269 12 8 1971 -10.1789 12 9 1971 -14.8997 12 10 1971 -10.2927 12 11 1971 -11.7958 12 12 1971 -7.5403 12 13 1971 -10.0216 12 14 1971 -9.7136 12 15 1971 -15.2339 12 16 1971 -19.5543 12 17 1971 -13.3358 12 18 1971 -20.6249 12 19 1971 -21.9707 12 20 1971 -20.3169 12 21 1971 -13.2393 12 22 1971 -14.7424 12 23 1971 -19.8409 12 24 1971 -20.3103 12 25 1971 -13.39 12 26 1971 -19.229 12 27 1971 -18.6779 12 28 1971 -16.4504 12 29 1971 -19.6681 12 30 1971 -20.7321 12 31 1971 -22.0249 1 1 1972 -21.0897 1 2 1972 -19.0871 1 3 1972 -11.5718 1 4 1972 -12.3402 1 5 1972 -19.8103 1 6 1972 -23.5172 1 7 1972 -21.2748 1 8 1972 -17.5658 1 9 1972 -21.3859 1 10 1972 -16.5464 1 11 1972 -15.3372 1 12 1972 -12.3966 1 13 1972 -13.9567 1 14 1972 -5.0062 1 15 1972 -16.5714 1 16 1972 -21.1461 1 17 1972 -18.9016 1 18 1972 -14.8964 1 19 1972 -4.0294 1 20 1972 -10.9597 1 21 1972 -24.2404 1 22 1972 -23.5034 1 23 1972 -7.7384 1 24 1972 -6.97 1 25 1972 -10.5753 1 26 1972 -8.5163 1 27 1972 -23.0785 1 28 1972 -25.9782 1 29 1972 -23.8719 1 30 1972 -22.71 1 31 1972 -22.6063 2 1 1972 -22.8876 2 2 1972 -23.4593 2 3 1972 -20.2008 2 4 1972 -11.9865 2 5 1972 -6.6501 2 6 1972 -18.2651 2 7 1972 -19.2867 2 8 1972 -19.2867 2 9 1972 -13.9324 2 10 1972 -16.092 2 11 1972 -14.86 2 12 1972 -15.5706 2 13 1972 -9.5057 2 14 1972 -3.008 2 15 1972 -2.0881 2 16 1972 -6.9925 2 17 1972 -19.29 2 18 1972 -26.3798 2 19 1972 -19.4187 2 20 1972 -13.7031 2 21 1972 -19.6426 2 22 1972 -22.6816 2 23 1972 -26.343 2 24 1972 -24.1196 2 25 1972 -20.1326 2 26 1972 -14.8702 2 27 1972 -16.6772 2 28 1972 -10.298 2 29 1972 -10.4402 3 1 1972 -26.1535 3 2 1972 -25.6009 3 3 1972 -21.568 3 4 1972 -25.1599 3 5 1972 -23.0365 3 6 1972 -12.4552 3 7 1972 -17.3638 3 8 1972 -14.4814 3 9 1972 -13.9288 3 10 1972 -21.1126 3 11 1972 -21.568 3 12 1972 -12.0739 3 13 1972 -14.9419 3 14 1972 -22.5265 3 15 1972 -4.993 3 16 1972 2.4944 3 17 1972 -0.4708 3 18 1972 8.1953 3 19 1972 0.0818 3 20 1972 -15.1081 3 21 1972 -17.6869 3 22 1972 -18.5338 3 23 1972 -21.4852 3 24 1972 -18.0733 3 25 1972 -9.4951 3 26 1972 -4.0345 3 27 1972 -4.0345 3 28 1972 -5.683 3 29 1972 -12.5437 3 30 1972 -11.4529 3 31 1972 -11.6047 4 1 1972 -12.4325 4 2 1972 -9.8201 4 3 1972 -7.3057 4 4 1972 -9.9248 4 5 1972 -5.661 4 6 1972 -7.3441 4 7 1972 -7.3441 4 8 1972 -9.6707 4 9 1972 -13.6081 4 10 1972 -9.215 4 11 1972 -9.6323 4 12 1972 -6.6622 4 13 1972 -9.1248 4 14 1972 -8.2935 4 15 1972 -6.3179 4 16 1972 -5.4866 4 17 1972 -7.0661 4 18 1972 -9.288 4 19 1972 -9.288 4 20 1972 -10.4118 4 21 1972 -6.1931 4 22 1972 -6.1998 4 23 1972 -2.8157 4 24 1972 -6.8433 4 25 1972 -4.4854 4 26 1972 -3.4976 4 27 1972 -4.3289 4 28 1972 -5.3685 4 29 1972 -3.0486 4 30 1972 -3.6854 5 1 1972 -13.2472 5 2 1972 -5.6332 5 3 1972 -1.5001 5 4 1972 -1.5499 5 5 1972 -3.9697 5 6 1972 -3.4837 5 7 1972 -4.3747 5 8 1972 -3.4579 5 9 1972 -5.0029 5 10 1972 -5.7517 5 11 1972 -7.7944 5 12 1972 -6.1546 5 13 1972 -1.735 5 14 1972 -0.7018 5 15 1972 -0.7276 5 16 1972 2.0045 5 17 1972 6.7679 5 18 1972 -0.2062 5 19 1972 2.0543 5 20 1972 5.8769 5 21 1972 -1.7608 5 22 1972 -2.9698 5 23 1972 -2.1046 5 24 1972 -5.005 5 25 1972 1.6256 5 26 1972 2.5328 5 27 1972 1.0877 5 28 1972 4.4741 5 29 1972 4.7939 5 30 1972 3.8105 5 31 1972 -2.0215 6 1 1972 -2.0007 6 2 1972 -0.8748 6 3 1972 10.2573 6 4 1972 14.1318 6 5 1972 3.4614 6 6 1972 10.449 6 7 1972 11.6667 6 8 1972 3.1347 6 9 1972 6.8148 6 10 1972 -2.3409 6 11 1972 -2.7297 6 12 1972 6.7392 6 13 1972 5.6106 6 14 1972 4.3956 6 15 1972 -1.2582 6 16 1972 -0.4563 6 17 1972 5.0166 6 18 1972 14.2938 6 19 1972 19.7532 6 20 1972 20.8089 6 21 1972 18.6138 6 22 1972 2.8512 6 23 1972 4.2174 6 24 1972 10.8378 6 25 1972 4.5873 6 26 1972 7.4088 6 27 1972 11.5182 6 28 1972 9.396 6 29 1972 18.954 6 30 1972 21.6243 7 1 1972 20.6136 7 2 1972 16.2826 7 3 1972 14.7918 7 4 1972 11.6534 7 5 1972 12.7226 7 6 1972 13.1272 7 7 1972 18.5452 7 8 1972 16.3778 7 9 1972 17.2218 7 10 1972 16.2704 7 11 1972 10.0318 7 12 1972 17.5078 7 13 1972 20.2902 7 14 1972 12.9712 7 15 1972 11.4048 7 16 1972 16.0022 7 17 1972 14.6236 7 18 1972 12.7104 7 19 1972 17.9902 7 20 1972 13.7048 7 21 1972 14.5862 7 22 1972 11.902 7 23 1972 9.6102 7 24 1972 6.4344 7 25 1972 9.3186 7 26 1972 12.673 7 27 1972 16.2826 7 28 1972 18.4322 7 29 1972 18.2818 7 30 1972 18.005 7 31 1972 18.9612 8 1 1972 19.383 8 2 1972 10.1155 8 3 1972 5.9995 8 4 1972 8.693 8 5 1972 3.8365 8 6 1972 10.7755 8 7 1972 13.255 8 8 1972 9.1555 8 9 1972 8.7905 8 10 1972 7.2015 8 11 1972 8.742 8 12 1972 9.9385 8 13 1972 7.459 8 14 1972 2.7255 8 15 1972 11.447 8 16 1972 13.915 8 17 1972 13.7755 8 18 1972 9.107 8 19 1972 8.693 8 20 1972 10.7755 8 21 1972 15.5835 8 22 1972 9.23 8 23 1972 10.55 8 24 1972 10.127 8 25 1972 10.701 8 26 1972 8.5815 8 27 1972 13.013 8 28 1972 14.9515 8 29 1972 13.406 8 30 1972 7.91 8 31 1972 5.742 9 1 1972 7.8082 9 2 1972 17.6818 9 3 1972 4.9009 9 4 1972 1.8109 9 5 1972 2.3818 9 6 1972 4.8259 9 7 1972 7.9573 9 8 1972 10.0477 9 9 1972 3.1468 9 10 1972 -0.1373 9 11 1972 0.4336 9 12 1972 3.9118 9 13 1972 4.9432 9 14 1972 2.5414 9 15 1972 2.3818 9 16 1972 4.0609 9 17 1972 4.2232 9 18 1972 4.0609 9 19 1972 3.6418 9 20 1972 0.6277 9 21 1972 -1.5041 9 22 1972 7.3864 9 23 1972 0.0982 9 24 1972 2.6173 9 25 1972 4.2232 9 26 1972 2.1232 9 27 1972 -4.7882 9 28 1972 -0.9677 9 29 1972 2.5759 9 30 1972 10.8886 10 1 1972 10.5062 10 2 1972 0.1708 10 3 1972 -1.1627 10 4 1972 -1.8041 10 5 1972 4.6433 10 6 1972 4.1151 10 7 1972 -2.1667 10 8 1972 10.0166 10 9 1972 9.3366 10 10 1972 -2.4217 10 11 1972 0.3916 10 12 1972 -0.3574 10 13 1972 -6.5095 10 14 1972 -5.7042 10 15 1972 -2.8423 10 16 1972 -3.5913 10 17 1972 3.4958 10 18 1972 0.8608 10 19 1972 -5.2709 10 20 1972 -6.2545 10 21 1972 -5.0849 10 22 1972 -1.782 10 23 1972 -3.7431 10 24 1972 -8.0638 10 25 1972 -4.5484 10 26 1972 -4.4877 10 27 1972 -2.7391 10 28 1972 -5.1677 10 29 1972 -2.037 10 30 1972 -7.5742 10 31 1972 -8.6831 11 1 1972 -5.259 11 2 1972 -3.3736 11 3 1972 -10.1416 11 4 1972 -9.5722 11 5 1972 -7.469 11 6 1972 -3.8378 11 7 1972 -4.7948 11 8 1972 -10.0296 11 9 1972 -8.003 11 10 1972 -5.7232 11 11 1972 -6.8282 11 12 1972 -7.9332 11 13 1972 -7.7566 11 14 1972 -6.2296 11 15 1972 -5.7232 11 16 1972 -5.7232 11 17 1972 -5.4356 11 18 1972 -5.1892 11 19 1972 -6.364 11 20 1972 -9.8254 11 21 1972 -6.9116 11 22 1972 -9.579 11 23 1972 -15.8692 11 24 1972 -12.6324 11 25 1972 -13.4332 11 26 1972 -14.9054 11 27 1972 -0.3832 11 28 1972 -2.5864 11 29 1972 -9.6774 11 30 1972 -15.6994 12 1 1972 -8.3136 12 2 1972 -6.8808 12 3 1972 -19.9654 12 4 1972 -22.7613 12 5 1972 -22.9013 12 6 1972 -9.3949 12 7 1972 -4.4799 12 8 1972 -24.7297 12 9 1972 -23.4911 12 10 1972 -24.8697 12 11 1972 -27.1461 12 12 1972 -23.3124 12 13 1972 -25.2212 12 14 1972 -25.2212 12 15 1972 -23.7884 12 16 1972 -20.4241 12 17 1972 -10.6269 12 18 1972 -19.0676 12 19 1972 -24.7297 12 20 1972 -27.6656 12 21 1972 -27.4541 12 22 1972 -13.6939 12 23 1972 -18.9276 12 24 1972 -11.1953 12 25 1972 -17.689 12 26 1972 -24.0964 12 27 1972 -22.2853 12 28 1972 -25.6537 12 29 1972 -27.3403 12 30 1972 -31.3313 12 31 1972 -21.512 1 1 1973 -10.4392 1 2 1973 -10.0372 1 3 1973 -15.4074 1 4 1973 -19.9119 1 5 1973 -13.2038 1 6 1973 -8.7737 1 7 1973 -10.9847 1 8 1973 -18.3028 1 9 1973 -18.7027 1 10 1973 -21.2748 1 11 1973 -21.0738 1 12 1973 -22.7802 1 13 1973 -20.0406 1 14 1973 -17.4685 1 15 1973 -18.6777 1 16 1973 -15.3936 1 17 1973 -23.3359 1 18 1973 -20.2666 1 19 1973 -17.3648 1 20 1973 -16.2029 1 21 1973 -19.5684 1 22 1973 -16.0019 1 23 1973 -9.6708 1 24 1973 -7.9644 1 25 1973 -17.636 1 26 1973 -13.3325 1 27 1973 -13.4298 1 28 1973 -18.3092 1 29 1973 -17.3084 1 30 1973 -14.3428 1 31 1973 -22.8775 2 1 1973 -19.158 2 2 1973 -17.9227 2 3 1973 -10.8329 2 4 1973 -4.1974 2 5 1973 -13.364 2 6 1973 -11.8042 2 7 1973 -9.9086 2 8 1973 -9.4419 2 9 1973 -8.623 2 10 1973 -22.018 2 11 1973 -25.6794 2 12 1973 -19.8114 2 13 1973 -8.2985 2 14 1973 -6.6501 2 15 1973 -16.8238 2 16 1973 -25.7979 2 17 1973 -27.8893 2 18 1973 -20.6642 2 19 1973 -13.3505 2 20 1973 -21.7573 2 21 1973 -21.1991 2 22 1973 -9.0941 2 23 1973 -6.7788 2 24 1973 -10.298 2 25 1973 -11.2088 2 26 1973 -17.4192 2 27 1973 -20.2748 2 28 1973 -21.1072 3 1 1973 -27.7243 3 2 1973 -24.1468 3 3 1973 -11.4478 3 4 1973 -6.4615 3 5 1973 -6.6961 3 6 1973 -15.1132 3 7 1973 -4.3663 3 8 1973 1.0805 3 9 1973 -0.8578 3 10 1973 -14.1886 3 11 1973 -8.2669 3 12 1973 -9.2605 3 13 1973 -6.001 3 14 1973 -4.4353 3 15 1973 -10.288 3 16 1973 -8.2474 3 17 1973 -5.0758 3 18 1973 -5.7658 3 19 1973 -6.055 3 20 1973 -6.5932 3 21 1973 -15.8866 3 22 1973 -9.5008 3 23 1973 -0.706 3 24 1973 -2.1055 3 25 1973 -10.6888 3 26 1973 -3.8086 3 27 1973 -17.2033 3 28 1973 -14.1835 3 29 1973 1.8677 3 30 1973 -11.4529 3 31 1973 -12.9214 4 1 1973 -3.6921 4 2 1973 -4.9858 4 3 1973 -7.8378 4 4 1973 -2.0608 4 5 1973 -3.4976 4 6 1973 -4.1929 4 7 1973 -3.0419 4 8 1973 -2.7494 4 9 1973 -6.5892 4 10 1973 -10.8012 4 11 1973 -9.0272 4 12 1973 -4.2693 4 13 1973 -4.6136 4 14 1973 -7.8974 4 15 1973 -2.8157 4 16 1973 -1.3409 4 17 1973 -7.6884 4 18 1973 -3.2051 4 19 1973 -3.9913 4 20 1973 -7.9425 4 21 1973 -6.9547 4 22 1973 -9.4624 4 23 1973 -6.012 4 24 1973 -1.2891 4 25 1973 -0.6523 4 26 1973 0.6932 4 27 1973 0.2062 4 28 1973 3.3123 4 29 1973 4.3001 4 30 1973 3.8444 5 1 1973 4.4999 5 2 1973 3.4313 5 3 1973 -0.6091 5 4 1973 -0.9529 5 5 1973 -2.0455 5 6 1973 -5.2636 5 7 1973 1.0802 5 8 1973 1.2224 5 9 1973 1.6847 5 10 1973 8.8937 5 11 1973 11.4482 5 12 1973 9.7016 5 13 1973 7.1471 5 14 1973 6.365 5 15 1973 0.5588 5 16 1973 6.3392 5 17 1973 10.2965 5 18 1973 10.3061 5 19 1973 0.827 5 20 1973 -0.9196 5 21 1973 2.0045 5 22 1973 4.7015 5 23 1973 4.2392 5 24 1973 -2.1877 5 25 1973 1.9121 5 26 1973 9.7847 5 27 1973 12.0527 5 28 1973 9.5927 5 29 1973 3.8696 5 30 1973 6.8606 5 31 1973 8.1212 6 1 1973 7.3629 6 2 1973 -2.4759 6 3 1973 1.7388 6 4 1973 2.4678 6 5 1973 8.4456 6 6 1973 13.8483 6 7 1973 16.6104 6 8 1973 13.878 6 9 1973 13.2543 6 10 1973 9.8253 6 11 1973 3.564 6 12 1973 0.6696 6 13 1973 1.1286 6 14 1973 3.1347 6 15 1973 2.9997 6 16 1973 4.5873 6 17 1973 8.1513 6 18 1973 6.1614 6 19 1973 10.8081 6 20 1973 17.0991 6 21 1973 16.4592 6 22 1973 11.5047 6 23 1973 11.5047 6 24 1973 16.0299 6 25 1973 18.7758 6 26 1973 11.3697 6 27 1973 6.5178 6 28 1973 6.6528 6 29 1973 12.1284 6 30 1973 20.0502 7 1 1973 22.0996 7 2 1973 22.0848 7 3 1973 16.7302 7 4 1973 13.7974 7 5 1973 16.6872 7 6 1973 14.3928 7 7 1973 16.1096 7 8 1973 16.1722 7 9 1973 15.2282 7 10 1973 11.9598 7 11 1973 14.9852 7 12 1973 13.075 7 13 1973 16.3864 7 14 1973 17.0284 7 15 1973 15.0778 7 16 1973 15.0834 7 17 1973 18.7734 7 18 1973 21.7062 7 19 1973 20.6314 7 20 1973 14.0086 7 21 1973 13.029 7 22 1973 8.784 7 23 1973 12.3814 7 24 1973 13.7974 7 25 1973 18.1462 7 26 1973 12.587 7 27 1973 15.4994 7 28 1973 16.6172 7 29 1973 18.2388 7 30 1973 18.7882 7 31 1973 17.363 8 1 1973 13.615 8 2 1973 11.361 8 3 1973 12.053 8 4 1973 11.7045 8 5 1973 15.358 8 6 1973 13.492 8 7 1973 18.477 8 8 1973 16.4855 8 9 1973 9.467 8 10 1973 15.1605 8 11 1973 16.137 8 12 1973 8.565 8 13 1973 9.0905 8 14 1973 15.358 8 15 1973 18.1655 8 16 1973 15.6 8 17 1973 16.615 8 18 1973 13.041 8 19 1973 10.459 8 20 1973 7.185 8 21 1973 9.5735 8 22 1973 15.235 8 23 1973 11.812 8 24 1973 8.087 8 25 1973 11.484 8 26 1973 7.996 8 27 1973 12.713 8 28 1973 8.2535 8 29 1973 6.5735 8 30 1973 9.9015 8 31 1973 11.57 9 1 1973 9.6286 9 2 1973 14.9686 9 3 1973 9.0682 9 4 1973 5.59 9 5 1973 5.4718 9 6 1973 8.7223 9 7 1973 13.6432 9 8 1973 8.6809 9 9 1973 4.6318 9 10 1973 5.1268 9 11 1973 3.5659 9 12 1973 8.4214 9 13 1973 6.1714 9 14 1973 6.6664 9 15 1973 6.2686 9 16 1973 3.5659 9 17 1973 2.8873 9 18 1973 5.7841 9 19 1973 3.9118 9 20 1973 6.2686 9 21 1973 1.9186 9 22 1973 3.3064 9 23 1973 0.0982 9 24 1973 3.9427 9 25 1973 4.825 9 26 1973 9.5632 9 27 1973 8.7568 9 28 1973 6.2791 9 29 1973 4.1368 9 30 1973 3.1123 10 1 1973 2.7512 10 2 1973 3.2877 10 3 1973 2.903 10 4 1973 0.3226 10 5 1973 2.0977 10 6 1973 -0.8249 10 7 1973 -0.9502 10 8 1973 0.3226 10 9 1973 -1.3145 10 10 1973 -1.9073 10 11 1973 -3.1238 10 12 1973 -2.1402 10 13 1973 -1.6727 10 14 1973 1.0716 10 15 1973 4.7609 10 16 1973 2.1805 10 17 1973 1.4784 10 18 1973 0.7294 10 19 1973 1.0937 10 20 1973 -1.9073 10 21 1973 -1.6992 10 22 1973 -2.292 10 23 1973 -3.7431 10 24 1973 -5.8902 10 25 1973 -5.4834 10 26 1973 2.2009 10 27 1973 -5.1456 10 28 1973 -5.5524 10 29 1973 -5.1677 10 30 1973 0.5776 10 31 1973 2.8202 11 1 1973 1.7132 11 2 1973 -1.6648 11 3 1973 -2.34 11 4 1973 -2.452 11 5 1973 -1.3538 11 6 1973 -4.9428 11 7 1973 -5.1892 11 8 1973 -4.091 11 9 1973 -6.4406 11 10 1973 -5.9832 11 11 1973 -9.1778 11 12 1973 -8.1796 11 13 1973 -6.7516 11 14 1973 -5.2658 11 15 1973 -6.6584 11 16 1973 -7.629 11 17 1973 -6.9116 11 18 1973 -10.536 11 19 1973 -8.1442 11 20 1973 -7.5456 11 21 1973 -8.474 11 22 1973 -11.6754 11 23 1973 -7.3278 11 24 1973 -5.8998 11 25 1973 -5.7232 11 26 1973 -7.68 11 27 1973 -7.792 11 28 1973 -9.108 11 29 1973 -2.6698 11 30 1973 -4.6964 12 1 1973 -7.2323 12 2 1973 -8.5781 12 3 1973 -11.8393 12 4 1973 -9.0869 12 5 1973 -8.0056 12 6 1973 -0.3382 12 7 1973 -1.6578 12 8 1973 -10.0002 12 9 1973 -7.1781 12 10 1973 -0.452 12 11 1973 -0.452 12 12 1973 -6.291 12 13 1973 -9.7136 12 14 1973 -13.7904 12 15 1973 -8.6216 12 16 1973 -6.5728 12 17 1973 -5.675 12 18 1973 2.4404 12 19 1973 -0.1809 12 20 1973 -14.4779 12 21 1973 -11.5682 12 22 1973 0.6186 12 23 1973 -4.1391 12 24 1973 -13.7904 12 25 1973 -12.9206 12 26 1973 -15.2512 12 27 1973 -13.8339 12 28 1973 -14.2664 12 29 1973 -9.8602 12 30 1973 -6.0372 12 31 1973 -6.291 1 1 1974 -12.9171 1 2 1974 -17.6381 1 3 1974 -24.1138 1 4 1974 -23.447 1 5 1974 -22.4388 1 6 1974 -24.0729 1 7 1974 -22.9812 1 8 1974 -23.2072 1 9 1974 -18.2055 1 10 1974 -20.2102 1 11 1974 -22.509 1 12 1974 -23.9442 1 13 1974 -25.2098 1 14 1974 -24.2718 1 15 1974 -15.2808 1 16 1974 -23.3183 1 17 1974 -21.2046 1 18 1974 -24.2016 1 19 1974 -21.6747 1 20 1974 -17.9072 1 21 1974 -12.8353 1 22 1974 -10.168 1 23 1974 -12.58 1 24 1974 -14.7427 1 25 1974 -20.4091 1 26 1974 -23.3747 1 27 1974 -20.3054 1 28 1974 -19.5684 1 29 1974 -17.636 1 30 1974 -14.9666 1 31 1974 -11.3049 2 1 1974 -4.6327 2 2 1974 -24.9655 2 3 1974 -20.7783 2 4 1974 -12.0146 2 5 1974 -13.9536 2 6 1974 -11.6117 2 7 1974 -12.847 2 8 1974 -6.5316 2 9 1974 -8.7918 2 10 1974 -8.623 2 11 1974 -9.9768 2 12 1974 -10.9481 2 13 1974 -10.9616 2 14 1974 -7.3002 2 15 1974 -19.4187 2 16 1974 -17.7302 2 17 1974 -13.053 2 18 1974 -16.5587 2 19 1974 -17.0801 2 20 1974 -13.053 2 21 1974 -8.417 2 22 1974 -9.6658 2 23 1974 -11.2358 2 24 1974 -10.7691 2 25 1974 -14.3251 2 26 1974 -15.5706 2 27 1974 -15.4419 2 28 1974 -8.9205 3 1 1974 -8.2423 3 2 1974 -22.1062 3 3 1974 -22.6639 3 4 1974 -8.8051 3 5 1974 -4.2145 3 6 1974 -7.7869 3 7 1974 -16.9084 3 8 1974 -15.9694 3 9 1974 -17.8243 3 10 1974 -19.6159 3 11 1974 -22.0378 3 12 1974 -5.2132 3 13 1974 -6.5443 3 14 1974 -9.5785 3 15 1974 -8.8741 3 16 1974 -7.861 3 17 1974 -12.8473 3 18 1974 -1.7875 3 19 1974 -8.3164 3 20 1974 -21.8716 3 21 1974 -21.2644 3 22 1974 -17.281 3 23 1974 -14.3209 3 24 1974 -1.6357 3 25 1974 -1.6357 3 26 1974 -15.4168 3 27 1974 -15.5686 3 28 1974 -18.0733 3 29 1974 -17.7559 3 30 1974 -13.9345 3 31 1974 -7.7092 4 1 1974 -7.9876 4 2 1974 -7.5386 4 3 1974 -8.4746 4 4 1974 -2.809 4 5 1974 -7.9876 4 6 1974 -4.3289 4 7 1974 -6.7073 4 8 1974 -10.0463 4 9 1974 -9.8134 4 10 1974 -9.4624 4 11 1974 -9.9632 4 12 1974 -9.9766 4 13 1974 -6.4226 4 14 1974 -4.7913 4 15 1974 -3.6854 4 16 1974 -4.1929 4 17 1974 -6.7073 4 18 1974 -7.4622 4 19 1974 -10.9577 4 20 1974 -8.2935 4 21 1974 -4.4403 4 22 1974 -1.5153 4 23 1974 -6.4677 4 24 1974 -4.6102 4 25 1974 -0.1381 4 26 1974 0.8046 4 27 1974 0.4536 4 28 1974 -7.8378 4 29 1974 -4.6732 4 30 1974 -3.6157 5 1 1974 0.8528 5 2 1974 -4.7185 5 3 1974 -3.6259 5 4 1974 -2.2231 5 5 1974 -2.5669 5 6 1974 -1.1305 5 7 1974 0.0116 5 8 1974 -4.114 5 9 1974 -1.5928 5 10 1974 -2.1046 5 11 1974 -1.6186 5 12 1974 -2.7091 5 13 1974 -1.2988 5 14 1974 1.6256 5 15 1974 -0.2395 5 16 1974 1.5662 5 17 1974 1.6847 5 18 1974 0.3908 5 19 1974 0.7604 5 20 1974 -0.1306 5 21 1974 1.3649 5 22 1974 0.9857 5 23 1974 1.5329 5 24 1974 3.8363 5 25 1974 1.13 5 26 1974 -0.3322 5 27 1974 -1.1047 5 28 1974 -0.5002 5 29 1974 -1.3912 5 30 1974 0.6419 5 31 1974 3.5165 6 1 1974 1.8738 6 2 1974 5.2137 6 3 1974 7.7787 6 4 1974 8.8776 6 5 1974 2.97 6 6 1974 1.9899 6 7 1974 6.6231 6 8 1974 7.0821 6 9 1974 5.9832 6 10 1974 6.2964 6 11 1974 5.6862 6 12 1974 12.7656 6 13 1974 11.8611 6 14 1974 13.8186 6 15 1974 16.0002 6 16 1974 9.4392 6 17 1974 8.4321 6 18 1974 13.3569 6 19 1974 11.34 6 20 1974 15.3198 6 21 1974 14.769 6 22 1974 3.4614 6 23 1974 0.1674 6 24 1974 2.376 6 25 1974 4.3821 6 26 1974 8.5212 6 27 1974 14.6502 6 28 1974 15.8652 6 29 1974 20.4984 6 30 1974 20.8386 7 1 1974 16.8806 7 2 1974 6.683 7 3 1974 8.1082 7 4 1974 6.9634 7 5 1974 7.0064 7 6 1974 10.7112 7 7 1974 11.7916 7 8 1974 12.5926 7 9 1974 15.575 7 10 1974 9.801 7 11 1974 7.8448 7 12 1974 9.2756 7 13 1974 18.8164 7 14 1974 17.4182 7 15 1974 13.1272 7 16 1974 12.3814 7 17 1974 16.1526 7 18 1974 13.1272 7 19 1974 11.945 7 20 1974 10.0466 7 21 1974 7.7896 7 22 1974 15.4012 7 23 1974 20.2472 7 24 1974 19.308 7 25 1974 16.0544 7 26 1974 18.9668 7 27 1974 19.6144 7 28 1974 20.6688 7 29 1974 14.3142 7 30 1974 15.4872 7 31 1974 15.748 8 1 1974 15.235 8 2 1974 15.2515 8 3 1974 13.132 8 4 1974 13.6895 8 5 1974 9.112 8 6 1974 10.701 8 7 1974 6.402 8 8 1974 9.4505 8 9 1974 9.139 8 10 1974 10.787 8 11 1974 13.787 8 12 1974 13.492 8 13 1974 19.743 8 14 1974 17.9565 8 15 1974 7.1105 8 16 1974 5.291 8 17 1974 7.905 8 18 1974 10.4755 8 19 1974 12.9385 8 20 1974 11.807 8 21 1974 13.492 8 22 1974 9.23 8 23 1974 7.459 8 24 1974 5.328 8 25 1974 8.779 8 26 1974 14.152 8 27 1974 11.8865 8 28 1974 11.812 8 29 1974 9.89 8 30 1974 11.452 8 31 1974 13.4805 9 1 1974 11.2759 9 2 1974 8.7223 9 3 1974 7.1509 9 4 1974 6.2473 9 5 1974 8.7982 9 6 1974 7.3132 9 7 1974 16.2286 9 8 1974 5.2891 9 9 1974 10.1236 9 10 1974 3.3409 9 11 1974 4.1368 9 12 1974 0.0568 9 13 1974 5.1268 9 14 1974 5.0191 9 15 1974 3.5659 9 16 1974 6.6664 9 17 1974 2.005 9 18 1974 3.5659 9 19 1974 4.1368 9 20 1974 4.0609 9 21 1974 4.0609 9 22 1974 -0.4727 9 23 1974 0.6277 9 24 1974 1.9186 9 25 1974 4.9777 9 26 1974 4.6318 9 27 1974 4.3309 9 28 1974 10.3936 9 29 1974 8.1514 9 30 1974 9.5527 10 1 1974 1.8383 10 2 1974 0.7559 10 3 1974 0.5434 10 4 1974 -0.1449 10 5 1974 3.3584 10 6 1974 -2.037 10 7 1974 1.8427 10 8 1974 2.3058 10 9 1974 -0.6952 10 10 1974 -0.6952 10 11 1974 -1.9073 10 12 1974 0.3916 10 13 1974 -3.4616 10 14 1974 0.4523 10 15 1974 3.7552 10 16 1974 -3.7773 10 17 1974 -4.8641 10 18 1974 -3.9291 10 19 1974 -2.3527 10 20 1974 -6.2749 10 21 1974 -7.2927 10 22 1974 -6.1717 10 23 1974 -2.6298 10 24 1974 -6.1027 10 25 1974 -2.8423 10 26 1974 -1.4177 10 27 1974 -3.5427 10 28 1974 -4.5484 10 29 1974 -7.6995 10 30 1974 -7.3413 10 31 1974 -4.4656 11 1 1974 -1.1584 11 2 1974 -3.5502 11 3 1974 -7.0048 11 4 1974 -7.469 11 5 1974 -7.5388 11 6 1974 -6.1108 11 7 1974 -3.297 11 8 1974 -2.4452 11 9 1974 -2.452 11 10 1974 -0.9474 11 11 1974 -0.8896 11 12 1974 -6.6938 11 13 1974 -4.725 11 14 1974 -1.0172 11 15 1974 -1.024 11 16 1974 -3.0506 11 17 1974 -5.8998 11 18 1974 -6.364 11 19 1974 -7.2158 11 20 1974 -9.1148 11 21 1974 -12.1682 11 22 1974 -9.5722 11 23 1974 -11.3164 11 24 1974 -8.1796 11 25 1974 -10.6058 11 26 1974 -8.4672 11 27 1974 -5.6534 11 28 1974 -5.9764 11 29 1974 -8.9314 11 30 1974 -15.1586 12 1 1974 -10.0002 12 2 1974 -9.8167 12 3 1974 -8.6216 12 4 1974 -7.5403 12 5 1974 -13.558 12 6 1974 -17.0188 12 7 1974 -15.0832 12 8 1974 -1.5333 12 9 1974 1.4026 12 10 1974 1.5706 12 11 1974 -3.2306 12 12 1974 -8.3136 12 13 1974 -8.3136 12 14 1974 -11.0594 12 15 1974 -14.7686 12 16 1974 -17.4072 12 17 1974 -16.6077 12 18 1974 -7.3723 12 19 1974 -6.2648 12 20 1974 -7.4861 12 21 1974 -12.0931 12 22 1974 -11.6278 12 23 1974 -13.3686 12 24 1974 -19.3822 12 25 1974 -16.4832 12 26 1974 -18.2943 12 27 1974 -16.4832 12 28 1974 -15.981 12 29 1974 -10.1354 12 30 1974 -11.4878 12 31 1974 -14.5744 1 1 1975 -17.0824 1 2 1975 -18.19 1 3 1975 -16.1465 1 4 1975 -15.7057 1 5 1975 -11.7707 1 6 1975 -17.1973 1 7 1975 -15.5047 1 8 1975 -16.1444 1 9 1975 -19.7109 1 10 1975 -17.4121 1 11 1975 -14.5688 1 12 1975 -10.2632 1 13 1975 -9.1013 1 14 1975 -18.3092 1 15 1975 -21.2434 1 16 1975 -23.246 1 17 1975 -21.973 1 18 1975 -16.8288 1 19 1975 -11.5447 1 20 1975 -10.6726 1 21 1975 -21.2748 1 22 1975 -17.2696 1 23 1975 -20.5766 1 24 1975 -21.5008 1 25 1975 -23.2072 1 26 1975 -18.7186 1 27 1975 -17.1409 1 28 1975 -20.6351 1 29 1975 -26.3467 1 30 1975 -24.8413 1 31 1975 -26.1792 2 1 1975 -26.6405 2 2 1975 -28.018 2 3 1975 -27.3176 2 4 1975 -25.5372 2 5 1975 -21.9498 2 6 1975 -17.9227 2 7 1975 -18.7048 2 8 1975 -18.1834 2 9 1975 -12.7686 2 10 1975 -21.1991 2 11 1975 -25.4187 2 12 1975 -24.3019 2 13 1975 -22.6134 2 14 1975 -20.1326 2 15 1975 -11.2591 2 16 1975 -13.158 2 17 1975 -19.0158 2 18 1975 -12.5181 2 19 1975 -9.6479 2 20 1975 -14.9205 2 21 1975 -8.3488 2 22 1975 -20.1191 2 23 1975 -21.6107 2 24 1975 -15.8951 2 25 1975 -9.1812 2 26 1975 -2.5548 2 27 1975 -3.7766 2 28 1975 -7.4927 3 1 1975 -8.1646 3 2 1975 -13.7086 3 3 1975 -8.482 3 4 1975 -8.3992 3 5 1975 -16.9084 3 6 1975 -17.2861 3 7 1975 -9.5095 3 8 1975 -7.7041 3 9 1975 -21.7198 3 10 1975 -20.56 3 11 1975 -18.7546 3 12 1975 -17.1343 3 13 1975 -10.1218 3 14 1975 -11.2126 3 15 1975 -7.4005 3 16 1975 -11.0752 3 17 1975 -8.7223 3 18 1975 -9.3634 3 19 1975 3.8939 3 20 1975 2.3282 3 21 1975 -1.8652 3 22 1975 -4.885 3 23 1975 -6.1384 3 24 1975 -5.434 3 25 1975 -5.9176 3 26 1975 -1.3183 3 27 1975 -7.8415 3 28 1975 -14.7217 3 29 1975 -8.551 3 30 1975 -6.7789 3 31 1975 -6.2356 4 1 1975 -10.0396 4 2 1975 -8.6311 4 3 1975 -8.1303 4 4 1975 -7.0065 4 5 1975 -3.8486 4 6 1975 -3.8486 4 7 1975 -4.0364 4 8 1975 -2.7427 4 9 1975 -6.0571 4 10 1975 -6.0053 4 11 1975 -5.7128 4 12 1975 -6.0053 4 13 1975 -7.4622 4 14 1975 -7.1179 4 15 1975 -8.1057 4 16 1975 -0.6456 4 17 1975 -5.9669 4 18 1975 -8.586 4 19 1975 -6.0187 4 20 1975 -0.2946 4 21 1975 -4.4854 4 22 1975 -8.7492 4 23 1975 -5.734 4 24 1975 -6.7736 4 25 1975 -6.3112 4 26 1975 -6.6555 4 27 1975 -6.3563 4 28 1975 -4.6732 4 29 1975 -3.3478 4 30 1975 -1.5883 5 1 1975 -2.5669 5 2 1975 -4.0882 5 3 1975 -0.358 5 4 1975 1.1633 5 5 1975 1.2224 5 6 1975 2.3483 5 7 1975 -0.358 5 8 1975 -4.3747 5 9 1975 -2.4838 5 10 1975 6.3392 5 11 1975 5.2466 5 12 1975 5.282 5 13 1975 5.2724 5 14 1975 1.3409 5 15 1975 2.5499 5 16 1975 4.5332 5 17 1975 -3.6757 5 18 1975 -2.8534 5 19 1975 -0.6091 5 20 1975 0.1301 5 21 1975 -0.358 5 22 1975 2.7677 5 23 1975 0.3908 5 24 1975 -1.5928 5 25 1975 0.9857 5 26 1975 -1.4743 5 27 1975 3.2891 5 28 1975 6.8012 5 29 1975 2.9786 5 30 1975 3.5498 5 31 1975 5.5571 6 1 1975 8.9964 6 2 1975 5.7456 6 3 1975 3.1482 6 4 1975 5.8347 6 5 1975 2.376 6 6 1975 3.4749 6 7 1975 1.5471 6 8 1975 2.079 6 9 1975 5.2542 6 10 1975 8.181 6 11 1975 6.3099 6 12 1975 10.5111 6 13 1975 15.5682 6 14 1975 13.0599 6 15 1975 12.2607 6 16 1975 4.5738 6 17 1975 1.4256 6 18 1975 5.6106 6 19 1975 2.673 6 20 1975 5.9697 6 21 1975 13.0491 6 22 1975 16.7724 6 23 1975 10.4517 6 24 1975 10.287 6 25 1975 9.3366 6 26 1975 10.2141 6 27 1975 13.9671 6 28 1975 4.9869 6 29 1975 14.1453 6 30 1975 14.472 7 1 1975 21.209 7 2 1975 18.3518 7 3 1975 12.0206 7 4 1975 11.8412 7 5 1975 12.4366 7 6 1975 19.4584 7 7 1975 19.5388 7 8 1975 21.5706 7 9 1975 20.5884 7 10 1975 21.9492 7 11 1975 18.779 7 12 1975 20.3828 7 13 1975 20.2042 7 14 1975 21.4146 7 15 1975 16.5742 7 16 1975 14.1442 7 17 1975 15.6498 7 18 1975 18.4322 7 19 1975 25.3736 7 20 1975 20.7118 7 21 1975 8.741 7 22 1975 16.4012 7 23 1975 15.1956 7 24 1975 16.2826 7 25 1975 11.659 7 26 1975 15.1208 7 27 1975 8.2438 7 28 1975 18.6434 7 29 1975 16.5368 7 30 1975 9.8962 7 31 1975 10.5812 8 1 1975 13.5985 8 2 1975 9.316 8 3 1975 11.5585 8 4 1975 16.169 8 5 1975 17.3285 8 6 1975 11.7095 8 7 1975 14.1355 8 8 1975 18.6485 8 9 1975 16.1805 8 10 1975 9.3695 8 11 1975 7.7705 8 12 1975 6.402 8 13 1975 6.102 8 14 1975 7.545 8 15 1975 7.668 8 16 1975 9.799 8 17 1975 12.504 8 18 1975 13.3035 8 19 1975 10.701 8 20 1975 10.164 8 21 1975 7.336 8 22 1975 9.799 8 23 1975 6.525 8 24 1975 12.1555 8 25 1975 14.366 8 26 1975 12.955 8 27 1975 14.8865 8 28 1975 9.053 8 29 1975 8.356 8 30 1975 11.033 8 31 1975 13.464 9 1 1975 17.1523 9 2 1975 11.8123 9 3 1975 7.4623 9 4 1975 5.1364 9 5 1975 3.8359 9 6 1975 6.6559 9 7 1975 6.2032 9 8 1975 10.705 9 9 1975 5.8918 9 10 1975 5.5909 9 11 1975 6.0436 9 12 1975 6.4732 9 13 1975 5.0509 9 14 1975 6.2686 9 15 1975 6.2791 9 16 1975 2.5414 9 17 1975 5.4727 9 18 1975 8.4868 9 19 1975 11.7364 9 20 1975 9.7468 9 21 1975 -0.6977 9 22 1975 0.0982 9 23 1975 6.355 9 24 1975 5.2132 9 25 1975 6.355 9 26 1975 3.9532 9 27 1975 2.005 9 28 1975 4.7182 9 29 1975 0.3577 9 30 1975 -0.2132 10 1 1975 6.5216 10 2 1975 7.2458 10 3 1975 -0.7642 10 4 1975 -2.037 10 5 1975 -2.1198 10 6 1975 10.3058 10 7 1975 2.2009 10 8 1975 -4.5484 10 9 1975 -4.8299 10 10 1975 -3.8949 10 11 1975 2.8809 10 12 1975 -0.6345 10 13 1975 3.158 10 14 1975 -1.4177 10 15 1975 -2.037 10 16 1975 -1.5695 10 17 1975 -3.3098 10 18 1975 -2.6563 10 19 1975 -1.2538 10 20 1975 4.4573 10 21 1975 -0.3309 10 22 1975 -3.3098 10 23 1975 -2.1198 10 24 1975 -1.9073 10 25 1975 2.2351 10 26 1975 5.2019 10 27 1975 -0.4827 10 28 1975 -0.4827 10 29 1975 -2.6563 10 30 1975 -5.2709 10 31 1975 -8.0638 11 1 1975 -4.725 11 2 1975 -2.6984 11 3 1975 -1.6648 11 4 1975 -3.0506 11 5 1975 -4.302 11 6 1975 -8.3906 11 7 1975 -1.658 11 8 1975 2.9646 11 9 1975 -4.6896 11 10 1975 -6.1176 11 11 1975 -8.6438 11 12 1975 -5.7232 11 13 1975 -6.2296 11 14 1975 -5.4002 11 15 1975 -2.663 11 16 1975 -2.663 11 17 1975 -5.7232 11 18 1975 -5.259 11 19 1975 -7.68 11 20 1975 -8.6084 11 21 1975 -9.8952 11 22 1975 -2.9642 11 23 1975 -10.0364 11 24 1975 -13.2732 11 25 1975 -16.4168 11 26 1975 -15.9526 11 27 1975 -14.9122 11 28 1975 -11.4644 11 29 1975 -10.2896 11 30 1975 -7.3278 12 1 1975 0.4351 12 2 1975 0.3106 12 3 1975 -10.4976 12 4 1975 -12.298 12 5 1975 -10.7949 12 6 1975 -4.7337 12 7 1975 -7.2692 12 8 1975 -16.7912 12 9 1975 -16.3152 12 10 1975 -7.6541 12 11 1975 -1.236 12 12 1975 -7.4306 12 13 1975 -21.036 12 14 1975 -21.9338 12 15 1975 -6.1772 12 16 1975 -7.4372 12 17 1975 -18.1108 12 18 1975 -11.4109 12 19 1975 -6.767 12 20 1975 -15.2339 12 21 1975 -20.8418 12 22 1975 -14.4344 12 23 1975 -11.7362 12 24 1975 -16.2824 12 25 1975 -24.7124 12 26 1975 -22.8471 12 27 1975 -12.4487 12 28 1975 -11.8327 12 29 1975 -18.1001 12 30 1975 -14.5637 12 31 1975 -17.7921 1 1 1976 -10.1366 1 2 1976 -11.3458 1 3 1976 -14.9511 1 4 1976 -9.5421 1 5 1976 -9.2709 1 6 1976 -17.5094 1 7 1976 -14.4715 1 8 1976 -15.778 1 9 1976 -25.4108 1 10 1976 -26.1478 1 11 1976 -20.8887 1 12 1976 -20.7212 1 13 1976 -21.5146 1 14 1976 -11.1448 1 15 1976 -10.1504 1 16 1976 -18.3028 1 17 1976 -14.3523 1 18 1976 -16.3863 1 19 1976 -14.1009 1 20 1976 -12.8374 1 21 1976 -14.639 1 22 1976 -5.1349 1 23 1976 -5.6071 1 24 1976 -12.0514 1 25 1976 -15.9046 1 26 1976 -11.3049 1 27 1976 -5.5598 1 28 1976 -13.8706 1 29 1976 -11.9132 1 30 1976 -14.84 1 31 1976 -23.6459 2 1 1976 -17.1304 2 2 1976 0.9006 2 3 1976 -4.1795 2 4 1976 -16.4847 2 5 1976 -19.158 2 6 1976 -24.2381 2 7 1976 -23.0564 2 8 1976 -19.2867 2 9 1976 -12.3894 2 10 1976 -8.9843 2 11 1976 -8.6095 2 12 1976 -20.7962 2 13 1976 -12.6501 2 14 1976 -15.8627 2 15 1976 -20.522 2 16 1976 -17.9865 2 17 1976 -21.8313 2 18 1976 -15.5841 2 19 1976 -15.5203 2 20 1976 -19.1445 2 21 1976 -19.5474 2 22 1976 -13.4825 2 23 1976 -19.0293 2 24 1976 -20.4035 2 25 1976 -17.5198 2 26 1976 -12.5181 2 27 1976 -12.0649 2 28 1976 -12.0146 2 29 1976 -19.0293 3 1 1976 -25.1404 3 2 1976 -20.9326 3 3 1976 -19.0864 3 4 1976 -12.8473 3 5 1976 -14.164 3 6 1976 -14.6245 3 7 1976 -17.7415 3 8 1976 -14.5555 3 9 1976 -16.7284 3 10 1976 -22.2724 3 11 1976 -18.2251 3 12 1976 -22.1257 3 13 1976 -14.164 3 14 1976 -15.1771 3 15 1976 -16.5766 3 16 1976 -21.3334 3 17 1976 -20.6095 3 18 1976 -17.5207 3 19 1976 -17.9215 3 20 1976 -3.1186 3 21 1976 2.411 3 22 1976 -14.3014 3 23 1976 -14.4037 3 24 1976 -10.039 3 25 1976 1.3151 3 26 1976 -2.0365 3 27 1976 -7.792 3 28 1976 0.9431 3 29 1976 -5.6002 3 30 1976 -4.9786 3 31 1976 3.2585 4 1 1976 0.7979 4 2 1976 2.968 4 3 1976 2.9747 4 4 1976 -2.2173 4 5 1976 -3.4976 4 6 1976 -3.0486 4 7 1976 -3.3478 4 8 1976 -7.8762 4 9 1976 -6.4677 4 10 1976 -0.8334 4 11 1976 -5.7791 4 12 1976 -8.5715 4 13 1976 -7.6951 4 14 1976 -11.1973 4 15 1976 -8.8707 4 16 1976 -2.4647 4 17 1976 -7.9943 4 18 1976 -9.4758 4 19 1976 -7.2606 4 20 1976 -4.4854 4 21 1976 -8.6378 4 22 1976 -8.8256 4 23 1976 -3.6854 4 24 1976 -4.4921 4 25 1976 -3.6403 4 26 1976 -3.4525 4 27 1976 -4.0364 4 28 1976 -5.3685 4 29 1976 -4.1478 4 30 1976 -1.6997 5 1 1976 2.3981 5 2 1976 6.8606 5 3 1976 6.9695 5 4 1976 3.1304 5 5 1976 -0.3226 5 6 1976 -1.6684 5 7 1976 0.3077 5 8 1976 2.4074 5 9 1976 0.5663 5 10 1976 4.3223 5 11 1976 9.6662 5 12 1976 10.8512 5 13 1976 9.5906 5 14 1976 3.5831 5 15 1976 -1.5928 5 16 1976 7.6589 5 17 1976 10.4483 5 18 1976 11.4224 5 19 1976 -2.0455 5 20 1976 3.4667 5 21 1976 7.145 5 22 1976 6.2063 5 23 1976 0.0803 5 24 1976 -0.7018 5 25 1976 3.8363 5 26 1976 11.0528 5 27 1976 1.4573 5 28 1976 3.5756 5 29 1976 10.2965 5 30 1976 4.3577 5 31 1976 1.1633 6 1 1976 6.3693 6 2 1976 2.8377 6 3 1976 6.6069 6 4 1976 8.2701 6 5 1976 11.7423 6 6 1976 12.0987 6 7 1976 9.6498 6 8 1976 9.1719 6 9 1976 9.3231 6 10 1976 7.0227 6 11 1976 4.0986 6 12 1976 3.3426 6 13 1976 3.5046 6 14 1976 9.2772 6 15 1976 5.9076 6 16 1976 13.878 6 17 1976 17.2449 6 18 1976 10.4517 6 19 1976 9.6633 6 20 1976 10.8486 6 21 1976 13.9374 6 22 1976 5.346 6 23 1976 16.1919 6 24 1976 9.828 6 25 1976 3.3399 6 26 1976 9.531 6 27 1976 14.634 6 28 1976 6.8877 6 29 1976 7.9866 6 30 1976 14.3073 7 1 1976 18.4322 7 2 1976 14.202 7 3 1976 18.577 7 4 1976 15.8488 7 5 1976 9.6476 7 6 1976 14.0982 7 7 1976 23.4456 7 8 1976 18.3284 7 9 1976 13.3524 7 10 1976 11.4196 7 11 1976 9.8962 7 12 1976 11.7056 7 13 1976 14.8666 7 14 1976 13.9534 7 15 1976 12.7048 7 16 1976 15.3638 7 17 1976 20.2472 7 18 1976 14.6936 7 19 1976 16.6442 7 20 1976 15.3086 7 21 1976 15.462 7 22 1976 14.8348 7 23 1976 18.6752 7 24 1976 15.1816 7 25 1976 7.1746 7 26 1976 5.6782 7 27 1976 8.0008 7 28 1976 12.4422 7 29 1976 8.9196 7 30 1976 10.815 7 31 1976 16.9788 8 1 1976 13.829 8 2 1976 9.676 8 3 1976 15.058 8 4 1976 15.809 8 5 1976 9.9385 8 6 1976 10.55 8 7 1976 12.6065 8 8 1976 12.832 8 9 1976 15.1605 8 10 1976 13.9635 8 11 1976 19.4855 8 12 1976 7.545 8 13 1976 2.5485 8 14 1976 5.988 8 15 1976 13.615 8 16 1976 12.4605 8 17 1976 4.5565 8 18 1976 8.1305 8 19 1976 10.91 8 20 1976 11.57 8 21 1976 20.431 8 22 1976 22.5505 8 23 1976 8.5815 8 24 1976 7.6795 8 25 1976 4.422 8 26 1976 8.742 8 27 1976 14.8865 8 28 1976 18.177 8 29 1976 14.6235 8 30 1976 14.28 8 31 1976 9.504 9 1 1976 4.5241 9 2 1976 6.58 9 3 1976 9.3277 9 4 1976 6.8818 9 5 1976 4.1686 9 6 1976 0.6277 9 7 1976 2.005 9 8 1976 0.3577 9 9 1976 0.4336 9 10 1976 1.8214 9 11 1976 11.0377 9 12 1976 12.1486 9 13 1976 9.5632 9 14 1976 2.0809 9 15 1976 1.3477 9 16 1976 3.1468 9 17 1976 10.5214 9 18 1976 3.6832 9 19 1976 4.6 9 20 1976 4.2964 9 21 1976 9.4768 9 22 1976 10.1764 9 23 1976 1.6177 9 24 1976 4.4068 9 25 1976 4.3723 9 26 1976 4.0714 9 27 1976 1.6177 9 28 1976 -3.9923 9 29 1976 -3.11 9 30 1976 1.4236 10 1 1976 -2.3748 10 2 1976 2.2009 10 3 1976 2.5652 10 4 1976 -2.3748 10 5 1976 0.8933 10 6 1976 11.7773 10 7 1976 10.8909 10 8 1976 -2.4013 10 9 1976 -3.6134 10 10 1976 -5.2974 10 11 1976 -3.9291 10 12 1976 -4.2106 10 13 1976 -0.3309 10 14 1976 -1.3349 10 15 1976 -1.1627 10 16 1976 -2.6298 10 17 1976 -2.9113 10 18 1976 -5.0159 10 19 1976 -5.7649 10 20 1976 -4.6174 10 21 1976 -5.8902 10 22 1976 -3.2756 10 23 1976 -2.1667 10 24 1976 -5.0849 10 25 1976 -6.722 10 26 1976 -9.3366 10 27 1976 -6.6127 10 28 1976 -7.1067 10 29 1976 -3.5306 10 30 1976 -1.6523 10 31 1976 -6.0199 11 1 1976 -7.2158 11 2 1976 -6.9048 11 3 1976 -7.7566 11 4 1976 -6.3708 11 5 1976 -6.6938 11 6 1976 -3.5148 11 7 1976 -3.8378 11 8 1976 -5.0126 11 9 1976 -6.4406 11 10 1976 -6.3708 11 11 1976 -5.8998 11 12 1976 -5.6534 11 13 1976 -11.07 11 14 1976 -10.599 11 15 1976 -10.6058 11 16 1976 -11.3232 11 17 1976 -10.388 11 18 1976 -7.6222 11 19 1976 -4.2254 11 20 1976 -2.3754 11 21 1976 -3.8378 11 22 1976 -4.3374 11 23 1976 -5.5122 11 24 1976 -7.792 11 25 1976 -9.3544 11 26 1976 -13.132 11 27 1976 -14.1948 11 28 1976 -10.7184 11 29 1976 -13.4842 11 30 1976 -14.2714 12 1 1976 -15.3477 12 2 1976 -12.1366 12 3 1976 -7.7941 12 4 1976 -8.1456 12 5 1976 -16.8508 12 6 1976 -16.905 12 7 1976 -7.8114 12 8 1976 -4.6479 12 9 1976 -23.2093 12 10 1976 -21.512 12 11 1976 -24.0964 12 12 1976 -19.3929 12 13 1976 -23.3773 12 14 1976 -28.7034 12 15 1976 -23.3666 12 16 1976 -21.6258 12 17 1976 -9.0541 12 18 1976 -7.383 12 19 1976 -16.737 12 20 1976 -16.1317 12 21 1976 -2.1386 12 22 1976 -0.452 12 23 1976 -17.829 12 24 1976 -9.091 12 25 1976 -7.8697 12 26 1976 -20.1054 12 27 1976 -0.8738 12 28 1976 -0.8738 12 29 1976 -2.1493 12 30 1976 -4.5937 12 31 1976 -10.2372 1 1 1977 -6.1814 1 2 1977 -8.5254 1 3 1977 -12.554 1 4 1977 -13.2591 1 5 1977 -7.6639 1 6 1977 -15.4095 1 7 1977 -14.6288 1 8 1977 -6.1734 1 9 1977 -5.6411 1 10 1977 -20.9456 1 11 1977 -5.404 1 12 1977 -7.0806 1 13 1977 -17.9486 1 14 1977 -20.542 1 15 1977 -11.0033 1 16 1977 -8.1558 1 17 1977 -8.6179 1 18 1977 -7.2779 1 19 1977 -16.7655 1 20 1977 -7.2715 1 21 1977 -4.106 1 22 1977 -4.8765 1 23 1977 -7.9293 1 24 1977 -14.3226 1 25 1977 -18.206 1 26 1977 -3.4264 1 27 1977 -3.9656 1 28 1977 -7.1359 1 29 1977 -6.5829 1 30 1977 -8.9513 1 31 1977 -17.8944 2 1 1977 -17.2449 2 2 1977 -16.7534 2 3 1977 -11.3656 2 4 1977 -6.0999 2 5 1977 -5.2817 2 6 1977 -5.8082 2 7 1977 -6.8488 2 8 1977 -12.8459 2 9 1977 -16.9193 2 10 1977 -13.3855 2 11 1977 -20.1873 2 12 1977 -19.6258 2 13 1977 -18.61 2 14 1977 -12.6804 2 15 1977 -7.0497 2 16 1977 -11.5395 2 17 1977 -9.9848 2 18 1977 -15.0525 2 19 1977 -13.1908 2 20 1977 -9.754 2 21 1977 -3.4244 2 22 1977 -3.6191 2 23 1977 -19.6568 2 24 1977 -18.9035 2 25 1977 -15.3938 2 26 1977 -9.237 2 27 1977 -8.8319 2 28 1977 -7.8544 3 1 1977 -4.1353 3 2 1977 -15.4486 3 3 1977 -16.3699 3 4 1977 -9.3394 3 5 1977 -6.139 3 6 1977 -10.2919 3 7 1977 -9.3943 3 8 1977 -7.981 3 9 1977 -5.8075 3 10 1977 -1.7644 3 11 1977 -11.7655 3 12 1977 -10.5409 3 13 1977 -14.4964 3 14 1977 -11.9368 3 15 1977 -1.3966 3 16 1977 2.0843 3 17 1977 -3.4177 3 18 1977 -3.1045 3 19 1977 -5.503 3 20 1977 -9.3568 3 21 1977 -5.6374 3 22 1977 -7.8382 3 23 1977 -7.0645 3 24 1977 -3.823 3 25 1977 -4.021 3 26 1977 -3.8371 3 27 1977 -4.4218 3 28 1977 -3.3352 3 29 1977 -3.3673 3 30 1977 -0.8398 3 31 1977 0.0536 4 1 1977 -3.6105 4 2 1977 -5.5749 4 3 1977 -5.0443 4 4 1977 -7.3385 4 5 1977 -7.2692 4 6 1977 0.236 4 7 1977 -4.7168 4 8 1977 -9.2515 4 9 1977 -9.7102 4 10 1977 -10.5698 4 11 1977 -5.3357 4 12 1977 -2.4975 4 13 1977 -9.0011 4 14 1977 -5.6908 4 15 1977 -3.8281 4 16 1977 -4.0267 4 17 1977 -5.7236 4 18 1977 -6.3097 4 19 1977 -0.8386 4 20 1977 0.8307 4 21 1977 1.5461 4 22 1977 -1.8957 4 23 1977 -4.703 4 24 1977 -0.2238 4 25 1977 -4.3762 4 26 1977 3.9219 4 27 1977 2.2552 4 28 1977 2.9095 4 29 1977 0.1801 4 30 1977 -6.1305 5 1 1977 4.7768 5 2 1977 5.7584 5 3 1977 -3.0058 5 4 1977 -4.7521 5 5 1977 -1.7686 5 6 1977 -1.3141 5 7 1977 -1.1542 5 8 1977 -2.638 5 9 1977 -1.5691 5 10 1977 0.2369 5 11 1977 0.1754 5 12 1977 -1.1779 5 13 1977 -0.2395 5 14 1977 -3.6121 5 15 1977 -2.6557 5 16 1977 2.0621 5 17 1977 0.5249 5 18 1977 0.1775 5 19 1977 3.5615 5 20 1977 -1.0477 5 21 1977 5.2097 5 22 1977 4.04 5 23 1977 3.9116 5 24 1977 1.2839 5 25 1977 -1.6582 5 26 1977 -2.2507 5 27 1977 -2.0236 5 28 1977 -0.682 5 29 1977 -1.1167 5 30 1977 3.0818 5 31 1977 7.3805 6 1 1977 3.456 6 2 1977 13.4379 6 3 1977 8.2404 6 4 1977 2.3598 6 5 1977 10.6704 6 6 1977 7.4142 6 7 1977 1.6092 6 8 1977 5.1084 6 9 1977 9.4878 6 10 1977 10.962 6 11 1977 14.5962 6 12 1977 16.2675 6 13 1977 0.4671 6 14 1977 7.5735 6 15 1977 10.557 6 16 1977 1.8387 6 17 1977 2.8782 6 18 1977 4.8897 6 19 1977 1.971 6 20 1977 2.3112 6 21 1977 5.3379 6 22 1977 9.3015 6 23 1977 12.9006 6 24 1977 19.6587 6 25 1977 15.7032 6 26 1977 9.1908 6 27 1977 17.1936 6 28 1977 18.306 6 29 1977 14.3019 6 30 1977 19.3914 7 1 1977 17.7044 7 2 1977 20.939 7 3 1977 14.5204 7 4 1977 11.4558 7 5 1977 8.2778 7 6 1977 5.7496 7 7 1977 4.3594 7 8 1977 13.992 7 9 1977 14.003 7 10 1977 12.7112 7 11 1977 10.0746 7 12 1977 11.9384 7 13 1977 19.152 7 14 1977 19.5296 7 15 1977 17.6276 7 16 1977 16.1956 7 17 1977 19.3578 7 18 1977 13.951 7 19 1977 9.6102 7 20 1977 10.5596 7 21 1977 9.0564 7 22 1977 7.551 7 23 1977 8.9174 7 24 1977 14.3162 7 25 1977 13.8334 7 26 1977 14.4754 7 27 1977 10.5582 7 28 1977 16.0012 7 29 1977 18.5722 7 30 1977 11.2374 7 31 1977 7.3928 8 1 1977 7.454 8 2 1977 9.265 8 3 1977 15.068 8 4 1977 15.7095 8 5 1977 16.523 8 6 1977 11.314 8 7 1977 12.5525 8 8 1977 8.2625 8 9 1977 5.3295 8 10 1977 4.495 8 11 1977 5.3805 8 12 1977 7.569 8 13 1977 13.897 8 14 1977 16.447 8 15 1977 12.9025 8 16 1977 6.831 8 17 1977 8.394 8 18 1977 3.491 8 19 1977 4.7645 8 20 1977 8.5915 8 21 1977 7.4395 8 22 1977 12.037 8 23 1977 11.8775 8 24 1977 12.2525 8 25 1977 10.759 8 26 1977 7.9285 8 27 1977 9.7905 8 28 1977 14.537 8 29 1977 20.2 8 30 1977 9.9925 8 31 1977 9.2725 9 1 1977 10.1824 9 2 1977 8.4451 9 3 1977 5.4385 9 4 1977 3.9706 9 5 1977 7.3 9 6 1977 8.2624 9 7 1977 3.964 9 8 1977 4.5034 9 9 1977 9.0649 9 10 1977 7.0126 9 11 1977 5.2027 9 12 1977 -1.5491 9 13 1977 -0.8087 9 14 1977 1.126 9 15 1977 1.219 9 16 1977 2.3746 9 17 1977 2.5858 9 18 1977 -2.9405 9 19 1977 -3.7916 9 20 1977 -3.2483 9 21 1977 -2.5388 9 22 1977 -2.0093 9 23 1977 -1.5629 9 24 1977 3.3304 9 25 1977 5.6626 9 26 1977 9.1891 9 27 1977 -2.7086 9 28 1977 -2.6876 9 29 1977 -2.7638 9 30 1977 -1.9955 10 1 1977 -1.2306 10 2 1977 2.9891 10 3 1977 -2.2335 10 4 1977 1.6037 10 5 1977 3.4097 10 6 1977 3.5797 10 7 1977 2.478 10 8 1977 1.6909 10 9 1977 3.397 10 10 1977 0.2514 10 11 1977 1.012 10 12 1977 -0.2597 10 13 1977 -1.2273 10 14 1977 -1.2168 10 15 1977 0.4871 10 16 1977 -2.1071 10 17 1977 -1.7395 10 18 1977 -5.1561 10 19 1977 -4.8608 10 20 1977 0.2492 10 21 1977 -2.3439 10 22 1977 -3.2546 10 23 1977 -4.8884 10 24 1977 -1.5695 10 25 1977 -2.2026 10 26 1977 3.174 10 27 1977 1.6175 10 28 1977 -1.4442 10 29 1977 -3.4318 10 30 1977 -4.4496 10 31 1977 1.437 11 1 1977 7.843 11 2 1977 7.3236 11 3 1977 6.427 11 4 1977 9.5164 11 5 1977 -0.08 11 6 1977 -4.874 11 7 1977 -6.2004 11 8 1977 1.1266 11 9 1977 3.2074 11 10 1977 6.5906 11 11 1977 11.7946 11 12 1977 11.631 11 13 1977 -3.371 11 14 1977 0.8296 11 15 1977 -1.3486 11 16 1977 -2.1238 11 17 1977 0.293 11 18 1977 8.451 11 19 1977 -0.6786 11 20 1977 -5.4596 11 21 1977 -7.68 11 22 1977 -6.3046 11 23 1977 -9.5128 11 24 1977 -12.2182 11 25 1977 -9.4836 11 26 1977 -10.0218 11 27 1977 -3.9118 11 28 1977 -8.797 11 29 1977 -15.8312 11 30 1977 -15.9406 12 1 1977 -15.8404 12 2 1977 -13.6224 12 3 1977 -9.7875 12 4 1977 -9.94 12 5 1977 -8.1432 12 6 1977 -9.856 12 7 1977 -9.94 12 8 1977 -10.8503 12 9 1977 -18.1245 12 10 1977 -6.8391 12 11 1977 -9.1727 12 12 1977 -19.5299 12 13 1977 -17.9285 12 14 1977 -19.5454 12 15 1977 -14.2735 12 16 1977 -4.6771 12 17 1977 -3.5821 12 18 1977 -6.4608 12 19 1977 -8.6067 12 20 1977 -10.6555 12 21 1977 -12.7615 12 22 1977 -4.3965 12 23 1977 -4.465 12 24 1977 -8.9731 12 25 1977 -7.305 12 26 1977 3.427 12 27 1977 -4.5031 12 28 1977 -17.5359 12 29 1977 -12.1288 12 30 1977 -16.429 12 31 1977 -19.7426 1 1 1978 -22.4739 1 2 1978 -13.5536 1 3 1978 -7.8288 1 4 1978 -8.7046 1 5 1978 -16.6219 1 6 1978 -21.923 1 7 1978 -24.15 1 8 1978 -15.5345 1 9 1978 -8.7386 1 10 1978 -2.8973 1 11 1978 -12.203 1 12 1978 -20.9052 1 13 1978 -26.5041 1 14 1978 -23.028 1 15 1978 -13.8307 1 16 1978 -10.4934 1 17 1978 -13.651 1 18 1978 -21.2445 1 19 1978 -20.098 1 20 1978 -20.1507 1 21 1978 -17.343 1 22 1978 -16.5273 1 23 1978 -17.904 1 24 1978 -17.4754 1 25 1978 -16.7889 1 26 1978 -19.5386 1 27 1978 -7.6145 1 28 1978 -6.8977 1 29 1978 -7.179 1 30 1978 -11.257 1 31 1978 -15.359 2 1 1978 -11.3142 2 2 1978 -9.159 2 3 1978 -9.9699 2 4 1978 -16.0005 2 5 1978 -10.4588 2 6 1978 -11.4684 2 7 1978 -18.233 2 8 1978 -18.1309 2 9 1978 -15.3165 2 10 1978 -11.8177 2 11 1978 -13.1456 2 12 1978 -7.772 2 13 1978 -4.4978 2 14 1978 -5.4363 2 15 1978 -6.9075 2 16 1978 -8.1818 2 17 1978 -8.9515 2 18 1978 -10.2991 2 19 1978 -10.2619 2 20 1978 -6.4204 2 21 1978 -5.2591 2 22 1978 -9.5542 2 23 1978 -7.4752 2 24 1978 -5.3776 2 25 1978 -5.188 2 26 1978 -6.3398 2 27 1978 -6.8065 2 28 1978 -8.4425 3 1 1978 -11.125 3 2 1978 -8.1736 3 3 1978 -7.5841 3 4 1978 -8.5792 3 5 1978 -5.5864 3 6 1978 -7.7416 3 7 1978 -11.2816 3 8 1978 -20.8315 3 9 1978 -15.8266 3 10 1978 -14.2702 3 11 1978 -19.3396 3 12 1978 -8.9293 3 13 1978 -20.5828 3 14 1978 -18.5338 3 15 1978 -8.6296 3 16 1978 -13.5787 3 17 1978 -18.589 3 18 1978 -12.2392 3 19 1978 -14.938 3 20 1978 -9.5503 3 21 1978 -11.356 3 22 1978 -13.7221 3 23 1978 -22.5811 3 24 1978 -11.0284 3 25 1978 -12.3316 3 26 1978 -21.6235 3 27 1978 -12.8938 3 28 1978 -11.185 3 29 1978 -8.8093 3 30 1978 -12.4792 3 31 1978 -7.129 4 1 1978 -7.264 4 2 1978 -11.849 4 3 1978 -14.5743 4 4 1978 -5.5328 4 5 1978 -4.5409 4 6 1978 -5.5753 4 7 1978 -4.646 4 8 1978 -3.7465 4 9 1978 -4.5901 4 10 1978 -4.801 4 11 1978 -2.7166 4 12 1978 -2.148 4 13 1978 -3.3817 4 14 1978 -5.1915 4 15 1978 -5.114 4 16 1978 -10.7099 4 17 1978 -10.0526 4 18 1978 -7.1954 4 19 1978 -3.059 4 20 1978 -3.5695 4 21 1978 -6.442 4 22 1978 -3.688 4 23 1978 -4.4336 4 24 1978 -4.3356 4 25 1978 -5.212 4 26 1978 -5.5183 4 27 1978 -5.563 4 28 1978 -4.956 4 29 1978 -4.4854 4 30 1978 -3.59 5 1 1978 -2.2807 5 2 1978 -3.2506 5 3 1978 -1.5079 5 4 1978 -3.5587 5 5 1978 -2.9758 5 6 1978 1.4357 5 7 1978 -3.9061 5 8 1978 2.4968 5 9 1978 6.1538 5 10 1978 0.2975 5 11 1978 1.6985 5 12 1978 4.0871 5 13 1978 8.4551 5 14 1978 9.761 5 15 1978 -0.2947 5 16 1978 9.2183 5 17 1978 7.991 5 18 1978 12.1166 5 19 1978 0.3098 5 20 1978 0.2504 5 21 1978 -1.2832 5 22 1978 -4.7797 5 23 1978 -4.1317 5 24 1978 -0.502 5 25 1978 -1.7764 5 26 1978 -0.2413 5 27 1978 2.8526 5 28 1978 -1.7611 5 29 1978 4.3436 5 30 1978 0.2624 5 31 1978 4.652 6 1 1978 -0.5751 6 2 1978 4.5792 6 3 1978 7.8408 6 4 1978 3.3939 6 5 1978 3.3669 6 6 1978 9.3582 6 7 1978 4.293 6 8 1978 -0.1215 6 9 1978 1.134 6 10 1978 -1.1664 6 11 1978 6.129 6 12 1978 4.8438 6 13 1978 -2.8026 6 14 1978 0.1728 6 15 1978 -0.9936 6 16 1978 4.5198 6 17 1978 16.3566 6 18 1978 13.5918 6 19 1978 9.7821 6 20 1978 14.85 6 21 1978 16.8966 6 22 1978 18.198 6 23 1978 17.334 6 24 1978 2.4462 6 25 1978 1.5093 6 26 1978 9.2745 6 27 1978 9.3015 6 28 1978 5.6079 6 29 1978 1.701 6 30 1978 2.835 7 1 1978 5.0658 7 2 1978 4.382 7 3 1978 7.524 7 4 1978 14.8858 7 5 1978 18.4198 7 6 1978 13.4086 7 7 1978 12.3904 7 8 1978 20.7682 7 9 1978 15.886 7 10 1978 15.1118 7 11 1978 17.0872 7 12 1978 14.9412 7 13 1978 15.9302 7 14 1978 19.9556 7 15 1978 9.765 7 16 1978 11.2522 7 17 1978 15.9514 7 18 1978 13.342 7 19 1978 16.7102 7 20 1978 21.21 7 21 1978 14.3828 7 22 1978 16.7776 7 23 1978 10.017 7 24 1978 11.6074 7 25 1978 15.3548 7 26 1978 15.6294 7 27 1978 11.198 7 28 1978 15.6882 7 29 1978 13.5656 7 30 1978 12.2488 7 31 1978 11.3654 8 1 1978 15.8295 8 2 1978 13.81 8 3 1978 17.5535 8 4 1978 15.355 8 5 1978 14.9 8 6 1978 16.2235 8 7 1978 11.1665 8 8 1978 10.8 8 9 1978 9.3805 8 10 1978 14.107 8 11 1978 10.1605 8 12 1978 14.14 8 13 1978 20.854 8 14 1978 9.8705 8 15 1978 10.859 8 16 1978 9.824 8 17 1978 5.2355 8 18 1978 4.315 8 19 1978 7.608 8 20 1978 14.7975 8 21 1978 12.2215 8 22 1978 11.0175 8 23 1978 4.2025 8 24 1978 2.8425 8 25 1978 8.0675 8 26 1978 8.8905 8 27 1978 7.737 8 28 1978 9.1025 8 29 1978 9.173 8 30 1978 8.403 8 31 1978 9.6065 9 1 1978 10.7086 9 2 1978 7.6216 9 3 1978 1.4893 9 4 1978 3.8491 9 5 1978 1.6864 9 6 1978 1.264 9 7 1978 -0.8987 9 8 1978 0.9352 9 9 1978 0.2434 9 10 1978 1.1326 9 11 1978 0.6691 9 12 1978 -1.3484 9 13 1978 -0.5735 9 14 1978 7.7632 9 15 1978 4.8187 9 16 1978 8.8573 9 17 1978 3.7114 9 18 1978 -0.7427 9 19 1978 0.1603 9 20 1978 1.489 9 21 1978 5.5213 9 22 1978 1.1812 9 23 1978 5.0503 9 24 1978 10.8226 9 25 1978 2.974 9 26 1978 -3.1064 9 27 1978 2.9497 9 28 1978 0.8908 9 29 1978 -3.587 9 30 1978 -1.9226 10 1 1978 -1.9818 10 2 1978 -6.1314 10 3 1978 -4.9894 10 4 1978 -3.2022 10 5 1978 -1.4431 10 6 1978 2.3527 10 7 1978 3.7254 10 8 1978 3.0465 10 9 1978 2.7595 10 10 1978 -2.547 10 11 1978 -1.017 10 12 1978 6.5939 10 13 1978 4.5009 10 14 1978 0.7548 10 15 1978 5.7958 10 16 1978 4.746 10 17 1978 -6.4173 10 18 1978 -2.855 10 19 1978 -3.4235 10 20 1978 -4.916 10 21 1978 -1.4878 10 22 1978 -6.1165 10 23 1978 -6.839 10 24 1978 -7.0261 10 25 1978 -9.0126 10 26 1978 -3.11 10 27 1978 -2.6 10 28 1978 -3.6178 10 29 1978 -9.5171 10 30 1978 -7.6824 10 31 1978 -2.1496 11 1 1978 -6.6672 11 2 1978 -2.3082 11 3 1978 -5.0006 11 4 1978 2.3384 11 5 1978 -2.9334 11 6 1978 -1.7518 11 7 1978 -1.533 11 8 1978 -5.4106 11 9 1978 -2.2212 11 10 1978 -4.8714 11 11 1978 -10.5068 11 12 1978 -13.2242 11 13 1978 -9.8462 11 14 1978 -3.2496 11 15 1978 -2.6682 11 16 1978 -7.4544 11 17 1978 -10.7824 11 18 1978 -3.756 11 19 1978 -7.767 11 20 1978 -18.5762 11 21 1978 -19.5124 11 22 1978 -19.6416 11 23 1978 -16.0552 11 24 1978 -11.429 11 25 1978 -7.4216 11 26 1978 -7.3372 11 27 1978 -19.3134 11 28 1978 -19.7182 11 29 1978 -20.6502 11 30 1978 -9.9306 12 1 1978 -10.1789 12 2 1978 -17.0021 12 3 1978 -20.5993 12 4 1978 -22.5248 12 5 1978 -11.8059 12 6 1978 -11.0785 12 7 1978 -11.8375 12 8 1978 -17.7355 12 9 1978 -20.4849 12 10 1978 -23.4506 12 11 1978 -19.8004 12 12 1978 -12.3272 12 13 1978 -13.9286 12 14 1978 -13.1249 12 15 1978 -9.6165 12 16 1978 -15.7552 12 17 1978 -18.2568 12 18 1978 -2.0945 12 19 1978 -4.8993 12 20 1978 -9.1661 12 21 1978 -16.5809 12 22 1978 -9.0785 12 23 1978 -11.259 12 24 1978 -5.109 12 25 1978 -5.504 12 26 1978 -4.4817 12 27 1978 -4.5377 12 28 1978 -4.5097 12 29 1978 -3.9336 12 30 1978 -5.0417 12 31 1978 -8.0455 1 1 1979 -8.7817 1 2 1979 -6.0607 1 3 1979 2.1948 1 4 1979 -12.7943 1 5 1979 -13.0166 1 6 1979 -21.3753 1 7 1979 -15.5951 1 8 1979 -16.0056 1 9 1979 -18.5894 1 10 1979 -17.7668 1 11 1979 -20.2788 1 12 1979 -18.8 1 13 1979 -22.8004 1 14 1979 -13.7786 1 15 1979 -15.9328 1 16 1979 -23.9139 1 17 1979 -22.735 1 18 1979 -24.3909 1 19 1979 -17.3355 1 20 1979 -9.783 1 21 1979 -11.9451 1 22 1979 -3.361 1 23 1979 -3.202 1 24 1979 -4.709 1 25 1979 -4.4681 1 26 1979 -5.0876 1 27 1979 -3.939 1 28 1979 -5.0658 1 29 1979 -4.2368 1 30 1979 -4.7409 1 31 1979 -5.4492 2 1 1979 -5.3127 2 2 1979 -5.3477 2 3 1979 -5.6084 2 4 1979 -7.5 2 5 1979 -5.9413 2 6 1979 -5.0119 2 7 1979 -7.5226 2 8 1979 -10.7527 2 9 1979 -16.1726 2 10 1979 -21.9429 2 11 1979 -22.1522 2 12 1979 -24.9265 2 13 1979 -21.0416 2 14 1979 -20.7229 2 15 1979 -17.0276 2 16 1979 -21.3074 2 17 1979 -24.5608 2 18 1979 -24.6738 2 19 1979 -19.228 2 20 1979 -18.8725 2 21 1979 -14.4075 2 22 1979 -17.6806 2 23 1979 -14.2704 2 24 1979 -7.7563 2 25 1979 -16.9536 2 26 1979 -20.6817 2 27 1979 -14.2143 2 28 1979 -10.5288 3 1 1979 -19.864 3 2 1979 -18.4372 3 3 1979 -7.129 3 4 1979 -7.2211 3 5 1979 -3.8185 3 6 1979 0.0953 3 7 1979 -7.2034 3 8 1979 -18.7039 3 9 1979 -17.1988 3 10 1979 -11.7376 3 11 1979 -3.496 3 12 1979 0.764 3 13 1979 -18.7582 3 14 1979 -11.0968 3 15 1979 4.7234 3 16 1979 -3.5401 3 17 1979 -8.3893 3 18 1979 -4.753 3 19 1979 -7.3219 3 20 1979 -7.3453 3 21 1979 -3.004 3 22 1979 -1.5073 3 23 1979 -0.9316 3 24 1979 5.7764 3 25 1979 5.9744 3 26 1979 3.1988 3 27 1979 4.1198 3 28 1979 -4.6648 3 29 1979 -3.5188 3 30 1979 -5.6968 3 31 1979 -4.15 4 1 1979 -5.3752 4 2 1979 -10.6652 4 3 1979 -8.4869 4 4 1979 -5.5887 4 5 1979 -8.4977 4 6 1979 -6.8217 4 7 1979 -5.3808 4 8 1979 -2.4934 4 9 1979 -1.6241 4 10 1979 -1.6472 4 11 1979 -0.8729 4 12 1979 -4.2704 4 13 1979 -3.4499 4 14 1979 -5.6908 4 15 1979 -5.6908 4 16 1979 -7.1045 4 17 1979 -4.7425 4 18 1979 -6.0828 4 19 1979 -6.48 4 20 1979 -6.6473 4 21 1979 -0.5409 4 22 1979 3.0496 4 23 1979 1.8919 4 24 1979 -5.9818 4 25 1979 -6.5098 4 26 1979 2.5492 4 27 1979 8.2569 4 28 1979 9.3561 4 29 1979 9.5916 4 30 1979 10.0812 5 1 1979 4.9166 5 2 1979 2.5445 5 3 1979 0.794 5 4 1979 0.1517 5 5 1979 -0.0502 5 6 1979 -1.5139 5 7 1979 -0.9034 5 8 1979 0.2447 5 9 1979 2.3741 5 10 1979 -1.6366 5 11 1979 -0.9823 5 12 1979 2.1884 5 13 1979 1.649 5 14 1979 2.7575 5 15 1979 5.9048 5 16 1979 7.2338 5 17 1979 5.8925 5 18 1979 8.6606 5 19 1979 19.1768 5 20 1979 19.3487 5 21 1979 18.1199 5 22 1979 9.2468 5 23 1979 3.6065 5 24 1979 2.9762 5 25 1979 3.1091 5 26 1979 6.14 5 27 1979 5.8532 5 28 1979 4.1618 5 29 1979 11.3318 5 30 1979 9.7259 5 31 1979 16.5215 6 1 1979 15.6654 6 2 1979 11.0916 6 3 1979 13.5324 6 4 1979 10.1925 6 5 1979 17.361 6 6 1979 8.3943 6 7 1979 6.8175 6 8 1979 11.4345 6 9 1979 9.882 6 10 1979 14.3694 6 11 1979 10.503 6 12 1979 4.5684 6 13 1979 11.3481 6 14 1979 8.8614 6 15 1979 5.157 6 16 1979 5.0004 6 17 1979 6.264 6 18 1979 9.6228 6 19 1979 10.0845 6 20 1979 18.9999 6 21 1979 21.5946 6 22 1979 21.2004 6 23 1979 12.4497 6 24 1979 -0.2214 6 25 1979 3.699 6 26 1979 8.1972 6 27 1979 15.0633 6 28 1979 12.0042 6 29 1979 11.7558 6 30 1979 12.366 7 1 1979 13.4076 7 2 1979 10.8398 7 3 1979 10.3198 7 4 1979 6.6784 7 5 1979 6.7814 7 6 1979 8.2542 7 7 1979 16.5968 7 8 1979 20.4224 7 9 1979 18.5272 7 10 1979 14.7096 7 11 1979 13.0018 7 12 1979 17.0094 7 13 1979 7.0334 7 14 1979 8.1818 7 15 1979 18.1542 7 16 1979 17.0872 7 17 1979 13.794 7 18 1979 14.4642 7 19 1979 17.9226 7 20 1979 17.5912 7 21 1979 16.3754 7 22 1979 21.6634 7 23 1979 10.1414 7 24 1979 15.3978 7 25 1979 16.5402 7 26 1979 11.737 7 27 1979 11.3914 7 28 1979 13.663 7 29 1979 16.6002 7 30 1979 14.5264 7 31 1979 13.256 8 1 1979 15.3405 8 2 1979 19.2865 8 3 1979 15.6565 8 4 1979 9.773 8 5 1979 9.764 8 6 1979 5.66 8 7 1979 10.718 8 8 1979 10.263 8 9 1979 6.798 8 10 1979 5.5985 8 11 1979 9.7305 8 12 1979 12.5275 8 13 1979 15.9715 8 14 1979 8.8905 8 15 1979 6.285 8 16 1979 5.676 8 17 1979 9.3145 8 18 1979 14.215 8 19 1979 15.057 8 20 1979 11.606 8 21 1979 11.512 8 22 1979 9.152 8 23 1979 12.9125 8 24 1979 10.26 8 25 1979 11.85 8 26 1979 13.5755 8 27 1979 12.1645 8 28 1979 12.1585 8 29 1979 15.5805 8 30 1979 11.7545 8 31 1979 13.0225 9 1 1979 2.6485 9 2 1979 4.801 9 3 1979 4.6003 9 4 1979 5.2852 9 5 1979 9.712 9 6 1979 7.5976 9 7 1979 2.7937 9 8 1979 7.3 9 9 1979 5.6002 9 10 1979 8.0545 9 11 1979 4.999 9 12 1979 1.6453 9 13 1979 3.1465 9 14 1979 9.8989 9 15 1979 4.417 9 16 1979 2.5138 9 17 1979 3.1228 9 18 1979 7.8913 9 19 1979 7.1029 9 20 1979 1.3024 9 21 1979 3.9499 9 22 1979 6.9544 9 23 1979 1.8076 9 24 1979 0.517 9 25 1979 8.452 9 26 1979 6.6526 9 27 1979 -0.0161 9 28 1979 1.2055 9 29 1979 -1.8917 9 30 1979 1.2502 10 1 1979 0.7603 10 2 1979 5.1042 10 3 1979 1.421 10 4 1979 1.7196 10 5 1979 4.8961 10 6 1979 4.0345 10 7 1979 7.2927 10 8 1979 0.0494 10 9 1979 -1.2383 10 10 1979 -3.5626 10 11 1979 -3.8005 10 12 1979 0.1377 10 13 1979 0.2779 10 14 1979 -1.9989 10 15 1979 -2.9676 10 16 1979 -2.4598 10 17 1979 -3.7398 10 18 1979 -0.6538 10 19 1979 -3.3733 10 20 1979 -3.7729 10 21 1979 0.9049 10 22 1979 -1.3708 10 23 1979 -5.5248 10 24 1979 -4.0152 10 25 1979 -4.3955 10 26 1979 -5.1136 10 27 1979 -4.2393 10 28 1979 -5.9338 10 29 1979 -8.3028 10 30 1979 -8.6036 10 31 1979 -7.4158 11 1 1979 -5.6216 11 2 1979 -0.5822 11 3 1979 1.1766 11 4 1979 -3.769 11 5 1979 -2.5718 11 6 1979 -3.6122 11 7 1979 -4.2926 11 8 1979 -2.5286 11 9 1979 0.8786 11 10 1979 -4.29 11 11 1979 -2.787 11 12 1979 -14.012 11 13 1979 -5.8326 11 14 1979 -5.9342 11 15 1979 -8.6704 11 16 1979 -7.891 11 17 1979 -4.787 11 18 1979 -4.7792 11 19 1979 -5.8842 11 20 1979 -12.312 11 21 1979 -8.9418 11 22 1979 -7.1288 11 23 1979 -7.7592 11 24 1979 -6.8188 11 25 1979 -1.123 11 26 1979 -5.5518 11 27 1979 -7.5164 11 28 1979 -6.4458 11 29 1979 -9.2122 11 30 1979 -9.9916 12 1 1979 -16.4135 12 2 1979 -11.713 12 3 1979 -9.7464 12 4 1979 -8.3297 12 5 1979 -7.9216 12 6 1979 -7.9758 12 7 1979 -8.4679 12 8 1979 -11.0904 12 9 1979 -13.7594 12 10 1979 -22.831 12 11 1979 -17.4799 12 12 1979 -20.3467 12 13 1979 -20.4426 12 14 1979 -23.9838 12 15 1979 -22.2555 12 16 1979 -7.8519 12 17 1979 -11.9715 12 18 1979 -9.7958 12 19 1979 -20.333 12 20 1979 -18.8621 12 21 1979 -14.326 12 22 1979 -11.0112 12 23 1979 -9.831 12 24 1979 -11.1929 12 25 1979 -16.4874 12 26 1979 -12.0055 12 27 1979 -7.5409 12 28 1979 -5.563 12 29 1979 -5.619 12 30 1979 -4.636 12 31 1979 -4.9869 1 1 1980 -5.379 1 2 1980 -10.2062 1 3 1980 -16.7873 1 4 1980 -14.6544 1 5 1980 -21.7422 1 6 1980 -25.1699 1 7 1980 -22.375 1 8 1980 -13.6201 1 9 1980 -16.1832 1 10 1980 -22.2511 1 11 1980 -22.2346 1 12 1980 -2.5474 1 13 1980 -8.6806 1 14 1980 -9.9622 1 15 1980 -6.1261 1 16 1980 -15.1548 1 17 1980 -10.6035 1 18 1980 -8.6626 1 19 1980 -7.5677 1 20 1980 -5.6454 1 21 1980 -5.8012 1 22 1980 -13.4441 1 23 1980 -16.3092 1 24 1980 -5.4024 1 25 1980 -5.9549 1 26 1980 -7.5475 1 27 1980 -6.9679 1 28 1980 -8.1787 1 29 1980 -9.0125 1 30 1980 -10.2839 1 31 1980 -6.7467 2 1 1980 -6.4368 2 2 1980 -5.0819 2 3 1980 -6.0204 2 4 1980 -8.6281 2 5 1980 -9.9334 2 6 1980 -11.4159 2 7 1980 -14.1224 2 8 1980 -14.5118 2 9 1980 -14.522 2 10 1980 -17.4283 2 11 1980 -18.715 2 12 1980 -14.2934 2 13 1980 -8.001 2 14 1980 -6.8696 2 15 1980 -12.7223 2 16 1980 -14.6478 2 17 1980 -13.4942 2 18 1980 -15.8109 2 19 1980 -9.3048 2 20 1980 -19.0034 2 21 1980 -11.0316 2 22 1980 -22.259 2 23 1980 -18.0773 2 24 1980 -15.5666 2 25 1980 -15.1185 2 26 1980 -13.0231 2 27 1980 -14.141 2 28 1980 -11.8294 2 29 1980 -9.3227 3 1 1980 -15.3796 3 2 1980 -16.5493 3 3 1980 -14.482 3 4 1980 -10.6927 3 5 1980 -16.2823 3 6 1980 -9.0205 3 7 1980 -13.6948 3 8 1980 -13.1374 3 9 1980 -20.1268 3 10 1980 -17.2303 3 11 1980 -6.1159 3 12 1980 -2.7361 3 13 1980 -18.4366 3 14 1980 -11.7748 3 15 1980 -5.365 3 16 1980 -7.0408 3 17 1980 -14.0218 3 18 1980 -6.8434 3 19 1980 -6.0379 3 20 1980 -3.8551 3 21 1980 -3.3994 3 22 1980 -4.753 3 23 1980 -4.8775 3 24 1980 -3.4315 3 25 1980 -4.3294 3 26 1980 -5.3656 3 27 1980 -3.8605 3 28 1980 -4.2748 3 29 1980 -0.5401 3 30 1980 -2.497 3 31 1980 -5.7661 4 1 1980 -5.5887 4 2 1980 -6.1357 4 3 1980 -2.3805 4 4 1980 -8.2093 4 5 1980 -6.069 4 6 1980 -3.6161 4 7 1980 -6.2989 4 8 1980 -1.4132 4 9 1980 -7.8024 4 10 1980 -10.9141 4 11 1980 -6.559 4 12 1980 -5.9561 4 13 1980 -5.6364 4 14 1980 1.1586 4 15 1980 0.0795 4 16 1980 -1.4881 4 17 1980 -8.1128 4 18 1980 -5.3737 4 19 1980 -6.5247 4 20 1980 -1.0525 4 21 1980 -1.8555 4 22 1980 4.0348 4 23 1980 1.4999 4 24 1980 2.6863 4 25 1980 1.0263 4 26 1980 -0.5245 4 27 1980 -6.0772 4 28 1980 0.6541 4 29 1980 3.6991 4 30 1980 -4.5383 5 1 1980 -3.1297 5 2 1980 7.4222 5 3 1980 4.5137 5 4 1980 1.7933 5 5 1980 -2.8318 5 6 1980 -2.9641 5 7 1980 -2.7862 5 8 1980 -0.6268 5 9 1980 2.1824 5 10 1980 -3.1837 5 11 1980 -3.4678 5 12 1980 -0.757 5 13 1980 -1.9942 5 14 1980 -2.3317 5 15 1980 -0.2908 5 16 1980 6.8252 5 17 1980 7.8089 5 18 1980 13.7105 5 19 1980 3.182 5 20 1980 0.9539 5 21 1980 11.5274 5 22 1980 0.8447 5 23 1980 -1.417 5 24 1980 -4.5625 5 25 1980 -1.4488 5 26 1980 -0.0085 5 27 1980 -0.7396 5 28 1980 0.0449 5 29 1980 -0.3067 5 30 1980 6.4322 5 31 1980 14.9117 6 1 1980 7.0011 6 2 1980 0.2619 6 3 1980 1.89 6 4 1980 2.8512 6 5 1980 0.2646 6 6 1980 1.4256 6 7 1980 6.6879 6 8 1980 7.5276 6 9 1980 5.8968 6 10 1980 7.3818 6 11 1980 6.8985 6 12 1980 7.7571 6 13 1980 6.0291 6 14 1980 6.1722 6 15 1980 4.0095 6 16 1980 -1.3986 6 17 1980 8.262 6 18 1980 9.9765 6 19 1980 11.9286 6 20 1980 17.5257 6 21 1980 12.6198 6 22 1980 5.0598 6 23 1980 9.315 6 24 1980 8.5455 6 25 1980 7.0227 6 26 1980 9.2988 6 27 1980 -0.0945 6 28 1980 -1.7361 6 29 1980 0.6912 6 30 1980 7.7112 7 1 1980 12.726 7 2 1980 14.2946 7 3 1980 15.9142 7 4 1980 12.449 7 5 1980 11.9416 7 6 1980 8.5862 7 7 1980 6.6842 7 8 1980 7.9184 7 9 1980 14.0764 7 10 1980 12.9746 7 11 1980 15.7322 7 12 1980 14.0988 7 13 1980 9.104 7 14 1980 6.9316 7 15 1980 10.4488 7 16 1980 8.584 7 17 1980 13.5466 7 18 1980 11.2114 7 19 1980 7.4312 7 20 1980 10.963 7 21 1980 15.2834 7 22 1980 14.351 7 23 1980 16.2858 7 24 1980 16.9528 7 25 1980 20.6496 7 26 1980 12.8426 7 27 1980 16.3074 7 28 1980 18.9588 7 29 1980 19.985 7 30 1980 17.476 7 31 1980 10.3132 8 1 1980 6.976 8 2 1980 7.1105 8 3 1980 11.352 8 4 1980 9.647 8 5 1980 9.7435 8 6 1980 11.702 8 7 1980 11.872 8 8 1980 14.1825 8 9 1980 7.396 8 10 1980 6.768 8 11 1980 10.6875 8 12 1980 9.41 8 13 1980 6.206 8 14 1980 9.8985 8 15 1980 13.4275 8 16 1980 8.754 8 17 1980 7.214 8 18 1980 12.5385 8 19 1980 17.628 8 20 1980 18.082 8 21 1980 18.91 8 22 1980 17.2825 8 23 1980 7.984 8 24 1980 7.9985 8 25 1980 11.81 8 26 1980 12.571 8 27 1980 11.267 8 28 1980 10.74 8 29 1980 8.145 8 30 1980 10.488 8 31 1980 13.698 9 1 1980 12.3835 9 2 1980 14.0308 9 3 1980 6.0574 9 4 1980 2.9218 9 5 1980 8.6182 9 6 1980 7.3033 9 7 1980 8.809 9 8 1980 5.137 9 9 1980 4.057 9 10 1980 6.9883 9 11 1980 5.0575 9 12 1980 4.639 9 13 1980 2.4859 9 14 1980 4.306 9 15 1980 3.8149 9 16 1980 3.1744 9 17 1980 11.02 9 18 1980 5.7184 9 19 1980 3.1399 9 20 1980 1.51 9 21 1980 2.7766 9 22 1980 2.8426 9 23 1980 2.9152 9 24 1980 -0.3308 9 25 1980 0.9841 9 26 1980 5.9608 9 27 1980 -3.947 9 28 1980 -4.532 9 29 1980 -3.0857 9 30 1980 -0.023 10 1 1980 -0.6218 10 2 1980 3.9208 10 3 1980 4.6229 10 4 1980 -0.6433 10 5 1980 -1.9062 10 6 1980 0.3375 10 7 1980 -0.0864 10 8 1980 1.5827 10 9 1980 2.8925 10 10 1980 0.348 10 11 1980 2.1137 10 12 1980 -0.7399 10 13 1980 2.4791 10 14 1980 -0.3331 10 15 1980 -3.1685 10 16 1980 -2.6436 10 17 1980 -3.9854 10 18 1980 -5.7638 10 19 1980 -4.847 10 20 1980 -2.6828 10 21 1980 -3.5764 10 22 1980 -3.1525 10 23 1980 -4.8332 10 24 1980 -3.673 10 25 1980 -0.9745 10 26 1980 0.8409 10 27 1980 0.8663 10 28 1980 -6.3036 10 29 1980 -4.661 10 30 1980 -3.5477 10 31 1980 -7.2458 11 1 1980 -2.7776 11 2 1980 -5.718 11 3 1980 -8.6568 11 4 1980 -3.1032 11 5 1980 2.8604 11 6 1980 0.6952 11 7 1980 -5.9462 11 8 1980 -6.9814 11 9 1980 -3.2882 11 10 1980 -1.2814 11 11 1980 -1.645 11 12 1980 -1.9258 11 13 1980 -2.5838 11 14 1980 -3.7982 11 15 1980 -3.197 11 16 1980 -3.222 11 17 1980 -4.799 11 18 1980 -8.0202 11 19 1980 -7.3414 11 20 1980 -8.039 11 21 1980 -9.841 11 22 1980 -5.3804 11 23 1980 -4.6354 11 24 1980 -3.93 11 25 1980 -2.4218 11 26 1980 -4.8136 11 27 1980 -6.686 11 28 1980 -13.9568 11 29 1980 -7.9436 11 30 1980 -3.1522 12 1 1980 -6.7968 12 2 1980 -10.0395 12 3 1980 -10.2254 12 4 1980 -6.1218 12 5 1980 -4.6497 12 6 1980 -4.2702 12 7 1980 -6.9225 12 8 1980 -9.2543 12 9 1980 -7.7518 12 10 1980 -10.1747 12 11 1980 -18.3235 12 12 1980 -27.1544 12 13 1980 -21.8146 12 14 1980 -10.774 12 15 1980 -17.3274 12 16 1980 -14.9795 12 17 1980 -8.814 12 18 1980 -8.3237 12 19 1980 -13.7314 12 20 1980 -23.338 12 21 1980 -24.1798 12 22 1980 -24.9811 12 23 1980 -25.416 12 24 1980 -17.5484 12 25 1980 -12.9831 12 26 1980 -16.5058 12 27 1980 -24.4324 12 28 1980 -11.573 12 29 1980 -9.9859 12 30 1980 -12.5935 12 31 1980 -7.7095 1 1 1981 -9.708 1 2 1981 -12.5364 1 3 1981 -6.3569 1 4 1981 -13.6058 1 5 1981 -14.58 1 6 1981 -13.9376 1 7 1981 -10.0999 1 8 1981 -3.2052 1 9 1981 -12.1009 1 10 1981 -13.4005 1 11 1981 -2.767 1 12 1981 -10.386 1 13 1981 -15.9593 1 14 1981 -11.8095 1 15 1981 -12.1993 1 16 1981 -18.5974 1 17 1981 -20.4038 1 18 1981 -17.5147 1 19 1981 -13.7451 1 20 1981 -9.5868 1 21 1981 -13.375 1 22 1981 -13.7504 1 23 1981 -13.5446 1 24 1981 -11.5681 1 25 1981 -12.1392 1 26 1981 -16.933 1 27 1981 -13.4287 1 28 1981 -11.734 1 29 1981 -12.4875 1 30 1981 -13.0554 1 31 1981 -16.0285 2 1 1981 -13.1671 2 2 1981 -1.2546 2 3 1981 1.6907 2 4 1981 -9.9677 2 5 1981 -20.4221 2 6 1981 -16.4836 2 7 1981 -13.9295 2 8 1981 -11.8155 2 9 1981 -3.7781 2 10 1981 -11.7652 2 11 1981 -2.3517 2 12 1981 3.1218 2 13 1981 -21.1247 2 14 1981 -15.7139 2 15 1981 -20.7178 2 16 1981 -8.5238 2 17 1981 -1.78 2 18 1981 -3.0503 2 19 1981 -7.166 2 20 1981 -3.1739 2 21 1981 -3.7591 2 22 1981 -2.8144 2 23 1981 -4.1073 2 24 1981 -0.8568 2 25 1981 0.641 2 26 1981 -0.7879 2 27 1981 -4.644 2 28 1981 -9.7562 3 1 1981 -5.7196 3 2 1981 -3.8872 3 3 1981 -3.6478 3 4 1981 -4.0255 3 5 1981 -4.3708 3 6 1981 -4.951 3 7 1981 -5.5174 3 8 1981 -6.8848 3 9 1981 -7.6219 3 10 1981 -7.7365 3 11 1981 -7.8472 3 12 1981 -5.9869 3 13 1981 -7.7272 3 14 1981 -7.4374 3 15 1981 -6.0697 3 16 1981 -0.5353 3 17 1981 -2.179 3 18 1981 -4.417 3 19 1981 -4.7668 3 20 1981 -4.9465 3 21 1981 -4.6885 3 22 1981 -7.663 3 23 1981 -8.0956 3 24 1981 -8.9476 3 25 1981 -3.7492 3 26 1981 -2.9068 3 27 1981 -11.4706 3 28 1981 -6.7696 3 29 1981 -5.0152 3 30 1981 -7.525 3 31 1981 -13.6444 4 1 1981 -7.9641 4 2 1981 -1.7478 4 3 1981 -3.397 4 4 1981 -6.053 4 5 1981 -11.5688 4 6 1981 -7.3985 4 7 1981 -6.4282 4 8 1981 -3.9574 4 9 1981 -6.1249 4 10 1981 -7.7618 4 11 1981 -7.3072 4 12 1981 -8.1549 4 13 1981 -6.926 4 14 1981 0.9436 4 15 1981 -1.212 4 16 1981 -15.2532 4 17 1981 -7.065 4 18 1981 -6.638 4 19 1981 -3.4324 4 20 1981 -0.9616 4 21 1981 -2.7289 4 22 1981 -3.8594 4 23 1981 -3.4104 4 24 1981 -4.7764 4 25 1981 -5.0581 4 26 1981 -2.5925 4 27 1981 -1.1628 4 28 1981 -0.4116 4 29 1981 1.0468 4 30 1981 -1.2254 5 1 1981 0.6335 5 2 1981 -1.5337 5 3 1981 -2.6044 5 4 1981 2.0225 5 5 1981 3.9014 5 6 1981 2.1449 5 7 1981 -4.8904 5 8 1981 -1.5376 5 9 1981 3.275 5 10 1981 3.2729 5 11 1981 0.839 5 12 1981 4.7132 5 13 1981 0.8765 5 14 1981 -0.799 5 15 1981 2.3543 5 16 1981 7.9829 5 17 1981 9.4976 5 18 1981 3.6086 5 19 1981 1.2479 5 20 1981 -2.2765 5 21 1981 0.4739 5 22 1981 5.2292 5 23 1981 10.9028 5 24 1981 9.1625 5 25 1981 2.3525 5 26 1981 0.6416 5 27 1981 6.2642 5 28 1981 13.9829 5 29 1981 13.43 5 30 1981 9.5909 5 31 1981 4.4738 6 1 1981 4.0824 6 2 1981 7.1658 6 3 1981 3.861 6 4 1981 -1.836 6 5 1981 6.0426 6 6 1981 5.4324 6 7 1981 3.672 6 8 1981 -0.4104 6 9 1981 0.783 6 10 1981 0.7047 6 11 1981 2.0439 6 12 1981 3.8367 6 13 1981 13.2381 6 14 1981 14.1345 6 15 1981 5.265 6 16 1981 2.8863 6 17 1981 4.8492 6 18 1981 8.8371 6 19 1981 17.0721 6 20 1981 12.3849 6 21 1981 11.583 6 22 1981 7.452 6 23 1981 4.5468 6 24 1981 5.6565 6 25 1981 4.644 6 26 1981 7.479 6 27 1981 9.2259 6 28 1981 6.2586 6 29 1981 15.633 6 30 1981 12.906 7 1 1981 14.0584 7 2 1981 19.0764 7 3 1981 22.5256 7 4 1981 15.67 7 5 1981 11.1766 7 6 1981 18.6322 7 7 1981 14.3524 7 8 1981 10.3776 7 9 1981 9.47 7 10 1981 7.195 7 11 1981 8.9354 7 12 1981 13.9296 7 13 1981 7.403 7 14 1981 7.603 7 15 1981 6.579 7 16 1981 6.9316 7 17 1981 15.9594 7 18 1981 18.4752 7 19 1981 21.2214 7 20 1981 20.9898 7 21 1981 17.8964 7 22 1981 12.0874 7 23 1981 12.1496 7 24 1981 17.6626 7 25 1981 15.8702 7 26 1981 20.046 7 27 1981 13.7544 7 28 1981 9.298 7 29 1981 7.5092 7 30 1981 9.3922 7 31 1981 9.9234 8 1 1981 12.9195 8 2 1981 4.5695 8 3 1981 5.6835 8 4 1981 8.9925 8 5 1981 8.407 8 6 1981 13.764 8 7 1981 13.833 8 8 1981 14.547 8 9 1981 14.9125 8 10 1981 16.217 8 11 1981 18.9865 8 12 1981 13.0675 8 13 1981 15.78 8 14 1981 7.878 8 15 1981 10.803 8 16 1981 5.707 8 17 1981 4.305 8 18 1981 7.2435 8 19 1981 8.584 8 20 1981 14.093 8 21 1981 12.053 8 22 1981 16.024 8 23 1981 16.493 8 24 1981 5.7185 8 25 1981 11.693 8 26 1981 11.0185 8 27 1981 7.4365 8 28 1981 10.496 8 29 1981 10.077 8 30 1981 19.5675 8 31 1981 15.062 9 1 1981 11.5948 9 2 1981 19.7374 9 3 1981 19.222 9 4 1981 19.7962 9 5 1981 9.6733 9 6 1981 3.1678 9 7 1981 7.2235 9 8 1981 10.5385 9 9 1981 10.8403 9 10 1981 10.5286 9 11 1981 7.975 9 12 1981 6.559 9 13 1981 6.781 9 14 1981 2.1364 9 15 1981 3.1606 9 16 1981 5.5627 9 17 1981 2.9185 9 18 1981 5.725 9 19 1981 7.954 9 20 1981 3.3514 9 21 1981 2.6005 9 22 1981 2.5549 9 23 1981 2.6488 9 24 1981 3.0295 9 25 1981 -0.9785 9 26 1981 -0.4385 9 27 1981 0.8764 9 28 1981 -0.362 9 29 1981 2.5864 9 30 1981 1.8595 10 1 1981 1.6103 10 2 1981 0.8188 10 3 1981 2.8213 10 4 1981 6.6861 10 5 1981 4.5379 10 6 1981 0.6212 10 7 1981 -0.6676 10 8 1981 -0.3425 10 9 1981 -1.4453 10 10 1981 -1.9371 10 11 1981 -1.867 10 12 1981 1.8228 10 13 1981 1.9354 10 14 1981 4.5285 10 15 1981 8.5964 10 16 1981 2.7468 10 17 1981 -2.9974 10 18 1981 0.5511 10 19 1981 3.753 10 20 1981 5.0424 10 21 1981 -3.0675 10 22 1981 -4.0842 10 23 1981 -4.7631 10 24 1981 3.1487 10 25 1981 -4.2415 10 26 1981 -1.8957 10 27 1981 -1.9106 10 28 1981 -1.8979 10 29 1981 -6.3257 10 30 1981 -7.3468 10 31 1981 -7.0896 11 1 1981 -3.272 11 2 1981 -0.8604 11 3 1981 -3.1772 11 4 1981 -4.0988 11 5 1981 -9.0314 11 6 1981 -8.5844 11 7 1981 -4.8782 11 8 1981 -4.7568 11 9 1981 -2.936 11 10 1981 -8.0598 11 11 1981 -6.2546 11 12 1981 -7.5508 11 13 1981 -10.673 11 14 1981 -2.1394 11 15 1981 -0.2488 11 16 1981 -4.6156 11 17 1981 -5.9394 11 18 1981 -6.8704 11 19 1981 -6.6594 11 20 1981 -7.2778 11 21 1981 -5.7826 11 22 1981 -3.1178 11 23 1981 -2.9016 11 24 1981 -6.6422 11 25 1981 -6.6422 11 26 1981 -6.0212 11 27 1981 -5.8472 11 28 1981 -6.4406 11 29 1981 -6.3182 11 30 1981 -7.4706 12 1 1981 -7.778 12 2 1981 -8.4572 12 3 1981 -3.4969 12 4 1981 1.5271 12 5 1981 -1.4606 12 6 1981 -4.5228 12 7 1981 -3.4975 12 8 1981 -3.0906 12 9 1981 -3.0489 12 10 1981 -4.3417 12 11 1981 -4.7897 12 12 1981 -6.5263 12 13 1981 -6.3732 12 14 1981 -6.6544 12 15 1981 -7.3699 12 16 1981 -9.0404 12 17 1981 -5.4909 12 18 1981 -6.7795 12 19 1981 -8.6192 12 20 1981 -8.7485 12 21 1981 -10.3916 12 22 1981 -9.3544 12 23 1981 -19.7438 12 24 1981 -19.0694 12 25 1981 -12.8789 12 26 1981 -16.4552 12 27 1981 -21.3589 12 28 1981 -19.6431 12 29 1981 -21.9761 12 30 1981 -7.4938 12 31 1981 -6.484 1 1 1982 -9.1906 1 2 1982 -7.9798 1 3 1982 -8.8556 1 4 1982 -9.3847 1 5 1982 -3.9672 1 6 1982 -4.8935 1 7 1982 -17.3451 1 8 1982 -6.2399 1 9 1982 -6.3739 1 10 1982 -15.268 1 11 1982 -17.3052 1 12 1982 -14.5215 1 13 1982 -17.9077 1 14 1982 -20.6404 1 15 1982 -10.5402 1 16 1982 -8.8237 1 17 1982 -8.0181 1 18 1982 -10.7534 1 19 1982 -17.0447 1 20 1982 -15.016 1 21 1982 -16.9803 1 22 1982 -19.5189 1 23 1982 -23.7448 1 24 1982 -9.3565 1 25 1982 -8.377 1 26 1982 -16.5049 1 27 1982 -18.0082 1 28 1982 -18.8553 1 29 1982 -11.2267 1 30 1982 -16.2401 1 31 1982 -17.4786 2 1 1982 -20.6613 2 2 1982 -14.3397 2 3 1982 -12.2483 2 4 1982 -13.1354 2 5 1982 -24.4824 2 6 1982 -24.2691 2 7 1982 -19.3199 2 8 1982 -18.3442 2 9 1982 -23.9362 2 10 1982 -19.9831 2 11 1982 -19.7308 2 12 1982 -20.2274 2 13 1982 -19.6896 2 14 1982 -19.4909 2 15 1982 -21.8324 2 16 1982 -18.3792 2 17 1982 -19.632 2 18 1982 -23.6394 2 19 1982 -17.324 2 20 1982 -9.1976 2 21 1982 -14.829 2 22 1982 -17.0068 2 23 1982 -13.1252 2 24 1982 -8.246 2 25 1982 -8.7911 2 26 1982 -13.7173 2 27 1982 -18.299 2 28 1982 -22.8318 3 1 1982 -23.9626 3 2 1982 -20.7115 3 3 1982 -17.3596 3 4 1982 -21.0157 3 5 1982 -13.6114 3 6 1982 -15.7939 3 7 1982 -11.0653 3 8 1982 -13.6528 3 9 1982 -20.5363 3 10 1982 -17.9584 3 11 1982 -7.7689 3 12 1982 -7.2022 3 13 1982 -9.7576 3 14 1982 -3.4912 3 15 1982 -3.841 3 16 1982 -9.5506 3 17 1982 -7.1566 3 18 1982 -7.6672 3 19 1982 -17.53 3 20 1982 -19.1923 3 21 1982 -18.3451 3 22 1982 -15.1216 3 23 1982 -9.5968 3 24 1982 -10.3297 3 25 1982 -0.568 3 26 1982 -0.5128 3 27 1982 1.0436 3 28 1982 -8.7121 3 29 1982 -18.6907 3 30 1982 -13.156 3 31 1982 -0.1258 4 1 1982 -1.0499 4 2 1982 -2.069 4 3 1982 -14.8683 4 4 1982 -4.611 4 5 1982 -6.1875 4 6 1982 -5.3193 4 7 1982 -2.3112 4 8 1982 -2.0675 4 9 1982 -3.0065 4 10 1982 -3.1261 4 11 1982 -3.3996 4 12 1982 -4.1601 4 13 1982 -7.356 4 14 1982 -7.0978 4 15 1982 -5.5533 4 16 1982 -6.2214 4 17 1982 -8.7235 4 18 1982 -12.2723 4 19 1982 -7.8039 4 20 1982 -6.0921 4 21 1982 -6.5754 4 22 1982 -8.2775 4 23 1982 -4.2689 4 24 1982 -6.793 4 25 1982 -2.8824 4 26 1982 1.4999 4 27 1982 -5.9535 4 28 1982 -6.0936 4 29 1982 -9.427 4 30 1982 -4.8405 5 1 1982 -3.8512 5 2 1982 -1.6327 5 3 1982 3.1838 5 4 1982 0.7121 5 5 1982 0.1499 5 6 1982 2.2694 5 7 1982 0.9062 5 8 1982 11.3615 5 9 1982 3.5081 5 10 1982 -3.865 5 11 1982 -5.7814 5 12 1982 -4.0309 5 13 1982 -4.207 5 14 1982 -1.0318 5 15 1982 1.7696 5 16 1982 2.2634 5 17 1982 -1.0357 5 18 1982 -3.2722 5 19 1982 2.9216 5 20 1982 -0.3406 5 21 1982 -4.6177 5 22 1982 -5.641 5 23 1982 2.8427 5 24 1982 6.6869 5 25 1982 4.1582 5 26 1982 -2.9047 5 27 1982 0.5135 5 28 1982 2.1692 5 29 1982 2.2205 5 30 1982 6.4856 5 31 1982 4.682 6 1 1982 0.6723 6 2 1982 5.3595 6 3 1982 2.1195 6 4 1982 10.53 6 5 1982 10.5624 6 6 1982 3.5802 6 7 1982 8.6076 6 8 1982 2.1249 6 9 1982 2.8431 6 10 1982 4.0608 6 11 1982 5.4621 6 12 1982 9.2232 6 13 1982 14.3694 6 14 1982 14.9796 6 15 1982 9.0558 6 16 1982 7.2306 6 17 1982 5.3055 6 18 1982 6.6825 6 19 1982 6.1965 6 20 1982 4.212 6 21 1982 2.1141 6 22 1982 4.8168 6 23 1982 5.8158 6 24 1982 4.0095 6 25 1982 5.1273 6 26 1982 11.9637 6 27 1982 7.8651 6 28 1982 6.8688 6 29 1982 9.936 6 30 1982 6.1803 7 1 1982 14.0504 7 2 1982 10.044 7 3 1982 9.505 7 4 1982 5.5236 7 5 1982 11.7734 7 6 1982 16.2272 7 7 1982 7.0798 7 8 1982 18.0978 7 9 1982 16.1458 7 10 1982 13.6414 7 11 1982 19.6008 7 12 1982 17.5348 7 13 1982 18.578 7 14 1982 8.7332 7 15 1982 15.0824 7 16 1982 11.1258 7 17 1982 14.8236 7 18 1982 16.381 7 19 1982 19.4414 7 20 1982 8.6462 7 21 1982 15.244 7 22 1982 18.9362 7 23 1982 12.683 7 24 1982 11.3846 7 25 1982 14.3422 7 26 1982 14.844 7 27 1982 12.2368 7 28 1982 18.5124 7 29 1982 17.6388 7 30 1982 12.7634 7 31 1982 17.3926 8 1 1982 20.387 8 2 1982 10.9205 8 3 1982 9.0545 8 4 1982 7.737 8 5 1982 10.7955 8 6 1982 12.277 8 7 1982 13.6425 8 8 1982 13.682 8 9 1982 16.9885 8 10 1982 13.148 8 11 1982 15.121 8 12 1982 14.984 8 13 1982 19.26 8 14 1982 17.23 8 15 1982 11.6655 8 16 1982 13.4285 8 17 1982 14.4815 8 18 1982 10.461 8 19 1982 10.48 8 20 1982 7.2265 8 21 1982 6.0425 8 22 1982 6.594 8 23 1982 12.119 8 24 1982 9.216 8 25 1982 8.3795 8 26 1982 6.79 8 27 1982 8.432 8 28 1982 8.156 8 29 1982 7.042 8 30 1982 9.6165 8 31 1982 8.617 9 1 1982 3.7249 9 2 1982 5.026 9 3 1982 6.061 9 4 1982 5.8153 9 5 1982 4.1644 9 6 1982 7.5217 9 7 1982 1.0843 9 8 1982 5.497 9 9 1982 3.829 9 10 1982 6.7978 9 11 1982 4.3855 9 12 1982 10.9675 9 13 1982 19.045 9 14 1982 14.4838 9 15 1982 2.2543 9 16 1982 5.7079 9 17 1982 2.185 9 18 1982 0.8458 9 19 1982 2.2195 9 20 1982 4.123 9 21 1982 7.6702 9 22 1982 7.1197 9 23 1982 13.0723 9 24 1982 4.7563 9 25 1982 2.5552 9 26 1982 7.0297 9 27 1982 10.6702 9 28 1982 -0.2513 9 29 1982 -1.352 9 30 1982 -0.428 10 1 1982 -1.1086 10 2 1982 -4.3199 10 3 1982 5.6037 10 4 1982 3.9401 10 5 1982 -0.4242 10 6 1982 -2.0933 10 7 1982 -2.9632 10 8 1982 -4.3508 10 9 1982 -4.3381 10 10 1982 -0.9254 10 11 1982 3.9274 10 12 1982 4.8282 10 13 1982 -2.1496 10 14 1982 -2.3494 10 15 1982 -2.685 10 16 1982 -3.997 10 17 1982 -2.9803 10 18 1982 -2.4587 10 19 1982 -2.0061 10 20 1982 -5.1445 10 21 1982 2.2848 10 22 1982 -6.6403 10 23 1982 -5.6628 10 24 1982 -5.9741 10 25 1982 -0.4253 10 26 1982 -8.5556 10 27 1982 -5.4067 10 28 1982 -6.5095 10 29 1982 -9.0987 10 30 1982 -4.1256 10 31 1982 1.7494 11 1 1982 -0.0508 11 2 1982 -0.0706 11 3 1982 -3.582 11 4 1982 -2.6536 11 5 1982 -4.7422 11 6 1982 -1.571 11 7 1982 -3.3538 11 8 1982 -5.5742 11 9 1982 -5.2486 11 10 1982 -7.469 11 11 1982 -3.9826 11 12 1982 -0.3712 11 13 1982 6.9782 11 14 1982 -10.3818 11 15 1982 -13.0898 11 16 1982 -9.505 11 17 1982 -9.357 11 18 1982 -9.5128 11 19 1982 -10.9392 11 20 1982 -4.6156 11 21 1982 -2.5046 11 22 1982 1.0646 11 23 1982 -7.0444 11 24 1982 -1.4142 11 25 1982 -5.4784 11 26 1982 -20.6304 11 27 1982 -19.478 11 28 1982 -19.4504 11 29 1982 -15.6728 11 30 1982 -16.5444 12 1 1982 -12.6108 12 2 1982 -14.3504 12 3 1982 -7.5302 12 4 1982 -3.429 12 5 1982 -6.6425 12 6 1982 -12.6406 12 7 1982 -6.4483 12 8 1982 -14.2116 12 9 1982 -19.378 12 10 1982 -23.3118 12 11 1982 -14.8026 12 12 1982 -15.9083 12 13 1982 -26.7207 12 14 1982 -25.5572 12 15 1982 -24.3228 12 16 1982 -13.0308 12 17 1982 -16.9908 12 18 1982 -25.2093 12 19 1982 -23.9576 12 20 1982 -8.7252 12 21 1982 -4.5466 12 22 1982 -7.9907 12 23 1982 -17.6038 12 24 1982 -17.5151 12 25 1982 -11.9221 12 26 1982 -10.2486 12 27 1982 -14.3909 12 28 1982 -22.7905 12 29 1982 -11.4264 12 30 1982 -20.8507 12 31 1982 -19.3542 1 1 1983 -9.7676 1 2 1983 -16.0189 1 3 1983 -28.763 1 4 1983 -24.8429 1 5 1983 -12.6864 1 6 1983 -12.8922 1 7 1983 -19.0728 1 8 1983 -21.3774 1 9 1983 -22.2043 1 10 1983 -11.1704 1 11 1983 -1.0255 1 12 1983 -0.5597 1 13 1983 -13.8525 1 14 1983 -16.5714 1 15 1983 -20.3708 1 16 1983 -19.7502 1 17 1983 -5.0493 1 18 1983 -7.6549 1 19 1983 -18.8218 1 20 1983 -20.8281 1 21 1983 -19.7141 1 22 1983 -12.0164 1 23 1983 -12.3004 1 24 1983 -11.8574 1 25 1983 -14.6688 1 26 1983 -18.9037 1 27 1983 -21.9464 1 28 1983 -21.7954 1 29 1983 -20.7138 1 30 1983 -21.99 1 31 1983 -17.5094 2 1 1983 -12.4346 2 2 1983 -12.513 2 3 1983 -3.9775 2 4 1983 1.3301 2 5 1983 -0.5706 2 6 1983 -16.3097 2 7 1983 -23.2008 2 8 1983 -12.8062 2 9 1983 -4.7392 2 10 1983 -4.7527 2 11 1983 -18.1342 2 12 1983 -20.0914 2 13 1983 -19.7647 2 14 1983 -18.9214 2 15 1983 -15.2928 2 16 1983 -20.044 2 17 1983 -13.5361 2 18 1983 -8.7517 2 19 1983 -12.4846 2 20 1983 -18.8612 2 21 1983 -19.6145 2 22 1983 -20.8002 2 23 1983 -22.5197 2 24 1983 -18.8441 2 25 1983 -19.4187 2 26 1983 -17.2172 2 27 1983 -10.8996 2 28 1983 -21.2946 3 1 1983 -23.5018 3 2 1983 -10.6738 3 3 1983 -11.2354 3 4 1983 -13.9012 3 5 1983 -19.63 3 6 1983 -14.4778 3 7 1983 -18.8059 3 8 1983 -16.2781 3 9 1983 -8.1376 3 10 1983 -1.2586 3 11 1983 -8.971 3 12 1983 -9.2098 3 13 1983 -5.4112 3 14 1983 -6.2674 3 15 1983 -16.5268 3 16 1983 -19.3768 3 17 1983 -6.6457 3 18 1983 -9.0583 3 19 1983 -10.8718 3 20 1983 -5.8204 3 21 1983 -5.8711 3 22 1983 -4.8811 3 23 1983 2.3981 3 24 1983 -5.8852 3 25 1983 -17.7007 3 26 1983 -20.2378 3 27 1983 -16.4764 3 28 1983 -5.5402 3 29 1983 -3.2887 3 30 1983 -4.9504 3 31 1983 -3.5734 4 1 1983 -7.6407 4 2 1983 -6.4163 4 3 1983 -9.7549 4 4 1983 -8.0133 4 5 1983 -4.0837 4 6 1983 -4.643 4 7 1983 -2.0865 4 8 1983 -1.0335 4 9 1983 -6.2676 4 10 1983 -12.9355 4 11 1983 -3.4417 4 12 1983 -5.5671 4 13 1983 -15.3661 4 14 1983 -12.4284 4 15 1983 0.707 4 16 1983 3.9927 4 17 1983 7.9055 4 18 1983 6.7683 4 19 1983 4.454 4 20 1983 3.1338 4 21 1983 3.2318 4 22 1983 1.9351 4 23 1983 4.6034 4 24 1983 5.7682 4 25 1983 5.1992 4 26 1983 3.5951 4 27 1983 5.3855 4 28 1983 0.957 4 29 1983 8.084 4 30 1983 1.1381 5 1 1983 3.2174 5 2 1983 1.0271 5 3 1983 -2.7052 5 4 1983 -4.0015 5 5 1983 4.7525 5 6 1983 2.8085 5 7 1983 -1.1149 5 8 1983 -4.0666 5 9 1983 -7.0201 5 10 1983 -4.4734 5 11 1983 2.1782 5 12 1983 10.3358 5 13 1983 2.3465 5 14 1983 7.3427 5 15 1983 6.2921 5 16 1983 2.69 5 17 1983 0.9932 5 18 1983 0.7604 5 19 1983 5.9165 5 20 1983 12.8567 5 21 1983 4.3061 5 22 1983 -2.5333 5 23 1983 -0.5356 5 24 1983 0.6458 5 25 1983 4.5479 5 26 1983 5.1596 5 27 1983 7.5725 5 28 1983 2.3864 5 29 1983 -1.6996 5 30 1983 -0.2572 5 31 1983 3.1961 6 1 1983 -1.2096 6 2 1983 8.3619 6 3 1983 3.1482 6 4 1983 5.562 6 5 1983 7.4871 6 6 1983 11.5695 6 7 1983 6.2397 6 8 1983 5.9751 6 9 1983 3.2373 6 10 1983 -2694.2463 6 11 1983 5.7888 6 12 1983 6.183 6 13 1983 10.1817 6 14 1983 8.9154 6 15 1983 14.7123 6 16 1983 5.6835 6 17 1983 4.6116 6 18 1983 11.3913 6 19 1983 9.585 6 20 1983 7.8597 6 21 1983 17.3502 6 22 1983 18.6192 6 23 1983 10.7136 6 24 1983 10.8891 6 25 1983 2.4948 6 26 1983 14.0319 6 27 1983 9.3528 6 28 1983 4.7979 6 29 1983 6.3423 6 30 1983 15.6546 7 1 1983 13.0436 7 2 1983 10.4104 7 3 1983 18.1972 7 4 1983 14.6508 7 5 1983 23.762 7 6 1983 14.1782 7 7 1983 14.089 7 8 1983 16.2984 7 9 1983 10.4092 7 10 1983 14.2912 7 11 1983 13.5996 7 12 1983 19.03 7 13 1983 18.3506 7 14 1983 14.2324 7 15 1983 16.7582 7 16 1983 12.2986 7 17 1983 7.23 7 18 1983 5.9518 7 19 1983 11.11 7 20 1983 16.6804 7 21 1983 13.654 7 22 1983 18.639 7 23 1983 12.134 7 24 1983 15.3718 7 25 1983 17.9518 7 26 1983 9.8838 7 27 1983 11.9102 7 28 1983 16.8748 7 29 1983 13.9802 7 30 1983 14.8834 7 31 1983 12.4684 8 1 1983 17.8345 8 2 1983 15.197 8 3 1983 12.497 8 4 1983 11.232 8 5 1983 14.758 8 6 1983 15.2295 8 7 1983 14.682 8 8 1983 13.526 8 9 1983 14.7055 8 10 1983 5.7915 8 11 1983 7.3735 8 12 1983 13.502 8 13 1983 14.881 8 14 1983 19.793 8 15 1983 20.175 8 16 1983 14.821 8 17 1983 17.0195 8 18 1983 13.234 8 19 1983 10.2065 8 20 1983 9.3015 8 21 1983 7.1705 8 22 1983 7.9855 8 23 1983 4.912 8 24 1983 8.299 8 25 1983 10.499 8 26 1983 9.1565 8 27 1983 6.3115 8 28 1983 3.655 8 29 1983 7.0495 8 30 1983 8.157 8 31 1983 9.3585 9 1 1983 10.4254 9 2 1983 10.4281 9 3 1983 8.3029 9 4 1983 8.0506 9 5 1983 11.7328 9 6 1983 2.6068 9 7 1983 2.4511 9 8 1983 9.754 9 9 1983 0.9355 9 10 1983 0.8419 9 11 1983 5.6977 9 12 1983 6.7042 9 13 1983 2.4028 9 14 1983 3.9358 9 15 1983 4.6765 9 16 1983 3.3961 9 17 1983 5.0293 9 18 1983 6.964 9 19 1983 4.7773 9 20 1983 5.1193 9 21 1983 4.465 9 22 1983 14.1175 9 23 1983 12.121 9 24 1983 7.2586 9 25 1983 4.8496 9 26 1983 8.5666 9 27 1983 6.7012 9 28 1983 2.8975 9 29 1983 -0.2444 9 30 1983 0.4618 10 1 1983 -0.8365 10 2 1983 4.8718 10 3 1983 1.081 10 4 1983 -2.0083 10 5 1983 -0.3403 10 6 1983 2.5012 10 7 1983 0.9397 10 8 1983 2.1297 10 9 1983 0.279 10 10 1983 -3.0355 10 11 1983 5.0788 10 12 1983 10.3141 10 13 1983 9.6076 10 14 1983 -3.8684 10 15 1983 1.8355 10 16 1983 -4.0373 10 17 1983 -1.5005 10 18 1983 1.83 10 19 1983 -1.2902 10 20 1983 -3.7028 10 21 1983 -3.8579 10 22 1983 2.7468 10 23 1983 -0.0014 10 24 1983 -5.0849 10 25 1983 -1.9095 10 26 1983 -3.158 10 27 1983 -1.251 10 28 1983 -2.717 10 29 1983 -5.6109 10 30 1983 -7.9076 10 31 1983 -5.5916 11 1 1983 -2.4702 11 2 1983 1.4048 11 3 1983 -6.3864 11 4 1983 -8.388 11 5 1983 -0.2634 11 6 1983 0.405 11 7 1983 5.744 11 8 1983 -1.4226 11 9 1983 -5.9592 11 10 1983 -9.0606 11 11 1983 -10.3698 11 12 1983 -5.283 11 13 1983 -4.8954 11 14 1983 -11.0554 11 15 1983 -9.9598 11 16 1983 -8.7704 11 17 1983 -5.0772 11 18 1983 -4.8438 11 19 1983 -4.861 11 20 1983 -8.4594 11 21 1983 -8.6032 11 22 1983 -8.1046 11 23 1983 -6.91 11 24 1983 -9.2794 11 25 1983 -10.1218 11 26 1983 -5.5518 11 27 1983 -5.5716 11 28 1983 -9.3758 11 29 1983 -13.8932 11 30 1983 -13.6322 12 1 1983 -11.1059 12 2 1983 -11.0666 12 3 1983 -12.2843 12 4 1983 -16.4284 12 5 1983 -13.0594 12 6 1983 -11.237 12 7 1983 -3.4284 12 8 1983 -2.67 12 9 1983 -10.3338 12 10 1983 -12.2956 12 11 1983 -19.3083 12 12 1983 -17.9607 12 13 1983 -8.5126 12 14 1983 -9.5206 12 15 1983 -6.235 12 16 1983 -7.9597 12 17 1983 -14.656 12 18 1983 -19.4036 12 19 1983 -22.1262 12 20 1983 -18.4176 12 21 1983 -11.9834 12 22 1983 -18.8966 12 23 1983 -8.4822 12 24 1983 -12.2712 12 25 1983 -22.8209 12 26 1983 -20.081 12 27 1983 -16.2479 12 28 1983 -18.7608 12 29 1983 -10.0109 12 30 1983 -17.1725 12 31 1983 -19.2422 1 1 1984 -22.2213 1 2 1984 -15.5329 1 3 1984 -15.317 1 4 1984 -6.6148 1 5 1984 -9.1943 1 6 1984 -13.2734 1 7 1984 -10.0345 1 8 1984 -21.53 1 9 1984 -23.1992 1 10 1984 -22.2144 1 11 1984 -27.0018 1 12 1984 -28.1036 1 13 1984 -24.9806 1 14 1984 -21.5561 1 15 1984 -19.9236 1 16 1984 -16.1423 1 17 1984 -14.6039 1 18 1984 -18.9962 1 19 1984 -22.492 1 20 1984 -23.6443 1 21 1984 -26.1292 1 22 1984 -23.0764 1 23 1984 -21.5476 1 24 1984 -14.4747 1 25 1984 -11.2214 1 26 1984 -8.4403 1 27 1984 -12.0972 1 28 1984 -16.5097 1 29 1984 -21.1376 1 30 1984 -17.5892 1 31 1984 -19.8135 2 1 1984 -18.3238 2 2 1984 -21.9396 2 3 1984 -13.4876 2 4 1984 -3.8116 2 5 1984 -19.4672 2 6 1984 -15.5484 2 7 1984 -18.7278 2 8 1984 -23.0484 2 9 1984 -26.1636 2 10 1984 -21.3522 2 11 1984 -13.7348 2 12 1984 -5.6897 2 13 1984 -16.1558 2 14 1984 -9.5458 2 15 1984 -1.3483 2 16 1984 -5.0265 2 17 1984 -14.1322 2 18 1984 -14.5074 2 19 1984 -8.7433 2 20 1984 -6.5768 2 21 1984 -9.0226 2 22 1984 -13.4537 2 23 1984 -16.0847 2 24 1984 -10.5937 2 25 1984 -10.0158 2 26 1984 -8.421 2 27 1984 -11.9158 2 28 1984 -18.1856 2 29 1984 -6.6366 3 1 1984 -2.8648 3 2 1984 -6.3778 3 3 1984 -19.4548 3 4 1984 -18.1291 3 5 1984 -15.8728 3 6 1984 -14.1175 3 7 1984 -11.2633 3 8 1984 -20.4811 3 9 1984 -23.2576 3 10 1984 -21.5077 3 11 1984 -15.4534 3 12 1984 -14.7166 3 13 1984 -17.7691 3 14 1984 -14.3485 3 15 1984 -11.2864 3 16 1984 -0.5767 3 17 1984 -2.4184 3 18 1984 -13.5613 3 19 1984 -13.5112 3 20 1984 -11.5303 3 21 1984 -1.8895 3 22 1984 -4.5733 3 23 1984 0.9977 3 24 1984 -1.8382 3 25 1984 -4.5409 3 26 1984 -7.612 3 27 1984 -4.7851 3 28 1984 -6.4333 3 29 1984 -7.3405 3 30 1984 -7.4374 3 31 1984 -7.9162 4 1 1984 -9.8104 4 2 1984 -12.0446 4 3 1984 -5.9017 4 4 1984 -12.4109 4 5 1984 -4.7164 4 6 1984 -4.2175 4 7 1984 -8.3811 4 8 1984 -18.1242 4 9 1984 -17.7784 4 10 1984 -6.0105 4 11 1984 -10.3086 4 12 1984 -8.0677 4 13 1984 -0.5435 4 14 1984 2.4963 4 15 1984 -4.8062 4 16 1984 3.1435 4 17 1984 -8.8815 4 18 1984 -9.8365 4 19 1984 4.3832 4 20 1984 -1.2332 4 21 1984 -6.8977 4 22 1984 -4.4999 4 23 1984 -6.749 4 24 1984 -2.4539 4 25 1984 -0.3244 4 26 1984 8.2759 4 27 1984 7.5698 4 28 1984 -2.3723 4 29 1984 9.1046 4 30 1984 5.6296 5 1 1984 3.3083 5 2 1984 2.2907 5 3 1984 -2.3791 5 4 1984 -0.4924 5 5 1984 -2.1421 5 6 1984 -3.2623 5 7 1984 -1.3102 5 8 1984 -0.832 5 9 1984 -2.4088 5 10 1984 3.9686 5 11 1984 3.5396 5 12 1984 6.3827 5 13 1984 4.7444 5 14 1984 4.9148 5 15 1984 -0.2224 5 16 1984 -3.7804 5 17 1984 1.4141 5 18 1984 4.004 5 19 1984 5.6708 5 20 1984 5.7152 5 21 1984 -4.2877 5 22 1984 4.0238 5 23 1984 8.1449 5 24 1984 7.196 5 25 1984 4.4111 5 26 1984 3.9545 5 27 1984 2.933 5 28 1984 4.3436 5 29 1984 6.3275 5 30 1984 9.923 5 31 1984 3.6995 6 1 1984 6.0804 6 2 1984 0.3402 6 3 1984 -4.1526 6 4 1984 -3.8934 6 5 1984 -0.8802 6 6 1984 0.1431 6 7 1984 2.8701 6 8 1984 6.345 6 9 1984 3.6126 6 10 1984 6.0561 6 11 1984 0.8802 6 12 1984 14.2128 6 13 1984 6.561 6 14 1984 6.4206 6 15 1984 3.0402 6 16 1984 7.0443 6 17 1984 11.8908 6 18 1984 8.9559 6 19 1984 5.9319 6 20 1984 0.7803 6 21 1984 2.2113 6 22 1984 3.8178 6 23 1984 6.4719 6 24 1984 11.5992 6 25 1984 16.2216 6 26 1984 17.0019 6 27 1984 13.284 6 28 1984 6.9417 6 29 1984 12.2067 6 30 1984 6.7716 7 1 1984 7.429 7 2 1984 7.6268 7 3 1984 7.8426 7 4 1984 15.5164 7 5 1984 16.9968 7 6 1984 15.1718 7 7 1984 14.3388 7 8 1984 18.2298 7 9 1984 18.8142 7 10 1984 18.3248 7 11 1984 17.901 7 12 1984 15.2882 7 13 1984 7.1826 7 14 1984 7.612 7 15 1984 13.4348 7 16 1984 16.3256 7 17 1984 15.2248 7 18 1984 17.535 7 19 1984 14.6688 7 20 1984 18.1168 7 21 1984 16.4408 7 22 1984 13.4616 7 23 1984 12.0242 7 24 1984 14.22 7 25 1984 8.1364 7 26 1984 12.8808 7 27 1984 15.469 7 28 1984 17.0646 7 29 1984 16.2848 7 30 1984 16.1414 7 31 1984 17.9846 8 1 1984 11.465 8 2 1984 13.994 8 3 1984 13.4435 8 4 1984 16.6125 8 5 1984 13.51 8 6 1984 13.075 8 7 1984 14.2 8 8 1984 12.0575 8 9 1984 14.3115 8 10 1984 15.7415 8 11 1984 11.835 8 12 1984 16.8025 8 13 1984 20.5775 8 14 1984 17.3245 8 15 1984 22.259 8 16 1984 17.7 8 17 1984 12.472 8 18 1984 10.0525 8 19 1984 11.3125 8 20 1984 14.06 8 21 1984 13.4845 8 22 1984 15.4125 8 23 1984 6.945 8 24 1984 10.6525 8 25 1984 13.3645 8 26 1984 18.0175 8 27 1984 17.5975 8 28 1984 17.2695 8 29 1984 13.3755 8 30 1984 9.666 8 31 1984 15.7665 9 1 1984 16.4818 9 2 1984 7.0537 9 3 1984 2.6587 9 4 1984 4.0498 9 5 1984 6.8395 9 6 1984 9.3556 9 7 1984 4.9015 9 8 1984 10.8745 9 9 1984 16 9 10 1984 9.3658 9 11 1984 5.569 9 12 1984 -1.5455 9 13 1984 -1.1651 9 14 1984 0.8389 9 15 1984 1.9633 9 16 1984 1.1083 9 17 1984 3.9535 9 18 1984 5.9122 9 19 1984 9.9334 9 20 1984 5.2753 9 21 1984 0.8533 9 22 1984 2.0566 9 23 1984 2.1016 9 24 1984 0.6205 9 25 1984 1.441 9 26 1984 8.0164 9 27 1984 1.7248 9 28 1984 -0.5351 9 29 1984 1.2472 9 30 1984 2.7907 10 1 1984 6.223 10 2 1984 -1.2284 10 3 1984 -2.0966 10 4 1984 0.0152 10 5 1984 -2.3516 10 6 1984 -1.7798 10 7 1984 -1.1754 10 8 1984 -1.5314 10 9 1984 -3.8441 10 10 1984 -3.1575 10 11 1984 -2.1684 10 12 1984 -3.3159 10 13 1984 -1.4045 10 14 1984 -1.957 10 15 1984 -2.5106 10 16 1984 0.1454 10 17 1984 2.9615 10 18 1984 3.854 10 19 1984 1.1279 10 20 1984 -1.5546 10 21 1984 -1.7246 10 22 1984 -1.4856 10 23 1984 -5.3261 10 24 1984 -0.0632 10 25 1984 -1.9934 10 26 1984 -8.4441 10 27 1984 -7.1128 10 28 1984 0.4385 10 29 1984 -1.1075 10 30 1984 -2.1485 10 31 1984 -2.1242 11 1 1984 -6.3166 11 2 1984 2.5004 11 3 1984 -4.9058 11 4 1984 -5.7654 11 5 1984 -1.3246 11 6 1984 -1.583 11 7 1984 -2.4838 11 8 1984 -8.6464 11 9 1984 -8.525 11 10 1984 -3.1178 11 11 1984 -3.905 11 12 1984 -10.2932 11 13 1984 -6.351 11 14 1984 -5.5914 11 15 1984 -7.2778 11 16 1984 -11.777 11 17 1984 -6.9944 11 18 1984 -7.9858 11 19 1984 -10.6084 11 20 1984 -4.2978 11 21 1984 -5.8446 11 22 1984 -11.8744 11 23 1984 -10.7376 11 24 1984 -8.4594 11 25 1984 -8.1442 11 26 1984 -3.0808 11 27 1984 -5.197 11 28 1984 -7.283 11 29 1984 -0.826 11 30 1984 -2.8672 12 1 1984 -5.6053 12 2 1984 -8.7628 12 3 1984 -10.783 12 4 1984 -9.4616 12 5 1984 -7.4134 12 6 1984 -10.3052 12 7 1984 -6.6818 12 8 1984 -16.7513 12 9 1984 -15.4305 12 10 1984 -18.1877 12 11 1984 -12.0079 12 12 1984 -4.2261 12 13 1984 -3.5243 12 14 1984 -10.7776 12 15 1984 -19.5228 12 16 1984 -10.1265 12 17 1984 -2.7707 12 18 1984 -25.0788 12 19 1984 -22.243 12 20 1984 -18.871 12 21 1984 -18.5058 12 22 1984 -10.8676 12 23 1984 -9.4366 12 24 1984 -25.3588 12 25 1984 -17.1659 12 26 1984 -28.5169 12 27 1984 -28.4496 12 28 1984 -23.6067 12 29 1984 -18.9735 12 30 1984 -21.5251 12 31 1984 -27.3141 1 1 1985 -24.8179 1 2 1985 -24.0681 1 3 1985 -20.1161 1 4 1985 -19.7061 1 5 1985 -19.8869 1 6 1985 -13.8089 1 7 1985 -11.374 1 8 1985 -10.009 1 9 1985 -11.1555 1 10 1985 -8.862 1 11 1985 -13.9626 1 12 1985 -16.7288 1 13 1985 -10.1387 1 14 1985 -13.0432 1 15 1985 -17.611 1 16 1985 -6.7158 1 17 1985 -9.3767 1 18 1985 -10.3737 1 19 1985 -11.0539 1 20 1985 -13.4516 1 21 1985 -8.134 1 22 1985 -12.3567 1 23 1985 -11.4527 1 24 1985 -14.6034 1 25 1985 -14.555 1 26 1985 -16.0035 1 27 1985 -8.5041 1 28 1985 -6.7722 1 29 1985 -8.2026 1 30 1985 -11.3655 1 31 1985 -14.4449 2 1 1985 -14.3521 2 2 1985 -13.4362 2 3 1985 -16.6382 2 4 1985 -24.6461 2 5 1985 -23.0236 2 6 1985 -15.3515 2 7 1985 -7.0118 2 8 1985 -4.2422 2 9 1985 -4.8821 2 10 1985 -6 2 11 1985 -10.0158 2 12 1985 -11.39 2 13 1985 -8.662 2 14 1985 -9.2709 2 15 1985 -3.5994 2 16 1985 -7.7483 2 17 1985 -8.8826 2 18 1985 -11.9588 2 19 1985 -17.2974 2 20 1985 -17.0305 2 21 1985 -18.478 2 22 1985 -12.8014 2 23 1985 -12.5046 2 24 1985 -15.5192 2 25 1985 -22.2495 2 26 1985 -13.539 2 27 1985 -13.3804 2 28 1985 -23.3313 3 1 1985 -13.741 3 2 1985 -15.9505 3 3 1985 -10.8487 3 4 1985 -19.0675 3 5 1985 -26.2186 3 6 1985 -23.6866 3 7 1985 -14.9608 3 8 1985 -10.5502 3 9 1985 -8.7952 3 10 1985 -8.3446 3 11 1985 -4.7164 3 12 1985 -2.0458 3 13 1985 -1.2628 3 14 1985 -3.4729 3 15 1985 -4.942 3 16 1985 -5.7337 3 17 1985 -14.5918 3 18 1985 -21.8212 3 19 1985 -14.2012 3 20 1985 -8.4184 3 21 1985 -10.3888 3 22 1985 -11.1202 3 23 1985 -13.5706 3 24 1985 -10.978 3 25 1985 -12.106 3 26 1985 -6.3505 3 27 1985 -5.1262 3 28 1985 -4.4266 3 29 1985 -4.6657 3 30 1985 -5.278 3 31 1985 -6.2905 4 1 1985 -10.502 4 2 1985 -11.2379 4 3 1985 -7.1861 4 4 1985 -4.2145 4 5 1985 -3.7163 4 6 1985 -5.7765 4 7 1985 -0.4686 4 8 1985 -4.567 4 9 1985 -8.4977 4 10 1985 -8.1005 4 11 1985 -6.3097 4 12 1985 -5.6025 4 13 1985 -9.6245 4 14 1985 -9.9915 4 15 1985 -3.0579 4 16 1985 -0.4522 4 17 1985 -4.1329 4 18 1985 -8.7116 4 19 1985 -7.4555 4 20 1985 -9.212 4 21 1985 -9.114 4 22 1985 -5.5615 4 23 1985 -4.8934 4 24 1985 -6.4025 4 25 1985 -3.9749 4 26 1985 -3.9574 4 27 1985 -2.3272 4 28 1985 -4.2279 4 29 1985 -5.7098 4 30 1985 -5.6785 5 1 1985 -4.582 5 2 1985 -4.9258 5 3 1985 -3.1654 5 4 1985 -5.5501 5 5 1985 -6.9667 5 6 1985 -4.3408 5 7 1985 -3.037 5 8 1985 -4.0348 5 9 1985 -3.6118 5 10 1985 0.0332 5 11 1985 -2.8099 5 12 1985 -1.7704 5 13 1985 -3.1534 5 14 1985 -1.9996 5 15 1985 -2.053 5 16 1985 -2.4838 5 17 1985 -3.1339 5 18 1985 0.1202 5 19 1985 2.228 5 20 1985 5.6048 5 21 1985 4.3997 5 22 1985 6.2708 5 23 1985 -0.532 5 24 1985 4.901 5 25 1985 6.5075 5 26 1985 3.5024 5 27 1985 3.3524 5 28 1985 1.8464 5 29 1985 1.6415 5 30 1985 0.3056 5 31 1985 2.4905 6 1 1985 1.0314 6 2 1985 4.1634 6 3 1985 10.9053 6 4 1985 8.6562 6 5 1985 5.94 6 6 1985 6.5448 6 7 1985 1.2069 6 8 1985 0.1971 6 9 1985 2.3517 6 10 1985 -1.5201 6 11 1985 -2.4354 6 12 1985 1.8387 6 13 1985 4.9788 6 14 1985 0.4212 6 15 1985 6.1668 6 16 1985 6.642 6 17 1985 11.259 6 18 1985 5.5647 6 19 1985 4.7034 6 20 1985 -0.4968 6 21 1985 2.7351 6 22 1985 11.0322 6 23 1985 16.6212 6 24 1985 17.6121 6 25 1985 16.6509 6 26 1985 18.4437 6 27 1985 10.3491 6 28 1985 23.4738 6 29 1985 11.286 6 30 1985 9.2664 7 1 1985 11.631 7 2 1985 17.3428 7 3 1985 20.3444 7 4 1985 12.4152 7 5 1985 16.6794 7 6 1985 15.7548 7 7 1985 12.986 7 8 1985 7.3284 7 9 1985 10.251 7 10 1985 16.7722 7 11 1985 15.5104 7 12 1985 16.226 7 13 1985 16.0452 7 14 1985 16.0068 7 15 1985 10.1256 7 16 1985 9.7298 7 17 1985 10.798 7 18 1985 18.0626 7 19 1985 18.7666 7 20 1985 14.7796 7 21 1985 14.6856 7 22 1985 13.986 7 23 1985 15.9694 7 24 1985 15.0936 7 25 1985 14.716 7 26 1985 13.2752 7 27 1985 8.7128 7 28 1985 8.5026 7 29 1985 12.206 7 30 1985 11.1258 7 31 1985 13.3296 8 1 1985 15.1255 8 2 1985 15.068 8 3 1985 20.7605 8 4 1985 14.29 8 5 1985 13.606 8 6 1985 14.2395 8 7 1985 14.082 8 8 1985 21.823 8 9 1985 14.0075 8 10 1985 18.483 8 11 1985 17.577 8 12 1985 11.639 8 13 1985 4.785 8 14 1985 6.5395 8 15 1985 5.231 8 16 1985 6.7915 8 17 1985 6.531 8 18 1985 8.1835 8 19 1985 12.344 8 20 1985 12.5965 8 21 1985 8.1805 8 22 1985 7.538 8 23 1985 9.9455 8 24 1985 9.544 8 25 1985 14.357 8 26 1985 14.9525 8 27 1985 8.145 8 28 1985 12.794 8 29 1985 7.955 8 30 1985 6.7915 8 31 1985 7.156 9 1 1985 6.5383 9 2 1985 9.9718 9 3 1985 7.9198 9 4 1985 3.7075 9 5 1985 5.1364 9 6 1985 4.282 9 7 1985 6.2062 9 8 1985 3.2299 9 9 1985 3.0433 9 10 1985 6.6112 9 11 1985 4.5349 9 12 1985 1.4995 9 13 1985 6.0985 9 14 1985 5.3758 9 15 1985 1.0531 9 16 1985 6.3373 9 17 1985 12.958 9 18 1985 13.9861 9 19 1985 13.9168 9 20 1985 9.2896 9 21 1985 8.7256 9 22 1985 1.9288 9 23 1985 4.6624 9 24 1985 3.337 9 25 1985 6.6355 9 26 1985 9.5803 9 27 1985 3.3652 9 28 1985 2.2681 9 29 1985 0.565 9 30 1985 0.5134 10 1 1985 0.3099 10 2 1985 1.1809 10 3 1985 3.2579 10 4 1985 2.0767 10 5 1985 5.6876 10 6 1985 3.0338 10 7 1985 2.425 10 8 1985 2.7352 10 9 1985 -2.7319 10 10 1985 -5.1285 10 11 1985 -6.8379 10 12 1985 -5.9774 10 13 1985 -4.5357 10 14 1985 -2.5161 10 15 1985 3.5957 10 16 1985 3.0763 10 17 1985 0.3342 10 18 1985 -2.3174 10 19 1985 -5.9189 10 20 1985 -6.4129 10 21 1985 -7.0493 10 22 1985 -7.2044 10 23 1985 -4.8056 10 24 1985 -0.624 10 25 1985 3.9004 10 26 1985 -0.2829 10 27 1985 -2.0795 10 28 1985 -4.9011 10 29 1985 -6.3312 10 30 1985 -7.5146 10 31 1985 -4.6527 11 1 1985 -2.2436 11 2 1985 -2.4176 11 3 1985 -2.6062 11 4 1985 1.3548 11 5 1985 1.3376 11 6 1985 -2.1738 11 7 1985 -2.0868 11 8 1985 -1.1954 11 9 1985 0.0148 11 10 1985 -7.9488 11 11 1985 -12.4636 11 12 1985 -11.8306 11 13 1985 -10.6506 11 14 1985 -12.9976 11 15 1985 -12.8788 11 16 1985 -12.8168 11 17 1985 -4.2556 11 18 1985 -4.663 11 19 1985 -6.2822 11 20 1985 -6.2452 11 21 1985 -2.6682 11 22 1985 -6.4734 11 23 1985 -11.8004 11 24 1985 -11.9968 11 25 1985 -15.8218 11 26 1985 -16.2042 11 27 1985 -10.3646 11 28 1985 -10.3844 11 29 1985 -10.6522 11 30 1985 -10.2078 12 1 1985 -12.2831 12 2 1985 -7.9234 12 3 1985 -2.7969 12 4 1985 -10.251 12 5 1985 -15.5175 12 6 1985 -16.8949 12 7 1985 -17.2065 12 8 1985 -5.675 12 9 1985 -6.7277 12 10 1985 -8.8897 12 11 1985 -10.951 12 12 1985 -13.1982 12 13 1985 -13.4371 12 14 1985 -14.684 12 15 1985 -10.6114 12 16 1985 -18.2788 12 17 1985 -21.428 12 18 1985 -23.0294 12 19 1985 -19.1814 12 20 1985 -16.6131 12 21 1985 -20.7119 12 22 1985 -19.8099 12 23 1985 -15.8898 12 24 1985 -10.5828 12 25 1985 -2.8112 12 26 1985 1.853 12 27 1985 -16.2354 12 28 1985 -10.8295 12 29 1985 -17.807 12 30 1985 -18.7858 12 31 1985 -17.524 1 1 1986 -11.0119 1 2 1986 -18.248 1 3 1986 -21.789 1 4 1986 -15.6775 1 5 1986 -12.2466 1 6 1986 -6.9179 1 7 1986 -8.7844 1 8 1986 -10.7779 1 9 1986 -16.3885 1 10 1986 -17.1755 1 11 1986 -22.5824 1 12 1986 -21.5045 1 13 1986 -16.7809 1 14 1986 -15.1021 1 15 1986 -19.0223 1 16 1986 -15.627 1 17 1986 -14.4396 1 18 1986 -7.9123 1 19 1986 -8.937 1 20 1986 -11.8893 1 21 1986 -17.4084 1 22 1986 -13.5228 1 23 1986 -9.7415 1 24 1986 -25.3991 1 25 1986 -17.5504 1 26 1986 -7.4704 1 27 1986 -0.004 1 28 1986 1.8715 1 29 1986 -2.0821 1 30 1986 -14.2519 1 31 1986 -14.949 2 1 1986 -23.0586 2 2 1986 -19.2342 2 3 1986 -16.6896 2 4 1986 -23.4294 2 5 1986 -16.8245 2 6 1986 -18.5338 2 7 1986 -16.2178 2 8 1986 -14.2799 2 9 1986 -10.4825 2 10 1986 -6.6829 2 11 1986 -10.5598 2 12 1986 -13.9638 2 13 1986 -20.1862 2 14 1986 -17.7918 2 15 1986 -13.4814 2 16 1986 -18.3945 2 17 1986 -17.9464 2 18 1986 -10.5456 2 19 1986 -5.9318 2 20 1986 -5.1643 2 21 1986 -5.8804 2 22 1986 -7.2528 2 23 1986 -14.8312 2 24 1986 -10.4949 2 25 1986 -6.8736 2 26 1986 -4.5627 2 27 1986 -6.7139 2 28 1986 -8.794 3 1 1986 -9.2605 3 2 1986 -8.3905 3 3 1986 -9.7948 3 4 1986 -8.8096 3 5 1986 -6.6685 3 6 1986 -20.2462 3 7 1986 -10.3369 3 8 1986 -11.2165 3 9 1986 -27.9634 3 10 1986 -24.6991 3 11 1986 -16.5676 3 12 1986 -20.1778 3 13 1986 -17.6545 3 14 1986 -15.4906 3 15 1986 -12.7558 3 16 1986 -18.5623 3 17 1986 -15.3985 3 18 1986 -7.2445 3 19 1986 -1.2262 3 20 1986 -5.5354 3 21 1986 -20.104 3 22 1986 -13.1878 3 23 1986 -5.9275 3 24 1986 -4.219 3 25 1986 -20.9098 3 26 1986 -10.0438 3 27 1986 -9.3343 3 28 1986 -14.5465 3 29 1986 -4.1863 3 30 1986 -3.2752 3 31 1986 -3.4081 4 1 1986 -5.4132 4 2 1986 0.5367 4 3 1986 -6.4256 4 4 1986 -11.359 4 5 1986 -11.669 4 6 1986 -13.0775 4 7 1986 -8.9359 4 8 1986 -6.3276 4 9 1986 -6.0228 4 10 1986 -4.2268 4 11 1986 -2.9875 4 12 1986 -1.443 4 13 1986 2.2578 4 14 1986 2.9993 4 15 1986 2.1993 4 16 1986 0.8184 4 17 1986 -5.209 4 18 1986 -2.9137 4 19 1986 0.4093 4 20 1986 6.7441 4 21 1986 6.8581 4 22 1986 4.3761 4 23 1986 -0.1329 4 24 1986 1.3315 4 25 1986 8.1116 4 26 1986 1.3762 4 27 1986 1.9299 4 28 1986 -4.333 4 29 1986 -4.5379 4 30 1986 -1.7422 5 1 1986 4.154 5 2 1986 -0.5044 5 3 1986 4.6754 5 4 1986 -1.2514 5 5 1986 0.0428 5 6 1986 0.476 5 7 1986 -0.607 5 8 1986 0.1025 5 9 1986 4.052 5 10 1986 -0.4588 5 11 1986 2.7122 5 12 1986 9.2828 5 13 1986 11.0531 5 14 1986 13.1039 5 15 1986 16.0691 5 16 1986 11.4806 5 17 1986 17.4899 5 18 1986 8.8979 5 19 1986 -0.3046 5 20 1986 3.7475 5 21 1986 9.9407 5 22 1986 8.1749 5 23 1986 2.0384 5 24 1986 3.9491 5 25 1986 3.953 5 26 1986 16.0652 5 27 1986 7.6709 5 28 1986 -1.9345 5 29 1986 0.0233 5 30 1986 4.8614 5 31 1986 4.016 6 1 1986 4.7358 6 2 1986 0.0621 6 3 1986 -1.7469 6 4 1986 5.8671 6 5 1986 2.1573 6 6 1986 4.3308 6 7 1986 3.4263 6 8 1986 7.8894 6 9 1986 -0.2835 6 10 1986 1.647 6 11 1986 -0.9261 6 12 1986 5.5026 6 13 1986 10.9944 6 14 1986 9.1584 6 15 1986 8.559 6 16 1986 5.6268 6 17 1986 10.8918 6 18 1986 5.2245 6 19 1986 5.5728 6 20 1986 6.2721 6 21 1986 13.203 6 22 1986 12.1068 6 23 1986 18.8298 6 24 1986 15.2199 6 25 1986 3.5721 6 26 1986 0.6534 6 27 1986 12.6414 6 28 1986 12.6225 6 29 1986 6.3207 6 30 1986 1.7361 7 1 1986 6.4864 7 2 1986 9.0384 7 3 1986 8.4078 7 4 1986 8.4732 7 5 1986 10.7732 7 6 1986 12.9568 7 7 1986 16.3526 7 8 1986 14.0798 7 9 1986 7.5002 7 10 1986 6.787 7 11 1986 5.25 7 12 1986 8.1546 7 13 1986 14.904 7 14 1986 15.138 7 15 1986 12.1634 7 16 1986 13.914 7 17 1986 15.806 7 18 1986 16.8986 7 19 1986 18.6536 7 20 1986 19.8968 7 21 1986 13.4378 7 22 1986 11.9836 7 23 1986 12.1122 7 24 1986 11.4794 7 25 1986 7.664 7 26 1986 11.4874 7 27 1986 10.1798 7 28 1986 10.6522 7 29 1986 9.687 7 30 1986 8.6372 7 31 1986 14.896 8 1 1986 11.247 8 2 1986 13.1745 8 3 1986 17.17 8 4 1986 12.45 8 5 1986 13.58 8 6 1986 11.157 8 7 1986 15.67 8 8 1986 15.635 8 9 1986 14.9335 8 10 1986 12.76 8 11 1986 15.5235 8 12 1986 13.297 8 13 1986 14.2485 8 14 1986 15.6875 8 15 1986 17.66 8 16 1986 12.1655 8 17 1986 17.656 8 18 1986 15.073 8 19 1986 11.4325 8 20 1986 17.707 8 21 1986 20.2935 8 22 1986 11.042 8 23 1986 3.9815 8 24 1986 7.5175 8 25 1986 7.0375 8 26 1986 6.4505 8 27 1986 9.669 8 28 1986 13.539 8 29 1986 9.53 8 30 1986 9.0575 8 31 1986 7.8115 9 1 1986 15.5395 9 2 1986 4.9573 9 3 1986 6.3823 9 4 1986 10.729 9 5 1986 14.6989 9 6 1986 13.3321 9 7 1986 10.4425 9 8 1986 6.7357 9 9 1986 8.6599 9 10 1986 4.732 9 11 1986 4.4554 9 12 1986 5.947 9 13 1986 5.8255 9 14 1986 7.7953 9 15 1986 2.6038 9 16 1986 4.618 9 17 1986 3.0223 9 18 1986 3.9775 9 19 1986 3.1402 9 20 1986 0.8734 9 21 1986 3.6247 9 22 1986 -0.2612 9 23 1986 -0.9056 9 24 1986 -0.8399 9 25 1986 2.7247 9 26 1986 0.7351 9 27 1986 -1.4834 9 28 1986 -1.9403 9 29 1986 -0.5321 9 30 1986 7.3102 10 1 1986 1.7069 10 2 1986 2.2169 10 3 1986 5.2085 10 4 1986 3.1878 10 5 1986 -0.964 10 6 1986 -2.43 10 7 1986 -3.4605 10 8 1986 0.5064 10 9 1986 -0.9215 10 10 1986 -4.5175 10 11 1986 -1.4834 10 12 1986 -1.1053 10 13 1986 4.47 10 14 1986 2.2009 10 15 1986 -4.7504 10 16 1986 -6.5989 10 17 1986 -7.5709 10 18 1986 -4.6919 10 19 1986 -4.4954 10 20 1986 -2.8285 10 21 1986 -2.4046 10 22 1986 -1.4646 10 23 1986 -4.8205 10 24 1986 -7.3297 10 25 1986 -3.2033 10 26 1986 -12.0467 10 27 1986 -5.9592 10 28 1986 -2.2473 10 29 1986 -2.0497 10 30 1986 -5.3879 10 31 1986 -6.8335 11 1 1986 -1.3944 11 2 1986 -6.463 11 3 1986 -11.9296 11 4 1986 -9.1606 11 5 1986 -6.9694 11 6 1986 -7.7998 11 7 1986 -4.6208 11 8 1986 -9.1236 11 9 1986 -8.5714 11 10 1986 -5.8852 11 11 1986 -11.2268 11 12 1986 -12.61 11 13 1986 -8.9908 11 14 1986 -9.7254 11 15 1986 -18.1808 11 16 1986 -17.5926 11 17 1986 -15.778 11 18 1986 -7.7988 11 19 1986 -10.6684 11 20 1986 -21.551 11 21 1986 -20.9102 11 22 1986 -11.8916 11 23 1986 -14.671 11 24 1986 -9.8702 11 25 1986 -8.5766 11 26 1986 -10.1166 11 27 1986 -10.7574 11 28 1986 -11.8728 11 29 1986 -10.847 11 30 1986 -8.3458 12 1 1986 -8.3547 12 2 1986 -9.1155 12 3 1986 -11.0106 12 4 1986 -6.3345 12 5 1986 -6.0116 12 6 1986 -8.5656 12 7 1986 -10.898 12 8 1986 -23.7324 12 9 1986 -21.061 12 10 1986 -24.265 12 11 1986 -19.7152 12 12 1986 -22.8894 12 13 1986 -22.1614 12 14 1986 -19.4388 12 15 1986 -16.5589 12 16 1986 -21.574 12 17 1986 -11.8125 12 18 1986 -10.2552 12 19 1986 -7.0655 12 20 1986 -8.7515 12 21 1986 -18.4504 12 22 1986 -21.1069 12 23 1986 -13.0773 12 24 1986 -13.5658 12 25 1986 -9.1012 12 26 1986 -7.2895 12 27 1986 -13.1273 12 28 1986 -16.2872 12 29 1986 -15.312 12 30 1986 -14.4225 12 31 1986 -17.5371 1 1 1987 -14.2136 1 2 1987 -11.0018 1 3 1987 -19.361 1 4 1987 -11.1044 1 5 1987 -9.6995 1 6 1987 -16.3837 1 7 1987 -18.4081 1 8 1987 -12.0275 1 9 1987 -12.1982 1 10 1987 -17.6934 1 11 1987 -14.304 1 12 1987 -7.2497 1 13 1987 -6.6802 1 14 1987 -9.5235 1 15 1987 -13.0496 1 16 1987 -14.5385 1 17 1987 -16.2029 1 18 1987 -16.757 1 19 1987 -15.1229 1 20 1987 -20.0257 1 21 1987 -19.0994 1 22 1987 -19.0324 1 23 1987 -6.8876 1 24 1987 -6.6148 1 25 1987 -12.4689 1 26 1987 -19.1701 1 27 1987 -21.6125 1 28 1987 -16.8336 1 29 1987 -15.5228 1 30 1987 -18.85 1 31 1987 -15.9615 2 1 1987 -18.3092 2 2 1987 -10.0778 2 3 1987 -10.535 2 4 1987 -17.1636 2 5 1987 -15.233 2 6 1987 -17.215 2 7 1987 -16.8646 2 8 1987 -13.3279 2 9 1987 -13.2189 2 10 1987 -10.0319 2 11 1987 -6.035 2 12 1987 -13.5831 2 13 1987 -14.6755 2 14 1987 -7.0931 2 15 1987 -6.6501 2 16 1987 -6.7748 2 17 1987 -6.9159 2 18 1987 -9.921 2 19 1987 -12.5604 2 20 1987 -10.4967 2 21 1987 -7.6918 2 22 1987 -7.2145 2 23 1987 -4.3494 2 24 1987 -4.5266 2 25 1987 -5.9978 2 26 1987 -10.2743 2 27 1987 -10.6914 2 28 1987 -8.4877 3 1 1987 -18.2803 3 2 1987 -21.7657 3 3 1987 -13.7773 3 4 1987 -12.3964 3 5 1987 -12.2905 3 6 1987 -6.0976 3 7 1987 -16.0888 3 8 1987 -16.6282 3 9 1987 -16.5214 3 10 1987 -18.8926 3 11 1987 -19.1557 3 12 1987 -13.9942 3 13 1987 -9.9742 3 14 1987 -12.8752 3 15 1987 -14.0356 3 16 1987 -9.4492 3 17 1987 -6.2998 3 18 1987 -5.0983 3 19 1987 -4.693 3 20 1987 -5.0845 3 21 1987 -5.9089 3 22 1987 -9.0583 3 23 1987 -0.5635 3 24 1987 -3.0034 3 25 1987 -4.1128 3 26 1987 -0.7198 3 27 1987 -0.5311 3 28 1987 -4.0069 3 29 1987 -6.0928 3 30 1987 -2.9851 3 31 1987 2.5445 4 1 1987 4.5792 4 2 1987 5.6348 4 3 1987 4.4771 4 4 1987 0.2334 4 5 1987 -0.5163 4 6 1987 -3.3258 4 7 1987 -6.6514 4 8 1987 -7.2036 4 9 1987 -4.4049 4 10 1987 -6.8556 4 11 1987 -11.6228 4 12 1987 -10.4744 4 13 1987 -3.5177 4 14 1987 2.4199 4 15 1987 -2.6443 4 16 1987 -2.7449 4 17 1987 3.7125 4 18 1987 4.5792 4 19 1987 0.9302 4 20 1987 -1.4236 4 21 1987 8.2502 4 22 1987 -3.8974 4 23 1987 5.2011 4 24 1987 0.1775 4 25 1987 -0.8498 4 26 1987 -8.4772 4 27 1987 -5.3953 4 28 1987 2.3301 4 29 1987 4.7789 4 30 1987 1.719 5 1 1987 1.6154 5 2 1987 -2.9761 5 3 1987 -1.0933 5 4 1987 0.5588 5 5 1987 8.4395 5 6 1987 13.9058 5 7 1987 8.7254 5 8 1987 3.0476 5 9 1987 4.9445 5 10 1987 7.0265 5 11 1987 -2.4841 5 12 1987 -0.7396 5 13 1987 2.1905 5 14 1987 13.9298 5 15 1987 9.2018 5 16 1987 -2.9146 5 17 1987 -2.5036 5 18 1987 -3.6772 5 19 1987 -2.1064 5 20 1987 6.2609 5 21 1987 2.9672 5 22 1987 2.1965 5 23 1987 1.4594 5 24 1987 3.8069 5 25 1987 7.2362 5 26 1987 3.0563 5 27 1987 13.7006 5 28 1987 9.4943 5 29 1987 0.6455 5 30 1987 5.6657 5 31 1987 3.5336 6 1 1987 0.9909 6 2 1987 2.3409 6 3 1987 15.876 6 4 1987 15.7896 6 5 1987 8.5698 6 6 1987 7.2738 6 7 1987 5.1894 6 8 1987 7.4439 6 9 1987 8.1081 6 10 1987 6.8121 6 11 1987 6.75 6 12 1987 5.3676 6 13 1987 4.2687 6 14 1987 11.9745 6 15 1987 10.1844 6 16 1987 3.3993 6 17 1987 3.8313 6 18 1987 9.3663 6 19 1987 8.5347 6 20 1987 6.1506 6 21 1987 7.7571 6 22 1987 6.7203 6 23 1987 5.022 6 24 1987 4.3983 6 25 1987 4.5495 6 26 1987 4.5819 6 27 1987 10.2654 6 28 1987 10.7082 6 29 1987 13.3056 6 30 1987 14.6475 7 1 1987 9.6194 7 2 1987 12.1216 7 3 1987 14.7254 7 4 1987 12.4538 7 5 1987 15.7538 7 6 1987 17.9802 7 7 1987 20.8112 7 8 1987 16.2544 7 9 1987 17.2174 7 10 1987 13.732 7 11 1987 17.2342 7 12 1987 14.8236 7 13 1987 7.3476 7 14 1987 13.1318 7 15 1987 17.1572 7 16 1987 14.9556 7 17 1987 15.851 7 18 1987 12.735 7 19 1987 12.3858 7 20 1987 8.9558 7 21 1987 14.54 7 22 1987 14.9048 7 23 1987 11.2026 7 24 1987 14.7398 7 25 1987 14.2552 7 26 1987 15.8576 7 27 1987 13.975 7 28 1987 11.0498 7 29 1987 11.5144 7 30 1987 14.1872 7 31 1987 12.4874 8 1 1987 7.656 8 2 1987 11.6255 8 3 1987 18.212 8 4 1987 13.136 8 5 1987 8.2595 8 6 1987 10.181 8 7 1987 13.197 8 8 1987 11.5025 8 9 1987 10.6275 8 10 1987 9.9645 8 11 1987 10.9775 8 12 1987 6.568 8 13 1987 9.5725 8 14 1987 11.9285 8 15 1987 12.963 8 16 1987 11.3565 8 17 1987 13.1745 8 18 1987 17.3 8 19 1987 11.838 8 20 1987 9.517 8 21 1987 11.675 8 22 1987 9.37 8 23 1987 12.427 8 24 1987 9.3165 8 25 1987 9.8505 8 26 1987 9.662 8 27 1987 10.875 8 28 1987 10.442 8 29 1987 10.231 8 30 1987 7.737 8 31 1987 6.2585 9 1 1987 8.7634 9 2 1987 7.4554 9 3 1987 6.6766 9 4 1987 1.8178 9 5 1987 5.4172 9 6 1987 8.9056 9 7 1987 2.5447 9 8 1987 5.4619 9 9 1987 8.8429 9 10 1987 1.4476 9 11 1987 7.9777 9 12 1987 8.3653 9 13 1987 10.5802 9 14 1987 12.661 9 15 1987 6.1477 9 16 1987 9.4006 9 17 1987 2.2159 9 18 1987 0.4789 9 19 1987 8.3344 9 20 1987 11.2861 9 21 1987 6.2059 9 22 1987 12.9268 9 23 1987 11.989 9 24 1987 7.1104 9 25 1987 4.687 9 26 1987 1.8043 9 27 1987 0.562 9 28 1987 3.8425 9 29 1987 4.7803 9 30 1987 10.3732 10 1 1987 1.49 10 2 1987 -1.6429 10 3 1987 4.0483 10 4 1987 2.8456 10 5 1987 2.053 10 6 1987 3.8667 10 7 1987 7.4202 10 8 1987 6.9814 10 9 1987 4.2001 10 10 1987 -2.0265 10 11 1987 -1.5717 10 12 1987 -0.879 10 13 1987 -1.867 10 14 1987 0.263 10 15 1987 2.1137 10 16 1987 -2.0613 10 17 1987 -2.685 10 18 1987 -2.021 10 19 1987 1.4243 10 20 1987 2.8467 10 21 1987 1.846 10 22 1987 0.5009 10 23 1987 -5.1848 10 24 1987 -5.3537 10 25 1987 -3.6178 10 26 1987 -0.0853 10 27 1987 2.9179 10 28 1987 5.9415 10 29 1987 4.1162 10 30 1987 3.4936 10 31 1987 -7.678 11 1 1987 -6.9402 11 2 1987 -9.5404 11 3 1987 -4.9808 11 4 1987 -5.1022 11 5 1987 -3.905 11 6 1987 -2.8224 11 7 1987 -8.388 11 8 1987 -7.5242 11 9 1987 -4.079 11 10 1987 -4.5406 11 11 1987 -8.4182 11 12 1987 -6.861 11 13 1987 -7.829 11 14 1987 -8.326 11 15 1987 -11.4946 11 16 1987 -14.8606 11 17 1987 -7.1168 11 18 1987 1.4892 11 19 1987 0.1534 11 20 1987 -4.067 11 21 1987 1.821 11 22 1987 5.0016 11 23 1987 -4.6922 11 24 1987 -5.7998 11 25 1987 -7.444 11 26 1987 -13.492 11 27 1987 -8.4474 11 28 1987 -9.9332 11 29 1987 -12.6454 11 30 1987 -10.8022 12 1 1987 -5.0149 12 2 1987 -1.6739 12 3 1987 -3.5827 12 4 1987 -4.2845 12 5 1987 -4.3828 12 6 1987 -3.9628 12 7 1987 -6.4304 12 8 1987 -9.7583 12 9 1987 -7.722 12 10 1987 -7.3568 12 11 1987 -7.0631 12 12 1987 -7.246 12 13 1987 -8.3821 12 14 1987 -8.5078 12 15 1987 -9.433 12 16 1987 -13.8136 12 17 1987 -9.069 12 18 1987 -12.6084 12 19 1987 -16.4701 12 20 1987 -17.748 12 21 1987 -16.6018 12 22 1987 -12.245 12 23 1987 -11.962 12 24 1987 -18.255 12 25 1987 -18.787 12 26 1987 -20.6404 12 27 1987 -18.9407 12 28 1987 -12.3105 12 29 1987 -13.8809 12 30 1987 -9.601 12 31 1987 -6.786 1 1 1988 -14.003 1 2 1988 -16.0657 1 3 1988 -19.7566 1 4 1988 -19.06 1 5 1988 -7.824 1 6 1988 -10.0069 1 7 1988 -8.385 1 8 1988 -20.0225 1 9 1988 -17.946 1 10 1988 -16.707 1 11 1988 -17.3696 1 12 1988 -14.1785 1 13 1988 -10.7146 1 14 1988 -11.056 1 15 1988 -20.5915 1 16 1988 -18.1954 1 17 1988 -6.4069 1 18 1988 -6.5978 1 19 1988 -17.2414 1 20 1988 -14.8937 1 21 1988 -7.2056 1 22 1988 -9.9601 1 23 1988 -18.7043 1 24 1988 -15.912 1 25 1988 -12.6231 1 26 1988 -13.585 1 27 1988 -13.6972 1 28 1988 -19.2408 1 29 1988 -20.1145 1 30 1988 -15.9147 1 31 1988 -18.8 2 1 1988 -19.4807 2 2 1988 -16.5908 2 3 1988 -21.7398 2 4 1988 -21.6698 2 5 1988 -18.6658 2 6 1988 -22.6455 2 7 1988 -21.3504 2 8 1988 -21.2793 2 9 1988 -20.2048 2 10 1988 -18.1761 2 11 1988 -22.7505 2 12 1988 -20.899 2 13 1988 -9.5954 2 14 1988 -7.1569 2 15 1988 -16.2973 2 16 1988 -21.6162 2 17 1988 -19.2324 2 18 1988 -13.5722 2 19 1988 -13.298 2 20 1988 -6.8116 2 21 1988 -2.5446 2 22 1988 -19.6608 2 23 1988 -6.2089 2 24 1988 -8.8232 2 25 1988 -15.5717 2 26 1988 -14.3193 2 27 1988 -10.7647 2 28 1988 -7.0789 2 29 1988 -7.061 3 1 1988 -4.5316 3 2 1988 -0.9952 3 3 1988 -3.6694 3 4 1988 -15.3934 3 5 1988 -16.6735 3 6 1988 -18.3082 3 7 1988 -20.1406 3 8 1988 -21.73 3 9 1988 -15.5503 3 10 1988 -7.6303 3 11 1988 -1.9168 3 12 1988 -7.0411 3 13 1988 -5.6923 3 14 1988 -6.1573 3 15 1988 -8.6665 3 16 1988 -8.6989 3 17 1988 -14.0632 3 18 1988 -14.2153 3 19 1988 -12.6727 3 20 1988 -9.4999 3 21 1988 -7.0045 3 22 1988 -7.9432 3 23 1988 -12.6406 3 24 1988 -10.8397 3 25 1988 -8.6536 3 26 1988 -4.4401 3 27 1988 1.4486 3 28 1988 1.2047 3 29 1988 -5.3149 3 30 1988 -6.7792 3 31 1988 -0.1171 4 1 1988 -6.6499 4 2 1988 -5.8663 4 3 1988 -0.6918 4 4 1988 -5.4188 4 5 1988 -4.9016 4 6 1988 -2.439 4 7 1988 1.7861 4 8 1988 3.0552 4 9 1988 -5.171 4 10 1988 -6.4923 4 11 1988 -7.3385 4 12 1988 -6.2732 4 13 1988 -6.7289 4 14 1988 -5.3003 4 15 1988 -4.1411 4 16 1988 -0.7544 4 17 1988 -1.62 4 18 1988 -3.1138 4 19 1988 -2.5709 4 20 1988 -3.394 4 21 1988 -3.4499 4 22 1988 -3.6444 4 23 1988 -5.269 4 24 1988 -2.9122 4 25 1988 -0.4988 4 26 1988 -5.5205 4 27 1988 -3.4946 4 28 1988 -4.1422 4 29 1988 4.533 4 30 1988 0.1138 5 1 1988 2.6885 5 2 1988 5.8454 5 3 1988 10.0079 5 4 1988 -0.6898 5 5 1988 2.1194 5 6 1988 0.6536 5 7 1988 -2.1598 5 8 1988 5.5472 5 9 1988 4.595 5 10 1988 13.0643 5 11 1988 11.6399 5 12 1988 -1.4329 5 13 1988 1.4951 5 14 1988 4.9457 5 15 1988 3.7043 5 16 1988 2.372 5 17 1988 0.6593 5 18 1988 2.9948 5 19 1988 12.3968 5 20 1988 17.6399 5 21 1988 4.6364 5 22 1988 5.1974 5 23 1988 0.0113 5 24 1988 3.2135 5 25 1988 3.7238 5 26 1988 7.3013 5 27 1988 0.3686 5 28 1988 3.7394 5 29 1988 -0.4252 5 30 1988 5.7173 5 31 1988 6.8288 6 1 1988 1.6848 6 2 1988 -1.2852 6 3 1988 0.3699 6 4 1988 7.6734 6 5 1988 7.5924 6 6 1988 -0.3942 6 7 1988 -2.16 6 8 1988 2.2086 6 9 1988 4.4523 6 10 1988 6.5475 6 11 1988 9.8982 6 12 1988 15.8301 6 13 1988 6.3315 6 14 1988 14.2344 6 15 1988 12.8466 6 16 1988 0.6831 6 17 1988 11.3211 6 18 1988 16.1514 6 19 1988 7.7598 6 20 1988 15.5277 6 21 1988 6.3504 6 22 1988 3.4236 6 23 1988 1.998 6 24 1988 4.8492 6 25 1988 10.6758 6 26 1988 10.0575 6 27 1988 2.3382 6 28 1988 5.8455 6 29 1988 2.3625 6 30 1988 4.6035 7 1 1988 6.3338 7 2 1988 5.8274 7 3 1988 11.3822 7 4 1988 18.9092 7 5 1988 20.6722 7 6 1988 13.116 7 7 1988 14.818 7 8 1988 15.4996 7 9 1988 16.606 7 10 1988 10.8162 7 11 1988 10.6046 7 12 1988 7.6312 7 13 1988 8.4858 7 14 1988 13.9024 7 15 1988 11.7564 7 16 1988 13.2752 7 17 1988 15.9548 7 18 1988 11.972 7 19 1988 12.3904 7 20 1988 10.8354 7 21 1988 16.633 7 22 1988 15.0914 7 23 1988 11.449 7 24 1988 15.8916 7 25 1988 15.5922 7 26 1988 18.7622 7 27 1988 19.4662 7 28 1988 12.6956 7 29 1988 20.1478 7 30 1988 22.355 7 31 1988 15.5886 8 1 1988 16.943 8 2 1988 13.637 8 3 1988 12.8155 8 4 1988 16.247 8 5 1988 13.5035 8 6 1988 13.8955 8 7 1988 15.7205 8 8 1988 19.1225 8 9 1988 14.664 8 10 1988 9.665 8 11 1988 17.8605 8 12 1988 16.087 8 13 1988 10.07 8 14 1988 12.239 8 15 1988 9.66 8 16 1988 11.085 8 17 1988 16.189 8 18 1988 9.947 8 19 1988 9.9435 8 20 1988 6.232 8 21 1988 8.163 8 22 1988 5.436 8 23 1988 11.9095 8 24 1988 14.181 8 25 1988 17.322 8 26 1988 14.858 8 27 1988 15.8525 8 28 1988 16.115 8 29 1988 15.295 8 30 1988 12.6325 8 31 1988 12.905 9 1 1988 8.7739 9 2 1988 3.2194 9 3 1988 4.9426 9 4 1988 11.6425 9 5 1988 10.8229 9 6 1988 11.3734 9 7 1988 7.1026 9 8 1988 7.6045 9 9 1988 7.1266 9 10 1988 12.2209 9 11 1988 1.9771 9 12 1988 0.6724 9 13 1988 4.0678 9 14 1988 4.5976 9 15 1988 -0.8879 9 16 1988 0.9664 9 17 1988 2.8108 9 18 1988 10.2448 9 19 1988 8.6149 9 20 1988 9.8089 9 21 1988 10.6396 9 22 1988 7.4767 9 23 1988 3.6661 9 24 1988 3.3961 9 25 1988 1.1989 9 26 1988 3.154 9 27 1988 1.7593 9 28 1988 0.0877 9 29 1988 -0.1235 9 30 1988 0.3196 10 1 1988 1.8587 10 2 1988 7.2204 10 3 1988 1.6644 10 4 1988 -1.3636 10 5 1988 -0.4242 10 6 1988 -4.013 10 7 1988 -3.2055 10 8 1988 1.214 10 9 1988 4.0781 10 10 1988 0.0455 10 11 1988 5.5292 10 12 1988 0.6687 10 13 1988 -6.0177 10 14 1988 -6.0464 10 15 1988 -5.2135 10 16 1988 -4.2106 10 17 1988 2.9681 10 18 1988 4.8227 10 19 1988 2.3952 10 20 1988 1.097 10 21 1988 0.7719 10 22 1988 -1.1202 10 23 1988 -2.5575 10 24 1988 -1.0937 10 25 1988 1.3095 10 26 1988 5.4685 10 27 1988 1.6749 10 28 1988 0.5191 10 29 1988 -0.9055 10 30 1988 -2.8042 10 31 1988 -4.9607 11 1 1988 -6.5302 11 2 1988 -5.7628 11 3 1988 -2.9678 11 4 1988 -2.1488 11 5 1988 -3.5398 11 6 1988 -7.0866 11 7 1988 -2.0024 11 8 1988 -3.4408 11 9 1988 -6.6568 11 10 1988 -4.3848 11 11 1988 -5.0548 11 12 1988 -5.544 11 13 1988 -12.958 11 14 1988 -6.3536 11 15 1988 -5.1418 11 16 1988 -4.4364 11 17 1988 -3.632 11 18 1988 -2.9016 11 19 1988 -5.0746 11 20 1988 -6.5568 11 21 1988 -8.6584 11 22 1988 -10.138 11 23 1988 -7.9822 11 24 1988 -5.8816 11 25 1988 -4.4666 11 26 1988 -2.4718 11 27 1988 -3.6388 11 28 1988 -0.776 11 29 1988 -8.45 11 30 1988 -10.3182 12 1 1988 -11.1655 12 2 1988 -13.3692 12 3 1988 -10.4625 12 4 1988 -10.6454 12 5 1988 -14.2378 12 6 1988 -13.483 12 7 1988 -5.1787 12 8 1988 -13.2244 12 9 1988 -16.9014 12 10 1988 -18.5159 12 11 1988 -23.842 12 12 1988 -20.2514 12 13 1988 -15.7707 12 14 1988 -10.5876 12 15 1988 -10.8092 12 16 1988 -10.8122 12 17 1988 -13.6039 12 18 1988 -10.217 12 19 1988 -12.6209 12 20 1988 -16.793 12 21 1988 -20.1626 12 22 1988 -19.1528 12 23 1988 -21.4566 12 24 1988 -25.1658 12 25 1988 -15.891 12 26 1988 -10.9248 12 27 1988 -15.8815 12 28 1988 -18.0429 12 29 1988 -18.3265 12 30 1988 -25.3308 12 31 1988 -28.085 1 1 1989 -25.2417 1 2 1989 -22.9509 1 3 1989 -23.2189 1 4 1989 -13.903 1 5 1989 -11.9004 1 6 1989 -15.041 1 7 1989 -15.635 1 8 1989 -4.475 1 9 1989 -4.3075 1 10 1989 -20.483 1 11 1989 -20.508 1 12 1989 -14.011 1 13 1989 -14.0562 1 14 1989 -16.4539 1 15 1989 -9.808 1 16 1989 -8.7349 1 17 1989 -18.691 1 18 1989 -17.377 1 19 1989 -21.2514 1 20 1989 -20.6037 1 21 1989 -16.9835 1 22 1989 -19.713 1 23 1989 -20.4091 1 24 1989 -18.3294 1 25 1989 -19.8146 1 26 1989 -17.3079 1 27 1989 -16.5576 1 28 1989 -11.1459 1 29 1989 -10.1244 1 30 1989 -11.6569 1 31 1989 -9.4714 2 1 1989 -10.026 2 2 1989 -23.4943 2 3 1989 -24.2866 2 4 1989 -24.0033 2 5 1989 -24.4977 2 6 1989 -15.5575 2 7 1989 -18.4379 2 8 1989 -16.6225 2 9 1989 -13.7235 2 10 1989 -20.6478 2 11 1989 -12.2359 2 12 1989 -15.6512 2 13 1989 -18.3646 2 14 1989 -8.3561 2 15 1989 -9.3234 2 16 1989 -14.1016 2 17 1989 -25.36 2 18 1989 -19.5135 2 19 1989 -17.4571 2 20 1989 -12.2111 2 21 1989 -10.8945 2 22 1989 -9.9972 2 23 1989 -12.0959 2 24 1989 -17.1829 2 25 1989 -11.1953 2 26 1989 -13.8916 2 27 1989 -12.0452 2 28 1989 -10.7596 3 1 1989 -8.4451 3 2 1989 -8.0128 3 3 1989 -9.1222 3 4 1989 -7.0408 3 5 1989 -10.2454 3 6 1989 -11.5528 3 7 1989 -21.8854 3 8 1989 -18.5062 3 9 1989 -10.78 3 10 1989 -8.1235 3 11 1989 -11.683 3 12 1989 -18.2482 3 13 1989 -8.5426 3 14 1989 -7.6954 3 15 1989 -0.2866 3 16 1989 -11.5162 3 17 1989 -17.0788 3 18 1989 -14.7946 3 19 1989 -18.9208 3 20 1989 -19.6162 3 21 1989 -10.7104 3 22 1989 -12.1885 3 23 1989 -19.5934 3 24 1989 -12.0286 3 25 1989 -1.4332 3 26 1989 -3.3073 3 27 1989 -6.388 3 28 1989 -4.5046 3 29 1989 -20.6104 3 30 1989 -15.9142 3 31 1989 -7.792 4 1 1989 -9.4341 4 2 1989 -7.4935 4 3 1989 -3.432 4 4 1989 -1.44 4 5 1989 -3.767 4 6 1989 -5.0868 4 7 1989 -1.7109 4 8 1989 -2.948 4 9 1989 -5.661 4 10 1989 -8.5249 4 11 1989 -6.0187 4 12 1989 -8.5316 4 13 1989 -5.4173 4 14 1989 0.451 4 15 1989 5.3885 4 16 1989 0.7994 4 17 1989 4.2252 4 18 1989 4.6619 4 19 1989 3.3201 4 20 1989 -3.4894 4 21 1989 -2.7017 4 22 1989 -1.209 4 23 1989 -4.2827 4 24 1989 -3.3724 4 25 1989 -3.5803 4 26 1989 -4.0364 4 27 1989 -4.4254 4 28 1989 -3.9015 4 29 1989 -3.3817 4 30 1989 2.0689 5 1 1989 0.3731 5 2 1989 5.1302 5 3 1989 -1.0399 5 4 1989 -3.622 5 5 1989 2.3606 5 6 1989 9.6542 5 7 1989 3.5315 5 8 1989 3.9368 5 9 1989 3.5549 5 10 1989 5.1458 5 11 1989 -1.1326 5 12 1989 4.5572 5 13 1989 -1.0039 5 14 1989 11.0492 5 15 1989 -0.2929 5 16 1989 7.9118 5 17 1989 3.6743 5 18 1989 3.3032 5 19 1989 13.6787 5 20 1989 -0.8302 5 21 1989 6.8294 5 22 1989 -1.678 5 23 1989 -2.1067 5 24 1989 11.0888 5 25 1989 6.0923 5 26 1989 -1.4842 5 27 1989 3.5747 5 28 1989 5.5922 5 29 1989 1.6958 5 30 1989 3.8597 5 31 1989 11.306 6 1 1989 4.1337 6 2 1989 6.264 6 3 1989 13.419 6 4 1989 10.2222 6 5 1989 -0.486 6 6 1989 8.4159 6 7 1989 8.0217 6 8 1989 3.9231 6 9 1989 7.0173 6 10 1989 10.8567 6 11 1989 10.422 6 12 1989 2.6001 6 13 1989 2.7486 6 14 1989 6.6582 6 15 1989 11.5992 6 16 1989 16.4943 6 17 1989 17.4312 6 18 1989 16.4484 6 19 1989 10.9134 6 20 1989 19.3725 6 21 1989 13.5 6 22 1989 14.8149 6 23 1989 20.4282 6 24 1989 23.7951 6 25 1989 24.9534 6 26 1989 13.0275 6 27 1989 5.049 6 28 1989 4.9356 6 29 1989 3.8934 6 30 1989 0.8397 7 1 1989 10.8478 7 2 1989 15.8984 7 3 1989 18.6062 7 4 1989 17.058 7 5 1989 17.4794 7 6 1989 18.4728 7 7 1989 13.0538 7 8 1989 16.5074 7 9 1989 17.8794 7 10 1989 16.2532 7 11 1989 13.5454 7 12 1989 7.6008 7 13 1989 8.2642 7 14 1989 12.3982 7 15 1989 9.9074 7 16 1989 16.9584 7 17 1989 14.2426 7 18 1989 15.1412 7 19 1989 13.4482 7 20 1989 10.8138 7 21 1989 12.6074 7 22 1989 9.0044 7 23 1989 13.9298 7 24 1989 14.681 7 25 1989 19.6222 7 26 1989 15.0824 7 27 1989 12.206 7 28 1989 7.3702 7 29 1989 5.815 7 30 1989 8.1464 7 31 1989 14.966 8 1 1989 19.525 8 2 1989 16.018 8 3 1989 16.532 8 4 1989 10.2575 8 5 1989 12.312 8 6 1989 15.209 8 7 1989 3.5305 8 8 1989 8.0125 8 9 1989 13.589 8 10 1989 13.574 8 11 1989 13.565 8 12 1989 15.1635 8 13 1989 12.5 8 14 1989 14.47 8 15 1989 9.925 8 16 1989 7.914 8 17 1989 6.963 8 18 1989 10.032 8 19 1989 17.1175 8 20 1989 8.513 8 21 1989 5.7245 8 22 1989 4.8375 8 23 1989 6.099 8 24 1989 4.646 8 25 1989 3.8425 8 26 1989 2.9075 8 27 1989 4.7375 8 28 1989 7.987 8 29 1989 12.804 8 30 1989 11.954 8 31 1989 9.677 9 1 1989 7.9435 9 2 1989 5.0056 9 3 1989 6.442 9 4 1989 3.2437 9 5 1989 10.0228 9 6 1989 14.0137 9 7 1989 12.9718 9 8 1989 17.512 9 9 1989 14.4631 9 10 1989 7.48 9 11 1989 2.6935 9 12 1989 6.289 9 13 1989 7.8259 9 14 1989 5.3131 9 15 1989 10.9198 9 16 1989 5.6557 9 17 1989 7.8709 9 18 1989 -0.2585 9 19 1989 17.6578 9 20 1989 17.1595 9 21 1989 3.6415 9 22 1989 9.9748 9 23 1989 8.1301 9 24 1989 2.68 9 25 1989 3.7075 9 26 1989 4.7875 9 27 1989 -2.0225 9 28 1989 -3.2723 9 29 1989 0.3718 9 30 1989 1.0501 10 1 1989 0.0792 10 2 1989 0.1399 10 3 1989 2.701 10 4 1989 8.4176 10 5 1989 0.8271 10 6 1989 -3.662 10 7 1989 0.3171 10 8 1989 -0.0461 10 9 1989 2.7181 10 10 1989 -2.292 10 11 1989 4.114 10 12 1989 3.243 10 13 1989 -0.3066 10 14 1989 -1.2731 10 15 1989 -1.4591 10 16 1989 -4.0853 10 17 1989 -6.5658 10 18 1989 -4.6588 10 19 1989 -3.2778 10 20 1989 4.5881 10 21 1989 -1.7671 10 22 1989 -2.9825 10 23 1989 -4.7184 10 24 1989 0.008 10 25 1989 -2.6276 10 26 1989 -2.2175 10 27 1989 0.8337 10 28 1989 -6.7601 10 29 1989 -7.0035 10 30 1989 1.3586 10 31 1989 0.5108 11 1 1989 6.7526 11 2 1989 2.913 11 3 1989 -5.2064 11 4 1989 -4.8162 11 5 1989 -8.5552 11 6 1989 -8.7974 11 7 1989 -2.2686 11 8 1989 -4.9334 11 9 1989 -6.4088 11 10 1989 -0.353 11 11 1989 -0.428 11 12 1989 -1.1928 11 13 1989 -6.6594 11 14 1989 -9.7368 11 15 1989 -9.0538 11 16 1989 -8.6292 11 17 1989 7.222 11 18 1989 -6.1452 11 19 1989 -5.3846 11 20 1989 -5.7998 11 21 1989 -9.492 11 22 1989 -8.9778 11 23 1989 -16.4376 11 24 1989 -17.267 11 25 1989 -16.5236 11 26 1989 -19.1514 11 27 1989 -18.484 11 28 1989 -16.2506 11 29 1989 -12.5434 11 30 1989 -17.3478 12 1 1989 -14.155 12 2 1989 -10.0365 12 3 1989 -15.4138 12 4 1989 -5.6035 12 5 1989 -5.8698 12 6 1989 -11.9644 12 7 1989 -9.6272 12 8 1989 -9.595 12 9 1989 -10.2688 12 10 1989 -11.424 12 11 1989 -10.553 12 12 1989 -3.7227 12 13 1989 -5.1686 12 14 1989 -4.6223 12 15 1989 -4.3268 12 16 1989 -6.7122 12 17 1989 -4.6354 12 18 1989 -5.3944 12 19 1989 -7.078 12 20 1989 -8.4822 12 21 1989 -8.2999 12 22 1989 -10.1086 12 23 1989 -19.963 12 24 1989 -12.3236 12 25 1989 -19.8022 12 26 1989 -22.7583 12 27 1989 -22.0982 12 28 1989 -26.9024 12 29 1989 -32.6378 12 30 1989 -24.632 12 31 1989 -19.353 1 1 1990 -9.6963 1 2 1990 -13.517 1 3 1990 -16.2502 1 4 1990 -11.8829 1 5 1990 -11.4474 1 6 1990 -22.2628 1 7 1990 -25.4677 1 8 1990 -22.1001 1 9 1990 -22.308 1 10 1990 -21.412 1 11 1990 -15.2425 1 12 1990 -13.8105 1 13 1990 -10.6976 1 14 1990 -13.1219 1 15 1990 -17.9465 1 16 1990 -17.3212 1 17 1990 -12.5338 1 18 1990 -13.5473 1 19 1990 -15.5834 1 20 1990 -18.2565 1 21 1990 -21.404 1 22 1990 -23.0328 1 23 1990 -20.6739 1 24 1990 -15.8679 1 25 1990 -15.1181 1 26 1990 -6.9668 1 27 1990 -6.8998 1 28 1990 -12.663 1 29 1990 -16.4204 1 30 1990 -18.7851 1 31 1990 -11.047 2 1 1990 -18.7347 2 2 1990 -18.0372 2 3 1990 -29.1286 2 4 1990 -24.7821 2 5 1990 -21.6862 2 6 1990 -16.6535 2 7 1990 -13.3644 2 8 1990 -21.202 2 9 1990 -21.9006 2 10 1990 -17.5406 2 11 1990 -12.0518 2 12 1990 -12.299 2 13 1990 -12.2946 2 14 1990 -12.7314 2 15 1990 -22.7483 2 16 1990 -22.8442 2 17 1990 -30.101 2 18 1990 -27.5254 2 19 1990 -20.3025 2 20 1990 -20.4221 2 21 1990 -19.6998 2 22 1990 -10.8613 2 23 1990 -14.1563 2 24 1990 -20.1337 2 25 1990 -23.8487 2 26 1990 -23.8487 2 27 1990 -15.9662 2 28 1990 -11.4407 3 1 1990 -26.9089 3 2 1990 -8.9476 3 3 1990 -4.7248 3 4 1990 -16.9543 3 5 1990 -17.5759 3 6 1990 -19.4182 3 7 1990 -24.8836 3 8 1990 -19.8928 3 9 1990 -16.1539 3 10 1990 -8.6452 3 11 1990 -2.7412 3 12 1990 -10.8538 3 13 1990 -15.8587 3 14 1990 -17.77 3 15 1990 -9.8551 3 16 1990 -10.5967 3 17 1990 -6.3232 3 18 1990 0.0584 3 19 1990 -3.0769 3 20 1990 -2.9665 3 21 1990 -10.5592 3 22 1990 -15.3709 3 23 1990 0.2156 3 24 1990 -15.0475 3 25 1990 -9.3622 3 26 1990 -5.0938 3 27 1990 -13.0489 3 28 1990 -15.1084 3 29 1990 -16.0012 3 30 1990 -7.5991 3 31 1990 0.224 4 1 1990 -2.0444 4 2 1990 -2.2322 4 3 1990 -6.2177 4 4 1990 -5.1058 4 5 1990 1.8252 4 6 1990 -0.2186 4 7 1990 -5.1304 4 8 1990 -8.374 4 9 1990 -7.7875 4 10 1990 -8.1944 4 11 1990 -6.4025 4 12 1990 -10.2095 4 13 1990 -4.9575 4 14 1990 -3.2405 4 15 1990 0.1816 4 16 1990 -0.9832 4 17 1990 -2.5832 4 18 1990 -0.7574 4 19 1990 -5.4866 4 20 1990 -4.9478 4 21 1990 -7.6761 4 22 1990 -4.8744 4 23 1990 -5.1289 4 24 1990 -8.5115 4 25 1990 1.3684 4 26 1990 -1.6401 4 27 1990 -7.6284 4 28 1990 -6.1599 4 29 1990 -0.6672 4 30 1990 0.0989 5 1 1990 4.964 5 2 1990 4.1063 5 3 1990 -1.3399 5 4 1990 -2.5393 5 5 1990 2.5043 5 6 1990 -1.5217 5 7 1990 -3.8608 5 8 1990 -1.093 5 9 1990 0.3431 5 10 1990 -3.8905 5 11 1990 1.4792 5 12 1990 1.8203 5 13 1990 0.8687 5 14 1990 3.7055 5 15 1990 1.2662 5 16 1990 -4.2247 5 17 1990 -1.4902 5 18 1990 0.3689 5 19 1990 -1.5199 5 20 1990 -1.1206 5 21 1990 -1.2331 5 22 1990 -2.2369 5 23 1990 0.1202 5 24 1990 0.3476 5 25 1990 0.7328 5 26 1990 1.6613 5 27 1990 5.5418 5 28 1990 10.31 5 29 1990 6.3842 5 30 1990 2.783 5 31 1990 -2.806 6 1 1990 6.5961 6 2 1990 14.5989 6 3 1990 3.1698 6 4 1990 14.121 6 5 1990 -2.0817 6 6 1990 -0.8613 6 7 1990 6.7419 6 8 1990 11.5641 6 9 1990 3.2535 6 10 1990 5.5323 6 11 1990 5.1219 6 12 1990 7.0956 6 13 1990 7.0632 6 14 1990 16.3107 6 15 1990 8.5239 6 16 1990 8.9802 6 17 1990 16.956 6 18 1990 5.5188 6 19 1990 8.0865 6 20 1990 14.5719 6 21 1990 9.9522 6 22 1990 6.7932 6 23 1990 16.8426 6 24 1990 11.0457 6 25 1990 11.097 6 26 1990 10.773 6 27 1990 6.8985 6 28 1990 9.3474 6 29 1990 8.4105 6 30 1990 6.7851 7 1 1990 10.0756 7 2 1990 10.563 7 3 1990 13.4898 7 4 1990 10.7424 7 5 1990 6.2976 7 6 1990 7.8348 7 7 1990 12.0796 7 8 1990 12.0886 7 9 1990 13.7294 7 10 1990 14.9524 7 11 1990 9.105 7 12 1990 9.6396 7 13 1990 16.0634 7 14 1990 15.3672 7 15 1990 10.4952 7 16 1990 14.393 7 17 1990 9.037 7 18 1990 9.3818 7 19 1990 10.5912 7 20 1990 10.3584 7 21 1990 5.849 7 22 1990 12.7622 7 23 1990 17.3472 7 24 1990 19.8448 7 25 1990 20.9128 7 26 1990 18.066 7 27 1990 15.4374 7 28 1990 18.5498 7 29 1990 10.5968 7 30 1990 14.7062 7 31 1990 21.5288 8 1 1990 7.8175 8 2 1990 6.219 8 3 1990 6.0595 8 4 1990 10.968 8 5 1990 20.783 8 6 1990 21.8275 8 7 1990 14.4095 8 8 1990 17.4905 8 9 1990 15.9365 8 10 1990 19.78 8 11 1990 12.4275 8 12 1990 8.602 8 13 1990 12.0385 8 14 1990 12.337 8 15 1990 9.0015 8 16 1990 10.398 8 17 1990 11.8325 8 18 1990 11.951 8 19 1990 5.979 8 20 1990 9.963 8 21 1990 13.2505 8 22 1990 15.2365 8 23 1990 12.223 8 24 1990 10.389 8 25 1990 14.711 8 26 1990 7.0695 8 27 1990 9.565 8 28 1990 6.6015 8 29 1990 6.969 8 30 1990 11.206 8 31 1990 8.8095 9 1 1990 10.0579 9 2 1990 11.2627 9 3 1990 6.31 9 4 1990 9.6151 9 5 1990 9.1897 9 6 1990 11.3353 9 7 1990 2.8114 9 8 1990 3.1261 9 9 1990 6.9367 9 10 1990 6.1411 9 11 1990 2.0809 9 12 1990 9.5701 9 13 1990 2.4481 9 14 1990 0.2299 9 15 1990 5.3173 9 16 1990 10.2523 9 17 1990 2.5174 9 18 1990 -1.67 9 19 1990 -1.2479 9 20 1990 1.2331 9 21 1990 4.7251 9 22 1990 0.2296 9 23 1990 1.8076 9 24 1990 9.193 9 25 1990 6.4972 9 26 1990 9.103 9 27 1990 9.0406 9 28 1990 8.6878 9 29 1990 3.0676 9 30 1990 3.1021 10 1 1990 3.8187 10 2 1990 3.9015 10 3 1990 2.5873 10 4 1990 0.465 10 5 1990 7.758 10 6 1990 5.9222 10 7 1990 2.4653 10 8 1990 0.0389 10 9 1990 0.2779 10 10 1990 -2.3036 10 11 1990 -0.6825 10 12 1990 5.3007 10 13 1990 7.8877 10 14 1990 -1.2466 10 15 1990 -0.9756 10 16 1990 2.1954 10 17 1990 -1.0926 10 18 1990 -1.134 10 19 1990 4.167 10 20 1990 1.6992 10 21 1990 -4.8575 10 22 1990 -0.4838 10 23 1990 -4.4816 10 24 1990 -6.584 10 25 1990 -7.0769 10 26 1990 -7.9098 10 27 1990 -7.3435 10 28 1990 -5.9073 10 29 1990 -2.5299 10 30 1990 -3.1525 10 31 1990 -5.9763 11 1 1990 -7.6618 11 2 1990 -7.717 11 3 1990 -7.7222 11 4 1990 -11.1466 11 5 1990 -8.015 11 6 1990 -8.338 11 7 1990 -7.1856 11 8 1990 -3.8878 11 9 1990 -3.4382 11 10 1990 -6.2984 11 11 1990 -4.0368 11 12 1990 -3.2168 11 13 1990 -4.7568 11 14 1990 -4.5062 11 15 1990 -4.9782 11 16 1990 -5.06 11 17 1990 -9.667 11 18 1990 -8.3276 11 19 1990 -5.78 11 20 1990 -4.7818 11 21 1990 -5.6706 11 22 1990 -6.227 11 23 1990 -3.5622 11 24 1990 -3.7706 11 25 1990 -3.0454 11 26 1990 -5.8446 11 27 1990 -9.9692 11 28 1990 -12.822 11 29 1990 -3.4684 11 30 1990 -10.462 12 1 1990 -6.3625 12 2 1990 -3.4129 12 3 1990 -9.629 12 4 1990 -17.0033 12 5 1990 -3.7793 12 6 1990 -2.219 12 7 1990 -7.3276 12 8 1990 -9.8548 12 9 1990 -9.1971 12 10 1990 -10.3201 12 11 1990 -11.7785 12 12 1990 -18.4045 12 13 1990 -18.1549 12 14 1990 -15.4966 12 15 1990 -15.2202 12 16 1990 -17.0206 12 17 1990 -7.803 12 18 1990 -6.5436 12 19 1990 -7.442 12 20 1990 -17.4096 12 21 1990 -18.3128 12 22 1990 -22.2275 12 23 1990 -8.8611 12 24 1990 -19.5603 12 25 1990 -21.7092 12 26 1990 -18.0876 12 27 1990 -29.7692 12 28 1990 -23.6192 12 29 1990 -15.393 12 30 1990 -6.4757 12 31 1990 -16.7185 1 1 1991 -22.844 1 2 1991 -19.5535 1 3 1991 -19.6141 1 4 1991 -24.2755 1 5 1991 -23.5268 1 6 1991 -22.2676 1 7 1991 -24.8397 1 8 1991 -22.2495 1 9 1991 -21.1312 1 10 1991 -16.4927 1 11 1991 -18.9781 1 12 1991 -22.6366 1 13 1991 -21.6034 1 14 1991 -19.3546 1 15 1991 -18.8856 1 16 1991 -18.5437 1 17 1991 -14.003 1 18 1991 -13.0384 1 19 1991 -20.3793 1 20 1991 -22.8855 1 21 1991 -23.7868 1 22 1991 -23.564 1 23 1991 -24.3223 1 24 1991 -17.3706 1 25 1991 -14.288 1 26 1991 -24.3962 1 27 1991 -16.4858 1 28 1991 -10.5498 1 29 1991 -15.9359 1 30 1991 -21.9778 1 31 1991 -22.777 2 1 1991 -24.1805 2 2 1991 -23.4221 2 3 1991 -23.2026 2 4 1991 -18.4018 2 5 1991 -9.1462 2 6 1991 -13.9583 2 7 1991 -5.6186 2 8 1991 -4.6648 2 9 1991 -6.2913 2 10 1991 -8.9938 2 11 1991 -14.3087 2 12 1991 -19.6506 2 13 1991 -21.1123 2 14 1991 -16.6896 2 15 1991 -8.0575 2 16 1991 -1.0559 2 17 1991 -10.8486 2 18 1991 -16.8956 2 19 1991 -14.0429 2 20 1991 -11.5847 2 21 1991 -15.8025 2 22 1991 -14.0823 2 23 1991 -13.1128 2 24 1991 -22.1044 2 25 1991 -18.0948 2 26 1991 -18.2319 2 27 1991 -15.6439 2 28 1991 -19.3093 3 1 1991 -18.0463 3 2 1991 -7.4281 3 3 1991 -8.5372 3 4 1991 -23.6722 3 5 1991 -6.5803 3 6 1991 -4.5964 3 7 1991 -3.6622 3 8 1991 -4.1728 3 9 1991 -4.1728 3 10 1991 -4.5457 3 11 1991 -4.6471 3 12 1991 -4.5412 3 13 1991 -5.8165 3 14 1991 -13.939 3 15 1991 -12.1105 3 16 1991 -11.3281 3 17 1991 -6.3325 3 18 1991 -10.159 3 19 1991 -0.6277 3 20 1991 -2.5885 3 21 1991 -14.3251 3 22 1991 -18.2068 3 23 1991 -11.3236 3 24 1991 -11.0107 3 25 1991 -4.459 3 26 1991 5.9246 3 27 1991 -4.3483 3 28 1991 3.323 3 29 1991 -0.7474 3 30 1991 -4.5544 3 31 1991 -12.1246 4 1 1991 -3.0348 4 2 1991 -5.2947 4 3 1991 -2.7792 4 4 1991 -0.643 4 5 1991 -9.1576 4 6 1991 -13.2925 4 7 1991 -13.0216 4 8 1991 -10.1223 4 9 1991 -10.4923 4 10 1991 -6.1711 4 11 1991 -9.9006 4 12 1991 -10.5113 4 13 1991 -5.2921 4 14 1991 -7.1328 4 15 1991 -9.7426 4 16 1991 -10.4815 4 17 1991 -4.839 4 18 1991 -2.7587 4 19 1991 1.2592 4 20 1991 2.1408 4 21 1991 -7.8363 4 22 1991 -1.1956 4 23 1991 -0.3911 4 24 1991 1.8934 4 25 1991 -1.8022 4 26 1991 -2.3328 4 27 1991 -5.2336 4 28 1991 -7.4566 4 29 1991 -7.375 4 30 1991 -5.3681 5 1 1991 1.1753 5 2 1991 0.3257 5 3 1991 0.3275 5 4 1991 1.6589 5 5 1991 -2.3554 5 6 1991 -0.6463 5 7 1991 -1.1113 5 8 1991 -2.6086 5 9 1991 3.6425 5 10 1991 -1.0138 5 11 1991 5.5571 5 12 1991 0.029 5 13 1991 0.2546 5 14 1991 -1.7587 5 15 1991 -0.931 5 16 1991 2.5679 5 17 1991 0.3035 5 18 1991 -3.5743 5 19 1991 2.2022 5 20 1991 6.7487 5 21 1991 5.075 5 22 1991 -4.4794 5 23 1991 -0.9169 5 24 1991 1.4396 5 25 1991 5.4602 5 26 1991 0.7244 5 27 1991 3.0422 5 28 1991 5.6852 5 29 1991 1.4576 5 30 1991 -0.5875 5 31 1991 0.8255 6 1 1991 -1.5282 6 2 1991 -1.188 6 3 1991 -0.3699 6 4 1991 -0.0972 6 5 1991 3.7503 6 6 1991 8.4888 6 7 1991 7.56 6 8 1991 0.6399 6 9 1991 1.9413 6 10 1991 2.2788 6 11 1991 1.377 6 12 1991 6.0939 6 13 1991 1.2663 6 14 1991 -1.2582 6 15 1991 -1.3959 6 16 1991 0.0972 6 17 1991 5.1624 6 18 1991 4.2741 6 19 1991 8.2026 6 20 1991 2.0061 6 21 1991 2.9538 6 22 1991 7.9974 6 23 1991 13.7079 6 24 1991 10.9836 6 25 1991 18.3789 6 26 1991 19.1619 6 27 1991 16.5429 6 28 1991 10.9728 6 29 1991 5.7969 6 30 1991 -1.5552 7 1 1991 4.1062 7 2 1991 4.9234 7 3 1991 7.429 7 4 1991 12.1194 7 5 1991 14.591 7 6 1991 11.1542 7 7 1991 9.8454 7 8 1991 14.9446 7 9 1991 7.5012 7 10 1991 8.637 7 11 1991 5.0816 7 12 1991 7.5342 7 13 1991 15.722 7 14 1991 13.203 7 15 1991 14.263 7 16 1991 14.0946 7 17 1991 12.892 7 18 1991 13.7296 7 19 1991 10.4228 7 20 1991 13.0868 7 21 1991 14.6644 7 22 1991 9.2294 7 23 1991 8.401 7 24 1991 7.9286 7 25 1991 10.1042 7 26 1991 15.4124 7 27 1991 16.0758 7 28 1991 19.3758 7 29 1991 15.485 7 30 1991 20.097 7 31 1991 19.8946 8 1 1991 18.533 8 2 1991 15.0305 8 3 1991 17.151 8 4 1991 11.7395 8 5 1991 13.3925 8 6 1991 12.6145 8 7 1991 11.3675 8 8 1991 9.765 8 9 1991 17.385 8 10 1991 16.7705 8 11 1991 18.518 8 12 1991 13.6555 8 13 1991 16.504 8 14 1991 15.1825 8 15 1991 16.018 8 16 1991 13.685 8 17 1991 11.1605 8 18 1991 6.916 8 19 1991 8.062 8 20 1991 10.2255 8 21 1991 15.5215 8 22 1991 11.196 8 23 1991 9.084 8 24 1991 10.7155 8 25 1991 13.1775 8 26 1991 15.08 8 27 1991 10.6335 8 28 1991 13.726 8 29 1991 8.946 8 30 1991 7.011 8 31 1991 3.702 9 1 1991 1.5514 9 2 1991 6.0781 9 3 1991 6.4828 9 4 1991 8.7463 9 5 1991 11.83 9 6 1991 9.8191 9 7 1991 13.4152 9 8 1991 8.0098 9 9 1991 1.7833 9 10 1991 2.7106 9 11 1991 2.7628 9 12 1991 -0.0923 9 13 1991 0.8938 9 14 1991 2.9563 9 15 1991 4.8076 9 16 1991 7.2208 9 17 1991 8.0371 9 18 1991 7.1443 9 19 1991 4.7353 9 20 1991 5.6284 9 21 1991 -0.5594 9 22 1991 5.8984 9 23 1991 12.7609 9 24 1991 10.5532 9 25 1991 3.1021 9 26 1991 0.4201 9 27 1991 4.4278 9 28 1991 5.9956 9 29 1991 2.8045 9 30 1991 -1.4555 10 1 1991 -1.3283 10 2 1991 1.6335 10 3 1991 3.4864 10 4 1991 5.3603 10 5 1991 0.0422 10 6 1991 6.0723 10 7 1991 9.3515 10 8 1991 2.5343 10 9 1991 2.3378 10 10 1991 5.559 10 11 1991 7.1939 10 12 1991 -3.2375 10 13 1991 -1.6037 10 14 1991 -3.0962 10 15 1991 -2.5288 10 16 1991 0.6891 10 17 1991 2.069 10 18 1991 6.818 10 19 1991 6.4151 10 20 1991 -1.2107 10 21 1991 -5.9923 10 22 1991 -6.1336 10 23 1991 -4.8183 10 24 1991 -1.7842 10 25 1991 -2.9698 10 26 1991 -2.961 10 27 1991 -3.9959 10 28 1991 -7.2033 10 29 1991 -5.2345 10 30 1991 0.7934 10 31 1991 0.3469 11 1 1991 3.2996 11 2 1991 -3.6018 11 3 1991 5.1032 11 4 1991 3.3574 11 5 1991 -2.638 11 6 1991 -5.3184 11 7 1991 -0.3858 11 8 1991 -6.0952 11 9 1991 -10.1088 11 10 1991 -6.4932 11 11 1991 -9.8712 11 12 1991 -7.3148 11 13 1991 -5.6534 11 14 1991 -5.4622 11 15 1991 -5.5492 11 16 1991 -6.7162 11 17 1991 -4.6948 11 18 1991 -4.5734 11 19 1991 -4.3202 11 20 1991 -4.8912 11 21 1991 -4.0618 11 22 1991 -5.6482 11 23 1991 -7.1168 11 24 1991 -8.8772 11 25 1991 -4.5078 11 26 1991 -6.7042 11 27 1991 -11.1372 11 28 1991 -13.6134 11 29 1991 -11.4602 11 30 1991 -7.631 12 1 1991 -2.7409 12 2 1991 -14.2116 12 3 1991 -17.6229 12 4 1991 -9.4175 12 5 1991 -7.4271 12 6 1991 -17.3125 12 7 1991 -24.0684 12 8 1991 -19.0378 12 9 1991 -9.7053 12 10 1991 -16.513 12 11 1991 -13.3972 12 12 1991 -9.579 12 13 1991 -5.6762 12 14 1991 -5.731 12 15 1991 -15.0629 12 16 1991 -21.565 12 17 1991 -26.3305 12 18 1991 -22.2835 12 19 1991 -24.7845 12 20 1991 -21.4858 12 21 1991 -24.1369 12 22 1991 -10.3255 12 23 1991 -5.9818 12 24 1991 -8.9993 12 25 1991 -21.5245 12 26 1991 -22.9853 12 27 1991 -24.1685 12 28 1991 -23.2838 12 29 1991 -21.8117 12 30 1991 -20.0256 12 31 1991 -12.4869 1 1 1992 -16.3385 1 2 1992 -14.9703 1 3 1992 -8.2271 1 4 1992 -5.6103 1 5 1992 -4.7478 1 6 1992 -5.0222 1 7 1992 -3.4014 1 8 1992 -10.8699 1 9 1992 -14.5023 1 10 1992 -13.375 1 11 1992 -10.9486 1 12 1992 -14.9575 1 13 1992 -16.6979 1 14 1992 -12.907 1 15 1992 -7.045 1 16 1992 -7.2008 1 17 1992 -21.8007 1 18 1992 -21.3296 1 19 1992 -24.2186 1 20 1992 -24.5834 1 21 1992 -23.7746 1 22 1992 -22.1708 1 23 1992 -11.2645 1 24 1992 -2.3852 1 25 1992 -12.2397 1 26 1992 -25.7123 1 27 1992 -26.2159 1 28 1992 -19.3738 1 29 1992 -13.8531 1 30 1992 -19.9656 1 31 1992 -22.2713 2 1 1992 -22.2645 2 2 1992 -11.4728 2 3 1992 -9.3628 2 4 1992 -15.8171 2 5 1992 -21.1083 2 6 1992 -23.3583 2 7 1992 -18.0332 2 8 1992 -19.1088 2 9 1992 -16.908 2 10 1992 -19.0242 2 11 1992 -19.7596 2 12 1992 -21.6585 2 13 1992 -20.1191 2 14 1992 -18.6997 2 15 1992 -26.0214 2 16 1992 -18.715 2 17 1992 -13.7811 2 18 1992 -18.8149 2 19 1992 -19.8617 2 20 1992 -18.268 2 21 1992 -22.4012 2 22 1992 -23.6806 2 23 1992 -18.1247 2 24 1992 -24.3843 2 25 1992 -20.4436 2 26 1992 -14.8516 2 27 1992 -11.8629 2 28 1992 -13.3352 2 29 1992 -21.5575 3 1 1992 -26.5129 3 2 1992 -18.1789 3 3 1992 -18.8239 3 4 1992 -15.0991 3 5 1992 -10.9276 3 6 1992 -17.1709 3 7 1992 -6.475 3 8 1992 -18.4972 3 9 1992 -16.1902 3 10 1992 -3.5743 3 11 1992 2.3564 3 12 1992 -1.7323 3 13 1992 -3.643 3 14 1992 -9.0718 3 15 1992 -14.8225 3 16 1992 -14.2609 3 17 1992 -10.2598 3 18 1992 -10.2088 3 19 1992 -17.9167 3 20 1992 -16.7608 3 21 1992 -14.3851 3 22 1992 -5.9671 3 23 1992 -6.4834 3 24 1992 -11.6545 3 25 1992 -11.7562 3 26 1992 -10.3891 3 27 1992 1.7672 3 28 1992 0.1691 3 29 1992 -3.8458 3 30 1992 -4.6702 3 31 1992 -4.3153 4 1 1992 -6.6272 4 2 1992 -6.3712 4 3 1992 -5.0514 4 4 1992 -5.5984 4 5 1992 -5.7549 4 6 1992 -10.0094 4 7 1992 -10.5523 4 8 1992 -6.9208 4 9 1992 -6.8269 4 10 1992 -2.2937 4 11 1992 -7.8818 4 12 1992 -10.581 4 13 1992 -6.9957 4 14 1992 -6.3589 4 15 1992 -8.5372 4 16 1992 -7.4473 4 17 1992 -0.8647 4 18 1992 3.0757 4 19 1992 3.4211 4 20 1992 -5.8488 4 21 1992 -7.2785 4 22 1992 -10.8772 4 23 1992 -9.2377 4 24 1992 -6.5832 4 25 1992 -5.2239 4 26 1992 -5.737 4 27 1992 -8.7805 4 28 1992 -0.8401 4 29 1992 2.6431 4 30 1992 0.4156 5 1 1992 -5.1196 5 2 1992 -6.046 5 3 1992 -4.7956 5 4 1992 -5.8012 5 5 1992 -4.564 5 6 1992 -0.7987 5 7 1992 2.9018 5 8 1992 2.3228 5 9 1992 1.9691 5 10 1992 -3.4756 5 11 1992 2.5421 5 12 1992 4.4681 5 13 1992 11.891 5 14 1992 -0.1744 5 15 1992 3.9251 5 16 1992 4.8812 5 17 1992 6.5132 5 18 1992 0.5408 5 19 1992 0.2504 5 20 1992 0.5015 5 21 1992 2.8145 5 22 1992 -0.4096 5 23 1992 -3.7996 5 24 1992 -0.9313 5 25 1992 0.1694 5 26 1992 5.8277 5 27 1992 1.8644 5 28 1992 6.1892 5 29 1992 -0.7018 5 30 1992 7.3388 5 31 1992 12.0704 6 1 1992 6.2127 6 2 1992 8.4564 6 3 1992 12.5874 6 4 1992 -3.186 6 5 1992 5.7105 6 6 1992 11.9907 6 7 1992 6.9579 6 8 1992 1.1934 6 9 1992 -1.971 6 10 1992 0.7668 6 11 1992 3.3156 6 12 1992 5.3568 6 13 1992 11.9637 6 14 1992 6.7257 6 15 1992 8.4726 6 16 1992 7.4844 6 17 1992 8.0703 6 18 1992 19.7343 6 19 1992 20.8332 6 20 1992 9.4905 6 21 1992 6.3612 6 22 1992 12.7197 6 23 1992 13.3839 6 24 1992 10.9188 6 25 1992 11.1888 6 26 1992 10.1142 6 27 1992 4.0446 6 28 1992 2.6703 6 29 1992 2.4219 6 30 1992 2.5218 7 1 1992 4.2792 7 2 1992 4.6092 7 3 1992 5.6502 7 4 1992 8.791 7 5 1992 13.7138 7 6 1992 17.2906 7 7 1992 16.1096 7 8 1992 11.9622 7 9 1992 18.1836 7 10 1992 17.7438 7 11 1992 15.8024 7 12 1992 10.8648 7 13 1992 12.447 7 14 1992 12.7228 7 15 1992 10.0872 7 16 1992 6.4514 7 17 1992 13.9682 7 18 1992 13.8752 7 19 1992 13.7374 7 20 1992 14.47 7 21 1992 13.1406 7 22 1992 12.596 7 23 1992 12.553 7 24 1992 12.0952 7 25 1992 14.3364 7 26 1992 10.043 7 27 1992 14.498 7 28 1992 11.313 7 29 1992 10.418 7 30 1992 9.1816 7 31 1992 8.4892 8 1 1992 13.391 8 2 1992 9.4795 8 3 1992 15.055 8 4 1992 14.2135 8 5 1992 9.1425 8 6 1992 11.629 8 7 1992 16.072 8 8 1992 15.456 8 9 1992 19.711 8 10 1992 10.5925 8 11 1992 6.8285 8 12 1992 6.193 8 13 1992 11.1355 8 14 1992 12.911 8 15 1992 14.1345 8 16 1992 18.1215 8 17 1992 18.8315 8 18 1992 19.4095 8 19 1992 7.579 8 20 1992 4.883 8 21 1992 5.439 8 22 1992 8.552 8 23 1992 7.601 8 24 1992 10.095 8 25 1992 8.1495 8 26 1992 11.9275 8 27 1992 8.1895 8 28 1992 8.681 8 29 1992 9.2445 8 30 1992 3.832 8 31 1992 2.9935 9 1 1992 0.5791 9 2 1992 3.1435 9 3 1992 3.4585 9 4 1992 7.6459 9 5 1992 10.2484 9 6 1992 15.0787 9 7 1992 9.8293 9 8 1992 5.5936 9 9 1992 9.5245 9 10 1992 11.5876 9 11 1992 13.519 9 12 1992 5.7772 9 13 1992 5.929 9 14 1992 7.0333 9 15 1992 14.1487 9 16 1992 6.8293 9 17 1992 1.735 9 18 1992 9.0544 9 19 1992 12.8581 9 20 1992 5.4349 9 21 1992 9.7153 9 22 1992 9.5806 9 23 1992 8.7502 9 24 1992 1.1053 9 25 1992 5.9536 9 26 1992 13.8715 9 27 1992 7.4623 9 28 1992 7.0507 9 29 1992 4.3165 9 30 1992 -2.1857 10 1 1992 -1.0065 10 2 1992 0.7824 10 3 1992 0.8983 10 4 1992 -1.7406 10 5 1992 -1.357 10 6 1992 -2.8561 10 7 1992 0.035 10 8 1992 -2.0337 10 9 1992 -2.5288 10 10 1992 -0.1471 10 11 1992 2.0607 10 12 1992 10.8004 10 13 1992 7.8899 10 14 1992 3.2386 10 15 1992 -0.6709 10 16 1992 -1.1042 10 17 1992 -0.7123 10 18 1992 -1.3923 10 19 1992 -3.3639 10 20 1992 -6.0624 10 21 1992 -6.1888 10 22 1992 -3.0261 10 23 1992 -2.2346 10 24 1992 -3.7177 10 25 1992 -4.029 10 26 1992 -2.2346 10 27 1992 -2.1485 10 28 1992 -1.9106 10 29 1992 -2.547 10 30 1992 -3.2259 10 31 1992 -4.4645 11 1 1992 -7.5904 11 2 1992 -5.6086 11 3 1992 -6.488 11 4 1992 -5.0626 11 5 1992 -2.4098 11 6 1992 -4.7766 11 7 1992 -12.8762 11 8 1992 -6.4114 11 9 1992 -7.171 11 10 1992 -5.6284 11 11 1992 -4.1556 11 12 1992 -2.3452 11 13 1992 -1.4986 11 14 1992 -1.247 11 15 1992 -6.4802 11 16 1992 -11.3904 11 17 1992 -13.1862 11 18 1992 -13.0424 11 19 1992 -15.9364 11 20 1992 -13.8848 11 21 1992 -16.2162 11 22 1992 -13.8708 11 23 1992 -14.3756 11 24 1992 -13.3852 11 25 1992 -12.039 11 26 1992 -6.774 11 27 1992 -7.4268 11 28 1992 -14.225 11 29 1992 -7.817 11 30 1992 -9.4258 12 1 1992 -17.2839 12 2 1992 -11.3764 12 3 1992 -9.0893 12 4 1992 -7.9895 12 5 1992 -7.7095 12 6 1992 -6.7396 12 7 1992 -7.0494 12 8 1992 -10.671 12 9 1992 -14.1365 12 10 1992 -16.5547 12 11 1992 -11.7136 12 12 1992 -9.548 12 13 1992 -8.3136 12 14 1992 -9.0726 12 15 1992 -11.0666 12 16 1992 -5.1424 12 17 1992 -0.7719 12 18 1992 -10.1521 12 19 1992 -18.7197 12 20 1992 -8.817 12 21 1992 -10.3344 12 22 1992 -22.8632 12 23 1992 -20.473 12 24 1992 -16.2336 12 25 1992 -22.4372 12 26 1992 -17.6842 12 27 1992 -21.5096 12 28 1992 -22.6821 12 29 1992 -20.8275 12 30 1992 -27.8056 12 31 1992 -22.918 1 1 1993 -21.3083 1 2 1993 -21.7018 1 3 1993 -17.234 1 4 1993 -11.1576 1 5 1993 -11.9999 1 6 1993 -20.3724 1 7 1993 -16.5241 1 8 1993 -21.186 1 9 1993 -25.4459 1 10 1993 -17.9274 1 11 1993 -15.6382 1 12 1993 -15.1378 1 13 1993 -21.7385 1 14 1993 -20.3017 1 15 1993 -17.6913 1 16 1993 -12.9071 1 17 1993 -13.0363 1 18 1993 -13.3559 1 19 1993 -19.1706 1 20 1993 -21.3854 1 21 1993 -13.2921 1 22 1993 -7.7751 1 23 1993 -11.6181 1 24 1993 -7.3651 1 25 1993 -2.8021 1 26 1993 -11.2325 1 27 1993 -12.7263 1 28 1993 -13.7244 1 29 1993 -19.7965 1 30 1993 -20.6675 1 31 1993 -26.72 2 1 1993 -24.8984 2 2 1993 -23.5118 2 3 1993 -16.1992 2 4 1993 -17.1027 2 5 1993 -22.6568 2 6 1993 -24.8284 2 7 1993 -26.7787 2 8 1993 -23.5829 2 9 1993 -24.3165 2 10 1993 -25.9463 2 11 1993 -22.974 2 12 1993 -16.2466 2 13 1993 -11.5322 2 14 1993 -9.8995 2 15 1993 -15.5451 2 16 1993 -16.5434 2 17 1993 -6.7427 2 18 1993 -4.3917 2 19 1993 -20.9931 2 20 1993 -16.7505 2 21 1993 -24.5812 2 22 1993 -21.3019 2 23 1993 -18.1732 2 24 1993 -16.6918 2 25 1993 -15.1659 2 26 1993 -18.3121 2 27 1993 -18.4069 2 28 1993 -12.618 3 1 1993 -11.8015 3 2 1993 -5.8483 3 3 1993 -9.2641 3 4 1993 -22.6363 3 5 1993 -24.3262 3 6 1993 -17.6773 3 7 1993 -13.0816 3 8 1993 -12.166 3 9 1993 -19.9378 3 10 1993 -20.8225 3 11 1993 -15.1861 3 12 1993 -18.6721 3 13 1993 -21.7339 3 14 1993 -24.0358 3 15 1993 -17.4508 3 16 1993 -21.8632 3 17 1993 -2.4463 3 18 1993 -20.0716 3 19 1993 -8.1604 3 20 1993 -11.0059 3 21 1993 -9.145 3 22 1993 -5.2918 3 23 1993 -15.2782 3 24 1993 -14.9614 3 25 1993 1.1081 3 26 1993 3.6176 3 27 1993 0.413 3 28 1993 -8.9206 3 29 1993 -9.8596 3 30 1993 -2.6812 3 31 1993 -16.0108 4 1 1993 -9.5414 4 2 1993 -4.8267 4 3 1993 -7.0512 4 4 1993 -4.02 4 5 1993 -7.6608 4 6 1993 -1.13 4 7 1993 -5.892 4 8 1993 -2.9014 4 9 1993 5.194 4 10 1993 3.5359 4 11 1993 3.7546 4 12 1993 5.4202 4 13 1993 -8.3304 4 14 1993 -4.3934 4 15 1993 -10.1659 4 16 1993 -3.5647 4 17 1993 -6.5031 4 18 1993 1.3829 4 19 1993 1.0796 4 20 1993 -3.2323 4 21 1993 -1.541 4 22 1993 -1.1911 4 23 1993 -5.2392 4 24 1993 -5.9658 4 25 1993 -4.7872 4 26 1993 -0.2674 4 27 1993 -5.2146 4 28 1993 0.5531 4 29 1993 -6.8772 4 30 1993 0.0251 5 1 1993 2.2913 5 2 1993 -1.4269 5 3 1993 1.7735 5 4 1993 3.9134 5 5 1993 3.9983 5 6 1993 1.343 5 7 1993 -2.9224 5 8 1993 -0.1903 5 9 1993 -7.5631 5 10 1993 -6.3796 5 11 1993 -3.1396 5 12 1993 -0.7414 5 13 1993 2.1215 5 14 1993 -0.0049 5 15 1993 1.1234 5 16 1993 2.858 5 17 1993 6.7205 5 18 1993 5.675 5 19 1993 7.4414 5 20 1993 9.7787 5 21 1993 3.8003 5 22 1993 5.8277 5 23 1993 0.3965 5 24 1993 2.9906 5 25 1993 4.2356 5 26 1993 -1.9228 5 27 1993 -0.7771 5 28 1993 -2.65 5 29 1993 -1.7629 5 30 1993 1.5284 5 31 1993 2.8502 6 1 1993 6.102 6 2 1993 0.9585 6 3 1993 -1.4013 6 4 1993 1.2717 6 5 1993 2.1249 6 6 1993 13.4892 6 7 1993 13.8078 6 8 1993 5.2839 6 9 1993 1.4661 6 10 1993 2.8539 6 11 1993 2.6082 6 12 1993 5.3865 6 13 1993 3.7935 6 14 1993 10.1682 6 15 1993 13.257 6 16 1993 22.896 6 17 1993 4.3011 6 18 1993 10.1763 6 19 1993 14.0454 6 20 1993 5.9778 6 21 1993 12.2121 6 22 1993 10.6839 6 23 1993 3.5019 6 24 1993 2.8674 6 25 1993 9.2934 6 26 1993 3.6396 6 27 1993 3.537 6 28 1993 6.9093 6 29 1993 1.0638 6 30 1993 9.7983 7 1 1993 14.0642 7 2 1993 15.8556 7 3 1993 19.7952 7 4 1993 7.6608 7 5 1993 8.8126 7 6 1993 8.7628 7 7 1993 10.598 7 8 1993 16.0248 7 9 1993 11.6604 7 10 1993 9.3154 7 11 1993 8.8226 7 12 1993 10.657 7 13 1993 13.3082 7 14 1993 13.4346 7 15 1993 12.2208 7 16 1993 8.1602 7 17 1993 6.9566 7 18 1993 6.5158 7 19 1993 8.0032 7 20 1993 10.728 7 21 1993 12.909 7 22 1993 10.5266 7 23 1993 6.4796 7 24 1993 5.4794 7 25 1993 11.5226 7 26 1993 17.571 7 27 1993 20.5218 7 28 1993 13.6142 7 29 1993 16.7482 7 30 1993 17.1324 7 31 1993 17.484 8 1 1993 20.6375 8 2 1993 21.962 8 3 1993 20.131 8 4 1993 20.3435 8 5 1993 14.7465 8 6 1993 14.956 8 7 1993 14.462 8 8 1993 11.4865 8 9 1993 14.9775 8 10 1993 15.442 8 11 1993 14.912 8 12 1993 15.121 8 13 1993 18.247 8 14 1993 16.9035 8 15 1993 14.1315 8 16 1993 13.9575 8 17 1993 15.607 8 18 1993 16.9535 8 19 1993 16.5965 8 20 1993 14.893 8 21 1993 11.055 8 22 1993 9.7375 8 23 1993 14.4025 8 24 1993 8.1495 8 25 1993 9.378 8 26 1993 7.5205 8 27 1993 6.917 8 28 1993 4.21 8 29 1993 5.186 8 30 1993 3.074 8 31 1993 6.8775 9 1 1993 7.1125 9 2 1993 14.0965 9 3 1993 9.7744 9 4 1993 6.2926 9 5 1993 10.6705 9 6 1993 8.6392 9 7 1993 11.5567 9 8 1993 10.072 9 9 1993 9.913 9 10 1993 10.7365 9 11 1993 10.816 9 12 1993 3.5383 9 13 1993 8.4418 9 14 1993 4.3417 9 15 1993 1.846 9 16 1993 4.3165 9 17 1993 5.14 9 18 1993 9.7741 9 19 1993 6.0613 9 20 1993 2.0053 9 21 1993 2.0188 9 22 1993 8.248 9 23 1993 11.7226 9 24 1993 6.6736 9 25 1993 4.8499 9 26 1993 1.8874 9 27 1993 0.7492 9 28 1993 4.7743 9 29 1993 2.7355 9 30 1993 0.6835 10 1 1993 -2.9974 10 2 1993 1.7588 10 3 1993 7.0918 10 4 1993 3.1641 10 5 1993 -0.8663 10 6 1993 -0.0621 10 7 1993 -1.8438 10 8 1993 -2.4896 10 9 1993 -3.2844 10 10 1993 -1.729 10 11 1993 -2.5641 10 12 1993 0.364 10 13 1993 2.1656 10 14 1993 -2.6193 10 15 1993 -0.0643 10 16 1993 1.2096 10 17 1993 -0.8685 10 18 1993 3.7889 10 19 1993 0.9745 10 20 1993 -2.3174 10 21 1993 3.4301 10 22 1993 -2.9185 10 23 1993 -3.0697 10 24 1993 -7.1172 10 25 1993 -7.8546 10 26 1993 -7.147 10 27 1993 -4.6196 10 28 1993 -4.3944 10 29 1993 -5.3283 10 30 1993 -6.584 10 31 1993 -6.9262 11 1 1993 -5.7128 11 2 1993 -7.2976 11 3 1993 -4.9808 11 4 1993 -3.7336 11 5 1993 -5.1444 11 6 1993 -3.4148 11 7 1993 -6.3854 11 8 1993 -9.8582 11 9 1993 -8.5292 11 10 1993 -14.5022 11 11 1993 -14.5152 11 12 1993 -10.5662 11 13 1993 -11.021 11 14 1993 -8.6068 11 15 1993 -10.5782 11 16 1993 -12.3896 11 17 1993 -5.9024 11 18 1993 -6.1374 11 19 1993 -6.836 11 20 1993 -1.148 11 21 1993 -2.2134 11 22 1993 -10.5938 11 23 1993 -17.553 11 24 1993 -18.3652 11 25 1993 -13.8296 11 26 1993 -9.133 11 27 1993 -1.7862 11 28 1993 0.1034 11 29 1993 5.0912 11 30 1993 -6.4328 12 1 1993 -11.3776 12 2 1993 -5.3664 12 3 1993 -3.3587 12 4 1993 -12.8771 12 5 1993 -15.3465 12 6 1993 -12.7794 12 7 1993 -13.0278 12 8 1993 -11.9924 12 9 1993 -11.6266 12 10 1993 -9.0744 12 11 1993 -1.8002 12 12 1993 2.4702 12 13 1993 -3.2776 12 14 1993 -11.318 12 15 1993 -6.994 12 16 1993 -7.5838 12 17 1993 -12.9492 12 18 1993 -14.0585 12 19 1993 -10.0127 12 20 1993 -7.7643 12 21 1993 -9.52 12 22 1993 -0.956 12 23 1993 -2.275 12 24 1993 -21.512 12 25 1993 -20.8084 12 26 1993 -12.6352 12 27 1993 -12.858 12 28 1993 -20.8954 12 29 1993 -25.189 12 30 1993 -18.666 12 31 1993 -16.451 1 1 1994 -19.5939 1 2 1994 -17.2398 1 3 1994 -23.163 1 4 1994 -20.7611 1 5 1994 -10.0882 1 6 1994 -10.4062 1 7 1994 -5.4508 1 8 1994 -8.8822 1 9 1994 -5.9315 1 10 1994 -6.0554 1 11 1994 -14.7235 1 12 1994 -16.087 1 13 1994 -20.701 1 14 1994 -14.0306 1 15 1994 -10.0956 1 16 1994 -15.1415 1 17 1994 -22.3734 1 18 1994 -10.6555 1 19 1994 -18.4118 1 20 1994 -25.6852 1 21 1994 -25.255 1 22 1994 -17.6705 1 23 1994 -17.9869 1 24 1994 -24.0128 1 25 1994 -22.1963 1 26 1994 -16.113 1 27 1994 -20.734 1 28 1994 -10.3557 1 29 1994 -9.9909 1 30 1994 -24.1484 1 31 1994 -23.7746 2 1 1994 -25.1354 2 2 1994 -21.6975 2 3 1994 -17.8848 2 4 1994 -15.9509 2 5 1994 -20.7776 2 6 1994 -11.996 2 7 1994 -25.7064 2 8 1994 -30.2804 2 9 1994 -26.9661 2 10 1994 -21.3668 2 11 1994 -16.8555 2 12 1994 -17.8053 2 13 1994 -21.0339 2 14 1994 -14.4254 2 15 1994 -11.6839 2 16 1994 -12.9961 2 17 1994 -11.7043 2 18 1994 -15.1298 2 19 1994 -19.9831 2 20 1994 -19.3611 2 21 1994 -13.1456 2 22 1994 -15.8849 2 23 1994 -20.5129 2 24 1994 -20.4571 2 25 1994 -7.7899 2 26 1994 -12.9549 2 27 1994 -14.9639 2 28 1994 -11.0553 3 1 1994 -14.9554 3 2 1994 -20.1592 3 3 1994 -10.6192 3 4 1994 -13.2616 3 5 1994 -11.1016 3 6 1994 -23.5483 3 7 1994 -13.7965 3 8 1994 -3.2656 3 9 1994 -5.8852 3 10 1994 -9.2698 3 11 1994 -11.1481 3 12 1994 -25.2202 3 13 1994 -11.7886 3 14 1994 -14.1361 3 15 1994 -8.5696 3 16 1994 1.7762 3 17 1994 -2.17 3 18 1994 -3.1138 3 19 1994 -0.5626 3 20 1994 -4.9648 3 21 1994 -8.5612 3 22 1994 0.422 3 23 1994 -0.8764 3 24 1994 -2.6899 3 25 1994 -8.9845 3 26 1994 -9.2566 3 27 1994 -10.3294 3 28 1994 -17.977 3 29 1994 -11.9134 3 30 1994 -8.8186 3 31 1994 -7.6306 4 1 1994 -17.0697 4 2 1994 -15.577 4 3 1994 -10.9305 4 4 1994 -8.1426 4 5 1994 0.4577 4 6 1994 -9.3156 4 7 1994 -10.8258 4 8 1994 -8.3319 4 9 1994 -11.1753 4 10 1994 -6.8653 4 11 1994 -8.0733 4 12 1994 -8.548 4 13 1994 -4.3367 4 14 1994 2.9963 4 15 1994 -0.6035 4 16 1994 -5.8037 4 17 1994 -1.7519 4 18 1994 3.3965 4 19 1994 4.688 4 20 1994 2.3949 4 21 1994 -0.33 4 22 1994 -1.8827 4 23 1994 -4.3848 4 24 1994 -4.469 4 25 1994 -3.3709 4 26 1994 0.1816 4 27 1994 -1.0935 4 28 1994 -2.9439 4 29 1994 -7.4842 4 30 1994 -5.4907 5 1 1994 -4.1179 5 2 1994 -4.0804 5 3 1994 -3.0805 5 4 1994 -0.3559 5 5 1994 0.59 5 6 1994 -3.7384 5 7 1994 0.62 5 8 1994 6.7067 5 9 1994 3.4148 5 10 1994 4.9757 5 11 1994 2.5241 5 12 1994 5.7938 5 13 1994 6.0068 5 14 1994 -2.1799 5 15 1994 -3.2506 5 16 1994 -1.7845 5 17 1994 -1.9723 5 18 1994 0.875 5 19 1994 3.0107 5 20 1994 11.7584 5 21 1994 1.9355 5 22 1994 4.1624 5 23 1994 -1.8301 5 24 1994 -2.0098 5 25 1994 3.1283 5 26 1994 2.3225 5 27 1994 0.1379 5 28 1994 2.2361 5 29 1994 5.7935 5 30 1994 3.014 5 31 1994 3.9566 6 1 1994 4.779 6 2 1994 3.2427 6 3 1994 1.2339 6 4 1994 5.3568 6 5 1994 11.5452 6 6 1994 9.9603 6 7 1994 4.0743 6 8 1994 0.2079 6 9 1994 3.6855 6 10 1994 4.1121 6 11 1994 8.6454 6 12 1994 17.8983 6 13 1994 11.9043 6 14 1994 11.1402 6 15 1994 7.7085 6 16 1994 21.5406 6 17 1994 10.4895 6 18 1994 9.9441 6 19 1994 9.7659 6 20 1994 12.5226 6 21 1994 11.6748 6 22 1994 10.5624 6 23 1994 10.6029 6 24 1994 4.2687 6 25 1994 8.5077 6 26 1994 8.3862 6 27 1994 6.4125 6 28 1994 14.634 6 29 1994 12.4902 6 30 1994 13.0626 7 1 1994 14.5536 7 2 1994 15.4588 7 3 1994 15.1196 7 4 1994 9.5548 7 5 1994 12.1914 7 6 1994 10.025 7 7 1994 11.4378 7 8 1994 13.4912 7 9 1994 16.8668 7 10 1994 12.5418 7 11 1994 16.1052 7 12 1994 11.7462 7 13 1994 14.7218 7 14 1994 16.2612 7 15 1994 18.6152 7 16 1994 15.6972 7 17 1994 12.3666 7 18 1994 17.2976 7 19 1994 18.8932 7 20 1994 16.6748 7 21 1994 13.5466 7 22 1994 9.9852 7 23 1994 12.5668 7 24 1994 11.0738 7 25 1994 16.7538 7 26 1994 18.0264 7 27 1994 17.2432 7 28 1994 18.0524 7 29 1994 19.161 7 30 1994 13.0752 7 31 1994 18.396 8 1 1994 12.838 8 2 1994 10.607 8 3 1994 16.3285 8 4 1994 17.211 8 5 1994 8.827 8 6 1994 12.747 8 7 1994 17.2975 8 8 1994 18.8535 8 9 1994 13.2985 8 10 1994 12.3375 8 11 1994 13.883 8 12 1994 7.8905 8 13 1994 12.324 8 14 1994 11.856 8 15 1994 13.248 8 16 1994 7.6215 8 17 1994 9.4055 8 18 1994 8.5055 8 19 1994 12.172 8 20 1994 12.936 8 21 1994 13.3355 8 22 1994 10.5855 8 23 1994 9.577 8 24 1994 11.5395 8 25 1994 8.691 8 26 1994 4.397 8 27 1994 5.647 8 28 1994 5.284 8 29 1994 5.884 8 30 1994 8.8715 8 31 1994 5.546 9 1 1994 4.7179 9 2 1994 2.7316 9 3 1994 3.4759 9 4 1994 10.4662 9 5 1994 14.1346 9 6 1994 13.6126 9 7 1994 5.5141 9 8 1994 1.6348 9 9 1994 1.8736 9 10 1994 1.5343 9 11 1994 2.4721 9 12 1994 0.9427 9 13 1994 0.9598 9 14 1994 1.2781 9 15 1994 1.7347 9 16 1994 3.0496 9 17 1994 4.6975 9 18 1994 3.4657 9 19 1994 4.8604 9 20 1994 5.7046 9 21 1994 3.6832 9 22 1994 7.9054 9 23 1994 14.1136 9 24 1994 16.8826 9 25 1994 17.2633 9 26 1994 4.915 9 27 1994 0.4546 9 28 1994 1.2262 9 29 1994 2.8633 9 30 1994 3.9394 10 1 1994 0.024 10 2 1994 1.0716 10 3 1994 -0.3414 10 4 1994 0.3916 10 5 1994 -0.3276 10 6 1994 1.2946 10 7 1994 6.6574 10 8 1994 8.3701 10 9 1994 4.741 10 10 1994 9.1859 10 11 1994 -0.7984 10 12 1994 -2.0519 10 13 1994 2.5696 10 14 1994 -1.1594 10 15 1994 -1.5441 10 16 1994 -2.207 10 17 1994 -2.8401 10 18 1994 2.542 10 19 1994 -2.4151 10 20 1994 1.0694 10 21 1994 3.1569 10 22 1994 7.7304 10 23 1994 1.3189 10 24 1994 -0.3171 10 25 1994 4.0864 10 26 1994 3.0029 10 27 1994 0.964 10 28 1994 -2.5597 10 29 1994 -0.4849 10 30 1994 0.5213 10 31 1994 1.9735 11 1 1994 1.3652 11 2 1994 -2.0472 11 3 1994 -3.4502 11 4 1994 -3.7956 11 5 1994 -4.0962 11 6 1994 -5.2486 11 7 1994 -3.2762 11 8 1994 -2.8516 11 9 1994 -1.533 11 10 1994 -2.0868 11 11 1994 -1.9232 11 12 1994 -2.7656 11 13 1994 -4.9652 11 14 1994 -2.8594 11 15 1994 -0.304 11 16 1994 -2.986 11 17 1994 -3.9508 11 18 1994 -0.0508 11 19 1994 2.9 11 20 1994 -6.338 11 21 1994 -4.8146 11 22 1994 -1.173 11 23 1994 -4.0858 11 24 1994 -9.8738 11 25 1994 -12.6074 11 26 1994 -16.4996 11 27 1994 -15.3024 11 28 1994 -15.5066 11 29 1994 -10.2646 11 30 1994 -8.9538 12 1 1994 -9.3937 12 2 1994 -12.805 12 3 1994 -13.5205 12 4 1994 -15.474 12 5 1994 -13.3954 12 6 1994 -11.8506 12 7 1994 -12.9766 12 8 1994 -6.7545 12 9 1994 -8.5233 12 10 1994 -12.133 12 11 1994 -10.1938 12 12 1994 -7.7208 12 13 1994 -16.0191 12 14 1994 -17.8219 12 15 1994 -13.3138 12 16 1994 -14.1246 12 17 1994 -11.3466 12 18 1994 -10.0931 12 19 1994 -9.5629 12 20 1994 -12.3528 12 21 1994 -19.378 12 22 1994 -6.633 12 23 1994 -6.3524 12 24 1994 -8.4846 12 25 1994 -7.5409 12 26 1994 -8.3976 12 27 1994 -14.0686 12 28 1994 -18.3801 12 29 1994 -11.7219 12 30 1994 -8.2504 12 31 1994 -8.2784 1 1 1995 -15.1436 1 2 1995 -17.9215 1 3 1995 -16.5198 1 4 1995 -17.126 1 5 1995 -22.509 1 6 1995 -19.026 1 7 1995 -18.541 1 8 1995 -18.5809 1 9 1995 -20.274 1 10 1995 -21.2216 1 11 1995 -25.3619 1 12 1995 -23.2423 1 13 1995 -24.7211 1 14 1995 -19.4115 1 15 1995 -18.1821 1 16 1995 -16.7506 1 17 1995 -18.691 1 18 1995 -13.7547 1 19 1995 -7.1556 1 20 1995 -7.3263 1 21 1995 -16.3066 1 22 1995 -18.8085 1 23 1995 -12.6246 1 24 1995 -12.8443 1 25 1995 -10.4663 1 26 1995 -12.4907 1 27 1995 -16.5283 1 28 1995 -16.3763 1 29 1995 -13.1921 1 30 1995 -16.5182 1 31 1995 -14.2407 2 1 1995 -16.7341 2 2 1995 -20.9187 2 3 1995 -24.0959 2 4 1995 -18.7562 2 5 1995 -7.64 2 6 1995 -4.8781 2 7 1995 -8.2008 2 8 1995 -21.2133 2 9 1995 -15.7092 2 10 1995 -17.3532 2 11 1995 -15.334 2 12 1995 -15.7143 2 13 1995 -16.4107 2 14 1995 -20.7404 2 15 1995 -15.8601 2 16 1995 -13.6185 2 17 1995 -17.4706 2 18 1995 -20.5508 2 19 1995 -14.8567 2 20 1995 -15.8718 2 21 1995 -20.3419 2 22 1995 -18.0711 2 23 1995 -19.5857 2 24 1995 -10.6185 2 25 1995 -3.0361 2 26 1995 -15.8882 2 27 1995 -21.952 2 28 1995 -18.1772 3 1 1995 -17.5618 3 2 1995 -16.1536 3 3 1995 -18.3772 3 4 1995 -11.0704 3 5 1995 -18.3496 3 6 1995 -25.09 3 7 1995 -19.5925 3 8 1995 -15.4486 3 9 1995 -18.004 3 10 1995 -13.6381 3 11 1995 -18.0871 3 12 1995 -12.9904 3 13 1995 -6.8068 3 14 1995 -3.6895 3 15 1995 -6.0787 3 16 1995 -7.396 3 17 1995 -5.1994 3 18 1995 -7.7044 3 19 1995 -16.4902 3 20 1995 -12.8854 3 21 1995 -12.5446 3 22 1995 -11.1991 3 23 1995 -13.5103 3 24 1995 -6.8518 3 25 1995 -5.5675 3 26 1995 -6.2626 3 27 1995 -7.8424 3 28 1995 -10.3564 3 29 1995 -18.6214 3 30 1995 -9.4912 3 31 1995 -8.026 4 1 1995 -3.6854 4 2 1995 -6.3563 4 3 1995 -8.0405 4 4 1995 -6.7222 4 5 1995 -6.0433 4 6 1995 -5.8093 4 7 1995 -7.9451 4 8 1995 -6.3913 4 9 1995 -3.6839 4 10 1995 -8.4839 4 11 1995 -8.1016 4 12 1995 -0.8647 4 13 1995 -3.9112 4 14 1995 -2.9167 4 15 1995 -4.4962 4 16 1995 -3.5982 4 17 1995 0.0139 4 18 1995 -3.315 4 19 1995 -3.824 4 20 1995 -1.0309 4 21 1995 -0.1232 4 22 1995 -3.8825 4 23 1995 -4.0118 4 24 1995 -2.5709 4 25 1995 -3.4555 4 26 1995 -2.907 4 27 1995 -3.786 4 28 1995 -3.6131 4 29 1995 -2.4781 4 30 1995 -1.1583 5 1 1995 0.3884 5 2 1995 0.377 5 3 1995 2.5817 5 4 1995 5.0315 5 5 1995 6.5291 5 6 1995 4.8437 5 7 1995 2.3744 5 8 1995 -0.0121 5 9 1995 -1.4506 5 10 1995 0.6752 5 11 1995 3.8306 5 12 1995 2.9378 5 13 1995 2.6591 5 14 1995 -0.0856 5 15 1995 2.4632 5 16 1995 -0.2731 5 17 1995 -1.4566 5 18 1995 -1.7509 5 19 1995 2.1272 5 20 1995 -1.1128 5 21 1995 6.0926 5 22 1995 3.3362 5 23 1995 2.3423 5 24 1995 0.9755 5 25 1995 -1.4386 5 26 1995 2.2658 5 27 1995 2.1671 5 28 1995 5.6756 5 29 1995 12.0626 5 30 1995 10.2236 5 31 1995 3.4706 6 1 1995 11.4345 6 2 1995 7.02 6 3 1995 8.7453 6 4 1995 6.7986 6 5 1995 -1.0557 6 6 1995 5.6052 6 7 1995 3.8637 6 8 1995 7.4061 6 9 1995 4.6278 6 10 1995 10.5921 6 11 1995 12.231 6 12 1995 6.0372 6 13 1995 9.0477 6 14 1995 12.0366 6 15 1995 13.5324 6 16 1995 12.6873 6 17 1995 9.0693 6 18 1995 16.254 6 19 1995 8.64 6 20 1995 4.8357 6 21 1995 6.2343 6 22 1995 11.7234 6 23 1995 16.9452 6 24 1995 7.722 6 25 1995 8.6481 6 26 1995 2.5596 6 27 1995 6.1614 6 28 1995 3.4803 6 29 1995 4.6494 6 30 1995 3.969 7 1 1995 7.3602 7 2 1995 6.7678 7 3 1995 8.1906 7 4 1995 16.347 7 5 1995 14.2554 7 6 1995 14.269 7 7 1995 12.1056 7 8 1995 11.1156 7 9 1995 18.5146 7 10 1995 15.3162 7 11 1995 14.619 7 12 1995 15.9312 7 13 1995 13.404 7 14 1995 12.1382 7 15 1995 6.5938 7 16 1995 7.6698 7 17 1995 10.6986 7 18 1995 16.46 7 19 1995 11.0554 7 20 1995 15.1602 7 21 1995 14.3196 7 22 1995 16.538 7 23 1995 18.9034 7 24 1995 18.6424 7 25 1995 22.6126 7 26 1995 17.6716 7 27 1995 13.9218 7 28 1995 16.9292 7 29 1995 21.6508 7 30 1995 17.0194 7 31 1995 14.158 8 1 1995 18.824 8 2 1995 13.145 8 3 1995 18.89 8 4 1995 19.0375 8 5 1995 12.901 8 6 1995 13.679 8 7 1995 12.242 8 8 1995 22.792 8 9 1995 15.826 8 10 1995 15.1645 8 11 1995 23.5355 8 12 1995 16.3565 8 13 1995 6.1005 8 14 1995 10.456 8 15 1995 18.3235 8 16 1995 15.781 8 17 1995 8.202 8 18 1995 10.901 8 19 1995 14.193 8 20 1995 15.734 8 21 1995 16.103 8 22 1995 6.7475 8 23 1995 9.4375 8 24 1995 11.1315 8 25 1995 6.184 8 26 1995 4.871 8 27 1995 6.459 8 28 1995 9.079 8 29 1995 12.592 8 30 1995 7.493 8 31 1995 12.453 9 1 1995 2.8804 9 2 1995 9.1516 9 3 1995 10.9297 9 4 1995 7.0228 9 5 1995 11.6428 9 6 1995 6.9991 9 7 1995 7.1755 9 8 1995 6.2929 9 9 1995 10.2034 9 10 1995 9.2311 9 11 1995 5.1991 9 12 1995 13.0375 9 13 1995 15.1936 9 14 1995 1.7872 9 15 1995 2.5204 9 16 1995 7.0021 9 17 1995 8.7673 9 18 1995 4.663 9 19 1995 5.2546 9 20 1995 2.3134 9 21 1995 0.9772 9 22 1995 1.69 9 23 1995 8.8159 9 24 1995 4.8775 9 25 1995 6.3931 9 26 1995 6.4555 9 27 1995 7.3414 9 28 1995 5.023 9 29 1995 1.2919 9 30 1995 7.5076 10 1 1995 9.8637 10 2 1995 0.4043 10 3 1995 2.0127 10 4 1995 1.0418 10 5 1995 -1.3167 10 6 1995 -0.7239 10 7 1995 1.044 10 8 1995 -2.8848 10 9 1995 -4.4656 10 10 1995 1.6302 10 11 1995 4.9066 10 12 1995 3.3766 10 13 1995 1.2565 10 14 1995 -0.3265 10 15 1995 6.3919 10 16 1995 5.5397 10 17 1995 0.587 10 18 1995 -0.2321 10 19 1995 0.4021 10 20 1995 -2.1794 10 21 1995 -4.6908 10 22 1995 -4.8183 10 23 1995 -3.6283 10 24 1995 -0.1609 10 25 1995 0.6041 10 26 1995 -1.0363 10 27 1995 -1.4994 10 28 1995 1.0429 10 29 1995 8.5186 10 30 1995 -1.8267 10 31 1995 -5.0711 11 1 1995 -4.1858 11 2 1995 -4.042 11 3 1995 -5.2762 11 4 1995 -3.508 11 5 1995 -6.0082 11 6 1995 -6.6172 11 7 1995 -2.5218 11 8 1995 8.8688 11 9 1995 8.0394 11 10 1995 -6.5198 11 11 1995 -3.6346 11 12 1995 2.2118 11 13 1995 4.7406 11 14 1995 -4.215 11 15 1995 -5.0402 11 16 1995 0.4238 11 17 1995 1.6788 11 18 1995 -4.6792 11 19 1995 -8.2364 11 20 1995 -8.214 11 21 1995 -10.7918 11 22 1995 -4.6526 11 23 1995 -1.9128 11 24 1995 -6.326 11 25 1995 -10.945 11 26 1995 -7.2226 11 27 1995 -8.0468 11 28 1995 -16.6252 11 29 1995 -17.1946 11 30 1995 -18.5184 12 1 1995 -16.0894 12 2 1995 -16.0483 12 3 1995 -16.681 12 4 1995 -19.1135 12 5 1995 -13.8696 12 6 1995 -16.376 12 7 1995 -6.624 12 8 1995 -8.7038 12 9 1995 -16.1865 12 10 1995 -6.9678 12 11 1995 -5.14 12 12 1995 -19.7396 12 13 1995 -17.8475 12 14 1995 -20.0256 12 15 1995 -10.976 12 16 1995 -8.8712 12 17 1995 -4.8314 12 18 1995 -7.7804 12 19 1995 -3.4552 12 20 1995 -4.8046 12 21 1995 -4.3697 12 22 1995 -4.3834 12 23 1995 -4.6914 12 24 1995 -3.8496 12 25 1995 -4.1594 12 26 1995 -3.6816 12 27 1995 -4.7766 12 28 1995 -6.0813 12 29 1995 -12.914 12 30 1995 -22.66 12 31 1995 -19.5335 1 1 1996 -19.5492 1 2 1996 -22.3436 1 3 1996 -16.4262 1 4 1996 -8.0936 1 5 1996 -8.4435 1 6 1996 -16.314 1 7 1996 -17.863 1 8 1996 -19.5615 1 9 1996 -20.123 1 10 1996 -20.0507 1 11 1996 -20.6835 1 12 1996 -17.7115 1 13 1996 -8.8184 1 14 1996 -9.7681 1 15 1996 -19.7715 1 16 1996 -26.6514 1 17 1996 -20.0044 1 18 1996 -15.7876 1 19 1996 0.323 1 20 1996 3.0201 1 21 1996 -15.3792 1 22 1996 -14.2402 1 23 1996 -7.79 1 24 1996 -3.2105 1 25 1996 -0.3725 1 26 1996 -18.7925 1 27 1996 -13.098 1 28 1996 -6.082 1 29 1996 -11.8089 1 30 1996 -19.4184 1 31 1996 -17.9662 2 1 1996 -18.3628 2 2 1996 -22.3363 2 3 1996 -21.6585 2 4 1996 -23.18 2 5 1996 -21.8284 2 6 1996 -17.86 2 7 1996 -19.0158 2 8 1996 -7.7698 2 9 1996 -7.1981 2 10 1996 -9.738 2 11 1996 -7.0417 2 12 1996 -10.255 2 13 1996 -13.8194 2 14 1996 -15.2195 2 15 1996 -14.5632 2 16 1996 -13.0508 2 17 1996 -1.5033 2 18 1996 2.7426 2 19 1996 -11.2606 2 20 1996 -7.6028 2 21 1996 -2.2879 2 22 1996 -8.6117 2 23 1996 -5.0294 2 24 1996 -5.2128 2 25 1996 -6.4171 2 26 1996 -3.6107 2 27 1996 -1.9758 2 28 1996 -12.6512 2 29 1996 -14.4458 3 1 1996 -16.1212 3 2 1996 -9.5689 3 3 1996 -9.0574 3 4 1996 -8.413 3 5 1996 -11.9902 3 6 1996 -20.389 3 7 1996 -15.9505 3 8 1996 -17.1526 3 9 1996 -17.1478 3 10 1996 -18.0784 3 11 1996 -8.3632 3 12 1996 -4.1452 3 13 1996 -10.5268 3 14 1996 -1.0051 3 15 1996 -2.2342 3 16 1996 -10.2544 3 17 1996 -1.2904 3 18 1996 -3.4312 3 19 1996 -3.4912 3 20 1996 -5.4208 3 21 1996 -6.3964 3 22 1996 -3.1924 3 23 1996 0.6251 3 24 1996 -1.111 3 25 1996 -6.2953 3 26 1996 4.6772 3 27 1996 2.2046 3 28 1996 -12.1372 3 29 1996 -11.3092 3 30 1996 -9.859 3 31 1996 -6.7192 4 1 1996 -3.7383 4 2 1996 -2.4144 4 3 1996 -3.59 4 4 1996 -3.6567 4 5 1996 -4.4418 4 6 1996 -4.4459 4 7 1996 -5.2146 4 8 1996 -3.2919 4 9 1996 -5.7467 4 10 1996 -4.2011 4 11 1996 -6.3727 4 12 1996 -3.4879 4 13 1996 -3.4443 4 14 1996 -3.745 4 15 1996 -4.9057 4 16 1996 -1.4117 4 17 1996 4.2103 4 18 1996 2.4441 4 19 1996 -0.0468 4 20 1996 0.4212 4 21 1996 -4.1437 4 22 1996 -3.2621 4 23 1996 4.9138 4 24 1996 0.3895 4 25 1996 1.0617 4 26 1996 1.7913 4 27 1996 8.8307 4 28 1996 6.6971 4 29 1996 0.8348 4 30 1996 5.4418 5 1 1996 5.7149 5 2 1996 3.9722 5 3 1996 5.0567 5 4 1996 4.7009 5 5 1996 -2.4703 5 6 1996 -4.6237 5 7 1996 -3.7384 5 8 1996 -3.9676 5 9 1996 3.0599 5 10 1996 2.9012 5 11 1996 -3.361 5 12 1996 -4.1119 5 13 1996 0.0878 5 14 1996 0.6767 5 15 1996 5.1341 5 16 1996 -0.5299 5 17 1996 2.2871 5 18 1996 -0.04 5 19 1996 2.6012 5 20 1996 -1.1587 5 21 1996 1.5008 5 22 1996 2.7062 5 23 1996 4.1543 5 24 1996 3.2609 5 25 1996 -0.4252 5 26 1996 -1.6798 5 27 1996 0.0509 5 28 1996 -0.2158 5 29 1996 5.6282 5 30 1996 8.6051 5 31 1996 10.9916 6 1 1996 6.777 6 2 1996 4.8843 6 3 1996 11.8638 6 4 1996 11.3859 6 5 1996 5.3244 6 6 1996 6.7905 6 7 1996 7.641 6 8 1996 0.7344 6 9 1996 7.4952 6 10 1996 14.1858 6 11 1996 5.6511 6 12 1996 6.6285 6 13 1996 12.2148 6 14 1996 13.3623 6 15 1996 12.4821 6 16 1996 5.6025 6 17 1996 8.1459 6 18 1996 7.8489 6 19 1996 4.0554 6 20 1996 1.1907 6 21 1996 2.5731 6 22 1996 1.8927 6 23 1996 6.1533 6 24 1996 7.7544 6 25 1996 12.0717 6 26 1996 7.0335 6 27 1996 3.5883 6 28 1996 13.2057 6 29 1996 15.8463 6 30 1996 6.5097 7 1 1996 14.5332 7 2 1996 11.8614 7 3 1996 13.3204 7 4 1996 7.5952 7 5 1996 7.752 7 6 1996 10.7604 7 7 1996 5.1494 7 8 1996 11.2084 7 9 1996 15.4564 7 10 1996 12.9926 7 11 1996 8.0438 7 12 1996 17.6704 7 13 1996 17.5958 7 14 1996 11.4094 7 15 1996 16.0894 7 16 1996 11.0138 7 17 1996 13.3702 7 18 1996 7.2504 7 19 1996 9.079 7 20 1996 6.9938 7 21 1996 5.372 7 22 1996 6.4514 7 23 1996 9.1342 7 24 1996 16.512 7 25 1996 15.878 7 26 1996 14.5172 7 27 1996 8.6402 7 28 1996 14.6824 7 29 1996 17.076 7 30 1996 19.421 7 31 1996 15.869 8 1 1996 19.119 8 2 1996 12.504 8 3 1996 19.231 8 4 1996 22.2125 8 5 1996 20.895 8 6 1996 21.932 8 7 1996 22.303 8 8 1996 24.358 8 9 1996 14.404 8 10 1996 5.5445 8 11 1996 5.647 8 12 1996 9.1945 8 13 1996 17.4145 8 14 1996 13.2915 8 15 1996 12.357 8 16 1996 16.93 8 17 1996 15.7125 8 18 1996 12.936 8 19 1996 11.52 8 20 1996 19.651 8 21 1996 16.582 8 22 1996 16.535 8 23 1996 14.338 8 24 1996 12.5365 8 25 1996 12.061 8 26 1996 9.782 8 27 1996 10.221 8 28 1996 13.716 8 29 1996 11.926 8 30 1996 5.855 8 31 1996 10.146 9 1 1996 8.1202 9 2 1996 4.6936 9 3 1996 12.4489 9 4 1996 18.9934 9 5 1996 11.3419 9 6 1996 6.1402 9 7 1996 5.5171 9 8 1996 4.2124 9 9 1996 9.784 9 10 1996 4.5307 9 11 1996 1.69 9 12 1996 1.7452 9 13 1996 3.6622 9 14 1996 8.0677 9 15 1996 3.109 9 16 1996 6.2101 9 17 1996 5.6314 9 18 1996 5.5204 9 19 1996 7.3624 9 20 1996 4.2613 9 21 1996 2.2957 9 22 1996 0.0253 9 23 1996 0.3229 9 24 1996 -2.2898 9 25 1996 3.7936 9 26 1996 6.6835 9 27 1996 3.8455 9 28 1996 7.2823 9 29 1996 8.2585 9 30 1996 3.13 10 1 1996 0.773 10 2 1996 3.3771 10 3 1996 10.2854 10 4 1996 1.1257 10 5 1996 -0.9491 10 6 1996 6.2644 10 7 1996 3.8656 10 8 1996 -4.3508 10 9 1996 -4.252 10 10 1996 -1.3145 10 11 1996 -3.3203 10 12 1996 -0.0036 10 13 1996 -4.2255 10 14 1996 -5.6959 10 15 1996 -3.0581 10 16 1996 -2.3538 10 17 1996 -3.041 10 18 1996 -3.721 10 19 1996 -3.8546 10 20 1996 -4.2487 10 21 1996 -0.1609 10 22 1996 -0.5285 10 23 1996 2.165 10 24 1996 2.4537 10 25 1996 -2.908 10 26 1996 -3.7878 10 27 1996 -2.6988 10 28 1996 -2.77 10 29 1996 -3.3915 10 30 1996 -3.9578 10 31 1996 -2.7021 11 1 1996 -2.9412 11 2 1996 -2.837 11 3 1996 -3.0454 11 4 1996 -4.7396 11 5 1996 -5.5888 11 6 1996 -8.413 11 7 1996 -4.6854 11 8 1996 2.6614 11 9 1996 7.2684 11 10 1996 10.3166 11 11 1996 7.396 11 12 1996 3.5626 11 13 1996 -7.8592 11 14 1996 -10.0692 11 15 1996 -9.2372 11 16 1996 -6.513 11 17 1996 -3.7612 11 18 1996 -6.2666 11 19 1996 -4.9006 11 20 1996 -5.221 11 21 1996 -6.3088 11 22 1996 -5.8592 11 23 1996 -8.3 11 24 1996 -11.952 11 25 1996 -8.7928 11 26 1996 -11.2492 11 27 1996 -13.5394 11 28 1996 -10.3974 11 29 1996 -10.884 11 30 1996 -12.5902 12 1 1996 -10.5614 12 2 1996 -1.6596 12 3 1996 1.2495 12 4 1996 -4.2976 12 5 1996 -7.019 12 6 1996 -5.9252 12 7 1996 -5.7578 12 8 1996 -6.8963 12 9 1996 -1.211 12 10 1996 1.2036 12 11 1996 -0.9786 12 12 1996 -6.4298 12 13 1996 -9.0529 12 14 1996 -8.3386 12 15 1996 -9.1846 12 16 1996 -7.6404 12 17 1996 -3.8198 12 18 1996 -6.431 12 19 1996 -8.845 12 20 1996 -1.376 12 21 1996 -8.033 12 22 1996 -10.7848 12 23 1996 -13.4812 12 24 1996 -10.783 12 25 1996 0.5108 12 26 1996 -22.0297 12 27 1996 -22.1453 12 28 1996 -20.2073 12 29 1996 -17.4644 12 30 1996 -10.2152 12 31 1996 -16.9324 1 1 1997 -15.8652 1 2 1997 -21.2934 1 3 1997 -17.4488 1 4 1997 -17.8471 1 5 1997 -14.4401 1 6 1997 -12.4625 1 7 1997 -8.745 1 8 1997 -4.1331 1 9 1997 -4.7627 1 10 1997 -4.1751 1 11 1997 -5.9953 1 12 1997 -5.6369 1 13 1997 -6.5914 1 14 1997 -9.6676 1 15 1997 -14.7363 1 16 1997 -5.2046 1 17 1997 -1.0723 1 18 1997 -16.9032 1 19 1997 -18.1858 1 20 1997 -16.0923 1 21 1997 -16.506 1 22 1997 -20.9584 1 23 1997 -23.229 1 24 1997 -21.722 1 25 1997 -8.3664 1 26 1997 -3.2966 1 27 1997 -17.1313 1 28 1997 -15.4265 1 29 1997 -11.9541 1 30 1997 -20.8781 1 31 1997 -21.0323 2 1 1997 -18.3577 2 2 1997 -15.7821 2 3 1997 -19.9339 2 4 1997 -21.5389 2 5 1997 -15.7551 2 6 1997 -14.1665 2 7 1997 -17.7437 2 8 1997 -21.202 2 9 1997 -14.1654 2 10 1997 -17.8724 2 11 1997 -20.6602 2 12 1997 -15.4244 2 13 1997 -16.4198 2 14 1997 -12.482 2 15 1997 -12.4576 2 16 1997 -21.4412 2 17 1997 -21.7872 2 18 1997 -15.5192 2 19 1997 -22.3538 2 20 1997 -19.6896 2 21 1997 -10.2134 2 22 1997 -19.5 2 23 1997 -18.0846 2 24 1997 -18.8335 2 25 1997 -20.9537 2 26 1997 -17.5147 2 27 1997 -14.6208 2 28 1997 -13.3093 3 1 1997 -9.3205 3 2 1997 -10.4158 3 3 1997 -25.1641 3 4 1997 -19.8229 3 5 1997 -18.1747 3 6 1997 -13.9432 3 7 1997 -19.1182 3 8 1997 -26.2045 3 9 1997 -23.5066 3 10 1997 -19.6066 3 11 1997 -12.6904 3 12 1997 -9.979 3 13 1997 -3.2104 3 14 1997 -5.02 3 15 1997 -5.6419 3 16 1997 -3.2932 3 17 1997 -17.788 3 18 1997 -13.1233 3 19 1997 -16.0978 3 20 1997 -14.2288 3 21 1997 -8.5192 3 22 1997 -13.1194 3 23 1997 -6.346 3 24 1997 -7.069 3 25 1997 -8.938 3 26 1997 -7.8052 3 27 1997 -7.3267 3 28 1997 -8.2756 3 29 1997 -0.2269 3 30 1997 -17.7376 3 31 1997 -14.7583 4 1 1997 -13.2191 4 2 1997 -9.8 4 3 1997 -8.6203 4 4 1997 -6.1834 4 5 1997 -3.1507 4 6 1997 -8.8707 4 7 1997 -2.2486 4 8 1997 0.3515 4 9 1997 -6.1823 4 10 1997 -7.6828 4 11 1997 -9.6774 4 12 1997 -8.8636 4 13 1997 -8.8666 4 14 1997 -9.3428 4 15 1997 -5.9345 4 16 1997 -5.9807 4 17 1997 -6.2885 4 18 1997 -3.5982 4 19 1997 -3.9071 4 20 1997 -3.9287 4 21 1997 -3.5736 4 22 1997 -3.7968 4 23 1997 -4.2622 4 24 1997 -4.2078 4 25 1997 -6.0854 4 26 1997 -6.1044 4 27 1997 -3.7681 4 28 1997 5.0159 4 29 1997 3.3436 4 30 1997 5.1165 5 1 1997 2.2637 5 2 1997 1.7318 5 3 1997 2.1266 5 4 1997 0.0842 5 5 1997 1.787 5 6 1997 4.8338 5 7 1997 6.5741 5 8 1997 -1.5217 5 9 1997 -2.8396 5 10 1997 0.7067 5 11 1997 -3.8632 5 12 1997 3.0416 5 13 1997 4.7525 5 14 1997 5.3117 5 15 1997 -2.1541 5 16 1997 0.7757 5 17 1997 -0.4351 5 18 1997 2.6147 5 19 1997 -2.2924 5 20 1997 -1.8202 5 21 1997 -2.5336 5 22 1997 -3.6655 5 23 1997 -2.9146 5 24 1997 -2.0017 5 25 1997 -0.439 5 26 1997 0.6614 5 27 1997 1.7522 5 28 1997 4.7426 5 29 1997 0.2051 5 30 1997 11.1242 5 31 1997 10.9796 6 1 1997 -0.7587 6 2 1997 -0.8181 6 3 1997 -0.891 6 4 1997 0.1215 6 5 1997 3.5262 6 6 1997 8.7345 6 7 1997 11.9637 6 8 1997 12.8925 6 9 1997 16.0191 6 10 1997 6.8661 6 11 1997 3.4506 6 12 1997 3.3102 6 13 1997 7.7166 6 14 1997 0.0324 6 15 1997 5.0301 6 16 1997 10.4004 6 17 1997 15.8841 6 18 1997 12.8169 6 19 1997 4.6089 6 20 1997 7.5384 6 21 1997 10.9512 6 22 1997 1.3284 6 23 1997 4.1364 6 24 1997 5.1111 6 25 1997 6.0129 6 26 1997 8.8614 6 27 1997 12.4335 6 28 1997 16.5483 6 29 1997 15.795 6 30 1997 17.361 7 1 1997 18.5972 7 2 1997 7.7194 7 3 1997 8.028 7 4 1997 9.4858 7 5 1997 13.6098 7 6 1997 14.047 7 7 1997 10.633 7 8 1997 11.8186 7 9 1997 10.9868 7 10 1997 9.8268 7 11 1997 13.9702 7 12 1997 8.7004 7 13 1997 15.4702 7 14 1997 6.085 7 15 1997 12.7714 7 16 1997 12.2266 7 17 1997 13.839 7 18 1997 16.2882 7 19 1997 15.5174 7 20 1997 12.2454 7 21 1997 9.106 7 22 1997 7.82 7 23 1997 10.7934 7 24 1997 17.214 7 25 1997 12.805 7 26 1997 8.1252 7 27 1997 12.7226 7 28 1997 11.4184 7 29 1997 9.6756 7 30 1997 14.7592 7 31 1997 16.2476 8 1 1997 15.496 8 2 1997 12.267 8 3 1997 11.4665 8 4 1997 11.2335 8 5 1997 12.9975 8 6 1997 14.7535 8 7 1997 16.5745 8 8 1997 9.9895 8 9 1997 21.969 8 10 1997 20.456 8 11 1997 22.079 8 12 1997 7.91 8 13 1997 7.9925 8 14 1997 7.296 8 15 1997 10.6435 8 16 1997 12.271 8 17 1997 5.978 8 18 1997 4.154 8 19 1997 10.3215 8 20 1997 14.5005 8 21 1997 13.18 8 22 1997 14.947 8 23 1997 10.4685 8 24 1997 7.9595 8 25 1997 8.403 8 26 1997 10.5135 8 27 1997 14.328 8 28 1997 17.0135 8 29 1997 4.7 8 30 1997 6.651 8 31 1997 7.128 9 1 1997 14.5951 9 2 1997 14.0827 9 3 1997 13.4224 9 4 1997 11.5015 9 5 1997 8.854 9 6 1997 9.7882 9 7 1997 11.9527 9 8 1997 5.3302 9 9 1997 6.2959 9 10 1997 8.3032 9 11 1997 13.8127 9 12 1997 7.1821 9 13 1997 5.839 9 14 1997 10.006 9 15 1997 9.7042 9 16 1997 6.151 9 17 1997 0.9043 9 18 1997 3.7423 9 19 1997 9.1897 9 20 1997 7.8676 9 21 1997 3.6379 9 22 1997 5.3446 9 23 1997 0.5347 9 24 1997 -0.2792 9 25 1997 0.3925 9 26 1997 0.7072 9 27 1997 -0.9365 9 28 1997 7.9192 9 29 1997 12.4216 9 30 1997 10.9615 10 1 1997 5.7257 10 2 1997 -2.5194 10 3 1997 -1.527 10 4 1997 5.6843 10 5 1997 5.2273 10 6 1997 5.5248 10 7 1997 2.5928 10 8 1997 -1.0043 10 9 1997 1.2256 10 10 1997 7.3672 10 11 1997 3.3247 10 12 1997 -2.8263 10 13 1997 -4.1979 10 14 1997 0.837 10 15 1997 7.0261 10 16 1997 1.1566 10 17 1997 -2.122 10 18 1997 -1.7075 10 19 1997 -1.5993 10 20 1997 -3.0504 10 21 1997 -2.2368 10 22 1997 1.2626 10 23 1997 0.178 10 24 1997 -2.5194 10 25 1997 -2.6745 10 26 1997 -2.6999 10 27 1997 -5.6374 10 28 1997 -6.1176 10 29 1997 -4.0555 10 30 1997 -4.7057 10 31 1997 -3.859 11 1 1997 -0.7906 11 2 1997 1.199 11 3 1997 7.4976 11 4 1997 6.005 11 5 1997 0.354 11 6 1997 -6.1624 11 7 1997 -7.0418 11 8 1997 -3.0178 11 9 1997 -1.2402 11 10 1997 -5.2512 11 11 1997 -4.0316 11 12 1997 -4.4536 11 13 1997 -3.7904 11 14 1997 -5.0324 11 15 1997 -10.959 11 16 1997 -9.7066 11 17 1997 -10.4172 11 18 1997 -11.1002 11 19 1997 -11.8306 11 20 1997 -8.9272 11 21 1997 -8.4104 11 22 1997 -14.5892 11 23 1997 -15.1128 11 24 1997 -16.0198 11 25 1997 -14.4756 11 26 1997 -13.8692 11 27 1997 -15.7208 11 28 1997 -8.946 11 29 1997 -3.6268 11 30 1997 -2.9714 12 1 1997 -2.5157 12 2 1997 -2.8654 12 3 1997 -2.7826 12 4 1997 -2.6563 12 5 1997 -3.1758 12 6 1997 -4.7188 12 7 1997 -6.4316 12 8 1997 -8.7336 12 9 1997 -13.5372 12 10 1997 -11.01 12 11 1997 -12.0913 12 12 1997 -12.4845 12 13 1997 -13.057 12 14 1997 -13.228 12 15 1997 -18.9812 12 16 1997 -16.0167 12 17 1997 -14.8836 12 18 1997 -11.6534 12 19 1997 -11.2608 12 20 1997 -11.567 12 21 1997 -12.7424 12 22 1997 -19.375 12 23 1997 -17.2374 12 24 1997 -11.461 12 25 1997 -8.3708 12 26 1997 -8.5376 12 27 1997 -8.6085 12 28 1997 -15.7945 12 29 1997 -21.2052 12 30 1997 -6.8486 12 31 1997 -5.8894 1 1 1998 -20.6175 1 2 1998 -23.179 1 3 1998 -21.4205 1 4 1998 -19.0329 1 5 1998 -21.6582 1 6 1998 -23.4433 1 7 1998 -20.584 1 8 1998 -19.4652 1 9 1998 -15.7041 1 10 1998 -16.5129 1 11 1998 -10.4365 1 12 1998 -10.5301 1 13 1998 -13.6249 1 14 1998 -6.3872 1 15 1998 -5.9719 1 16 1998 -9.2581 1 17 1998 -9.3714 1 18 1998 -9.6995 1 19 1998 -11.9866 1 20 1998 -11.047 1 21 1998 -12.5997 1 22 1998 -16.3475 1 23 1998 -20.5883 1 24 1998 -16.4645 1 25 1998 -7.3943 1 26 1998 -7.4682 1 27 1998 -16.648 1 28 1998 -13.249 1 29 1998 -7.6613 1 30 1998 -6.9801 1 31 1998 -3.8385 2 1 1998 -8.3543 2 2 1998 -6.2574 2 3 1998 -5.1468 2 4 1998 -11.44 2 5 1998 -17.7506 2 6 1998 -16.5711 2 7 1998 -20.6292 2 8 1998 -25.2426 2 9 1998 -21.6264 2 10 1998 -14.8877 2 11 1998 -11.7382 2 12 1998 -11.0418 2 13 1998 -6.198 2 14 1998 -14.3408 2 15 1998 -16.8143 2 16 1998 -14.18 2 17 1998 -11.087 2 18 1998 -11.2405 2 19 1998 -4.6163 2 20 1998 -5.5373 2 21 1998 -7.737 2 22 1998 -12.7438 2 23 1998 -13.7709 2 24 1998 -11.3171 2 25 1998 -6.82 2 26 1998 -5.3251 2 27 1998 -4.9707 2 28 1998 -5.6321 3 1 1998 -8.1094 3 2 1998 -11.1574 3 3 1998 -9.1912 3 4 1998 -6.3868 3 5 1998 -10.1536 3 6 1998 -13.492 3 7 1998 -9.4312 3 8 1998 -9.8224 3 9 1998 -3.3025 3 10 1998 4.2395 3 11 1998 3.3002 3 12 1998 -2.3164 3 13 1998 -12.4276 3 14 1998 -13.234 3 15 1998 -12.115 3 16 1998 -13.4323 3 17 1998 -6.1204 3 18 1998 -4.3288 3 19 1998 -20.1268 3 20 1998 -18.9112 3 21 1998 -15.3937 3 22 1998 -16.6594 3 23 1998 -6.5254 3 24 1998 -6.4102 3 25 1998 -9.817 3 26 1998 -0.8116 3 27 1998 1.6793 3 28 1998 -10.1311 3 29 1998 -6.94 3 30 1998 -8.0131 3 31 1998 -8.3998 4 1 1998 -9.171 4 2 1998 -6.9614 4 3 1998 -8.2462 4 4 1998 -5.5127 4 5 1998 -4.9113 4 6 1998 -4.2242 4 7 1998 -0.4228 4 8 1998 -0.5357 4 9 1998 -5.5373 4 10 1998 -7.1224 4 11 1998 -7.0337 4 12 1998 -2.0116 4 13 1998 0.5259 4 14 1998 -3.9518 4 15 1998 -4.4962 4 16 1998 0.9671 4 17 1998 -0.8591 4 18 1998 -0.5301 4 19 1998 -2.1711 4 20 1998 -4.6512 4 21 1998 -6.3071 4 22 1998 -4.3412 4 23 1998 -4.1206 4 24 1998 2.2496 4 25 1998 -4.2771 4 26 1998 -3.6444 4 27 1998 -5.5317 4 28 1998 -4.7451 4 29 1998 3.4919 4 30 1998 5.3192 5 1 1998 1.4687 5 2 1998 1.3823 5 3 1998 2.0303 5 4 1998 -0.1981 5 5 1998 -0.943 5 6 1998 8.564 5 7 1998 10.9601 5 8 1998 2.6309 5 9 1998 1.3274 5 10 1998 7.0424 5 11 1998 2.3231 5 12 1998 11.4146 5 13 1998 9.4844 5 14 1998 -1.759 5 15 1998 1.9178 5 16 1998 1.5938 5 17 1998 7.967 5 18 1998 4.1822 5 19 1998 1.5209 5 20 1998 3.0341 5 21 1998 7.9289 5 22 1998 0.4439 5 23 1998 0.7916 5 24 1998 0.4022 5 25 1998 -1.7728 5 26 1998 3.4448 5 27 1998 -2.1739 5 28 1998 0.1556 5 29 1998 2.9117 5 30 1998 -0.0286 5 31 1998 0.8471 6 1 1998 4.2471 6 2 1998 3.9852 6 3 1998 9.1557 6 4 1998 8.7642 6 5 1998 -0.0162 6 6 1998 0.0567 6 7 1998 1.5498 6 8 1998 9.1584 6 9 1998 14.7825 6 10 1998 11.5236 6 11 1998 12.582 6 12 1998 16.767 6 13 1998 18.0576 6 14 1998 16.9776 6 15 1998 19.3509 6 16 1998 15.6276 6 17 1998 15.552 6 18 1998 13.9185 6 19 1998 12.0663 6 20 1998 4.3173 6 21 1998 9.4311 6 22 1998 18.1251 6 23 1998 15.8895 6 24 1998 14.4396 6 25 1998 7.9893 6 26 1998 3.807 6 27 1998 3.3183 6 28 1998 7.1064 6 29 1998 7.7274 6 30 1998 7.5114 7 1 1998 10.1956 7 2 1998 6.0208 7 3 1998 17.51 7 4 1998 13.1384 7 5 1998 11.9008 7 6 1998 14.0812 7 7 1998 15.1218 7 8 1998 13.351 7 9 1998 12.5236 7 10 1998 12.3102 7 11 1998 17.7438 7 12 1998 18.0456 7 13 1998 18.9216 7 14 1998 17.346 7 15 1998 16.8048 7 16 1998 13.6202 7 17 1998 10.1334 7 18 1998 13.3204 7 19 1998 13.7374 7 20 1998 15.531 7 21 1998 10.8024 7 22 1998 11.7166 7 23 1998 11.1312 7 24 1998 11.5732 7 25 1998 11.9586 7 26 1998 12.4006 7 27 1998 17.719 7 28 1998 17.415 7 29 1998 17.432 7 30 1998 17.2828 7 31 1998 15.2282 8 1 1998 14.559 8 2 1998 13.993 8 3 1998 11.2015 8 4 1998 15.3465 8 5 1998 13.461 8 6 1998 16.731 8 7 1998 16.1015 8 8 1998 20.7515 8 9 1998 20.2835 8 10 1998 20.5935 8 11 1998 12.2485 8 12 1998 10.4035 8 13 1998 10.916 8 14 1998 12.184 8 15 1998 20.81 8 16 1998 14.666 8 17 1998 14.783 8 18 1998 14.6175 8 19 1998 5.811 8 20 1998 5.875 8 21 1998 14.241 8 22 1998 11.5235 8 23 1998 10.411 8 24 1998 8.2435 8 25 1998 9.982 8 26 1998 12.7485 8 27 1998 12.873 8 28 1998 6.976 8 29 1998 8.536 8 30 1998 8.137 8 31 1998 8.5585 9 1 1998 8.1991 9 2 1998 5.884 9 3 1998 7.4485 9 4 1998 7.1026 9 5 1998 6.2581 9 6 1998 2.0533 9 7 1998 4.0813 9 8 1998 6.2098 9 9 1998 3.0571 9 10 1998 1.1053 9 11 1998 2.8735 9 12 1998 4.7389 9 13 1998 4.3822 9 14 1998 4.4275 9 15 1998 6.535 9 16 1998 3.2959 9 17 1998 2.5828 9 18 1998 5.2546 9 19 1998 4.9399 9 20 1998 3.0223 9 21 1998 2.14 9 22 1998 2.1919 9 23 1998 2.5414 9 24 1998 5.9641 9 25 1998 7.1512 9 26 1998 4.597 9 27 1998 4.7356 9 28 1998 4.2337 9 29 1998 5.9089 9 30 1998 3.2683 10 1 1998 2.8699 10 2 1998 5.2444 10 3 1998 1.2819 10 4 1998 0.6168 10 5 1998 -0.5826 10 6 1998 -1.851 10 7 1998 1.5965 10 8 1998 2.0022 10 9 1998 2.1551 10 10 1998 9.1732 10 11 1998 0.5042 10 12 1998 -0.9778 10 13 1998 -2.0414 10 14 1998 -1.7969 10 15 1998 -1.3134 10 16 1998 -3.3076 10 17 1998 -0.4794 10 18 1998 -0.1874 10 19 1998 -0.6825 10 20 1998 -1.1765 10 21 1998 -1.235 10 22 1998 -2.5448 10 23 1998 -4.4507 10 24 1998 -2.5724 10 25 1998 -6.1292 10 26 1998 -5.6788 10 27 1998 -2.7667 10 28 1998 -0.7962 10 29 1998 -1.1533 10 30 1998 -3.0824 10 31 1998 -4.1692 11 1 1998 -2.0472 11 2 1998 -0.577 11 3 1998 2.6176 11 4 1998 -0.7656 11 5 1998 -2.1316 11 6 1998 -3.7456 11 7 1998 -7.6576 11 8 1998 -6.4354 11 9 1998 -1.9566 11 10 1998 -3.2788 11 11 1998 -3.3012 11 12 1998 -2.229 11 13 1998 -7.7222 11 14 1998 -8.761 11 15 1998 -9.2278 11 16 1998 -5.4174 11 17 1998 -4.2452 11 18 1998 -6.8428 11 19 1998 -9.3466 11 20 1998 -9.555 11 21 1998 -7.5852 11 22 1998 -9.903 11 23 1998 -8.6042 11 24 1998 -5.9764 11 25 1998 -6.9272 11 26 1998 -14.4522 11 27 1998 -6.885 11 28 1998 -5.9316 11 29 1998 -9.294 11 30 1998 -14.5246 12 1 1998 -2.9095 12 2 1998 -3.146 12 3 1998 -6.7265 12 4 1998 -6.1796 12 5 1998 -7.6958 12 6 1998 -8.7628 12 7 1998 -9.663 12 8 1998 -8.736 12 9 1998 -12.133 12 10 1998 -10.478 12 11 1998 -11.7702 12 12 1998 -11.066 12 13 1998 -9.2442 12 14 1998 -9.971 12 15 1998 -10.0985 12 16 1998 -7.2752 12 17 1998 -16.7102 12 18 1998 -11.651 12 19 1998 -5.9722 12 20 1998 -14.886 12 21 1998 -18.8865 12 22 1998 -9.0964 12 23 1998 -10.1193 12 24 1998 -20.053 12 25 1998 -23.5626 12 26 1998 -19.0265 12 27 1998 -14.7424 12 28 1998 -14.3558 12 29 1998 -17.2154 12 30 1998 -6.7664 12 31 1998 -7.8864 1 1 1999 -23.3497 1 2 1999 -6.9195 1 3 1999 -8.2425 1 4 1999 -3.5237 1 5 1999 -8.4807 1 6 1999 -18.2018 1 7 1999 -8.7849 1 8 1999 -11.5447 1 9 1999 -16.691 1 10 1999 -11.8105 1 11 1999 -20.7749 1 12 1999 -18.7835 1 13 1999 -23.564 1 14 1999 -20.483 1 15 1999 -17.6535 1 16 1999 -8.5073 1 17 1999 -8.3031 1 18 1999 -10.5535 1 19 1999 -6.3936 1 20 1999 -6.2431 1 21 1999 -9.4198 1 22 1999 -14.3476 1 23 1999 -15.3356 1 24 1999 -11.9499 1 25 1999 -8.1239 1 26 1999 -8.293 1 27 1999 -16.4778 1 28 1999 -18.4937 1 29 1999 -21.0743 1 30 1999 -21.6401 1 31 1999 -14.7055 2 1 1999 -13.982 2 2 1999 -14.8939 2 3 1999 -7.7461 2 4 1999 -5.8793 2 5 1999 -5.6033 2 6 1999 -6.7726 2 7 1999 -4.8103 2 8 1999 -5.1421 2 9 1999 -14.4181 2 10 1999 -15.5626 2 11 1999 -14.6693 2 12 1999 -10.6174 2 13 1999 -3.2709 2 14 1999 -9.7697 2 15 1999 -14.3831 2 16 1999 -11.5796 2 17 1999 -17.4972 2 18 1999 -13.5051 2 19 1999 -11.7867 2 20 1999 -18.0463 2 21 1999 -18.5823 2 22 1999 -17.3171 2 23 1999 -11.8407 2 24 1999 -11.5486 2 25 1999 -5.6259 2 26 1999 -10.1405 2 27 1999 -8.6806 2 28 1999 -9.8291 3 1 1999 -5.0062 3 2 1999 2.1629 3 3 1999 -0.1027 3 4 1999 -0.6826 3 5 1999 1.334 3 6 1999 -10.1062 3 7 1999 -17.0923 3 8 1999 -9.5446 3 9 1999 -4.3246 3 10 1999 -2.5708 3 11 1999 -5.2966 3 12 1999 -8.0542 3 13 1999 -7.6582 3 14 1999 -10.2598 3 15 1999 -10.0342 3 16 1999 -6.7096 3 17 1999 -3.6799 3 18 1999 -5.0845 3 19 1999 -5.8993 3 20 1999 -5.5402 3 21 1999 -7.9624 3 22 1999 -5.6371 3 23 1999 -0.4063 3 24 1999 -2.0503 3 25 1999 -0.1438 3 26 1999 -6.6316 3 27 1999 1.265 3 28 1999 6.707 3 29 1999 11.2016 3 30 1999 3.7796 3 31 1999 -4.7524 4 1 1999 -6.0232 4 2 1999 -7.498 4 3 1999 -7.1891 4 4 1999 -6.9741 4 5 1999 -8.8379 4 6 1999 -8.8215 4 7 1999 -4.0893 4 8 1999 -1.9453 4 9 1999 -4.9575 4 10 1999 -5.0242 4 11 1999 -5.2623 4 12 1999 -2.8664 4 13 1999 -3.8881 4 14 1999 -1.9259 4 15 1999 1.8688 4 16 1999 -4.7492 4 17 1999 -0.8852 4 18 1999 -3.4186 4 19 1999 -1.5082 4 20 1999 -0.2249 4 21 1999 -2.8347 4 22 1999 -2.9953 4 23 1999 -3.628 4 24 1999 -4.684 4 25 1999 -4.9616 4 26 1999 -3.2703 4 27 1999 -3.2919 4 28 1999 -4.254 4 29 1999 -2.183 4 30 1999 1.5834 5 1 1999 -0.1903 5 2 1999 -0.1189 5 3 1999 4.9232 5 4 1999 10.4471 5 5 1999 14.222 5 6 1999 4.5161 5 7 1999 14.906 5 8 1999 17.2703 5 9 1999 15.9764 5 10 1999 9.2885 5 11 1999 -0.8485 5 12 1999 0.8051 5 13 1999 2.3444 5 14 1999 -2.9323 5 15 1999 3.6212 5 16 1999 13.406 5 17 1999 17.3096 5 18 1999 7.6055 5 19 1999 -0.1723 5 20 1999 3.6128 5 21 1999 1.0781 5 22 1999 1.3547 5 23 1999 -0.22 5 24 1999 3.5321 5 25 1999 4.3358 5 26 1999 7.8587 5 27 1999 9.3146 5 28 1999 1.424 5 29 1999 11.5313 5 30 1999 9.6896 5 31 1999 5.3792 6 1 1999 -0.0648 6 2 1999 4.4388 6 3 1999 0.4158 6 4 1999 2.7864 6 5 1999 11.1537 6 6 1999 8.8209 6 7 1999 6.5232 6 8 1999 1.3041 6 9 1999 4.4064 6 10 1999 16.5915 6 11 1999 19.1241 6 12 1999 12.9168 6 13 1999 11.8746 6 14 1999 19.9935 6 15 1999 12.231 6 16 1999 8.0433 6 17 1999 9.2907 6 18 1999 10.2006 6 19 1999 14.2641 6 20 1999 19.3752 6 21 1999 9.2907 6 22 1999 13.0788 6 23 1999 20.9088 6 24 1999 22.0077 6 25 1999 23.7411 6 26 1999 19.4076 6 27 1999 7.2846 6 28 1999 9.4635 6 29 1999 3.8475 6 30 1999 13.5432 7 1 1999 15.0518 7 2 1999 13.622 7 3 1999 9.9934 7 4 1999 -2253.1674 7 5 1999 7.3894 7 6 1999 7.1996 7 7 1999 7.022 7 8 1999 9.1738 7 9 1999 6.3858 7 10 1999 7.6844 7 11 1999 -2250.3486 7 12 1999 18.1462 7 13 1999 21.8622 7 14 1999 17.5032 7 15 1999 17.7676 7 16 1999 15.4914 7 17 1999 14.3218 7 18 1999 -2249.4252 7 19 1999 14.0088 7 20 1999 10.7708 7 21 1999 13.1194 7 22 1999 17.6184 7 23 1999 15.9796 7 24 1999 14.5794 7 25 1999 -2249.0364 7 26 1999 13.7184 7 27 1999 20.1342 7 28 1999 17.9664 7 29 1999 13.9928 7 30 1999 17.4004 7 31 1999 16.2748 8 1 1999 -2039.6845 8 2 1999 15.171 8 3 1999 13.562 8 4 1999 12.3005 8 5 1999 13.78 8 6 1999 8.441 8 7 1999 11.8225 8 8 1999 -2043.9445 8 9 1999 9.817 8 10 1999 6.01 8 11 1999 7.128 8 12 1999 11.285 8 13 1999 13.4275 8 14 1999 9.198 8 15 1999 -2039.9245 8 16 1999 17.2975 8 17 1999 10.195 8 18 1999 11.721 8 19 1999 11.643 8 20 1999 17.3165 8 21 1999 21.0855 8 22 1999 -2036.0245 8 23 1999 17.305 8 24 1999 9.872 8 25 1999 14.335 8 26 1999 8.773 8 27 1999 17.609 8 28 1999 12.6595 8 29 1999 11.8895 8 30 1999 8.52 8 31 1999 11.1355 9 1 1999 13.0303 9 2 1999 20.6512 9 3 1999 8.9191 9 4 1999 6.6352 9 5 1999 8.1511 9 6 1999 4.0327 9 7 1999 5.1121 9 8 1999 5.7697 9 9 1999 4.5622 9 10 1999 6.3412 9 11 1999 14.5708 9 12 1999 12.9757 9 13 1999 5.9326 9 14 1999 9.4315 9 15 1999 11.4496 9 16 1999 11.7886 9 17 1999 7.5838 9 18 1999 4.8079 9 19 1999 9.2548 9 20 1999 12.8023 9 21 1999 10.4701 9 22 1999 1.0015 9 23 1999 2.6176 9 24 1999 3.0013 9 25 1999 2.9569 9 26 1999 3.8251 9 27 1999 5.4028 9 28 1999 15.2143 9 29 1999 6.2446 9 30 1999 1.0843 10 1 1999 11.3043 10 2 1999 7.7431 10 3 1999 5.7097 10 4 1999 2.0839 10 5 1999 1.0832 10 6 1999 1.0705 10 7 1999 -2.8677 10 8 1999 -1.697 10 9 1999 -3.227 10 10 1999 -2.8423 10 11 1999 -5.0595 10 12 1999 -3.2375 10 13 1999 -1.7384 10 14 1999 -0.3226 10 15 1999 -2.9488 10 16 1999 -5.2262 10 17 1999 -6.1612 10 18 1999 -4.9022 10 19 1999 -5.2709 10 20 1999 -4.1449 10 21 1999 -3.5455 10 22 1999 -1.8968 10 23 1999 0.2448 10 24 1999 2.5332 10 25 1999 -2.4239 10 26 1999 -4.4634 10 27 1999 -8.0224 10 28 1999 -6.8495 10 29 1999 -2.3218 10 30 1999 -6.6795 10 31 1999 -3.333 11 1 1999 -3.5924 11 2 1999 0.031 11 3 1999 3.7226 11 4 1999 7.7586 11 5 1999 -1.5778 11 6 1999 -4.811 11 7 1999 -5.0824 11 8 1999 -6.4604 11 9 1999 -9.8556 11 10 1999 -11.1398 11 11 1999 -9.6806 11 12 1999 -14.0724 11 13 1999 -11.3492 11 14 1999 -4.3848 11 15 1999 -5.6956 11 16 1999 -5.0798 11 17 1999 -3.5638 11 18 1999 -11.7004 11 19 1999 -10.2062 11 20 1999 -3.3288 11 21 1999 -7.9728 11 22 1999 -11.5988 11 23 1999 -11.5894 11 24 1999 -12.4344 11 25 1999 -3.9128 11 26 1999 -9.3586 11 27 1999 -5.3752 11 28 1999 -2.104 11 29 1999 -6.6 11 30 1999 -10.3474 12 1 1999 -13.7898 12 2 1999 -10.6281 12 3 1999 -7.6124 12 4 1999 -6.938 12 5 1999 -9.6064 12 6 1999 -10.0693 12 7 1999 -11.4419 12 8 1999 -10.5137 12 9 1999 -11.1482 12 10 1999 -9.915 12 11 1999 -8.0872 12 12 1999 -6.4876 12 13 1999 -4.4394 12 14 1999 -5.3795 12 15 1999 -8.1986 12 16 1999 -9.853 12 17 1999 -7.5248 12 18 1999 -7.4569 12 19 1999 -12.8223 12 20 1999 -12.4821 12 21 1999 -6.9386 12 22 1999 -12.4541 12 23 1999 -20.9651 12 24 1999 -14.5601 12 25 1999 -15.5324 12 26 1999 -7.3729 12 27 1999 -6.0372 12 28 1999 -14.7138 12 29 1999 -15.2887 12 30 1999 -24.1512 12 31 1999 -25.164 1 1 2000 -21.1392 1 2 2000 -19.9587 1 3 2000 -20.508 1 4 2000 -18.8989 1 5 2000 -15.2319 1 6 2000 -20.6016 1 7 2000 -12.3349 1 8 2000 -12.9948 1 9 2000 -19.8534 1 10 2000 -17.653 1 11 2000 -3.9927 1 12 2000 -2.7202 1 13 2000 -7.4007 1 14 2000 -16.8915 1 15 2000 -19.0382 1 16 2000 -21.3609 1 17 2000 -14.5874 1 18 2000 -14.3061 1 19 2000 -17.3621 1 20 2000 -14.9123 1 21 2000 -8.729 1 22 2000 -4.5606 1 23 2000 -11.5431 1 24 2000 -19.2355 1 25 2000 -14.3279 1 26 2000 -7.9617 1 27 2000 -8.67 1 28 2000 -9.7867 1 29 2000 -12.3764 1 30 2000 -7.9761 1 31 2000 -8.7429 2 1 2000 -7.605 2 2 2000 -7.7946 2 3 2000 -13.2313 2 4 2000 -18.9779 2 5 2000 -16.2393 2 6 2000 -18.7821 2 7 2000 -21.8623 2 8 2000 -21.9549 2 9 2000 -10.8996 2 10 2000 -24.641 2 11 2000 -21.7234 2 12 2000 -16.5784 2 13 2000 -15.5728 2 14 2000 -19.2302 2 15 2000 -11.9581 2 16 2000 -10.9926 2 17 2000 -13.6772 2 18 2000 -22.1952 2 19 2000 -18.3894 2 20 2000 -14.3058 2 21 2000 -15.9108 2 22 2000 -17.4622 2 23 2000 -7.6451 2 24 2000 -6.8539 2 25 2000 -12.9775 2 26 2000 -6.1852 2 27 2000 0.2053 2 28 2000 3.2578 2 29 2000 -4.1332 3 1 2000 -6.9259 3 2 2000 -5.1349 3 3 2000 -6.5947 3 4 2000 -7.7269 3 5 2000 -7.5106 3 6 2000 -8.2294 3 7 2000 -11.0566 3 8 2000 -10.3291 3 9 2000 -5.7106 3 10 2000 -18.3448 3 11 2000 -11.9131 3 12 2000 -8.6344 3 13 2000 -8.9659 3 14 2000 -15.3523 3 15 2000 -8.8 3 16 2000 -20.1958 3 17 2000 -21.7477 3 18 2000 -22.4434 3 19 2000 -7.8661 3 20 2000 -2.29 3 21 2000 -8.101 3 22 2000 1.1492 3 23 2000 2.1122 3 24 2000 -3.2794 3 25 2000 -5.872 3 26 2000 -5.941 3 27 2000 -3.445 3 28 2000 -5.2549 3 29 2000 -4.804 3 30 2000 2.3099 3 31 2000 2.273 4 1 2000 -3.6541 4 2 2000 -1.8335 4 3 2000 -1.5369 4 4 2000 -3.8061 4 5 2000 -3.2312 4 6 2000 -2.714 4 7 2000 -3.9112 4 8 2000 -2.9983 4 9 2000 3.1979 4 10 2000 4.1477 4 11 2000 -0.409 4 12 2000 -6.6991 4 13 2000 -4.8435 4 14 2000 -4.4884 4 15 2000 -5.1304 4 16 2000 -7.612 4 17 2000 -10.6082 4 18 2000 -8.001 4 19 2000 -4.02 4 20 2000 -0.5737 4 21 2000 -2.5683 4 22 2000 3.9927 4 23 2000 3.1275 4 24 2000 -6.2229 4 25 2000 -6.6689 4 26 2000 2.5559 4 27 2000 9.6609 4 28 2000 -0.4414 4 29 2000 -3.862 4 30 2000 -3.5859 5 1 2000 -3.2644 5 2 2000 -3.2446 5 3 2000 -3.3925 5 4 2000 1.1786 5 5 2000 -1.4488 5 6 2000 -0.6601 5 7 2000 3.6149 5 8 2000 -3.4225 5 9 2000 -3.5329 5 10 2000 -0.5752 5 11 2000 -3.6634 5 12 2000 -3.4777 5 13 2000 -2.152 5 14 2000 -1.1128 5 15 2000 5.0114 5 16 2000 6.6986 5 17 2000 -0.2197 5 18 2000 8.3009 5 19 2000 -0.7357 5 20 2000 5.3849 5 21 2000 2.24 5 22 2000 1.5269 5 23 2000 2.3486 5 24 2000 6.4814 5 25 2000 2.0024 5 26 2000 -2.6797 5 27 2000 -2.8693 5 28 2000 0.9698 5 29 2000 4.7453 5 30 2000 9.2339 5 31 2000 9.5513 6 1 2000 8.2539 6 2 2000 3.8934 6 3 2000 3.8205 6 4 2000 1.2285 6 5 2000 1.9656 6 6 2000 12.1824 6 7 2000 7.2414 6 8 2000 4.4901 6 9 2000 4.2174 6 10 2000 -0.1404 6 11 2000 1.0503 6 12 2000 8.4888 6 13 2000 8.6805 6 14 2000 12.1689 6 15 2000 9.7173 6 16 2000 14.9958 6 17 2000 18.9 6 18 2000 9.8388 6 19 2000 14.2074 6 20 2000 11.6721 6 21 2000 11.9745 6 22 2000 8.3295 6 23 2000 8.6454 6 24 2000 10.6569 6 25 2000 13.3812 6 26 2000 8.37 6 27 2000 8.3214 6 28 2000 9.99 6 29 2000 15.0795 6 30 2000 13.8537 7 1 2000 10.8162 7 2 2000 10.989 7 3 2000 13.8698 7 4 2000 13.5466 7 5 2000 6.9452 7 6 2000 8.7034 7 7 2000 10.565 7 8 2000 9.044 7 9 2000 7.5112 7 10 2000 14.42 7 11 2000 10.373 7 12 2000 8.6384 7 13 2000 11.6322 7 14 2000 15.425 7 15 2000 17.1868 7 16 2000 21.4022 7 17 2000 19.2526 7 18 2000 14.785 7 19 2000 15.3808 7 20 2000 6.752 7 21 2000 10.5528 7 22 2000 16.6668 7 23 2000 13.2472 7 24 2000 18.2118 7 25 2000 16.8308 7 26 2000 18.8696 7 27 2000 20.7988 7 28 2000 16.2362 7 29 2000 13.846 7 30 2000 18.3214 7 31 2000 21.7424 8 1 2000 23.9 8 2 2000 21.542 8 3 2000 14.527 8 4 2000 14.8705 8 5 2000 12.254 8 6 2000 17.056 8 7 2000 9.318 8 8 2000 10.387 8 9 2000 12.618 8 10 2000 15.3935 8 11 2000 13.194 8 12 2000 14.443 8 13 2000 17.855 8 14 2000 19.2485 8 15 2000 17.7585 8 16 2000 18.9135 8 17 2000 17.1705 8 18 2000 15.127 8 19 2000 13.703 8 20 2000 10.631 8 21 2000 10.4695 8 22 2000 9.215 8 23 2000 12.571 8 24 2000 17.0075 8 25 2000 11.8285 8 26 2000 13.555 8 27 2000 12.6625 8 28 2000 10.629 8 29 2000 11.327 8 30 2000 14.6355 8 31 2000 11.6095 9 1 2000 9.8086 9 2 2000 5.0329 9 3 2000 5.9365 9 4 2000 6.0955 9 5 2000 4.1644 9 6 2000 8.8015 9 7 2000 7.9018 9 8 2000 11.4802 9 9 2000 6.646 9 10 2000 7.189 9 11 2000 13.5358 9 12 2000 16.9273 9 13 2000 11.7748 9 14 2000 12.6052 9 15 2000 12.1207 9 16 2000 9.7432 9 17 2000 9.5149 9 18 2000 6.8572 9 19 2000 7.9297 9 20 2000 2.8705 9 21 2000 14.2801 9 22 2000 9.6259 9 23 2000 4.1023 9 24 2000 -0.2855 9 25 2000 -1.9538 9 26 2000 4.1092 9 27 2000 5.3587 9 28 2000 0.8737 9 29 2000 1.0915 9 30 2000 -1.8707 10 1 2000 0.5489 10 2 2000 5.1025 10 3 2000 11.1801 10 4 2000 4.4987 10 5 2000 0.4043 10 6 2000 0.9982 10 7 2000 -1.8957 10 8 2000 -3.2949 10 9 2000 1.7312 10 10 2000 -2.3058 10 11 2000 1.8703 10 12 2000 -1.1892 10 13 2000 -0.9778 10 14 2000 -1.3443 10 15 2000 -4.6047 10 16 2000 -6.5796 10 17 2000 -2.6574 10 18 2000 2.5376 10 19 2000 -1.3774 10 20 2000 -1.2698 10 21 2000 0.6488 10 22 2000 -2.3218 10 23 2000 -2.4024 10 24 2000 1.0661 10 25 2000 -3.7558 10 26 2000 -3.2905 10 27 2000 -7.5538 10 28 2000 -6.8815 10 29 2000 -5.9934 10 30 2000 -4.7493 10 31 2000 -6.0359 11 1 2000 -4.4364 11 2 2000 -0.8964 11 3 2000 -3.3116 11 4 2000 -3.632 11 5 2000 -1.7862 11 6 2000 -2.3926 11 7 2000 -3.0188 11 8 2000 -5.2142 11 9 2000 -4.7938 11 10 2000 -2.9542 11 11 2000 -1.7534 11 12 2000 -1.0464 11 13 2000 -5.2486 11 14 2000 -6.2624 11 15 2000 -2.986 11 16 2000 -1.7414 11 17 2000 -2.0394 11 18 2000 -4.6302 11 19 2000 -8.0176 11 20 2000 -9.5576 11 21 2000 -10.1338 11 22 2000 -8.8246 11 23 2000 -8.6084 11 24 2000 -12.9356 11 25 2000 -13.2258 11 26 2000 -11.7462 11 27 2000 -8.2864 11 28 2000 -7.0048 11 29 2000 -9.1882 11 30 2000 -9.63 12 1 2000 -10.5888 12 2 2000 -12.2593 12 3 2000 -12.9629 12 4 2000 -13.8917 12 5 2000 -9.8608 12 6 2000 -5.0143 12 7 2000 -8.6627 12 8 2000 -17.4132 12 9 2000 -6.9576 12 10 2000 -5.6696 12 11 2000 -11.1726 12 12 2000 -4.3208 12 13 2000 -13.1416 12 14 2000 -18.6071 12 15 2000 -19.4608 12 16 2000 -19.2398 12 17 2000 -11.458 12 18 2000 -0.0701 12 19 2000 -4.7909 12 20 2000 -7.5236 12 21 2000 -6.26 12 22 2000 -13.7177 12 23 2000 -17.2422 12 24 2000 -14.5303 12 25 2000 -7.6165 12 26 2000 -4.1451 12 27 2000 -3.5702 12 28 2000 -4.4966 12 29 2000 -3.8222 12 30 2000 -4.3691 12 31 2000 -5.7304 1 1 2001 -6.8828 1 2 2001 -9.917 1 3 2001 -16.1933 1 4 2001 -18.9186 1 5 2001 -12.3003 1 6 2001 -12.605 1 7 2001 -11.3692 1 8 2001 -9.6665 1 9 2001 -11.1464 1 10 2001 -15.9099 1 11 2001 -17.3403 1 12 2001 -16.699 1 13 2001 -18.9537 1 14 2001 -16.6214 1 15 2001 -16.3013 1 16 2001 -15.2766 1 17 2001 -18.0667 1 18 2001 -23.4162 1 19 2001 -18.072 1 20 2001 -17.5897 1 21 2001 -19.0579 1 22 2001 -21.2796 1 23 2001 -14.7576 1 24 2001 -11.1071 1 25 2001 -14.0296 1 26 2001 -14.1078 1 27 2001 -12.8438 1 28 2001 -19.3355 1 29 2001 -17.9189 1 30 2001 -15.3436 1 31 2001 -18.5575 2 1 2001 -17.0688 2 2 2001 -17.4261 2 3 2001 -18.4915 2 4 2001 -16.9018 2 5 2001 -14.3025 2 6 2001 -11.9147 2 7 2001 -7.4971 2 8 2001 -9.7493 2 9 2001 -18.2691 2 10 2001 -9.6027 2 11 2001 -8.0305 2 12 2001 -18.509 2 13 2001 -18.3945 2 14 2001 -21.5801 2 15 2001 -22.1569 2 16 2001 -19.9667 2 17 2001 -13.9904 2 18 2001 -21.6377 2 19 2001 -13.3516 2 20 2001 -8.1924 2 21 2001 -3.276 2 22 2001 -7.7549 2 23 2001 -17.658 2 24 2001 -15.1433 2 25 2001 -14.1942 2 26 2001 -8.6992 2 27 2001 -3.3978 2 28 2001 -4.1416 3 1 2001 -4.1389 3 2 2001 -3.1504 3 3 2001 -5.2636 3 4 2001 -6.2905 3 5 2001 -8.9845 3 6 2001 -8.5606 3 7 2001 -10.3657 3 8 2001 -9.2974 3 9 2001 -3.1693 3 10 2001 -0.595 3 11 2001 -5.0011 3 12 2001 -8.0125 3 13 2001 -12.493 3 14 2001 -8.0311 3 15 2001 -4.6747 3 16 2001 -4.0534 3 17 2001 -3.6988 3 18 2001 -3.6481 3 19 2001 -5.6737 3 20 2001 -6.3091 3 21 2001 -5.9734 3 22 2001 -9.229 3 23 2001 -6.7837 3 24 2001 -3.1276 3 25 2001 -3.5926 3 26 2001 -3.7168 3 27 2001 -3.514 3 28 2001 -6.0973 3 29 2001 -10.8262 3 30 2001 -11.2732 3 31 2001 -8.4916 4 1 2001 -9.7672 4 2 2001 -9.1699 4 3 2001 -7.4786 4 4 2001 -5.4907 4 5 2001 -4.5085 4 6 2001 -6.2147 4 7 2001 -5.3301 4 8 2001 -3.9585 4 9 2001 0.157 4 10 2001 -4.8744 4 11 2001 -8.5793 4 12 2001 -6.7751 4 13 2001 -0.039 4 14 2001 -1.7098 4 15 2001 -5.0622 4 16 2001 -4.5234 4 17 2001 -5.9427 4 18 2001 -5.348 4 19 2001 -6.2244 4 20 2001 -3.1302 4 21 2001 -3.043 4 22 2001 4.7942 4 23 2001 -5.8093 4 24 2001 -1.6293 4 25 2001 -3.0773 4 26 2001 0.062 4 27 2001 4.1343 4 28 2001 -6.2311 4 29 2001 -6.7289 4 30 2001 -5.0961 5 1 2001 4.8713 5 2 2001 4.079 5 3 2001 3.344 5 4 2001 -3.3967 5 5 2001 0.1598 5 6 2001 3.8954 5 7 2001 3.479 5 8 2001 4.8008 5 9 2001 14.9294 5 10 2001 11.1479 5 11 2001 7.4735 5 12 2001 5.6123 5 13 2001 6.6353 5 14 2001 4.3691 5 15 2001 6.6374 5 16 2001 1.3115 5 17 2001 1.361 5 18 2001 -1.0912 5 19 2001 1.2029 5 20 2001 0.8174 5 21 2001 4.4807 5 22 2001 4.4747 5 23 2001 1.6337 5 24 2001 7.4936 5 25 2001 7.7186 5 26 2001 5.3045 5 27 2001 7.6649 5 28 2001 18.1001 5 29 2001 12.4397 5 30 2001 12.9713 5 31 2001 4.4564 6 1 2001 2.7 6 2 2001 15.255 6 3 2001 10.6029 6 4 2001 7.9596 6 5 2001 12.7629 6 6 2001 11.6532 6 7 2001 -0.1755 6 8 2001 -1.6983 6 9 2001 -0.3051 6 10 2001 1.0665 6 11 2001 7.398 6 12 2001 12.6198 6 13 2001 12.6171 6 14 2001 8.0865 6 15 2001 4.3389 6 16 2001 6.1533 6 17 2001 18.3006 6 18 2001 12.0906 6 19 2001 12.4767 6 20 2001 10.3059 6 21 2001 9.7146 6 22 2001 15.7815 6 23 2001 11.394 6 24 2001 12.7413 6 25 2001 8.9559 6 26 2001 6.8175 6 27 2001 8.6913 6 28 2001 3.2508 6 29 2001 5.1543 6 30 2001 9.2475 7 1 2001 9.7854 7 2 2001 11.034 7 3 2001 12.1506 7 4 2001 14.8134 7 5 2001 14.5308 7 6 2001 9.419 7 7 2001 9.1422 7 8 2001 9.009 7 9 2001 7.907 7 10 2001 10.738 7 11 2001 10.6442 7 12 2001 8.359 7 13 2001 7.3136 7 14 2001 7.2572 7 15 2001 13.5816 7 16 2001 16.26 7 17 2001 11.0548 7 18 2001 13.0778 7 19 2001 19.9002 7 20 2001 11.8796 7 21 2001 10.1108 7 22 2001 7.1814 7 23 2001 8.428 7 24 2001 10.9402 7 25 2001 12.4888 7 26 2001 10.565 7 27 2001 8.636 7 28 2001 16.26 7 29 2001 13.202 7 30 2001 14.2926 7 31 2001 20.167 8 1 2001 22.5505 8 2 2001 20.428 8 3 2001 11.9725 8 4 2001 15.052 8 5 2001 19.174 8 6 2001 17.119 8 7 2001 12.511 8 8 2001 10.781 8 9 2001 14.562 8 10 2001 9.548 8 11 2001 10.3275 8 12 2001 15.472 8 13 2001 17.599 8 14 2001 14.1905 8 15 2001 16.213 8 16 2001 13.043 8 17 2001 15.02 8 18 2001 12.252 8 19 2001 7.7165 8 20 2001 15.6275 8 21 2001 17.2475 8 22 2001 17.466 8 23 2001 17.3315 8 24 2001 7.753 8 25 2001 9.726 8 26 2001 15.885 8 27 2001 16.361 8 28 2001 14.9765 8 29 2001 10.1505 8 30 2001 11.708 8 31 2001 14.8415 9 1 2001 6.1585 9 2 2001 5.9398 9 3 2001 11.1655 9 4 2001 11.4112 9 5 2001 6.2032 9 6 2001 2.4337 9 7 2001 5.2435 9 8 2001 9.6979 9 9 2001 6.1405 9 10 2001 8.2513 9 11 2001 13.1833 9 12 2001 6.736 9 13 2001 5.1514 9 14 2001 6.508 9 15 2001 2.569 9 16 2001 4.9468 9 17 2001 7.6843 9 18 2001 6.7672 9 19 2001 5.7214 9 20 2001 10.906 9 21 2001 5.9953 9 22 2001 9.6046 9 23 2001 12.6916 9 24 2001 7.7671 9 25 2001 1.2124 9 26 2001 3.6142 9 27 2001 0.9391 9 28 2001 -0.2963 9 29 2001 1.6726 9 30 2001 9.9574 10 1 2001 9.0529 10 2 2001 2.2975 10 3 2001 1.7036 10 4 2001 0.6339 10 5 2001 -2.3323 10 6 2001 3.8728 10 7 2001 5.8157 10 8 2001 -2.0828 10 9 2001 1.9321 10 10 2001 4.5092 10 11 2001 7.5372 10 12 2001 8.3083 10 13 2001 -0.3966 10 14 2001 6.3654 10 15 2001 10.7369 10 16 2001 6.1347 10 17 2001 3.0824 10 18 2001 6.1198 10 19 2001 1.8841 10 20 2001 3.5648 10 21 2001 -0.114 10 22 2001 0.9491 10 23 2001 -1.8096 10 24 2001 -3.2281 10 25 2001 -4.2945 10 26 2001 1.3211 10 27 2001 -0.2183 10 28 2001 -3.7326 10 29 2001 -2.6447 10 30 2001 -3.1939 10 31 2001 -9.2632 11 1 2001 -4.9782 11 2 2001 1.646 11 3 2001 5.371 11 4 2001 1.6064 11 5 2001 -0.5124 11 6 2001 -2.0894 11 7 2001 -2.7276 11 8 2001 -5.5044 11 9 2001 -6.3958 11 10 2001 -4.923 11 11 2001 -5.5836 11 12 2001 -6.028 11 13 2001 -11.7004 11 14 2001 -12.7616 11 15 2001 -4.2926 11 16 2001 -2.278 11 17 2001 -9.866 11 18 2001 -10.76 11 19 2001 -3.8034 11 20 2001 2.243 11 21 2001 0.6368 11 22 2001 -8.4552 11 23 2001 -14.5428 11 24 2001 -4.9438 11 25 2001 -0.8302 11 26 2001 0.1232 11 27 2001 -5.3304 11 28 2001 -14.5876 11 29 2001 -10.7006 11 30 2001 -9.903 12 1 2001 -9.3788 12 2 2001 -9.4771 12 3 2001 -13.2298 12 4 2001 -12.7222 12 5 2001 -14.7299 12 6 2001 -9.4116 12 7 2001 -7.5707 12 8 2001 -6.3768 12 9 2001 -10.8134 12 10 2001 -6.7998 12 11 2001 -3.3152 12 12 2001 -12.3296 12 13 2001 -12.3177 12 14 2001 -6.6163 12 15 2001 -6.4602 12 16 2001 -6.5305 12 17 2001 -7.2293 12 18 2001 -8.9987 12 19 2001 -4.9845 12 20 2001 -3.7894 12 21 2001 -5.3461 12 22 2001 -4.997 12 23 2001 -4.4519 12 24 2001 -2.7516 12 25 2001 0.7491 12 26 2001 -0.3233 12 27 2001 -3.3271 12 28 2001 -2.8648 12 29 2001 -7.7506 12 30 2001 -8.0598 12 31 2001 -13.3126 1 1 2002 -11.0858 1 2 2002 -9.9755 1 3 2002 -13.1889 1 4 2002 -17.0415 1 5 2002 -13.0783 1 6 2002 -12.4455 1 7 2002 -11.8861 1 8 2002 -17.2494 1 9 2002 -12.2711 1 10 2002 -11.2602 1 11 2002 -11.2485 1 12 2002 -11.8494 1 13 2002 -17.6716 1 14 2002 -13.7706 1 15 2002 -19.8199 1 16 2002 -19.8715 1 17 2002 -17.0287 1 18 2002 -19.5503 1 19 2002 -19.6593 1 20 2002 -21.1647 1 21 2002 -16.1481 1 22 2002 -20.2033 1 23 2002 -22.9615 1 24 2002 -22.0171 1 25 2002 -21.1094 1 26 2002 -20.0613 1 27 2002 -20.4293 1 28 2002 -19.6747 1 29 2002 -21.3056 1 30 2002 -23.9325 1 31 2002 -23.1535 2 1 2002 -19.527 2 2 2002 -16.1952 2 3 2002 -18.9626 2 4 2002 -15.738 2 5 2002 -10.8639 2 6 2002 -11.0287 2 7 2002 -21.2797 2 8 2002 -20.4367 2 9 2002 -11.9683 2 10 2002 -14.3211 2 11 2002 -14.1676 2 12 2002 -21.5327 2 13 2002 -16.0665 2 14 2002 -19.6641 2 15 2002 -15.4481 2 16 2002 -18.9017 2 17 2002 -16.7421 2 18 2002 -20.0728 2 19 2002 -9.0886 2 20 2002 -13.1992 2 21 2002 -13.7042 2 22 2002 -9.5039 2 23 2002 -9.6173 2 24 2002 -13.6134 2 25 2002 -15.6953 2 26 2002 -11.5322 2 27 2002 -0.6118 2 28 2002 2.4429 3 1 2002 -8.3665 3 2 2002 -12.8008 3 3 2002 -8.7673 3 4 2002 -5.6494 3 5 2002 -15.9457 3 6 2002 -19.5514 3 7 2002 -15.5317 3 8 2002 -22.033 3 9 2002 -19.5745 3 10 2002 1.4999 3 11 2002 1.2701 3 12 2002 -15.7525 3 13 2002 -13.7362 3 14 2002 -7.8841 3 15 2002 -12.8788 3 16 2002 -14.5831 3 17 2002 -12.9487 3 18 2002 -14.1553 3 19 2002 -14.077 3 20 2002 -5.5225 3 21 2002 -3.6385 3 22 2002 -5.8351 3 23 2002 -6.0604 3 24 2002 -12.2158 3 25 2002 -11.9263 3 26 2002 -5.7985 3 27 2002 -4.6465 3 28 2002 -5.8903 3 29 2002 -7.7503 3 30 2002 -6.5902 3 31 2002 -1.9816 4 1 2002 -0.1992 4 2 2002 -7.4801 4 3 2002 -5.2321 4 4 2002 -5.2653 4 5 2002 -8.5018 4 6 2002 -12.298 4 7 2002 -10.2803 4 8 2002 -7.2282 4 9 2002 -2.0921 4 10 2002 -1.4717 4 11 2002 -4.8025 4 12 2002 -2.4088 4 13 2002 0.9149 4 14 2002 -5.8022 4 15 2002 3.3533 4 16 2002 0.6142 4 17 2002 -7.1086 4 18 2002 -7.6664 4 19 2002 -5.2336 4 20 2002 -4.1821 4 21 2002 -5.6841 4 22 2002 -6.6663 4 23 2002 -5.9792 4 24 2002 -4.8375 4 25 2002 0.764 4 26 2002 2.7519 4 27 2002 -5.1684 4 28 2002 -4.3397 4 29 2002 -3.4227 4 30 2002 -4.6199 5 1 2002 -0.3997 5 2 2002 0.6731 5 3 2002 1.9355 5 4 2002 -2.4661 5 5 2002 1.9277 5 6 2002 1.2992 5 7 2002 -0.5221 5 8 2002 -2.848 5 9 2002 -0.2278 5 10 2002 2.024 5 11 2002 2.6075 5 12 2002 -4.5367 5 13 2002 -0.4231 5 14 2002 1.9277 5 15 2002 -3.2626 5 16 2002 -0.8659 5 17 2002 -1.7647 5 18 2002 -2.1994 5 19 2002 -5.1097 5 20 2002 -3.4936 5 21 2002 1.2779 5 22 2002 6.521 5 23 2002 3.8498 5 24 2002 -0.3052 5 25 2002 -1.9624 5 26 2002 3.3482 5 27 2002 3.5162 5 28 2002 7.0208 5 29 2002 15.7451 5 30 2002 5.7386 5 31 2002 6.7241 6 1 2002 11.0538 6 2 2002 7.101 6 3 2002 2.0763 6 4 2002 5.0517 6 5 2002 12.7035 6 6 2002 4.7817 6 7 2002 4.1013 6 8 2002 10.0062 6 9 2002 8.208 6 10 2002 3.1644 6 11 2002 2.9727 6 12 2002 3.807 6 13 2002 1.0152 6 14 2002 -1.6092 6 15 2002 2.7351 6 16 2002 3.8124 6 17 2002 4.0608 6 18 2002 7.3791 6 19 2002 10.8054 6 20 2002 17.6337 6 21 2002 21.8997 6 22 2002 10.152 6 23 2002 18.9243 6 24 2002 4.1175 6 25 2002 12.8709 6 26 2002 11.9853 6 27 2002 7.2441 6 28 2002 7.6194 6 29 2002 15.7869 6 30 2002 21.0843 7 1 2002 22.5564 7 2 2002 20.6948 7 3 2002 19.4334 7 4 2002 13.5136 7 5 2002 10.8782 7 6 2002 9.2938 7 7 2002 6.0456 7 8 2002 13.741 7 9 2002 13.1948 7 10 2002 12.1686 7 11 2002 9.2336 7 12 2002 6.4694 7 13 2002 10.156 7 14 2002 16.0984 7 15 2002 16.3616 7 16 2002 18.7994 7 17 2002 19.239 7 18 2002 13.6684 7 19 2002 12.283 7 20 2002 16.547 7 21 2002 19.308 7 22 2002 12.77 7 23 2002 13.976 7 24 2002 12.6808 7 25 2002 13.0402 7 26 2002 18.3576 7 27 2002 19.177 7 28 2002 20.2438 7 29 2002 14.6742 7 30 2002 12.5892 7 31 2002 7.4176 8 1 2002 7.2975 8 2 2002 8.123 8 3 2002 9.987 8 4 2002 15.5335 8 5 2002 8.7935 8 6 2002 5.0175 8 7 2002 4.0765 8 8 2002 4.4805 8 9 2002 11.4645 8 10 2002 12.454 8 11 2002 10.012 8 12 2002 9.733 8 13 2002 10.4285 8 14 2002 14.206 8 15 2002 21.539 8 16 2002 21.744 8 17 2002 17.7265 8 18 2002 8.372 8 19 2002 15.469 8 20 2002 14.587 8 21 2002 14.5255 8 22 2002 15.114 8 23 2002 7.611 8 24 2002 9.627 8 25 2002 8.504 8 26 2002 6.79 8 27 2002 5.24 8 28 2002 10.3655 8 29 2002 14.436 8 30 2002 6.7535 8 31 2002 9.1465 9 1 2002 16.7956 9 2 2002 22.1914 9 3 2002 20.0353 9 4 2002 17.1595 9 5 2002 12.6748 9 6 2002 7.1407 9 7 2002 5.7319 9 8 2002 7.0612 9 9 2002 7.3726 9 10 2002 8.0401 9 11 2002 2.6002 9 12 2002 0.8974 9 13 2002 6.0328 9 14 2002 5.4793 9 15 2002 4.4797 9 16 2002 6.7462 9 17 2002 7.4143 9 18 2002 5.4001 9 19 2002 3.0637 9 20 2002 2.1784 9 21 2002 3.3961 9 22 2002 14.3422 9 23 2002 15.1279 9 24 2002 9.2794 9 25 2002 4.6069 9 26 2002 7.9921 9 27 2002 3.7666 9 28 2002 0.877 9 29 2002 -1.3451 9 30 2002 0.0634 10 1 2002 6.9847 10 2 2002 5.4188 10 3 2002 -1.6396 10 4 2002 -0.0025 10 5 2002 8.3977 10 6 2002 1.9277 10 7 2002 0.5009 10 8 2002 1.8427 10 9 2002 -2.4874 10 10 2002 -1.1605 10 11 2002 1.4348 10 12 2002 3.1602 10 13 2002 7.6614 10 14 2002 1.3371 10 15 2002 -0.0941 10 16 2002 -0.2393 10 17 2002 -0.7228 10 18 2002 2.5282 10 19 2002 0.6052 10 20 2002 -0.64 10 21 2002 -2.3185 10 22 2002 -1.7947 10 23 2002 -3.3501 10 24 2002 -3.0813 10 25 2002 -2.6839 10 26 2002 -1.288 10 27 2002 -3.094 10 28 2002 -4.778 10 29 2002 -4.1725 10 30 2002 -5.1042 10 31 2002 -6.021 11 1 2002 -7.8858 11 2 2002 -8.3104 11 3 2002 -8.9658 11 4 2002 -7.8488 11 5 2002 -7.9978 11 6 2002 -10.1916 11 7 2002 -7.021 11 8 2002 -9.0606 11 9 2002 -10.6954 11 10 2002 -7.2236 11 11 2002 -1.3444 11 12 2002 1.9388 11 13 2002 -8.7282 11 14 2002 -6.4182 11 15 2002 -5.7654 11 16 2002 -7.9228 11 17 2002 -11.1096 11 18 2002 -9.3982 11 19 2002 -8.7652 11 20 2002 -11.095 11 21 2002 -7.9014 11 22 2002 -7.0022 11 23 2002 -6.016 11 24 2002 -2.9714 11 25 2002 -3.0954 11 26 2002 -5.0522 11 27 2002 -7.4216 11 28 2002 -7.5258 11 29 2002 -8.2234 11 30 2002 -14.3522 12 1 2002 -12.7168 12 2 2002 -11.9197 12 3 2002 -13.5521 12 4 2002 -13.4675 12 5 2002 -16.6816 12 6 2002 -18.8025 12 7 2002 -15.5056 12 8 2002 -10.3916 12 9 2002 -16.7304 12 10 2002 -21.3404 12 11 2002 -21.2463 12 12 2002 -7.8662 12 13 2002 -7.7959 12 14 2002 -11.5271 12 15 2002 -7.7649 12 16 2002 -8.453 12 17 2002 -10.1229 12 18 2002 -8.1158 12 19 2002 -6.0235 12 20 2002 -5.2532 12 21 2002 -3.3873 12 22 2002 -5.1835 12 23 2002 -5.6321 12 24 2002 -8.6508 12 25 2002 -9.492 12 26 2002 -10.9474 12 27 2002 -11.0326 12 28 2002 -16.0066 12 29 2002 -14.0811 12 30 2002 -12.3266 12 31 2002 -13.7981 1 1 2003 -7.1417 1 2 2003 -13.3298 1 3 2003 -12.3386 1 4 2003 -14.2269 1 5 2003 -12.1036 1 6 2003 -11.4591 1 7 2003 -10.0446 1 8 2003 -6.568 1 9 2003 -7.6214 1 10 2003 -14.313 1 11 2003 -19.1148 1 12 2003 -16.7533 1 13 2003 -13.266 1 14 2003 -14.8501 1 15 2003 -15.9221 1 16 2003 -21.7672 1 17 2003 -21.3886 1 18 2003 -21.119 1 19 2003 -18.7819 1 20 2003 -8.4057 1 21 2003 -6.7036 1 22 2003 -5.806 1 23 2003 -8.5105 1 24 2003 -12.6465 1 25 2003 -9.1252 1 26 2003 -11.5378 1 27 2003 -8.8157 1 28 2003 -6.3781 1 29 2003 -7.2603 1 30 2003 -16.2077 1 31 2003 -9.607 2 1 2003 -9.7077 2 2 2003 -9.8809 2 3 2003 -8.5479 2 4 2003 -15.7635 2 5 2003 -6.6975 2 6 2003 -8.7539 2 7 2003 -14.5315 2 8 2003 -18.8984 2 9 2003 -16.8555 2 10 2003 -19.8482 2 11 2003 -18.3668 2 12 2003 -21.0846 2 13 2003 -12.4693 2 14 2003 -12.3548 2 15 2003 -15.8397 2 16 2003 -17.0473 2 17 2003 -23.5756 2 18 2003 -17.6157 2 19 2003 -17.3583 2 20 2003 -10.2794 2 21 2003 -17.3882 2 22 2003 -15.2877 2 23 2003 -16.1004 2 24 2003 -8.3149 2 25 2003 -13.4938 2 26 2003 -20.5118 2 27 2003 -18.509 2 28 2003 -16.8121 3 1 2003 -12.8104 3 2 2003 -9.3208 3 3 2003 -3.9286 3 4 2003 -7.9549 3 5 2003 -22.4614 3 6 2003 -22.7191 3 7 2003 -27.2269 3 8 2003 -14.9974 3 9 2003 -8.2609 3 10 2003 -8.7673 3 11 2003 -17.6449 3 12 2003 -14.3161 3 13 2003 -19.0723 3 14 2003 -23.3548 3 15 2003 -22.4749 3 16 2003 -20.5276 3 17 2003 -17.5066 3 18 2003 -12.8011 3 19 2003 -16.8952 3 20 2003 -9.4312 3 21 2003 -6.2956 3 22 2003 -9.2566 3 23 2003 -10.1728 3 24 2003 -6.1573 3 25 2003 -1.6915 3 26 2003 -0.5722 3 27 2003 -7.5247 3 28 2003 -9.592 3 29 2003 -5.9827 3 30 2003 -0.1669 3 31 2003 -7.1233 4 1 2003 -5.9062 4 2 2003 -5.4311 4 3 2003 -9.0056 4 4 2003 -11.3918 4 5 2003 -8.6665 4 6 2003 -10.2829 4 7 2003 -15.0013 4 8 2003 -5.4404 4 9 2003 -3.8635 4 10 2003 -1.2172 4 11 2003 0.9205 4 12 2003 -5.68 4 13 2003 -10.4189 4 14 2003 -6.8798 4 15 2003 -2.6309 4 16 2003 -14.7893 4 17 2003 -12.0625 4 18 2003 -4.662 4 19 2003 -4.0688 4 20 2003 -3.8907 4 21 2003 -1.2008 4 22 2003 -2.6771 4 23 2003 -0.314 4 24 2003 4.2647 4 25 2003 3.9055 4 26 2003 5.1791 4 27 2003 3.4401 4 28 2003 -1.7057 4 29 2003 0.9231 4 30 2003 -0.7805 5 1 2003 -1.3714 5 2 2003 0.1532 5 3 2003 -1.7272 5 4 2003 -3.2506 5 5 2003 -0.4531 5 6 2003 2.714 5 7 2003 1.9772 5 8 2003 0.7679 5 9 2003 3.1703 5 10 2003 0.851 5 11 2003 0.7622 5 12 2003 -0.5002 5 13 2003 -0.9013 5 14 2003 -1.5829 5 15 2003 0.2072 5 16 2003 7.1615 5 17 2003 10.907 5 18 2003 6.2903 5 19 2003 10.3562 5 20 2003 15.9962 5 21 2003 15.3047 5 22 2003 5.7815 5 23 2003 7.9058 5 24 2003 9.8597 5 25 2003 5.6558 5 26 2003 9.0398 5 27 2003 5.0549 5 28 2003 3.7256 5 29 2003 6.3944 5 30 2003 2.8127 5 31 2003 2.0837 6 1 2003 6.8607 6 2 2003 3.4857 6 3 2003 1.1583 6 4 2003 -0.0999 6 5 2003 5.0247 6 6 2003 11.2725 6 7 2003 4.5063 6 8 2003 12.5901 6 9 2003 13.6539 6 10 2003 6.4746 6 11 2003 10.8648 6 12 2003 5.3919 6 13 2003 5.0841 6 14 2003 6.4854 6 15 2003 4.8843 6 16 2003 6.8337 6 17 2003 12.2958 6 18 2003 8.1837 6 19 2003 14.7177 6 20 2003 14.5341 6 21 2003 12.6819 6 22 2003 11.4588 6 23 2003 5.4081 6 24 2003 12.1203 6 25 2003 17.2665 6 26 2003 13.1328 6 27 2003 21.6459 6 28 2003 18.0684 6 29 2003 6.2343 6 30 2003 10.3437 7 1 2003 11.6238 7 2 2003 13.2334 7 3 2003 11.4706 7 4 2003 10.1854 7 5 2003 7.5894 7 6 2003 6.4536 7 7 2003 6.8244 7 8 2003 9.6802 7 9 2003 8.0098 7 10 2003 6.7316 7 11 2003 13.5014 7 12 2003 15.3952 7 13 2003 15.0462 7 14 2003 20.4664 7 15 2003 22.286 7 16 2003 17.492 7 17 2003 15.5492 7 18 2003 14.3942 7 19 2003 9.7502 7 20 2003 14.5128 7 21 2003 17.1268 7 22 2003 15.531 7 23 2003 16.2024 7 24 2003 19.3702 7 25 2003 14.4596 7 26 2003 12.7362 7 27 2003 14.055 7 28 2003 9.2552 7 29 2003 11.4502 7 30 2003 17.9496 7 31 2003 19.5872 8 1 2003 20.1135 8 2 2003 12.874 8 3 2003 12.0615 8 4 2003 9.7945 8 5 2003 13.572 8 6 2003 15.5745 8 7 2003 17.1215 8 8 2003 17.7685 8 9 2003 16.64 8 10 2003 21.321 8 11 2003 15.471 8 12 2003 14.9 8 13 2003 16.6435 8 14 2003 10.5105 8 15 2003 17.7965 8 16 2003 14.0745 8 17 2003 7.163 8 18 2003 17.044 8 19 2003 16.7735 8 20 2003 11.718 8 21 2003 9.3365 8 22 2003 13.0615 8 23 2003 16.1165 8 24 2003 10.6255 8 25 2003 5.8695 8 26 2003 6.923 8 27 2003 14.259 8 28 2003 10.8195 8 29 2003 8.17 8 30 2003 9.192 8 31 2003 10.1535 9 1 2003 8.7742 9 2 2003 7.5316 9 3 2003 7.7533 9 4 2003 5.5939 9 5 2003 9.5596 9 6 2003 12.5011 9 7 2003 8.3968 9 8 2003 4.3996 9 9 2003 5.5972 9 10 2003 2.3407 9 11 2003 6.8218 9 12 2003 16.1209 9 13 2003 19.111 9 14 2003 20.4574 9 15 2003 19.0276 9 16 2003 19.6783 9 17 2003 16.7371 9 18 2003 9.2101 9 19 2003 9.6595 9 20 2003 14.1697 9 21 2003 13.453 9 22 2003 7.9468 9 23 2003 9.7639 9 24 2003 13.6018 9 25 2003 14.0518 9 26 2003 12.2005 9 27 2003 9.7744 9 28 2003 14.6125 9 29 2003 14.419 9 30 2003 13.0693 10 1 2003 9.3228 10 2 2003 8.0246 10 3 2003 6.5051 10 4 2003 4.045 10 5 2003 4.9767 10 6 2003 4.3966 10 7 2003 0.5616 10 8 2003 1.9244 10 9 2003 -0.3966 10 10 2003 1.7251 10 11 2003 7.5841 10 12 2003 6.1264 10 13 2003 9.0584 10 14 2003 2.7396 10 15 2003 2.6629 10 16 2003 4.1631 10 17 2003 1.6313 10 18 2003 1.4624 10 19 2003 -2.3632 10 20 2003 -3.2513 10 21 2003 -2.6734 10 22 2003 -1.2571 10 23 2003 6.3936 10 24 2003 4.8426 10 25 2003 -2.1507 10 26 2003 -0.8354 10 27 2003 -2.1634 10 28 2003 10.3257 10 29 2003 -2.3908 10 30 2003 5.6374 10 31 2003 -2.2059 11 1 2003 -4.3296 11 2 2003 -4.3072 11 3 2003 -6.662 11 4 2003 -6.4182 11 5 2003 -10.2656 11 6 2003 -6.4682 11 7 2003 -8.2364 11 8 2003 -7.8884 11 9 2003 -6.0202 11 10 2003 -9.431 11 11 2003 -6.9178 11 12 2003 -8.7532 11 13 2003 -3.7482 11 14 2003 -2.8344 11 15 2003 -2.7052 11 16 2003 -2.5114 11 17 2003 -5.9858 11 18 2003 -5.606 11 19 2003 -1.1334 11 20 2003 4.949 11 21 2003 4.5176 11 22 2003 2.4514 11 23 2003 -7.6998 11 24 2003 -6.2374 11 25 2003 1.7976 11 26 2003 -4.6026 11 27 2003 -6.7636 11 28 2003 -7.4268 11 29 2003 -0.7406 11 30 2003 0.0398 12 1 2003 -9.8864 12 2 2003 -8.2969 12 3 2003 -8.1295 12 4 2003 -5.8412 12 5 2003 -10.6716 12 6 2003 -12.5119 12 7 2003 -11.8905 12 8 2003 -8.0979 12 9 2003 -7.9585 12 10 2003 -11.4735 12 11 2003 -5.843 12 12 2003 -1.2241 12 13 2003 -3.2562 12 14 2003 -10.1515 12 15 2003 -13.564 12 16 2003 -9.996 12 17 2003 -6.8516 12 18 2003 -1.5613 12 19 2003 -1.6721 12 20 2003 -7.4569 12 21 2003 -12.7472 12 22 2003 -16.6119 12 23 2003 -16.7102 12 24 2003 -15.1356 12 25 2003 -10.811 12 26 2003 -8.198 12 27 2003 -7.554 12 28 2003 -9.0726 12 29 2003 -5.4653 12 30 2003 -5.619 12 31 2003 -6.3321 From arlindo.dasilva at GMAIL.COM Fri Jul 10 00:12:03 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Fri, 10 Jul 2009 00:12:03 -0400 Subject: GrADS usable climate data In-Reply-To: <3fd4319d0907091052y59355f05y75cf7f62253ba55c@mail.gmail.com> Message-ID: On Thu, Jul 9, 2009 at 1:52 PM, Sarah Chan wrote: > Hello all, > I need to convert some surface air temperature observational data to a > GrADS friendly format. > > I have it in a text file as | month | day | year | temp | (attached), and > the lat and longs of the climate station (53?37.77'N, 58?52.39'W)... and > very little programming experience. > Are there any solutions on the simpler side of things out there? > > Any insights would be much appreciated! > Have you checked the cookbooks? http://cookbooks.opengrads.org/index.php?title=Table_of_Contents#SEQUENTIAL_INDEX_OF_RECIPES Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090710/f42633d8/attachment.html From dasilva at ALUM.MIT.EDU Fri Jul 10 09:22:47 2009 From: dasilva at ALUM.MIT.EDU (Arlindo da Silva) Date: Fri, 10 Jul 2009 06:22:47 -0700 Subject: Problem with gxyat in opengrads (Mac OS X) Message-ID: Jim, Oops, I forgot to include some of the cairo support dylibs with the OpenGrADS bundle 2.0.a5.oga.x for Mac OS X. Please download this: http://opengrads.org/devel/darwin/cairo-intel_libs.tar.gz and place all the *.dylib files in this tarball under the following directory in your OpenGrADS Bundle distribution: Contents/Darwin/Versions/2.0.a5.oga.5/i386/gex I'll fix this in the next release. Good Luck, Arlindo On Thu, Jul 9, 2009 at 12:34 PM, Jim Southard wrote: > Hi Arlindo, > > > > I'd like to thank you for your work on developing Opengrads. The > additional functionality is fantastic and is the main reason I'm working on > migrating us from COLA's 1.9b4 to the most recent version of Opengrads > (2.0.a5.oga.5). We use Mac OS X around the office. My development machine > I'm testing on is a MacBook, running version 10.5.7 of OS X, and version > 9.7.0 of Darwin. I downloaded the Opengrads bundle for Darwin 9.6.0 and > followed the instructions, moving the Contents/ folder to /opt/opengrads. > > > > I'm able to do most of the classic grads operations? I can open files > (grib2), display data, run scripts. I used the Poisson solver in fish to > calculate velocity potential successfully. I am running into issues though > when I attempt to call gxyat to produce output in .png format. I receive > the error message: > > > > dlopen(/opt/opengrads/Darwin/Versions/2.0.a5.oga.5/i386/gex/gxyat.gex, 1): > Library not loaded: > /Users/dasilva/src/supplibs-2.1.0/i686-apple-darwin-9.6.0/lib/libpixman-1.0.dylib > > Referenced from: > /opt/opengrads/Darwin/Versions/2.0.a5.oga.5/i386/gex/lUnknown command: gxyat > > > > I get the same message when I attempt to use set_rgba to define colors with > transparency. > > > > Did I not set an environment variable that I needed to during > installation? Or should I try building from source? > > > > *Jim Southard* > > Meteorologist > > Frontier Weather, Inc. > > Phone: (918) 252-7791 > > AIM: jpsouthard77 > > Web: http://www.frontierweather.com/ > > > -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090710/002efa6d/attachment.html From pierre.lacombe at MDDEP.GOUV.QC.CA Fri Jul 10 14:36:51 2009 From: pierre.lacombe at MDDEP.GOUV.QC.CA (pierre.lacombe at MDDEP.GOUV.QC.CA) Date: Fri, 10 Jul 2009 14:36:51 -0400 Subject: Help using GRADS in parallel Message-ID: D?veloppement durable, Environnement et Parcs Qu?bec I work for the Centre d'Expertise Hydrique du Qu?bec (CEHQ, http://www.cehq.gouv.qc.ca), which is an agency of the Qu?bec's ministry of environment (formely the Minist?re du d?veloppement durable et des parcs du gouvernement du Qu?bec). Among various objectives, the CEHQ operates the hydrometric network of the province of Qu?bec and supports the management of public dams by producing hydrological forecasts. Over nearly ten years, our hydrological forecasts have been produced dayly at a 3h timestep by integrating meteorological forecasts data of the canadian model GEM. To process the GEM input data, we use the GRADS system (Grid Analysis and Display System (GrADS), version 1.8SL11. We run GRADS on a serial computer, an it works perfectly well. However, recently we aquired a few quadcores computers and found a way to make GRADS work in parallel for us. The idea is simple, and consists to let GRADS 1 computes the temperature mean, while GRADS 2 computes the precipitation in the same time. As a result, we save half of the computing time every morning. This work almost fine, except that in certains executions we have an error of initialisation of GRADS or GRADS sometimes freezes. So we are unable to use this idea for now. We wonder if there is a version of GRADS that works in parallel, or are there some limits to the use of GRADS that we should know, and that we could overpass with some adjustments. We thank you in advance for any technical assistance you may kindly provide to us, or for your help by transmitting this message to a colleague that may better answer to these questions. Best Regards, Pierre Lacombe, computer analyst -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090710/1d8170f0/attachment.html From arlindo.dasilva at GMAIL.COM Sat Jul 11 07:56:21 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Sat, 11 Jul 2009 07:56:21 -0400 Subject: Help using GRADS in parallel In-Reply-To: Message-ID: Pierre, We need to know the system you are running on. Version 1.8SL11 is old (ca. 2002?) and unless you redid your own build, chances are it is getting "out of sync" with the underlying system libraries. Upgrade if you can. GrADS v2 is getting more and more stable with each new release. The builds found at http://opengrads.org includes some useful extensions (e.g., regridding, shapefile support, poisson solver, spectral filters, etc) not yet found at the official COLA releases. About parallelization, again you did not give us much detail. How exactly did you start your 2 copies of GrADS? I m assuming you are on the same *node*, attempting to start GrADS on different *cores*. In this case you may be sharing the system memory with each instance of GrADS you run. Any chance that you could be running out of memory? There are known memory leaks in v1.8SL11, specially with templated netcdf/hdf-4 files. About starting several instances of grads concurrently. There are several options to do that. Depending on your OS, starting 2 versions of grads in the background from the shell (I am assuming a Unix like OS here) % grads -lc 'run script1.gs' & % grads -lc 'run script2.gs' & will start each copy on separate cores. SGI's AIX on Altix processors would even dish out processes across nodes this way; most commonly the parallelization is done only within a single node. For going beyond a single node I've written a simple perl client/server script to go across nodes using mpirun (grads itself does not make use of MPI). I am attaching the perl script for reference; type prund.pl without arguments for a manual page. If you are a python programmer, you could also also use the python thread class together with pygrads for starting concurrent grads instances. Good Luck, Arlindo On Fri, Jul 10, 2009 at 2:36 PM, wrote: > > > I work for the Centre d'Expertise Hydrique du Qu?bec (CEHQ, > http://www.cehq.gouv.qc.ca), which is an agency of the Qu?bec's ministry > of environment (formely the Minist?re du d?veloppement durable et des parcs > du gouvernement du Qu?bec). Among various objectives, the CEHQ operates the > hydrometric network of the province of Qu?bec and supports the management > of public dams by producing hydrological forecasts. > > > > Over nearly ten years, our hydrological forecasts have been produced dayly > at a 3h timestep by integrating meteorological forecasts data of the > canadian model GEM. To process the GEM input data, we use the GRADS > system (Grid Analysis and Display System (GrADS), version 1.8SL11. We run > GRADS on a serial computer, an it works perfectly well. However, recently we > aquired a few quadcores computers and found a way to make GRADS work in > parallel for us. The idea is simple, and consists to let GRADS 1 computes > the temperature mean, while GRADS 2 computes the precipitation in the same > time. As a result, we save half of the computing time every morning. This > work almost fine, except that in certains executions we have an error of > initialisation of GRADS or GRADS sometimes freezes. So we are unable to use > this idea for now. > > > > We wonder if there is a version of GRADS that works in parallel, or are > there some limits to the use of GRADS that we should know, and that we could > overpass with some adjustments. > > > > We thank you in advance for any technical assistance you may kindly provide > to us, or for your help by transmitting this message to a colleague that may > better answer to these questions. > > > > Best Regards, > > > > Pierre Lacombe, computer analyst > -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090711/a6acf49d/attachment.html -------------- next part -------------- A non-text attachment was scrubbed... Name: prund.pl Type: application/octet-stream Size: 5150 bytes Desc: not available Url : http://gradsusr.org/pipermail/gradsusr/attachments/20090711/a6acf49d/attachment.obj From msponsler at COMCAST.NET Sat Jul 11 12:48:47 2009 From: msponsler at COMCAST.NET (Mark Sponsler) Date: Sat, 11 Jul 2009 18:48:47 +0200 Subject: 2.0.a5.oga.6 Message-ID: Hi, I'm looking for GrADS 2.0.a6 for Windows. I beleive the unix releases for this version have been out for a little while now. Any idea when the Win version might be coming? I have the a5 version but am looking to get the latest greatest functionality. Thanks in advance, Mark From arlindo.dasilva at GMAIL.COM Sat Jul 11 17:51:38 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Sat, 11 Jul 2009 17:51:38 -0400 Subject: 2.0.a5.oga.6 In-Reply-To: <20090711164958.1FF9820259@mx2.cineca.it> Message-ID: On Sat, Jul 11, 2009 at 12:48 PM, Mark Sponsler wrote: > Hi, > I'm looking for GrADS 2.0.a6 for Windows. I beleive the unix releases for > this version have been out for a little while now. Any idea when the Win > version might be coming? I have the a5 version but am looking to get the > latest greatest functionality. > I have had opengrads builds of 2.0.a6 for a couple of weeks now. After some internal tests we ran into some issues which may or may not be "a6" specific, so we decided to develop additional unit tests for the extensions. With vacation and other commitments I have not had much time to devote to opengrads lately. I can make our "a6" builds available on 1-to-1 basis until we conclude a more throrough battery of tests, mostly related to the extensions; these builds already pass 100% of the basic opengrads unit tests (pytests). Please write directly to me at mailto://dasilva at opengrads.org if you would like to be a beta tester. Please include your platform. Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090711/bdea2aa8/attachment.html From alessandro.raolil at CMCC.IT Mon Jul 13 05:39:03 2009 From: alessandro.raolil at CMCC.IT (Sandro Raolil) Date: Mon, 13 Jul 2009 11:39:03 +0200 Subject: McGraG source code now available Message-ID: Dear GrADS Users, I am happy to inform you that McGraG source code is now available! McGraG is the new GUI, based on GrADS 2.0, developed by CMCC to provide a more powerful and user-friendly access to GrADS functionalities. You can see more details here: http://www.cmcc.it/data-models/software/mcgrag Thanks in advance for your attention Regards Alessandro Raolil -- Ing. Alessandro Raolil Euromediterranean Center for Climate Changes - https://www.cmcc.it SPACI Consortium - www.spaci.it National Nanotechnology Laboratory (NNL/CNR-INFM) - www.nnl.it Via per Monteroni - 73100 Lecce (Italy) email: alessandro.raol -- Ing. Alessandro Raolil Euromediterranean Center for Climate Changes - https://www.cmcc.it SPACI Consortium - www.spaci.it National Nanotechnology Laboratory (NNL/CNR-INFM) - www.nnl.it Via per Monteroni - 73100 Lecce (Italy) email: alessandro.raol From dasilva at OPENGRADS.ORG Mon Jul 13 11:02:29 2009 From: dasilva at OPENGRADS.ORG (Arlindo da Silva) Date: Mon, 13 Jul 2009 11:02:29 -0400 Subject: please help me. In-Reply-To: <4571806f0907130733w49099faeh42126fda84d259c9@mail.gmail.com> Message-ID: Dear Andrea, Sorry, but I cannot provide 1-on-1 support for GrADS. Please post your questions on the mailing list: "gradsusr" Besides, answering your question on gradsusr could benefit other users as well. Arlindo On Mon, Jul 13, 2009 at 10:33 AM, Andrea wrote: > > Dear > Forgive me if I'm boring you with my stupid question but I dont know who > can help me. > I'm trying to do precipitation plot width grads but I would like to > display data only when clouds cover is over 40 per cent. > is it possible to something like this, assuming that in my grib data I > have APCPsfc and tcdcclm? > > if (tcdcclm > 0.4) then > > d (APCPsfc.1 + APCPsfc.2) > > fi > > tell me know > > Thank you in advanced > > Andrea -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090713/e8920ebc/attachment.html From lwelp at MAIL.UCSD.EDU Tue Jul 14 14:47:22 2009 From: lwelp at MAIL.UCSD.EDU (Lisa Welp) Date: Tue, 14 Jul 2009 11:47:22 -0700 Subject: output in text format Message-ID: Hello, I'm trying to write an expression result as a text file and am not getting it to work. I've tried using the 'write' command, but get an 'unknown command' error. I've also tried downloading the 'fprintf.gs' script from the cookbooks website and get the following error message: Unexpected endif. Incorrect if block nesting. Error occurred scanning line 1 In file fprintf.gs I attached my version of fprintf.gs that I cut and pasted from the website in case there is a formatting issue. Also, I'm using GrADS version 2.0.a3. Can anyone explain why these approaches aren't working, or point me in the right direction? Thanks, Lisa -- --------------------------------------- Lisa Welp-Smith, Postdoc Carbon Dioxide Research Group Scripps Institution of Oceanography, UCSD lwelp at ucsd.edu -------------- next part -------------- An embedded and charset-unspecified text was scrubbed... Name: fprintf.gs Url: http://gradsusr.org/pipermail/gradsusr/attachments/20090714/25021bfb/attachment.pl From jimp at HAWAII.EDU Wed Jul 15 15:10:11 2009 From: jimp at HAWAII.EDU (James T. Potemra) Date: Wed, 15 Jul 2009 09:10:11 -1000 Subject: linear interpolation functions in grads-2.0.a5.oga.5 Message-ID: I'm running grads-2.0.a5.oga.5 on a 64-bit linux machine and want to do a linear fit to a time-series. There appears to be a UDF called "linreg" that is included in Mike Fiorino's UDF library, but the man page at http://opengrads.org/doc/udxt/libmf/ does not list this function. Conversely, there is a man page for "tregr2" at http://opengrads.org/doc/udxt/libbjt/ as part of Ben-Jei Tsuang's UDF library, but that does not appear in the UDC list (see list below). I would like to plot a linear fit through a time-series of a particular variable. It looks like either of these would do this, but in my case the independent variable is time, and I'm not sure if I need to somehow define that in the Y = m * X + b syntax for either tregr2 or linreg. I'd appreciate any suggestions. Thanks, Jim ------------------------------------------------------------------------------------------------------ ga-> q udf User Defined FUNCTION Short Description Function at Library ---------- ----------------------------------- -------------------------- lt Less than operator f_bjt@^libbjt.gex jd Julian day f_bjt@^libbjt.gex cosz Cosine solar zenith angle f_bjt@^libbjt.gex dayratio Daylight ratio f_bjt@^libbjt.gex if Conditional function f_bjt@^libbjt.gex maxv Maximum value f_bjt@^libbjt.gex minv Minimum value f_bjt@^libbjt.gex which Label gridpoints f_bjt@^libbjt.gex ftest F-test f_bjt@^libbjt.gex ttest T-test f_bjt@^libbjt.gex tfit Point linear regression f_bjt@^libbjt.gex fit Global linear regression f_bjt@^libbjt.gex tcorr2 Time correlation f_bjt@^libbjt.gex tregr2 Point linear regression f_bjt@^libbjt.gex tmave2 Time averaging w/masking f_bjt@^libbjt.gex madvu Calculates -d(u*EXPR)/dx f_bjt@^libbjt.gex madvv Calculates -d(V*EXPR)/dy f_bjt@^libbjt.gex madvw Calculates -d(W*EXPR)/dp f_bjt@^libbjt.gex muadv Zonal advection f_bjt@^libbjt.gex mvadv Meridional advection f_bjt@^libbjt.gex mwadv Vertical advection f_bjt@^libbjt.gex satvap Saturated vapor pressure f_bjt@^libbjt.gex dew Dew point temperature f_bjt@^libbjt.gex lw Thermal infrared fluxes f_bjt@^libbjt.gex lw2 Thermal infrared fluxes v2 f_bjt@^libbjt.gex pinterp Pressure interpolation f_bjt@^libbjt.gex zinterp Height interpolation f_bjt@^libbjt.gex line Draws a line f_bjt@^libbjt.gex vint2 Mass-weighted vertical integral f_bjt@^libbjt.gex fish Poisson solver f_fish@^fish.gex fish_psi Compute streamfunction f_psichi@^fish.gex fish_chi Compute velocity potential f_psichi@^fish.gex fish_vor Compute vorticity f_psichi@^fish.gex fish_div Compute divergence f_psichi@^fish.gex dewpt Dew-point temperature f_gsudf@^gsudf.gex ept Equivalent potential temperature f_gsudf@^gsudf.gex epi Potential Instability f_gsudf@^gsudf.gex plcl Pressure at LCL f_gsudf@^gsudf.gex shear Wind Shear f_gsudf@^gsudf.gex srh1km Storm-relative Helicity 0-1km' f_gsudf@^gsudf.gex srh3km Storm-relative Helicity 0-3km' f_gsudf@^gsudf.gex tlcl Temperature at LCL f_gsudf@^gsudf.gex tsindex Chance of T-storm Initiation f_gsudf@^gsudf.gex ttindex Total Totals Index f_gsudf@^gsudf.gex wchill Wind Chill Index (New) f_gsudf@^gsudf.gex hello Hello, World! sample function f_hello@^libhello.gex ipc_save Save expression to stream f_Save@^libipc.gex ipc_load Load variable from file f_Load@^libipc.gex smth2d Shuman smoother/de-smoother f_smth2d@^libmf.gex uv2trw Find radial/tangential velocity f_uv2trw@^libmf.gex re2 General interpolator (regrid2) f_re2@^libmf.gex esmrf Saturation vapor pressure (old MRF) f_esmrf@^libmf.gex linreg Linear regression: mx + b f_linreg@^libmf.gex re General interpolator ffre@^re.gex re_ General interpolator (verbose) ffre_dbg@^re.gex regrid2 regrid2-like wrapper for re() f_gsudf@^gsudf.gex reimg Interpolation for Image Generation' f_gsudf@^gsudf.gex sh_filt Spherical harmonic filter f_shfilt@^shfilt.gex sh_power Spherical harmonic spectra f_shpowr@^shfilt.gex ---------- ----------------------------------- -------------------------- From climate.karsaz at GMAIL.COM Wed Jul 15 15:39:17 2009 From: climate.karsaz at GMAIL.COM (climate karsaz) Date: Thu, 16 Jul 2009 00:09:17 +0430 Subject: linear interpolation functions in grads-2.0.a5.oga.5 In-Reply-To: <4A5E2993.1080402@hawaii.edu> Message-ID: HELLO THANKS FOR REPLY. YOU VERY CIND. I NIDE NECESSARY SCRIPT GRADS FOR RUNING PRO CYCLON AND SYNOPTIC HEAVY RAINFALL .ALSO I NECSSARY PDF RAINFALL. THANKS FOR HELPING. BY -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090716/5edae434/attachment.html From cmunozc at UDEC.CL Wed Jul 15 15:51:49 2009 From: cmunozc at UDEC.CL (Cristian Gonzal =?iso-8859-1?Q?Mu=F1oz_Castillo?=) Date: Wed, 15 Jul 2009 15:51:49 -0400 Subject: linear interpolation functions in grads-2.0.a5.oga.5 In-Reply-To: <4A5E2993.1080402@hawaii.edu> Message-ID: I think most of us agree that grads is not so suitable when we want to make some calculations (e.g. regressions). What i would do is just fit the linear regression to the data using matlab or any other software. It is not difficult to translate the results to a readable ctl file for grads. I hope this works for you, regards > I'm running grads-2.0.a5.oga.5 on a 64-bit linux machine and want to do > a linear > fit to a time-series. There appears to be a UDF called "linreg" that is > included > in Mike Fiorino's UDF library, but the man page at > http://opengrads.org/doc/udxt/libmf/ > does not list this function. > > Conversely, there is a man page for "tregr2" at > http://opengrads.org/doc/udxt/libbjt/ > as part of Ben-Jei Tsuang's UDF library, but that does not appear in the > UDC list > (see list below). > > I would like to plot a linear fit through a time-series of a particular > variable. It looks > like either of these would do this, but in my case the independent > variable is time, and > I'm not sure if I need to somehow define that in the Y = m * X + b > syntax for either > tregr2 or linreg. > > I'd appreciate any suggestions. Thanks, > > Jim > > ------------------------------------------------------------------------------------------------------ > > ga-> q udf > > User > Defined > FUNCTION Short Description Function at Library > ---------- ----------------------------------- > -------------------------- > lt Less than operator f_bjt@^libbjt.gex > jd Julian day f_bjt@^libbjt.gex > cosz Cosine solar zenith angle f_bjt@^libbjt.gex > dayratio Daylight ratio f_bjt@^libbjt.gex > if Conditional function f_bjt@^libbjt.gex > maxv Maximum value f_bjt@^libbjt.gex > minv Minimum value f_bjt@^libbjt.gex > which Label gridpoints f_bjt@^libbjt.gex > ftest F-test f_bjt@^libbjt.gex > ttest T-test f_bjt@^libbjt.gex > tfit Point linear regression f_bjt@^libbjt.gex > fit Global linear regression f_bjt@^libbjt.gex > tcorr2 Time correlation f_bjt@^libbjt.gex > tregr2 Point linear regression f_bjt@^libbjt.gex > tmave2 Time averaging w/masking f_bjt@^libbjt.gex > madvu Calculates -d(u*EXPR)/dx f_bjt@^libbjt.gex > madvv Calculates -d(V*EXPR)/dy f_bjt@^libbjt.gex > madvw Calculates -d(W*EXPR)/dp f_bjt@^libbjt.gex > muadv Zonal advection f_bjt@^libbjt.gex > mvadv Meridional advection f_bjt@^libbjt.gex > mwadv Vertical advection f_bjt@^libbjt.gex > satvap Saturated vapor pressure f_bjt@^libbjt.gex > dew Dew point temperature f_bjt@^libbjt.gex > lw Thermal infrared fluxes f_bjt@^libbjt.gex > lw2 Thermal infrared fluxes v2 f_bjt@^libbjt.gex > pinterp Pressure interpolation f_bjt@^libbjt.gex > zinterp Height interpolation f_bjt@^libbjt.gex > line Draws a line f_bjt@^libbjt.gex > vint2 Mass-weighted vertical integral f_bjt@^libbjt.gex > fish Poisson solver f_fish@^fish.gex > fish_psi Compute streamfunction f_psichi@^fish.gex > fish_chi Compute velocity potential f_psichi@^fish.gex > fish_vor Compute vorticity f_psichi@^fish.gex > fish_div Compute divergence f_psichi@^fish.gex > dewpt Dew-point temperature f_gsudf@^gsudf.gex > ept Equivalent potential temperature f_gsudf@^gsudf.gex > epi Potential Instability f_gsudf@^gsudf.gex > plcl Pressure at LCL f_gsudf@^gsudf.gex > shear Wind Shear f_gsudf@^gsudf.gex > srh1km Storm-relative Helicity 0-1km' f_gsudf@^gsudf.gex > srh3km Storm-relative Helicity 0-3km' f_gsudf@^gsudf.gex > tlcl Temperature at LCL f_gsudf@^gsudf.gex > tsindex Chance of T-storm Initiation f_gsudf@^gsudf.gex > ttindex Total Totals Index f_gsudf@^gsudf.gex > wchill Wind Chill Index (New) f_gsudf@^gsudf.gex > hello Hello, World! sample function f_hello@^libhello.gex > ipc_save Save expression to stream f_Save@^libipc.gex > ipc_load Load variable from file f_Load@^libipc.gex > smth2d Shuman smoother/de-smoother f_smth2d@^libmf.gex > uv2trw Find radial/tangential velocity f_uv2trw@^libmf.gex > re2 General interpolator (regrid2) f_re2@^libmf.gex > esmrf Saturation vapor pressure (old MRF) f_esmrf@^libmf.gex > linreg Linear regression: mx + b f_linreg@^libmf.gex > re General interpolator ffre@^re.gex > re_ General interpolator (verbose) ffre_dbg@^re.gex > regrid2 regrid2-like wrapper for re() f_gsudf@^gsudf.gex > reimg Interpolation for Image Generation' f_gsudf@^gsudf.gex > sh_filt Spherical harmonic filter f_shfilt@^shfilt.gex > sh_power Spherical harmonic spectra f_shpowr@^shfilt.gex > ---------- ----------------------------------- > -------------------------- > -- Cristian G. Mu?oz Castillo Licenciado en Ciencias F?sicas Candidato a Geof?sico Of. 442 Tel. (41) 2203155 Depto. Geof?sica Facultad Ciencias F?sicas y Matem?ticas Universidad de Concepci?n Concepci?n Chile ^^^^^^^^^^^^^^^^^^^HATUSIME^^^^^^^^^^^^^^^^^^^^^ From climate.karsaz at GMAIL.COM Wed Jul 15 15:44:15 2009 From: climate.karsaz at GMAIL.COM (climate karsaz) Date: Thu, 16 Jul 2009 00:14:15 +0430 Subject: linear interpolation functions in grads-2.0.a5.oga.5 In-Reply-To: Message-ID: HI I WORKING IN LATITUDE 0 80 ALSO LONGETUDE 0 120 ALSO LEVEL 1000 925 850 700 600 500 400 300 200 100 COMPUTATION JETSTREAM IN LEVEL 250 300 400 500 CAN HELP MI PLS. THANKS. BY -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090716/ec29bb05/attachment.html From Michael.Fiorino at NOAA.GOV Wed Jul 15 16:01:22 2009 From: Michael.Fiorino at NOAA.GOV (Michael Fiorino) Date: Wed, 15 Jul 2009 20:01:22 +0000 Subject: linear interpolation functions in grads-2.0.a5.oga.5 In-Reply-To: <4A5E2993.1080402@hawaii.edu> Message-ID: jim, my linreg extension does work... e.g., trend=linreg(y) in a script the m and b are printed to the 'result' variable. /r mike James T. Potemra wrote: > I'm running grads-2.0.a5.oga.5 on a 64-bit linux machine and want to do > a linear > fit to a time-series. There appears to be a UDF called "linreg" that is > included > in Mike Fiorino's UDF library, but the man page at > http://opengrads.org/doc/udxt/libmf/ > does not list this function. > > Conversely, there is a man page for "tregr2" at > http://opengrads.org/doc/udxt/libbjt/ > as part of Ben-Jei Tsuang's UDF library, but that does not appear in the > UDC list > (see list below). > > I would like to plot a linear fit through a time-series of a particular > variable. It looks > like either of these would do this, but in my case the independent > variable is time, and > I'm not sure if I need to somehow define that in the Y = m * X + b > syntax for either > tregr2 or linreg. > > I'd appreciate any suggestions. Thanks, > > Jim > > ------------------------------------------------------------------------------------------------------ > > > ga-> q udf > > User > Defined > FUNCTION Short Description Function at Library > ---------- ----------------------------------- > -------------------------- > lt Less than operator f_bjt@^libbjt.gex > jd Julian day f_bjt@^libbjt.gex > cosz Cosine solar zenith angle f_bjt@^libbjt.gex > dayratio Daylight ratio f_bjt@^libbjt.gex > if Conditional function f_bjt@^libbjt.gex > maxv Maximum value f_bjt@^libbjt.gex > minv Minimum value f_bjt@^libbjt.gex > which Label gridpoints f_bjt@^libbjt.gex > ftest F-test f_bjt@^libbjt.gex > ttest T-test f_bjt@^libbjt.gex > tfit Point linear regression f_bjt@^libbjt.gex > fit Global linear regression f_bjt@^libbjt.gex > tcorr2 Time correlation f_bjt@^libbjt.gex > tregr2 Point linear regression f_bjt@^libbjt.gex > tmave2 Time averaging w/masking f_bjt@^libbjt.gex > madvu Calculates -d(u*EXPR)/dx f_bjt@^libbjt.gex > madvv Calculates -d(V*EXPR)/dy f_bjt@^libbjt.gex > madvw Calculates -d(W*EXPR)/dp f_bjt@^libbjt.gex > muadv Zonal advection f_bjt@^libbjt.gex > mvadv Meridional advection f_bjt@^libbjt.gex > mwadv Vertical advection f_bjt@^libbjt.gex > satvap Saturated vapor pressure f_bjt@^libbjt.gex > dew Dew point temperature f_bjt@^libbjt.gex > lw Thermal infrared fluxes f_bjt@^libbjt.gex > lw2 Thermal infrared fluxes v2 f_bjt@^libbjt.gex > pinterp Pressure interpolation f_bjt@^libbjt.gex > zinterp Height interpolation f_bjt@^libbjt.gex > line Draws a line f_bjt@^libbjt.gex > vint2 Mass-weighted vertical integral f_bjt@^libbjt.gex > fish Poisson solver f_fish@^fish.gex > fish_psi Compute streamfunction f_psichi@^fish.gex > fish_chi Compute velocity potential f_psichi@^fish.gex > fish_vor Compute vorticity f_psichi@^fish.gex > fish_div Compute divergence f_psichi@^fish.gex > dewpt Dew-point temperature f_gsudf@^gsudf.gex > ept Equivalent potential temperature f_gsudf@^gsudf.gex > epi Potential Instability f_gsudf@^gsudf.gex > plcl Pressure at LCL f_gsudf@^gsudf.gex > shear Wind Shear f_gsudf@^gsudf.gex > srh1km Storm-relative Helicity 0-1km' f_gsudf@^gsudf.gex > srh3km Storm-relative Helicity 0-3km' f_gsudf@^gsudf.gex > tlcl Temperature at LCL f_gsudf@^gsudf.gex > tsindex Chance of T-storm Initiation f_gsudf@^gsudf.gex > ttindex Total Totals Index f_gsudf@^gsudf.gex > wchill Wind Chill Index (New) f_gsudf@^gsudf.gex > hello Hello, World! sample function f_hello@^libhello.gex > ipc_save Save expression to stream f_Save@^libipc.gex > ipc_load Load variable from file f_Load@^libipc.gex > smth2d Shuman smoother/de-smoother f_smth2d@^libmf.gex > uv2trw Find radial/tangential velocity f_uv2trw@^libmf.gex > re2 General interpolator (regrid2) f_re2@^libmf.gex > esmrf Saturation vapor pressure (old MRF) f_esmrf@^libmf.gex > linreg Linear regression: mx + b f_linreg@^libmf.gex > re General interpolator ffre@^re.gex > re_ General interpolator (verbose) ffre_dbg@^re.gex > regrid2 regrid2-like wrapper for re() f_gsudf@^gsudf.gex > reimg Interpolation for Image Generation' f_gsudf@^gsudf.gex > sh_filt Spherical harmonic filter f_shfilt@^shfilt.gex > sh_power Spherical harmonic spectra f_shpowr@^shfilt.gex > ---------- ----------------------------------- > -------------------------- From Michael.Fiorino at NOAA.GOV Wed Jul 15 16:05:38 2009 From: Michael.Fiorino at NOAA.GOV (Michael Fiorino) Date: Wed, 15 Jul 2009 20:05:38 +0000 Subject: output in text format In-Reply-To: <4A5CD2BA.1050704@mail.ucsd.edu> Message-ID: hi lisa, the return from the function fprintf(args) was not found, possibly because there's a space before 'return n ' try taking out those spaces before the script commands, the script interpreter is very sensitive to the first column. /r mike Lisa Welp wrote: > Hello, > > I'm trying to write an expression result as a text file and am not > getting it to work. > > I've tried using the 'write' command, but get an 'unknown command' error. > > I've also tried downloading the 'fprintf.gs' script from the cookbooks > website and get the following error message: > Unexpected endif. Incorrect if block nesting. > Error occurred scanning line 1 > In file fprintf.gs > > I attached my version of fprintf.gs that I cut and pasted from the > website in case there is a formatting issue. Also, I'm using GrADS > version 2.0.a3. > > Can anyone explain why these approaches aren't working, or point me in > the right direction? > > Thanks, > Lisa > > -- > --------------------------------------- > Lisa Welp-Smith, Postdoc > Carbon Dioxide Research Group > Scripps Institution of Oceanography, UCSD > lwelp at ucsd.edu > From arlindo.dasilva at GMAIL.COM Wed Jul 15 17:18:09 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Wed, 15 Jul 2009 17:18:09 -0400 Subject: linear interpolation functions in grads-2.0.a5.oga.5 In-Reply-To: <4A5E2993.1080402@hawaii.edu> Message-ID: On Wed, Jul 15, 2009 at 3:10 PM, James T. Potemra wrote: > I'm running grads-2.0.a5.oga.5 on a 64-bit linux machine and want to do > a linear > fit to a time-series. There appears to be a UDF called "linreg" that is > included > in Mike Fiorino's UDF library, but the man page at > http://opengrads.org/doc/udxt/libmf/ > does not list this function. > > Conversely, there is a man page for "*tregr2"* at > http://opengrads.org/doc/udxt/libbjt/ > as part of Ben-Jei Tsuang's UDF library, but that does not appear in the > UDC list > (see list below). > Yes, it is there... > > ga-> q udf > > User > Defined > FUNCTION Short Description Function at Library > ---------- ----------------------------------- -------------------------- > tfit Point linear regression f_bjt@^libbjt.gex > fit Global linear regression f_bjt@^libbjt.gex > tcorr2 Time correlation f_bjt@^libbjt.gex > * tregr2 Point linear regression f_bjt@^libbjt.gex* > tmave2 Time averaging w/masking f_bjt@^libbjt.gex > See also the cookbooks, Mike Bosilovich has some recipes covering linear regressions. If you are into python, pygrads includes pylab which makes these sort of calculations very simple. If you install python's interface to R you can do real statistics... There is also a grads interface for matlab which eliminates to read to write exchange files. (I just realized that I haven't released this yet... Any interest?) Arlindo Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090715/dd1fa4d1/attachment.html From jsg229 at PSU.EDU Wed Jul 15 18:17:17 2009 From: jsg229 at PSU.EDU (JEFFREY S GALL) Date: Wed, 15 Jul 2009 18:17:17 -0400 Subject: No subject Message-ID: When I compile a FORTRAN program using ifort, I need to add the command 'OPTIONS byteswapped' to the beginning of the ctl file to avoid getting NaN values. Is there a compile line option with ifort that I can specify to avoid having to add the OPTIONS byteswapped command to my ctl file? I should note that when I compile using pgf90, I do not need to add 'OPTIONS byteswapped' to the ctl file. Thanks, Jeff -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090715/d72bbaa5/attachment.html From jsg229 at PSU.EDU Wed Jul 15 18:18:13 2009 From: jsg229 at PSU.EDU (JEFFREY S GALL) Date: Wed, 15 Jul 2009 18:18:13 -0400 Subject: byteswap ifort question Message-ID: When I compile a FORTRAN program using ifort, I need to add the command 'OPTIONS byteswapped' to the beginning of the ctl file to avoid getting NaN values. Is there a compile line option with ifort that I can specify to avoid having to add the OPTIONS byteswapped command to my ctl file? I should note that when I compile using pgf90, I do not need to add 'OPTIONS byteswapped' to the ctl file. Thanks, Jeff -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090715/d65f5b01/attachment.html From furue at HAWAII.EDU Wed Jul 15 19:07:58 2009 From: furue at HAWAII.EDU (Ryo Furue) Date: Wed, 15 Jul 2009 13:07:58 -1000 Subject: byteswap ifort question In-Reply-To: <1247696293l.561340l.0l@psu.edu> Message-ID: Hi Jeff, | When I compile a FORTRAN program using ifort, I need to add the | command 'OPTIONS byteswapped' to the beginning of the ctl file to | avoid getting NaN values. Is there a compile line option with ifort | that I can specify to avoid having to add the OPTIONS byteswapped | command to my ctl file? If you use a Linux/Unix version of the Intel Fortran compiler, there is a compile-time option, which is used as $ ifort -convert big_endian yourprog.f90 Then, the resulting executable will ensure the big-endian outputs for writing and will assume the big-endian ordering for reading. "-convert little_endian" is available, too. The Windows version of the compiler should have corresponding options. There are also environment variables, such as F_UFMTENDIAN, that control endianness, at run time. Some of the env. vars. work file by file. Ryo From jimp at HAWAII.EDU Wed Jul 15 19:38:49 2009 From: jimp at HAWAII.EDU (James T. Potemra) Date: Wed, 15 Jul 2009 13:38:49 -1000 Subject: linear interpolation functions in grads-2.0.a5.oga.5 In-Reply-To: <4A5E3592.8060809@noaa.gov> Message-ID: Hi Mike: Thanks for the reply. For some reason this causes my grads to exit. I open the file, pick a point (lat,lon), then run trend=linreg(y) and grads just quits (no error or seg fault): Welcome to the OpenGrADS Bundle Distribution -------------------------------------------- For additional information enter "opengrads --help". Starting "/usr/local/grads-2.0.a5.oga.5/Contents/Linux/Versions/2.0.a5.oga.5/x86_64/grads -HC 1 -l -g 1000x800 " ... Grid Analysis and Display System (GrADS) Version 2.0.a5.oga.5 Copyright (c) 1988-2008 by Brian Doty and the Institute for Global Environment and Society (IGES) GrADS comes with ABSOLUTELY NO WARRANTY See file COPYRIGHT for more information Config: v2.0.a5.oga.5 little-endian readline printim grib2 netcdf hdf4-sds opendap-grids,stn athena geotiff Issue 'q config' command for more information. Loading User Defined Extensions table ... ok. GX Package Initialization: Size = 11 8.5 Command line history in /export/lii/jimp/.grads.log ga-> open c20c_tas Scanning description file: c20c_tas Data file c20c_tas.nc is open as file 1 LON set to 0 360 LAT set to -89.4944 89.4944 LEV set to 1 1 Time values set: 1861:7:1:0 1861:7:1:0 E set to 1 1 ga-> set lat 0 LAT set to 1.01124 1.01124 ga-> set lon 180 LON set to 181.25 181.25 ga-> set t 1 140 Time values set: 1861:7:1:0 2000:7:1:0 ga-> d tas ga-> trend=linreg(tas) Michael Fiorino wrote: > jim, > > my linreg extension does work... e.g., trend=linreg(y) > > in a script the m and b are printed to the 'result' variable. > > /r mike > > James T. Potemra wrote: > >> I'm running grads-2.0.a5.oga.5 on a 64-bit linux machine and want to do >> a linear >> fit to a time-series. There appears to be a UDF called "linreg" that is >> included >> in Mike Fiorino's UDF library, but the man page at >> http://opengrads.org/doc/udxt/libmf/ >> does not list this function. >> >> Conversely, there is a man page for "tregr2" at >> http://opengrads.org/doc/udxt/libbjt/ >> as part of Ben-Jei Tsuang's UDF library, but that does not appear in the >> UDC list >> (see list below). >> >> I would like to plot a linear fit through a time-series of a particular >> variable. It looks >> like either of these would do this, but in my case the independent >> variable is time, and >> I'm not sure if I need to somehow define that in the Y = m * X + b >> syntax for either >> tregr2 or linreg. >> >> I'd appreciate any suggestions. Thanks, >> >> Jim >> >> ------------------------------------------------------------------------------------------------------ >> >> >> ga-> q udf >> >> User >> Defined >> FUNCTION Short Description Function at Library >> ---------- ----------------------------------- >> -------------------------- >> lt Less than operator f_bjt@^libbjt.gex >> jd Julian day f_bjt@^libbjt.gex >> cosz Cosine solar zenith angle f_bjt@^libbjt.gex >> dayratio Daylight ratio f_bjt@^libbjt.gex >> if Conditional function f_bjt@^libbjt.gex >> maxv Maximum value f_bjt@^libbjt.gex >> minv Minimum value f_bjt@^libbjt.gex >> which Label gridpoints f_bjt@^libbjt.gex >> ftest F-test f_bjt@^libbjt.gex >> ttest T-test f_bjt@^libbjt.gex >> tfit Point linear regression f_bjt@^libbjt.gex >> fit Global linear regression f_bjt@^libbjt.gex >> tcorr2 Time correlation f_bjt@^libbjt.gex >> tregr2 Point linear regression f_bjt@^libbjt.gex >> tmave2 Time averaging w/masking f_bjt@^libbjt.gex >> madvu Calculates -d(u*EXPR)/dx f_bjt@^libbjt.gex >> madvv Calculates -d(V*EXPR)/dy f_bjt@^libbjt.gex >> madvw Calculates -d(W*EXPR)/dp f_bjt@^libbjt.gex >> muadv Zonal advection f_bjt@^libbjt.gex >> mvadv Meridional advection f_bjt@^libbjt.gex >> mwadv Vertical advection f_bjt@^libbjt.gex >> satvap Saturated vapor pressure f_bjt@^libbjt.gex >> dew Dew point temperature f_bjt@^libbjt.gex >> lw Thermal infrared fluxes f_bjt@^libbjt.gex >> lw2 Thermal infrared fluxes v2 f_bjt@^libbjt.gex >> pinterp Pressure interpolation f_bjt@^libbjt.gex >> zinterp Height interpolation f_bjt@^libbjt.gex >> line Draws a line f_bjt@^libbjt.gex >> vint2 Mass-weighted vertical integral f_bjt@^libbjt.gex >> fish Poisson solver f_fish@^fish.gex >> fish_psi Compute streamfunction f_psichi@^fish.gex >> fish_chi Compute velocity potential f_psichi@^fish.gex >> fish_vor Compute vorticity f_psichi@^fish.gex >> fish_div Compute divergence f_psichi@^fish.gex >> dewpt Dew-point temperature f_gsudf@^gsudf.gex >> ept Equivalent potential temperature f_gsudf@^gsudf.gex >> epi Potential Instability f_gsudf@^gsudf.gex >> plcl Pressure at LCL f_gsudf@^gsudf.gex >> shear Wind Shear f_gsudf@^gsudf.gex >> srh1km Storm-relative Helicity 0-1km' f_gsudf@^gsudf.gex >> srh3km Storm-relative Helicity 0-3km' f_gsudf@^gsudf.gex >> tlcl Temperature at LCL f_gsudf@^gsudf.gex >> tsindex Chance of T-storm Initiation f_gsudf@^gsudf.gex >> ttindex Total Totals Index f_gsudf@^gsudf.gex >> wchill Wind Chill Index (New) f_gsudf@^gsudf.gex >> hello Hello, World! sample function f_hello@^libhello.gex >> ipc_save Save expression to stream f_Save@^libipc.gex >> ipc_load Load variable from file f_Load@^libipc.gex >> smth2d Shuman smoother/de-smoother f_smth2d@^libmf.gex >> uv2trw Find radial/tangential velocity f_uv2trw@^libmf.gex >> re2 General interpolator (regrid2) f_re2@^libmf.gex >> esmrf Saturation vapor pressure (old MRF) f_esmrf@^libmf.gex >> linreg Linear regression: mx + b f_linreg@^libmf.gex >> re General interpolator ffre@^re.gex >> re_ General interpolator (verbose) ffre_dbg@^re.gex >> regrid2 regrid2-like wrapper for re() f_gsudf@^gsudf.gex >> reimg Interpolation for Image Generation' f_gsudf@^gsudf.gex >> sh_filt Spherical harmonic filter f_shfilt@^shfilt.gex >> sh_power Spherical harmonic spectra f_shpowr@^shfilt.gex >> ---------- ----------------------------------- >> -------------------------- >> From dasilva at ALUM.MIT.EDU Thu Jul 16 09:06:08 2009 From: dasilva at ALUM.MIT.EDU (Arlindo da Silva) Date: Thu, 16 Jul 2009 09:06:08 -0400 Subject: Sneak preview: Matlab/Java interfaces Message-ID: On Thu, Jul 16, 2009 at 2:52 AM, Maat, Herbert ter wrote: > Dear Arlindo, > > You mentioned in an e-mail posted on the GrADS user mailing list that an > interface is available between GrADS and Matlab. I am interested in this > interface and my next question is how I can get hold off this interface. > Note that I am working on a Windows XP machine. > > Untill I have a chance to package it for sf.net you can get a sneak preview from here: http://opengrads.org/devel/jygrads/ Installation instructions are here: http://opengrads.org/wiki/index.php?title=JyGrADS:_Java_and_Matlab_interface_to_GrADS_through_Jython This interface is similar to the other python, perl, etc, interfaces. Here is a quick illustration: * ga = grads('gradsnc -bl',0); % start grads fh = ga.open('data/model'); % open a file qh = ga.query('dims'); % query something [ts,g] = ga.expr('ts'); % Get GrADS data pcolor(g.lon,g.lat,ts); % plot in matlab shading('interp'); title('Surface Temperature') xlabel('Longitude'); ylabel('Latitude'); ga.cmd('q config'); % send commands, fprintf(1,'%s\n',ga.rline(1)); % capture output * See file examples.m in the URL above for a more detailed example with annotations. This interface explores Matlab's Java integration, so it should work under windows just fine (although I have not tried it myself under Windows --- let me know if it works). *Looking for .NET volunteers:* This interface is built on top of Jython (Python under Java). There is something called IronPython which implements the Python under Microsofts .NET framework. I believe that porting JyGrADS to work under IronPython/.NET should be relatively straightforward. This would be an interesting OpenGrADS project, but the OpenGrADS developers are already overextended as it is. So, if someone out there would like to champion this .NET project, please drop us a not at opengrads-devel at lists.sf.net. Some familiarity with .NET and Python (or willingness to learn it) is necessary. Cheers! Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090716/77c9fdd1/attachment.html From arlindo.dasilva at GMAIL.COM Thu Jul 16 09:27:46 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Thu, 16 Jul 2009 09:27:46 -0400 Subject: byteswap ifort question In-Reply-To: <1247696293l.561340l.0l@psu.edu> Message-ID: On Wed, Jul 15, 2009 at 6:18 PM, JEFFREY S GALL wrote: > When I compile a FORTRAN program using ifort, I need to add the > command 'OPTIONS byteswapped' Do not use "OPTIONS byteswapped", this construct is deprecated. Instead, explicitly state the endianess of of your data OPTIONS little_endian (if you are using ifort, good chance you have a little endian machine.) Although you can tell the compiler to automatically convert your data to big endian as Ryo suggests, $ ifort -convert big_endian yourprog.f90 this is not recommended unless you expect to use your data on a big-endian machine (these are becoming more of a rarity these days.) If you do this big-endian conversion, every time you use your data on a little endian machine (such as i686, x86_64 platforms, including Linux, Windows, Mac OS X/Intel) GrADS will be doing a byte swap for each byte it reads - kind of inefficient. Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090716/131cf47e/attachment.html From jimbo32886 at GMAIL.COM Fri Jul 17 00:49:26 2009 From: jimbo32886 at GMAIL.COM (Jim) Date: Fri, 17 Jul 2009 06:49:26 +0200 Subject: Station Data Issue Message-ID: Hello all, I have been using ocean station data from ICES and ran into a problem. The data is formatted in such a way that every new line represents either a new station or a new level. I have used Fortran to send all the data (lat,lon,date,level,temp,salinity,density) into long arrays. I can manipulate the data so my time stamp concludes at the end of one single day. However, because the station data could last for multiple lines in the data (e.g. if I had 10 levels of oceanic data from one station it would be 10 lines long in the data) and thus I believe my nlev and variables are not being inputted correctly into station data format. Has anyone else ever ran into this issue, or does somebody know how to fix this. It would be easy if all the data was on a single line for all levels, but by putting the levels on different lines it makes this task more difficult. Thanks, Jim From sachinghude at TROPMET.RES.IN Fri Jul 17 02:47:34 2009 From: sachinghude at TROPMET.RES.IN (Sachin Ghude) Date: Fri, 17 Jul 2009 13:17:34 +0630 Subject: How to calculate total column Message-ID: Hi! Could you please tell me how to set the length of wind vector arrows in GRADS. Actually I want to sent the length to 10 in all the monthly plots of wind victors. Thanks in advance Sachin Ghude -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090717/a3684c0c/attachment.html From dhaval.prajapati at ICCSIR.ORG Fri Jul 17 03:17:23 2009 From: dhaval.prajapati at ICCSIR.ORG (Dhaval Prajapati) Date: Fri, 17 Jul 2009 07:17:23 +0000 Subject: How to remove horizontal lines in Output Message-ID: Hi, I have prepared . ps files using grads. Now in the file there are horizontal lines coming for colors How to remove it? is there any command to get batter images? I am attaching one file for sample in both .ps and .jpg format Dhaval Indian Centre for Climate and Societal Impacts Research (ICCSIR) Ahmedabad Education Society compound, Opp. H.L. Commerce College, Navrangpura, Ahmedabad 380 009, Gujarat, India Contact No. : +91(079)40045462 -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090717/883be9b9/attachment.html -------------- next part -------------- A non-text attachment was scrubbed... Name: aug_cumulatuve_57.ps Type: application/octet-stream Size: 194610 bytes Desc: not available Url : http://gradsusr.org/pipermail/gradsusr/attachments/20090717/883be9b9/attachment.obj -------------- next part -------------- A non-text attachment was scrubbed... Name: aug_cumulatuve_57.jpg Type: application/octet-stream Size: 141309 bytes Desc: not available Url : http://gradsusr.org/pipermail/gradsusr/attachments/20090717/883be9b9/attachment-0001.obj From climate.karsaz at GMAIL.COM Fri Jul 17 03:29:06 2009 From: climate.karsaz at GMAIL.COM (climate karsaz) Date: Fri, 17 Jul 2009 11:59:06 +0430 Subject: How to remove horizontal lines in Output In-Reply-To: Message-ID: hi thanks a lot for reply but i with command grads for computation copmuse SLP(SEE LEVEL PRESSURE) . thanks. by -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090717/e50ecbbc/attachment.html From climate.karsaz at GMAIL.COM Fri Jul 17 03:32:24 2009 From: climate.karsaz at GMAIL.COM (climate karsaz) Date: Fri, 17 Jul 2009 12:02:24 +0430 Subject: How to calculate total column In-Reply-To: <20090706133232.M29107@mail.tropmet.res.in> Message-ID: hi thanks for reply. can give your number tell? because am no awn your namber phon. thanks. -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090717/6077d59c/attachment.html From arlindo.dasilva at GMAIL.COM Fri Jul 17 13:32:58 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Fri, 17 Jul 2009 13:32:58 -0400 Subject: How to remove horizontal lines in Output In-Reply-To: Message-ID: On Fri, Jul 17, 2009 at 3:17 AM, Dhaval Prajapati < dhaval.prajapati at iccsir.org> wrote: > Hi, > > I have prepared . ps files using grads. Now in the file there are > horizontal lines coming for colors > How to remove it? > is there any command to get batter images? > I am attaching one file for sample in both .ps and .jpg format > Try "gxyat" that comes with the opengrads bundle (available from http://opengrads.org). Basically, gxyat is a replacement for "printim", although it can produce .ps, .pdf and .svg output. More info here: http://opengrads.org/wiki/index.php?title=Gxyat Some remarks on these "lines": 1) The "lines" you are referring do not appear if you print your postscript file on paper, only on the screen. These "lines" come from an artifact of the grads shading algorithm and the anti-aliasing algorithm used by the programs that display postscript on the screen. However, depending on your display program, sometimes you can turn anti-aliasing off and the lines go way. However, the fonts do not look as good. 2) When you convert your postscript to jpg, anti-aliasing is usually applied and you get the "lines". Again, depending on your conversion program you can turn anti-aliasing off and get rid of the "lines" at the expense of jagged fonts. 3) What "gxyat" does when creating image files (.png in this case) is to use anti-aliasing when drawing lines and turn anti-aliasing off when doing polygon fills. In the end you get smooth fonts and no "lines". In addition, "gxyat" gives you a lot more flexibility with transparency. 4) If you write .ps/.pdf files with gxyat you will have the same problem with the "lines". The reason is that there is no way (that I know of) in postscript to turn anti-aliasing on/off for part of a page, it is all or nothing. BTW, you can use "gxyat" from the grads command line (replacement for "printim"): ga-> gxyat image.png or from the OS command line (replacement for gxpng, gxeps): $ gxyat -o image.png image.gmf where "image.gmf" is a grads metafile. The SVG output is very useful to import grads output into vector graphics programs such as Adobe Illustrator or Inkscape without loosing any resolution (great for posters). It would be great if someone could contribute a recipe to the Cookbooks illustrating these points. Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090717/3714f543/attachment.html From mateig at STANFORD.EDU Fri Jul 17 13:37:54 2009 From: mateig at STANFORD.EDU (Matei Georgescu) Date: Fri, 17 Jul 2009 10:37:54 -0700 Subject: How to remove horizontal lines in Output In-Reply-To: <77fcd6b20907171032s617b5d6clc1fc50710b2f5a30@mail.gmail.com> Message-ID: hi Arlindo, Does your solution also apply to V1.94b or do i have to grab a newer version? thanks, matei On Fri, 17 Jul 2009, Arlindo da Silva wrote: > On Fri, Jul 17, 2009 at 3:17 AM, Dhaval Prajapati < > dhaval.prajapati at iccsir.org> wrote: > > > Hi, > > > > I have prepared . ps files using grads. Now in the file there are > > horizontal lines coming for colors > > How to remove it? > > is there any command to get batter images? > > I am attaching one file for sample in both .ps and .jpg format > > > > > Try "gxyat" that comes with the opengrads bundle (available from > http://opengrads.org). Basically, gxyat is a replacement for "printim", > although it can produce .ps, .pdf and .svg output. More info here: > > http://opengrads.org/wiki/index.php?title=Gxyat > > Some remarks on these "lines": > > 1) The "lines" you are referring do not appear if you print your postscript > file on paper, only on the screen. These "lines" come from an artifact of > the grads shading algorithm and the anti-aliasing algorithm used by the > programs that display postscript on the screen. However, depending on your > display program, sometimes you can turn anti-aliasing off and the lines go > way. However, the fonts do not look as good. > > 2) When you convert your postscript to jpg, anti-aliasing is usually applied > and you get the "lines". Again, depending on your conversion program you can > turn anti-aliasing off and get rid of the "lines" at the expense of jagged > fonts. > > 3) What "gxyat" does when creating image files (.png in this case) is to use > anti-aliasing when drawing lines and turn anti-aliasing off when doing > polygon fills. In the end you get smooth fonts and no "lines". In addition, > "gxyat" gives you a lot more flexibility with transparency. > > 4) If you write .ps/.pdf files with gxyat you will have the same problem > with the "lines". The reason is that there is no way (that I know of) in > postscript to turn anti-aliasing on/off for part of a page, it is all or > nothing. > > BTW, you can use "gxyat" from the grads command line (replacement for > "printim"): > > ga-> gxyat image.png > > or from the OS command line (replacement for gxpng, gxeps): > > $ gxyat -o image.png image.gmf > > where "image.gmf" is a grads metafile. The SVG output is very useful to > import grads output into vector graphics programs such as Adobe Illustrator > or Inkscape without loosing any resolution (great for posters). > > It would be great if someone could contribute a recipe to the Cookbooks > illustrating these points. > > Arlindo > > > -- > Arlindo da Silva > dasilva at alum.mit.edu > ----- Matei ("Matt") Georgescu Post-doctoral Fellow Program on Food Security and the Environment Stanford University Y2E2 Bldg - MC4205 473 Via Ortega Stanford, CA 94305 homepage - http://stanford.edu/~mateig From arlindo.dasilva at GMAIL.COM Fri Jul 17 14:05:41 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Fri, 17 Jul 2009 14:05:41 -0400 Subject: How to remove horizontal lines in Output In-Reply-To: Message-ID: On Fri, Jul 17, 2009 at 1:37 PM, Matei Georgescu wrote: > hi Arlindo, > > Does your solution also apply to V1.94b or do i have to grab a newer > version? > Partially. You can use the "gxyat" utility on the OS command line, using as input metafiles written from v1.9b4. You need at least v1.9.0-rc1 for using the "gxyat" extension from the "ga->" command line. I'd suggest going with the latest v2.0.a5.oga.5 ("v2.0.a6.oga.1" to be available soon), or v1.10.r2.oga if you must stay withy the legacy v1.x series. Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090717/b63f80ca/attachment.html From roanyah at HOTMAIL.COM Fri Jul 17 15:32:15 2009 From: roanyah at HOTMAIL.COM (Richard anyah) Date: Fri, 17 Jul 2009 19:32:15 +0000 Subject: No subject Message-ID: Dear all, Does any one have an idea of how to compute velocity potential from RCM model outputs that is having a predefined domain i.e from lat (10S- 10N) and lon (20E -47E). I know "fish_chi" only function with global cordinates. Any idea please. Thank's all ______________________________________________________________________ Richard Anyah North Carolina State University Dept.of Marine,Earth & Atmospheric Sciences P.O Box 8208 Raleigh, NC 27695-8208 Tel: 919 755 1742 (H) 919 513 0243 (O) e-mail: richard_anyah at ncsu.edu www: http//www4.ncsu.edu/~roanyah _________________________________________________________________ Insert movie times and more without leaving Hotmail?. http://windowslive.com/Tutorial/Hotmail/QuickAdd?ocid=TXT_TAGLM_WL_HM_Tutorial_QuickAdd_062009 -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090717/e009689f/attachment.html From roanyah at HOTMAIL.COM Fri Jul 17 15:35:59 2009 From: roanyah at HOTMAIL.COM (Richard anyah) Date: Fri, 17 Jul 2009 19:35:59 +0000 Subject: Velocity Potential. Message-ID: Dear all, Does any one have an idea of how to compute velocity potential from RCM model outputs that is having a predefined domain i.e from lat (10S- 10N) and lon (20E -47E). I know "fish_chi" only function with global cordinates. Any idea please. Thank's all ______________________________________________________________________ Richard Anyah North Carolina State University Dept.of Marine,Earth & Atmospheric Sciences P.O Box 8208 Raleigh, NC 27695-8208 Tel: 919 755 1742 (H) 919 513 0243 (O) e-mail: richard_anyah at ncsu.edu www: http//www4.ncsu.edu/~roanyah Insert movie times and more without leaving Hotmail?. See how. _________________________________________________________________ Windows Live? SkyDrive?: Get 25 GB of free online storage. http://windowslive.com/online/skydrive?ocid=TXT_TAGLM_WL_SD_25GB_062009 -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090717/17898ddc/attachment.html From arlindo.dasilva at GMAIL.COM Fri Jul 17 22:05:01 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Fri, 17 Jul 2009 22:05:01 -0400 Subject: Fwd: Velocity Potential. In-Reply-To: <77fcd6b20907171903j71edb39bpd51eec19a069e5dc@mail.gmail.com> Message-ID: ---------- Forwarded message ---------- From: Arlindo da Silva Date: Fri, Jul 17, 2009 at 10:03 PM Subject: Re: Velocity Potential. To: Richard_anyah at ncsu.edu On Fri, Jul 17, 2009 at 3:35 PM, Richard anyah wrote: > > > > Dear all, > > Does any one have an idea of how to compute velocity potential from RCM > model outputs that is having a predefined domain i.e from lat (10S- 10N) and > lon (20E -47E). I know "fish_chi" only function with global cordinates. > > The classic algorithm "fish" implements requires a global domain. There is a variational algorithm for doing such calculation on a local domain, but such algorithm is yet to be implemented as an opengrads extension. I have the references and a general idea of how this could implemented. We had a volunteer earlier on to whom I sent the materials but never heard anything back. If you or anybody out there in gradsusr land would like to take on this regional psi/chi project drop me a line and I'll get you going. Really, you don't have to understand how to write opengrads extensions (I can help with that), but you need some mathematical background and some programming skills in C or Fortran. You could also prototype this in python or matlab. You can work on Linux, Mac OS X, or even Windows. Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090717/b0d1ecbd/attachment.html From satya_atmos at REDIFFMAIL.COM Sat Jul 18 08:03:33 2009 From: satya_atmos at REDIFFMAIL.COM (SatyabanBishoyiRatna) Date: Sat, 18 Jul 2009 12:03:33 -0000 Subject: Size of the marks in timeseries plot Message-ID: Dear All, I plotted some time series grapg with 'set cmark' option. By defult the size of the marks in the line is bit smaller. Can somebody suggest me, how to increase the size of the mark in the time-series plot. Thanking you. Best regards Satyaban Bishoyi Ratna -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090718/691a7171/attachment.html From tjs67 at STUDENT.CANTERBURY.AC.NZ Sun Jul 19 02:07:29 2009 From: tjs67 at STUDENT.CANTERBURY.AC.NZ (Tristan Shepherd) Date: Sun, 19 Jul 2009 18:07:29 +1200 Subject: (no subject) Message-ID: Hi all: can someone tell me the command that enables a graduated key to be drawn with a plot? Thanks, Tristan Shepherd From maldmm5 at GMAIL.COM Sun Jul 19 05:39:51 2009 From: maldmm5 at GMAIL.COM (Mald MM5) Date: Sun, 19 Jul 2009 14:39:51 +0500 Subject: (no subject) In-Reply-To: <4A62B821.6010700@student.canterbury.ac.nz> Message-ID: Did you mean something like a legend to a plot...??? On Sun, Jul 19, 2009 at 11:07 AM, Tristan Shepherd < tjs67 at student.canterbury.ac.nz> wrote: > Hi all: > can someone tell me the command that enables a graduated key to be drawn > with a plot? > > Thanks, > Tristan Shepherd > -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090719/b9ee1788/attachment.html From dhaval.prajapati at ICCSIR.ORG Mon Jul 20 00:54:05 2009 From: dhaval.prajapati at ICCSIR.ORG (Dhaval Prajapati) Date: Mon, 20 Jul 2009 04:54:05 +0000 Subject: Size of the marks in timeseries plot Message-ID: Tryout this command it will change the size of the mark set digsiz size Size (in inches, or plotter units) of the numbers. 0.1 to0.15 is usually a good range to use. Both of these optionsstay the same until changed. -----Original Message----- From: SatyabanBishoyiRatna [mailto:satya_atmos at REDIFFMAIL.COM] Sent: Saturday, July 18, 2009 05:33 PM To: GRADSUSR at LIST.CINECA.IT Subject: Size of the marks in timeseries plot Dear All, I plotted some time series grapg with 'set cmark' option. By defult the size of the marks in the line is bit smaller. Can somebody suggest me, how to increase the size of the mark in the time-series plot. Thanking you. Best regards Satyaban Bishoyi Ratna -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090720/94e38d38/attachment.html From antoyc at YAHOO.COM Mon Jul 20 05:27:41 2009 From: antoyc at YAHOO.COM (Antoy Chang) Date: Mon, 20 Jul 2009 02:27:41 -0700 Subject: Basemap error In-Reply-To: Message-ID: Hi all, Can someone help me on this, ------------------ ga-> set mpdset lowres MPDSET file name = lowres ga-> d hw ga-> basemap L Error reading lpoly_lowres.asc ------------------------ I have set the GADDIR env. variable to the right path. Cannot figure out where I am wrong. ? any opinion? Thank You, KC -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090720/5246cca7/attachment.html From jma at COLA.IGES.ORG Mon Jul 20 10:07:33 2009 From: jma at COLA.IGES.ORG (Jennifer Adams) Date: Mon, 20 Jul 2009 10:07:33 -0400 Subject: Basemap error In-Reply-To: <367052.89579.qm@web33103.mail.mud.yahoo.com> Message-ID: Read the documentation included in the beginning of the script, then edit the path to the .asc files so they point to the location where you have installed them (look for "* Set the polygon data files" in the script for the place where the path is set.) If this happens to be the same as your GADDIR directory, the copy that path into the appropriate place basemap.gs. --Jennifer On Jul 20, 2009, at 5:27 AM, Antoy Chang wrote: > > Hi all, > Can someone help me on this, > ------------------ > ga-> set mpdset lowres > MPDSET file name = lowres > ga-> d hw > ga-> basemap L > Error reading lpoly_lowres.asc > ------------------------ > > I have set the GADDIR env. variable to the right path. Cannot figure > out > where I am wrong. > > any opinion? > Thank You, > KC > -- Jennifer M. Adams IGES/COLA 4041 Powder Mill Road, Suite 302 Calverton, MD 20705 jma at cola.iges.org -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090720/a52162f2/attachment.html From climate.karsaz at GMAIL.COM Mon Jul 20 10:57:21 2009 From: climate.karsaz at GMAIL.COM (climate karsaz) Date: Mon, 20 Jul 2009 19:27:21 +0430 Subject: Basemap error In-Reply-To: <367052.89579.qm@web33103.mail.mud.yahoo.com> Message-ID: thanks . -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090720/17dfeb0e/attachment.html From michael.l.sestak at NAVY.MIL Mon Jul 20 12:01:33 2009 From: michael.l.sestak at NAVY.MIL (Sestak, Michael L CIV 63134) Date: Mon, 20 Jul 2009 09:01:33 -0700 Subject: (no subject) color bar In-Reply-To: <4A62B821.6010700@student.canterbury.ac.nz> Message-ID: Look in the online documentation for cbar and cbarn Michael Sestak Fleet Numerical Meteorology and Oceanography Center Monterey, CA From: Tristan Shepherd Sent: Sat 7/18/2009 23:07 To: GRADSUSR at LIST.CINECA.IT Subject: (no subject) Hi all: can someone tell me the command that enables a graduated key to be drawn with a plot? Thanks, Tristan Shepherd -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090720/1b2652cc/attachment.html From climate.karsaz at GMAIL.COM Mon Jul 20 14:27:44 2009 From: climate.karsaz at GMAIL.COM (climate karsaz) Date: Mon, 20 Jul 2009 22:57:44 +0430 Subject: (no subject) color bar In-Reply-To: Message-ID: hi how are you? if you talk me pls number phon and a get you number phon. thanks. -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090720/a571af1a/attachment.html From rockysocal at YAHOO.COM Mon Jul 20 18:15:12 2009 From: rockysocal at YAHOO.COM (Rocky I) Date: Mon, 20 Jul 2009 15:15:12 -0700 Subject: unsubscribe Message-ID: unsubscribe -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090720/322fd2a4/attachment.html From fcheng at HRC-LAB.ORG Mon Jul 20 18:29:36 2009 From: fcheng at HRC-LAB.ORG (Fang-Yi Cheng) Date: Mon, 20 Jul 2009 15:29:36 -0700 Subject: unsubscribe Message-ID: unsubscribe -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090720/2f877596/attachment.html From pdjakow at GMAIL.COM Tue Jul 21 01:44:05 2009 From: pdjakow at GMAIL.COM (=?UTF-8?Q?Piotr_Djak=C3=B3w?=) Date: Tue, 21 Jul 2009 07:44:05 +0200 Subject: Calculating MCS Index Message-ID: Hello I've try to calculate MCS Index based on: http://rammb.cira.colostate.edu/projects/MCSIndex/mcsindexdescription.htm and i have one problem with: "where each term (i.e., lifted index (LI), 0-3 km shear, and 700 mb temperature advection) is normalized by subtracting the MCS sample mean and dividing by the sample standard deviation.". I think that my english is to weak and i don't understand that... Can you tell my what i must do? Best Regards Piotr Djakow From Isabel.Trigo at METEO.PT Tue Jul 21 04:40:05 2009 From: Isabel.Trigo at METEO.PT (Isabel F Trigo) Date: Tue, 21 Jul 2009 09:40:05 +0100 Subject: unsubscribe Message-ID: unsubscribe Isabel F. Trigo Instituto de Meteorologia, I.P. Land SAF Rua C ao Aeroporto 1749-077 Lisboa Portugal Telef: +351 218 447 108 Fax: +351 218 402 370 -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090721/11e624bb/attachment.html From slovoed123 at YAHOO.COM Tue Jul 21 04:41:35 2009 From: slovoed123 at YAHOO.COM (slovoed slovoed) Date: Tue, 21 Jul 2009 01:41:35 -0700 Subject: which's the lastest version for solaris Message-ID: hi, Gradser, I want to upgrade the grads in my machine which's the solaris system. I seached in http://sourceforge.net/projects/opengrads/files/, and was confused by many versions for different systems. Which one is the lastest version for solaris? Regards Slovoed -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090721/5a09141e/attachment.html From arlindo.dasilva at GMAIL.COM Tue Jul 21 11:27:42 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Tue, 21 Jul 2009 11:27:42 -0400 Subject: Calculating MCS Index In-Reply-To: <277f61790907202244j2b8b85b7n10e429697d58063c@mail.gmail.com> Message-ID: On Tue, Jul 21, 2009 at 1:44 AM, Piotr Djak?w wrote: > Hello > > I've try to calculate MCS Index based on: > http://rammb.cira.colostate.edu/projects/MCSIndex/mcsindexdescription.htm > > and i have one problem with: > > "where each term (i.e., lifted index (LI), 0-3 km shear, and 700 mb > temperature advection) is normalized by subtracting the MCS sample > mean and dividing by the sample standard deviation.". > It is not your English, it is very confusing. From the text it seems to imply that each of the input fields is to be "centered" and "scaled", resulting in a non-dimensional quantiy. But this is inconsistent with the units in the formula. I guess what they mean is that in each term, say (700mbTA - 4.5 10**(-5) ) / 7.3 10**(-5) the "4.5 10**(-5)" is the MCS sample mean and "7.3 10**(-5)" is the MCS sample stdv. This is my best guess. Arlindo > > I think that my english is to weak and i don't understand that... > Can you tell my what i must do? > > > Best Regards > Piotr Djakow > -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090721/be9ebb6a/attachment.html From arlindo.dasilva at GMAIL.COM Tue Jul 21 11:34:09 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Tue, 21 Jul 2009 11:34:09 -0400 Subject: which's the lastest version for solaris In-Reply-To: <545205.74751.qm@web63501.mail.re1.yahoo.com> Message-ID: On Tue, Jul 21, 2009 at 4:41 AM, slovoed slovoed wrote: > hi, Gradser, > > I want to upgrade the grads in my machine which's the solaris system. I > seached in http://sourceforge.net/projects/opengrads/files/, and was > confused by many versions for different systems. Which one is the lastest > version for solaris? > I do not have access to a solaris machine. In the past Hoop was kind enough to do an opengrads build on solaris for v1.9.0-rc1. COLA has had some solaris builds recently, see: ftp://iges.org/grads/2.0/old/ Arlindo -- Arlindo da Silva dasilva at alum.mit.edu -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090721/5621e553/attachment.html From smcmillan at PLANALYTICS.COM Tue Jul 21 18:13:40 2009 From: smcmillan at PLANALYTICS.COM (Stephen R McMillan) Date: Tue, 21 Jul 2009 17:13:40 -0500 Subject: Oacres Function: Grid to Station Ratio Message-ID: In the GrADS Documentation Index, the description for the Cressman objective analysis function "oacres" rightfully cautions against using too few stations in the analysis, relative to the number of grid points: "The Cressman Analysis scheme can be unstable if the grid density is substantially higher than the station data density (ie, far more grid points than station data points). In such cases, the analysis can produce extrema in the grid values that are not realistic. It is thus suggested that you examine the results of oacres and compare them to the station data to insure they meet your needs." I have two questions regarding use of oacres: 1. What is an example of a grid-to-station ratio that one might consider unstable or unrealistic? I have searched the GrADS User Group archives, but no luck. Additional searches on the Internet suggest a grid-to-station ratio of around 81:1 is approaching any useful limits, based on a grid cell requiring any station data within four grid points of itself (thus, a 9 x 9 "box" surrounding it). If you've had experience (good or bad) with using oacres, or were involved in its development, please let me know what might be considered realistic grid-to-station limits. Of course, I could go the trial-and-error route to see what makes sense, but I would rather approach the problem based on others' success. 2. What are the function's optional "radii of influence"? Are they length units and, if so, what? Are they number of grid cells/points? Or something else? Again, I could not find the answer, either in the Documentation Index description, or in the User archives. I would be processing mainly surface temperature and precipitation station data across regional and continental domains. Thanks in advance! Stephen McMillan Planalytics, Inc. *************************************************** The information contained in this e-mail message is intended only for the use of the recipient(s) named above and may contain information that is privileged, confidential, and/or proprietary. If you are not the intended recipient, you may not review, copy or distribute this message. If you have received this communication in error, please notify the sender immediately by e-mail, and delete the original message. *************************************************** -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090721/bc865ae4/attachment.html From ksanthanam at PRECISIONWIND.COM Tue Jul 21 19:21:11 2009 From: ksanthanam at PRECISIONWIND.COM (Krishna Santhanam) Date: Tue, 21 Jul 2009 17:21:11 -0600 Subject: cnvgrib gribmaster and other issues with converting grib2 to 1 Message-ID: Hi all, I am trying to use cnvgrib to convert grib2 to grib1 format. I am having several issues. 1) I tried compiling cnvgrib new version from http://www.nco.ncep.noaa.gov/pmb/codegs/GRIB2/, which gives me error. "gfortran -o cnvgrib gds2gdt.o pds2pdt.o pds2pdtens.o cnvgrib.o cnv12.o cnv22.o cnv21.o gdt2gds.o makepds.o putgbexn.o makepdsens.o setbit.o -L/usr/lib64/g2lib-1.1.9 -lg2 -L/usr/lib64/w3lib-1.7 -lw3 -L/usr/lib64/jasper-1.900.1/src/libjasper/.libs -ljasper -lpng -lz /usr/bin/ld: skipping incompatible /usr/lib64/g2lib-1.1.9/libg2.a when searching for -lg2 /usr/bin/ld: skipping incompatible /usr/lib/gcc/x86_64-redhat-linux/4.3.2/../../../../lib64/libg2.a when searching for -lg2 /usr/bin/ld: skipping incompatible /usr/lib/../lib64/libg2.a when searching for -lg2 /usr/bin/ld: skipping incompatible /usr/lib64/libg2.a when searching for -lg2 /usr/bin/ld: skipping incompatible /usr/lib64/libg2.a when searching for -lg2 /usr/bin/ld: cannot find -lg2 collect2: ld returned 1 exit status make: *** [cnvgrib] Error 1" I even tried moving to old libg2.a which doesn't work and gives segmentation fault. So I used gribmaster which is a executable that could be used for converting grib2 to 1 2)But the problem is when i am executing it writes "cnvgrib -g21 nam.t00z.awip3200.01.grib2 nam.t00z.awip3200.01.grib param_g2_to_g1:GRIB2 param 10 3 0 not found. param_g2_to_g1:GRIB2 param 0 3 200 not found. FORTRAN STOP" I could able to write control files and display it but I am wondering if I use the grib1 format as a input into some model will it pose any problem. Does any one have any idea what the error means ( any parameter not written or misrepresented). Would appreciate any help. Thanks, Krishna -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090721/82b21156/attachment.html From antoyc at YAHOO.COM Tue Jul 21 21:04:19 2009 From: antoyc at YAHOO.COM (Antoy Chang) Date: Tue, 21 Jul 2009 18:04:19 -0700 Subject: Basemap error In-Reply-To: Message-ID: Thanks. Solved by specifying the full path for lpoly and ipoly.asc... By the way can we mask land without using basemap...for example if i want to plot windbarb over the sea only... Your help is highly appreciated. KC --- On Mon, 7/20/09, Jennifer Adams wrote: From: Jennifer Adams Subject: Re: Basemap error To: GRADSUSR at LIST.CINECA.IT Date: Monday, July 20, 2009, 10:07 PM Read the documentation included in the beginning of the script, then edit the path to the .asc files so they point to the location where you have installed them (look for "* Set the polygon data files" in the script for the place where the path is set.) If this happens to be the same as your GADDIR directory, the copy that path into the appropriate place basemap.gs.? --Jennifer On Jul 20, 2009, at 5:27 AM, Antoy Chang wrote: Hi all, Can someone help me on this, ------------------ ga-> set mpdset lowres MPDSET file name = lowres ga-> d hw ga-> basemap L Error reading lpoly_lowres.asc ------------------------ I have set the GADDIR env. variable to the right path.?Cannot figure out where I am wrong. ? any opinion? Thank You, KC -- Jennifer M. Adams IGES/COLA 4041 Powder Mill Road, Suite 302 Calverton, MD 20705 jma at cola.iges.org -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090721/a2932538/attachment.html From climate.karsaz at GMAIL.COM Wed Jul 22 00:49:13 2009 From: climate.karsaz at GMAIL.COM (climate karsaz) Date: Wed, 22 Jul 2009 09:19:13 +0430 Subject: Basemap error In-Reply-To: <140673.77010.qm@web33104.mail.mud.yahoo.com> Message-ID: hi Dear *Jennifer Adams * *thanks but no sloved my program.* * thanks. by* *narmin karsaz* -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090722/003b9147/attachment.html From climate.karsaz at GMAIL.COM Wed Jul 22 00:51:18 2009 From: climate.karsaz at GMAIL.COM (climate karsaz) Date: Wed, 22 Jul 2009 09:21:18 +0430 Subject: cnvgrib gribmaster and other issues with converting grib2 to 1 In-Reply-To: <5b1371bb0907211621w20e16decybac19b693cb04f89@mail.gmail.com> Message-ID: hi thanks. -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090722/ded50931/attachment.html From dorband at GOOGLEMAIL.COM Wed Jul 22 03:03:30 2009 From: dorband at GOOGLEMAIL.COM (Nils Dorband) Date: Wed, 22 Jul 2009 09:03:30 +0200 Subject: cnvgrib gribmaster and other issues with converting grib2 to 1 In-Reply-To: <5b1371bb0907211621w20e16decybac19b693cb04f89@mail.gmail.com> Message-ID: Hi, > > 1) I tried compiling cnvgrib new version from > http://www.nco.ncep.noaa.gov/pmb/codegs/GRIB2/, which gives me error. > > "gfortran -o cnvgrib gds2gdt.o pds2pdt.o pds2pdtens.o cnvgrib.o cnv12.o > cnv22.o cnv21.o gdt2gds.o makepds.o putgbexn.o makepdsens.o setbit.o > -L/usr/lib64/g2lib-1.1.9 -lg2 -L/usr/lib64/w3lib-1.7 -lw3 > -L/usr/lib64/jasper-1.900.1/src/libjasper/.libs -ljasper -lpng -lz > /usr/bin/ld: skipping incompatible /usr/lib64/g2lib-1.1.9/libg2.a when > searching for -lg2 > /usr/bin/ld: skipping incompatible > /usr/lib/gcc/x86_64-redhat-linux/4.3.2/../../../../lib64/libg2.a when > searching for -lg2 > /usr/bin/ld: skipping incompatible /usr/lib/../lib64/libg2.a when searching > for -lg2 > /usr/bin/ld: skipping incompatible /usr/lib64/libg2.a when searching for > -lg2 > /usr/bin/ld: skipping incompatible /usr/lib64/libg2.a when searching for > -lg2 > /usr/bin/ld: cannot find -lg2 > collect2: ld returned 1 exit status > make: *** [cnvgrib] Error 1" > > I was able to resolve this incompatibility by changing DEFS=-DLINUX to DEFS=-DLINUX -D__64BIT__ in the Makefile of g2lib. Cheers, Nils -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090722/390ae592/attachment.html From ksanthanam at PRECISIONWIND.COM Wed Jul 22 11:50:33 2009 From: ksanthanam at PRECISIONWIND.COM (Krishna Santhanam) Date: Wed, 22 Jul 2009 09:50:33 -0600 Subject: cnvgrib gribmaster and other issues with converting grib2 to 1 In-Reply-To: Message-ID: Thanks Nils. It still doesn't work. g2lib-1.1.9 has a configuration for 64 bit (CFLAG). I am wondering which versions of g2lib, g2clib, cnvgrib, jasper and w2lib you are using, so that I can give it a try. Thanks, Krishna On Wed, Jul 22, 2009 at 1:03 AM, Nils Dorband wrote: > Hi, > > > >> >> 1) I tried compiling cnvgrib new version from >> http://www.nco.ncep.noaa.gov/pmb/codegs/GRIB2/, which gives me error. >> >> "gfortran -o cnvgrib gds2gdt.o pds2pdt.o pds2pdtens.o cnvgrib.o cnv12.o >> cnv22.o cnv21.o gdt2gds.o makepds.o putgbexn.o makepdsens.o setbit.o >> -L/usr/lib64/g2lib-1.1.9 -lg2 -L/usr/lib64/w3lib-1.7 -lw3 >> -L/usr/lib64/jasper-1.900.1/src/libjasper/.libs -ljasper -lpng -lz >> /usr/bin/ld: skipping incompatible /usr/lib64/g2lib-1.1.9/libg2.a when >> searching for -lg2 >> /usr/bin/ld: skipping incompatible >> /usr/lib/gcc/x86_64-redhat-linux/4.3.2/../../../../lib64/libg2.a when >> searching for -lg2 >> /usr/bin/ld: skipping incompatible /usr/lib/../lib64/libg2.a when >> searching for -lg2 >> /usr/bin/ld: skipping incompatible /usr/lib64/libg2.a when searching for >> -lg2 >> /usr/bin/ld: skipping incompatible /usr/lib64/libg2.a when searching for >> -lg2 >> /usr/bin/ld: cannot find -lg2 >> collect2: ld returned 1 exit status >> make: *** [cnvgrib] Error 1" >> >> > I was able to resolve this incompatibility by changing > > DEFS=-DLINUX > > to > > DEFS=-DLINUX -D__64BIT__ > > in the Makefile of g2lib. > > > Cheers, > > Nils > -- ------------------------------------------ Krishnaraj Santhanam PhD Project Manager, Precision Wind LLC Anderson Hall PSL Las Cruces, NM 88003 Ph: (510)3256574 ------------------------------------------- -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090722/81223a41/attachment.html From athar at WEATHER2.CO.UK Wed Jul 22 12:02:38 2009 From: athar at WEATHER2.CO.UK (Athar Ahmad) Date: Wed, 22 Jul 2009 17:02:38 +0100 Subject: mfhilo implementation issue Message-ID: Hi, I am looking for a way to plot 'H' for high pressure and 'L' for low on the map. I am using mfhilo but have no idea how actually to do this. This is how I am wrting the mfhilo function:- mfhilo (prmslmsl/100) CL,h|l but it is just returning some values. How to use these values and the actual ploting of H and L on the map? Any help would be much appreciated. Thanks, Athar Ahmad -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090722/4fc0129b/attachment.html From jon.k.eischeid at NOAA.GOV Wed Jul 22 12:19:37 2009 From: jon.k.eischeid at NOAA.GOV (Jon K Eischeid) Date: Wed, 22 Jul 2009 18:19:37 +0200 Subject: Robinson projection, axis labels size Message-ID: Can anybody tell me how to change the axis labels when using a Robinson projection? I do know about xlopts/ylopts but they do not seem to work with the Robinson projection.... Thank you. Jon K. Eischeid From jon.k.eischeid at NOAA.GOV Wed Jul 22 12:31:20 2009 From: jon.k.eischeid at NOAA.GOV (Jon K Eischeid) Date: Wed, 22 Jul 2009 18:31:20 +0200 Subject: Robinson projections axis labels Message-ID: How does one turn the axis labels off when using the Robinson projection...!? The labels are way out of proportion to the size of the map (xlopts/ylopts does not function as advertised). Thank you. Jon K. Eischeid From minjarez at ATMO.ARIZONA.EDU Wed Jul 22 16:05:55 2009 From: minjarez at ATMO.ARIZONA.EDU (Carlos Minjarez) Date: Wed, 22 Jul 2009 22:05:55 +0200 Subject: gxout print Message-ID: Has any body try to print the actual values in an ascii file. I am trying but it is printing the interpolated values and I am just interested in the natural grid value. I will appreciate your help carlos 'reinit' datadir = 'textdata' 'open ST4.ctl' count = 1633 while(count <=1657) 'set t ' count *'set lon -111.531 -109.817' 'set X -1300.5 -1298.5' *'set lat 30.8284 32.4566' 'set Y 90.5 92.5' 'q dims' val1 = sublin(result,5) val2 = subwrd(val1,6) 'set gxout print' 'set prnopts %8.0f 5 1' *'set prnopts %10.3e 1 1' 'd precip' file = "ST4data"count"-"%val2%".txt" result1 = write(file, result) say count count = count+1 endwhile From mjm at HAWAII.EDU Wed Jul 22 18:48:11 2009 From: mjm at HAWAII.EDU (Michael J Murphy) Date: Wed, 22 Jul 2009 12:48:11 -1000 Subject: unsubscribe Message-ID: unsubscribe? -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090722/00f3d61f/attachment.html From tuomo.lauri at FMI.FI Thu Jul 23 01:27:46 2009 From: tuomo.lauri at FMI.FI (Tuomo Lauri) Date: Thu, 23 Jul 2009 08:27:46 +0300 Subject: gxout print In-Reply-To: <20090722200706.C83FF20353@mx2.cineca.it> Message-ID: Why your X and Y ranges are not integers? It is my understanding that X and Y refer to grid points, so if you have a script that says something like 1300.5 you are referring to an interpolated value. At least that is how I understand it. I managed to extract wind speeds simply by referring to grid points in nested while-loops, more or less like you. Tuomo Lauri Carlos Minjarez wrote: > Has any body try to print the actual values in an ascii file. > I am trying but it is printing the interpolated values and I am just > interested in the natural grid value. > I will appreciate your help > > carlos > > 'reinit' > datadir = 'textdata' > > 'open ST4.ctl' > count = 1633 > while(count <=1657) > 'set t ' count > *'set lon -111.531 -109.817' > 'set X -1300.5 -1298.5' > *'set lat 30.8284 32.4566' > 'set Y 90.5 92.5' > 'q dims' > val1 = sublin(result,5) > > val2 = subwrd(val1,6) > 'set gxout print' > > 'set prnopts %8.0f 5 1' > > *'set prnopts %10.3e 1 1' > 'd precip' > file = "ST4data"count"-"%val2%".txt" > > result1 = write(file, result) > > say count > count = count+1 > > > endwhile > From climate.karsaz at GMAIL.COM Thu Jul 23 04:12:42 2009 From: climate.karsaz at GMAIL.COM (climate karsaz) Date: Thu, 23 Jul 2009 12:42:42 +0430 Subject: gxout print In-Reply-To: <4A67F4D2.9090906@fmi.fi> Message-ID: hi thanks a lot. but no anderestand. -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090723/b07fa556/attachment.html -------------- next part -------------- A non-text attachment was scrubbed... Name: SLPPAT.gs Type: application/octet-stream Size: 308 bytes Desc: not available Url : http://gradsusr.org/pipermail/gradsusr/attachments/20090723/b07fa556/attachment.obj From dhaval.prajapati at ICCSIR.ORG Thu Jul 23 05:45:20 2009 From: dhaval.prajapati at ICCSIR.ORG (Dhaval Prajapati) Date: Thu, 23 Jul 2009 09:45:20 +0000 Subject: Set colors in cbarn in Grads Message-ID: Hi all, Does any one know the list of colors except the 16 standard colors available in grads. I want to have Brown color , how to set it in cbarn Dhaval Indian Centre for Climate and Societal Impacts Research (ICCSIR) Ahmedabad Education Society compound, Opp. H.L. Commerce College, Navrangpura, Ahmedabad 380 009, Gujarat, India Contact No. : +91(079)40045462 -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090723/42452a79/attachment.html From sajjad_met at HOTMAIL.COM Thu Jul 23 06:41:02 2009 From: sajjad_met at HOTMAIL.COM (Sajjad Saeed) Date: Thu, 23 Jul 2009 16:41:02 +0600 Subject: mfhilo implementation issue In-Reply-To: Message-ID: Hi Athar, You can simply do it using string function. Fist find the position where you want to plot H or L, than set the string size and draw string. Find position using q pos set strsiz draw string x y string e.g., if x an y are 4.33 4.22 than use as draw string 4.33 4.22 H Hope this will help u, Sajjad On Wed, 22 Jul 2009: Athar Ahmad wrote: Hi, I am looking for a way to plot ?H? for high pressure and ?L? for low on the map. I am using mfhilo but have no idea how actually to do this. This is how I am wrting the mfhilo function:- mfhilo (prmslmsl/100) CL,h|l but it is just returning some values. How to use these values and the actual ploting of H and L on the map? Any help would be much appreciated. Thanks, Athar Ahmad ----------------------------------- _________________________________________________________________ More than messages?check out the rest of the Windows Live?. http://www.microsoft.com/windows/windowslive/ -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090723/ee56c26a/attachment.html From michael.l.sestak at NAVY.MIL Thu Jul 23 09:43:53 2009 From: michael.l.sestak at NAVY.MIL (Sestak, Michael L CIV 63134) Date: Thu, 23 Jul 2009 06:43:53 -0700 Subject: Set colors in cbarn in Grads In-Reply-To: Message-ID: Look at the set rgb command in the online documentation. You will have to do some trial and error to get the shades of brown you want. The set clevs and set ccols commands are also handy when you want to set certain contour levels to be certain colors. Michael Sestak Fleet Numerical Meteorology and Oceanography Center Monterey, CA From: Dhaval Prajapati Sent: Thu 7/23/2009 2:45 To: GRADSUSR at LIST.CINECA.IT Subject: Set colors in cbarn in Grads Hi all, Does any one know the list of colors except the 16 standard colors available in grads. I want to have Brown color , how to set it in cbarn Dhaval Indian Centre for Climate and Societal Impacts Research (ICCSIR) Ahmedabad Education Society compound, Opp. H.L. Commerce College, Navrangpura, Ahmedabad 380 009, Gujarat, India Contact No. : +91(079)40045462 -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090723/6e1912b6/attachment.html From j.faber at WEERONLINE.NL Thu Jul 23 11:01:49 2009 From: j.faber at WEERONLINE.NL (Jennifer Faber) Date: Thu, 23 Jul 2009 17:01:49 +0200 Subject: controling colour station data according to defined range. Message-ID: Dear all, Problem: I am trying to plot MOS data in GrADS. This data is station data and we already created a numerical model and STNmap utility to read and draw into a grid. What I want to do is colour the parameters according to their values. In essence the same as what you can do for the contours (shaded or not) but now for gridvalues or stationdata. With Tmax as example we managed: to plot the Tmax of all stations (of MOS file) with gxout shaded using oacreas. Here we can manipulate the colours and the range. Now: We want to plot the value Tmax as value (not contour) and then colour the value according to a range. I cannot use clevs or ccols because that is only for contours. And I cannot use fgvals neither because then it will colour the entire grid and not the grid value. All I can do with the value is change digit, change size and colour them, BUT all in the SAME colours. I didnt include a script, because no script I tried, solved this problem. I hope you can help me. Thanks! Sincerely, MSc. Jennifer Faber Meteorologist Weeronline WeerOnline B.V. Waterstraat 11 6882 GA Velp Tel.: 026-3622111 Fax: 026-3621699 http://www.weeronline.nl http://pda.weeronline.nl mailto: j.faber at weeronline.nl -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090723/424b8ef9/attachment.html From teddyallen at YAHOO.COM Thu Jul 23 11:23:00 2009 From: teddyallen at YAHOO.COM (Teddy Allen) Date: Thu, 23 Jul 2009 08:23:00 -0700 Subject: Set colors in cbarn in Grads In-Reply-To: Message-ID: Dear Dhaval, Attached is an example of how to use the set rgb keywords and where? they are applied in the set rbcols keyword. Only written lines 11-23 of the attached script pertain to your inquiry. Colorbrewer ( ?http://www.personal.psu.edu/cab38/ColorBrewer/ColorBrewer.html?) can be used to help determine color selection. I hope this helps. teddy ? http://personal.ecu.edu/tla0923/HOME.html "To move quickly, go alone. To move far, go together." African Proverb ________________________________ From: Dhaval Prajapati To: GRADSUSR at LIST.CINECA.IT Sent: Thursday, July 23, 2009 5:45:20 AM Subject: Set colors in cbarn in Grads ?Hi all, Does any one know the list of colors? except the 16 standard colors available in grads. I want to have Brown color , how to set it in cbarn Dhaval Indian Centre for Climate and Societal Impacts Research (ICCSIR) Ahmedabad Education Society compound, Opp. H.L. Commerce College, Navrangpura, Ahmedabad 380 009, Gujarat, India Contact No. : +91(079)40045462 -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090723/78de26db/attachment.html -------------- next part -------------- A non-text attachment was scrubbed... Name: AGU_nao.gs Type: application/octet-stream Size: 2827 bytes Desc: not available Url : http://gradsusr.org/pipermail/gradsusr/attachments/20090723/78de26db/attachment.obj From Charles.Seman at NOAA.GOV Thu Jul 23 11:24:13 2009 From: Charles.Seman at NOAA.GOV (Charles Seman) Date: Thu, 23 Jul 2009 11:24:13 -0400 Subject: Set colors in cbarn in Grads In-Reply-To: Message-ID: Dhaval, Please find attached an email exchange to the GrADS Listserv on this... also, here are some websites: http://caos.iisc.ernet.in/hpg/students/xavier/RGB%20Color%20Codes.htm http://caos.iisc.ernet.in/gslib/rgbset.gs http://caos.iisc.ernet.in/gslib/colors/index.html I hope this helps, Chuck Dhaval Prajapati wrote: > Hi all, > Does any one know the list of colors except the 16 standard colors > available in grads. > I want to have Brown color , how to set it in cbarn > *Dhaval > Indian Centre for Climate and Societal Impacts Research (ICCSIR) > Ahmedabad Education Society compound, > Opp. H.L. Commerce College, > Navrangpura, > Ahmedabad 380 009, > Gujarat, > India > Contact No. : +91(079)40045462 > > * > -- Please note that Charles.Seman at noaa.gov should be considered my NOAA email address, not cjs at gfdl.noaa.gov. ******************************************************************** Charles Seman Charles.Seman at noaa.gov U.S. Department of Commerce / NOAA / OAR Geophysical Fluid Dynamics Laboratory voice: (609) 452-6547 201 Forrestal Road fax: (609) 987-5063 Princeton, NJ 08540-6649 http://www.gfdl.noaa.gov/~cjs/ ******************************************************************** "The contents of this message are mine personally and do not necessarily reflect any position of the Government or NOAA." -------------- next part -------------- An embedded and charset-unspecified text was scrubbed... Name: define_colors_for_any_number_of_steps Url: http://gradsusr.org/pipermail/gradsusr/attachments/20090723/4b3a9660/attachment.pl From jma at COLA.IGES.ORG Thu Jul 23 11:24:46 2009 From: jma at COLA.IGES.ORG (Jennifer Adams) Date: Thu, 23 Jul 2009 11:24:46 -0400 Subject: controling colour station data according to defined range. In-Reply-To: <0A73B17F589341EFBD4E1D4BEBA6677E@wollp24> Message-ID: Use 'set gxout stnmark' and you'll get a colorized dot where the station location is. Then 'set clevs' and 'set ccols' and 'set digsiz' will allow you to control the colors and levels and size of the dots. --Jennifer On Jul 23, 2009, at 11:01 AM, Jennifer Faber wrote: > Dear all, > > Problem: I am trying to plot MOS data in GrADS. This data is station > data and we already created a numerical model and STNmap utility to > read and draw into a grid. What I want to do is colour the > parameters according to their values. In essence the same as what > you can do for the contours (shaded or not) but now for gridvalues > or stationdata. > > With Tmax as example we managed: to plot the Tmax of all stations > (of MOS file) with gxout shaded using oacreas. Here we can > manipulate the colours and the range. > > Now: We want to plot the value Tmax as value (not contour) and then > colour the value according to a range. I cannot use clevs or ccols > because that is only for contours. And I cannot use fgvals neither > because then it will colour the entire grid and not the grid value. > All I can do with the value is change digit, change size and colour > them, BUT all in the SAME colours. > > I didnt include a script, because no script I tried, solved this > problem. > I hope you can help me. Thanks! > > Sincerely, > > MSc. Jennifer Faber > Meteorologist Weeronline > WeerOnline B.V. > Waterstraat 11 > 6882 GA Velp > Tel.: 026-3622111 > Fax: 026-3621699 > http://www.weeronline.nl > http://pda.weeronline.nl > mailto: j.faber at weeronline.nl -- Jennifer M. Adams IGES/COLA 4041 Powder Mill Road, Suite 302 Calverton, MD 20705 jma at cola.iges.org -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090723/9b12ee10/attachment.html From rajkumar_62 at REDIFFMAIL.COM Thu Jul 23 11:29:45 2009 From: rajkumar_62 at REDIFFMAIL.COM (Raj Kumar Sharma) Date: Thu, 23 Jul 2009 15:29:45 -0000 Subject: Set colors in cbarn in Grads Message-ID: Dhaval, You can use Script define_color.gs.It has brown color also. It is in Grads scripts Library. I am attaching it for your convenience.Run the script once and then use the color defined in the script such as "set ccols 79" for dark BrownEnjoyRajOn Thu, 23 Jul 2009 09:45:20 +0000 GRADSUSR at LIST.CINECA.IT wrote  Hi all, Does any one know the list of colors  except the 16 standard colors available in grads. I want to have Brown color , how to set it in cbarn Dhaval Indian Centre for Climate and Societal Impacts Research (ICCSIR) Ahmedabad Education Society compound, Opp. H.L. Commerce College, Navrangpura, Ahmedabad 380 009, Gujarat, India Contact No. : +91(079)40045462 Dr Raj Kumar Scientist Oceanic Sciences Division Meteorology and Oceanography Group Space Applications Centre, ISRO Ahmedabad 380015, INDIA Tel: 91-79-26916048 or 91-79-26916043 Fax: 91-79-26916075 -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090723/69e510de/attachment.html -------------- next part -------------- *light yellow to dark red 'set rgb 21 255 250 170' 'set rgb 22 255 232 120' 'set rgb 23 255 192 60' 'set rgb 24 255 160 0' 'set rgb 25 255 96 0' 'set rgb 26 255 50 0' 'set rgb 27 225 20 0' 'set rgb 28 192 0 0' 'set rgb 29 165 0 0' * *light green to dark green 'set rgb 31 230 255 225' 'set rgb 32 200 255 190' 'set rgb 33 180 250 170' 'set rgb 34 150 245 140' 'set rgb 35 120 245 115' 'set rgb 36 80 240 80' 'set rgb 37 55 210 60' 'set rgb 38 30 180 30' 'set rgb 39 15 160 15' *set rgb 39 5 150 5 * *light blue to dark blue 'set rgb 41 225 255 255' 'set rgb 42 180 240 250' 'set rgb 43 150 210 250' 'set rgb 44 120 185 250' 'set rgb 45 80 165 245' 'set rgb 46 60 150 245' 'set rgb 47 40 130 240' 'set rgb 48 30 110 235' 'set rgb 49 20 100 210' * *light purple to dark purple 'set rgb 51 220 220 255' 'set rgb 52 192 180 255' 'set rgb 53 160 140 255' 'set rgb 54 128 112 235' 'set rgb 55 112 96 220' 'set rgb 56 72 60 200' 'set rgb 57 60 40 180' 'set rgb 58 45 30 165' 'set rgb 59 40 0 160' * *light pink to dark rose 'set rgb 61 255 230 230' 'set rgb 62 255 200 200' 'set rgb 63 248 160 160' 'set rgb 64 230 140 140' 'set rgb 65 230 112 112' 'set rgb 66 230 80 80' 'set rgb 67 200 60 60' 'set rgb 68 180 40 40' 'set rgb 69 164 32 32' *light beige to dark brown 'set rgb 71 250 240 230' 'set rgb 72 240 220 210' 'set rgb 73 225 190 180' 'set rgb 74 200 160 150' 'set rgb 75 180 140 130' 'set rgb 76 160 120 110' 'set rgb 77 140 100 90' 'set rgb 78 120 80 70' 'set rgb 79 100 60 50' * From minjarez at ATMO.ARIZONA.EDU Thu Jul 23 13:33:36 2009 From: minjarez at ATMO.ARIZONA.EDU (Carlos Minjarez) Date: Thu, 23 Jul 2009 11:33:36 -0600 Subject: gxout print In-Reply-To: <4A67F4D2.9090906@fmi.fi> Message-ID: Thank you I figured out the problem, it was actually taking the values of the grids around my interest region. Thank you any way carlos > Why your X and Y ranges are not integers? It is my understanding that X > and Y refer to grid points, so if you have a script that says something > like 1300.5 you are referring to an interpolated value. At least that > is how I understand it. I managed to extract wind speeds simply by > referring to grid points in nested while-loops, more or less like you. > > Tuomo Lauri > > Carlos Minjarez wrote: >> Has any body try to print the actual values in an ascii file. >> I am trying but it is printing the interpolated values and I am just >> interested in the natural grid value. >> I will appreciate your help >> >> carlos >> >> 'reinit' >> datadir = 'textdata' >> >> 'open ST4.ctl' >> count = 1633 >> while(count <=1657) >> 'set t ' count >> *'set lon -111.531 -109.817' >> 'set X -1300.5 -1298.5' >> *'set lat 30.8284 32.4566' >> 'set Y 90.5 92.5' >> 'q dims' >> val1 = sublin(result,5) >> >> val2 = subwrd(val1,6) >> 'set gxout print' >> >> 'set prnopts %8.0f 5 1' >> >> *'set prnopts %10.3e 1 1' >> 'd precip' >> file = "ST4data"count"-"%val2%".txt" >> >> result1 = write(file, result) >> >> say count >> count = count+1 >> >> >> endwhile >> > From j.faber at WEERONLINE.NL Fri Jul 24 03:16:26 2009 From: j.faber at WEERONLINE.NL (Jennifer Faber) Date: Fri, 24 Jul 2009 09:16:26 +0200 Subject: controling colour station data according to defined range. In-Reply-To: Message-ID: Hi Jennifer (and rest) Thanks you for your fast reply! I never knew about this option. But unfortunately I dont wanna plot the parameters as dots that represents the station location. I want to plot parameters like temperature, rainfall, wind direction and speed measured by the station as values (not as dots) and control the colours of these parameters. If I "set gxout value" then I can plot the values but I cannot color the colors according to their value. Any new suggestions?? (I dont know if it is allowed, but I added a file as an example what I mean) Greetings, Jennifer Faber ----- Original Message ----- From: Jennifer Adams To: GRADSUSR at LIST.CINECA.IT Sent: Thursday, July 23, 2009 5:24 PM Subject: Re: controling colour station data according to defined range. Use 'set gxout stnmark' and you'll get a colorized dot where the station location is. Then 'set clevs' and 'set ccols' and 'set digsiz' will allow you to control the colors and levels and size of the dots. --Jennifer On Jul 23, 2009, at 11:01 AM, Jennifer Faber wrote: Dear all, Problem: I am trying to plot MOS data in GrADS. This data is station data and we already created a numerical model and STNmap utility to read and draw into a grid. What I want to do is colour the parameters according to their values. In essence the same as what you can do for the contours (shaded or not) but now for gridvalues or stationdata. With Tmax as example we managed: to plot the Tmax of all stations (of MOS file) with gxout shaded using oacreas. Here we can manipulate the colours and the range. Now: We want to plot the value Tmax as value (not contour) and then colour the value according to a range. I cannot use clevs or ccols because that is only for contours. And I cannot use fgvals neither because then it will colour the entire grid and not the grid value. All I can do with the value is change digit, change size and colour them, BUT all in the SAME colours. I didnt include a script, because no script I tried, solved this problem. I hope you can help me. Thanks! Sincerely, MSc. Jennifer Faber Meteorologist Weeronline WeerOnline B.V. Waterstraat 11 6882 GA Velp Tel.: 026-3622111 Fax: 026-3621699 http://www.weeronline.nl http://pda.weeronline.nl mailto: j.faber at weeronline.nl -- Jennifer M. Adams IGES/COLA 4041 Powder Mill Road, Suite 302 Calverton, MD 20705 jma at cola.iges.org -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090724/e276525c/attachment.html -------------- next part -------------- A non-text attachment was scrubbed... Name: example TMAX coloured.gif Type: image/gif Size: 105625 bytes Desc: not available Url : http://gradsusr.org/pipermail/gradsusr/attachments/20090724/e276525c/attachment.gif From itesh.dash at GMAIL.COM Sat Jul 25 01:21:26 2009 From: itesh.dash at GMAIL.COM (itesh dash) Date: Sat, 25 Jul 2009 12:21:26 +0700 Subject: How to calculate Specific Humidity Message-ID: Hi, Can anybody suggest how to calculate specific humidity using air temperature (deg K) and relative humidity. The available GrASDS Script *tvrh2q* calculates specific humidity based on virtual temperature and relative humidity. Any suggestions will be highly appreciated. best regards Itesh -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090725/ecae59a3/attachment.html From arlindo.dasilva at GMAIL.COM Sun Jul 26 11:01:32 2009 From: arlindo.dasilva at GMAIL.COM (Arlindo da Silva) Date: Sun, 26 Jul 2009 08:01:32 -0700 Subject: How to calculate Specific Humidity In-Reply-To: Message-ID: On Fri, Jul 24, 2009 at 10:21 PM, itesh dash wrote: > Hi, > > Can anybody suggest how to calculate specific humidity using > air temperature (deg K) and relative humidity. > > > The available GrASDS Script *tvrh2q* calculates specific humidity based on > virtual temperature and relative humidity. > > To a good approximation RH = e / e_s((T) ~ w / w_s(T) where e = vapor pressure e_s = saturation vapor pressure w = mixing ratio w_s = saturation mixing ration From smcmillan at PLANALYTICS.COM Sun Jul 26 23:53:57 2009 From: smcmillan at PLANALYTICS.COM (Stephen R McMillan) Date: Sun, 26 Jul 2009 22:53:57 -0500 Subject: controling colour station data according to defined range. In-Reply-To: <5BA373936F624EF0856832A3CF96C6BC@wollp24> Message-ID: Jennifer, Have you considered using 'set strsiz...', 'set string...', and 'draw string...' to draw your values? You could create a function that draws the plotted parameters in value-dependent colors, using station x-y coordinates and wx parameter values as arguments. It may be more time-consuming but should do the trick. Perhaps someone else out there knows a more efficient way in GrADS, Note: I am on "vacation" so I may not respond to any follow-up questions/comments in a timely manner. Sorry--no sample script at this time. Good luck! Stephen McMillan Jennifer Faber Sent by: GRADSUSR at LIST.CINECA.IT 07/24/2009 02:16 AM Please respond to GRADSUSR at LIST.CINECA.IT To GRADSUSR at LIST.CINECA.IT cc Subject Re: controling colour station data according to defined range. Hi Jennifer (and rest) Thanks you for your fast reply! I never knew about this option. But unfortunately I dont wanna plot the parameters as dots that represents the station location. I want to plot parameters like temperature, rainfall, wind direction and speed measured by the station as values (not as dots) and control the colours of these parameters. If I "set gxout value" then I can plot the values but I cannot color the colors according to their value. Any new suggestions?? (I dont know if it is allowed, but I added a file as an example what I mean) Greetings, Jennifer Faber ----- Original Message ----- From: Jennifer Adams To: GRADSUSR at LIST.CINECA.IT Sent: Thursday, July 23, 2009 5:24 PM Subject: Re: controling colour station data according to defined range. Use 'set gxout stnmark' and you'll get a colorized dot where the station location is. Then 'set clevs' and 'set ccols' and 'set digsiz' will allow you to control the colors and levels and size of the dots. --Jennifer On Jul 23, 2009, at 11:01 AM, Jennifer Faber wrote: Dear all, Problem: I am trying to plot MOS data in GrADS. This data is station data and we already created a numerical model and STNmap utility to read and draw into a grid. What I want to do is colour the parameters according to their values. In essence the same as what you can do for the contours (shaded or not) but now for gridvalues or stationdata. With Tmax as example we managed: to plot the Tmax of all stations (of MOS file) with gxout shaded using oacreas. Here we can manipulate the colours and the range. Now: We want to plot the value Tmax as value (not contour) and then colour the value according to a range. I cannot use clevs or ccols because that is only for contours. And I cannot use fgvals neither because then it will colour the entire grid and not the grid value. All I can do with the value is change digit, change size and colour them, BUT all in the SAME colours. I didnt include a script, because no script I tried, solved this problem. I hope you can help me. Thanks! Sincerely, MSc. Jennifer Faber Meteorologist Weeronline WeerOnline B.V. Waterstraat 11 6882 GA Velp Tel.: 026-3622111 Fax: 026-3621699 http://www.weeronline.nl http://pda.weeronline.nl mailto: j.faber at weeronline.nl -- Jennifer M. Adams IGES/COLA 4041 Powder Mill Road, Suite 302 Calverton, MD 20705 jma at cola.iges.org[attachment "example TMAX coloured.gif" deleted by Stephen R. McMillan/Planalytics] *************************************************** The information contained in this e-mail message is intended only for the use of the recipient(s) named above and may contain information that is privileged, confidential, and/or proprietary. If you are not the intended recipient, you may not review, copy or distribute this message. If you have received this communication in error, please notify the sender immediately by e-mail, and delete the original message. *************************************************** -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090726/90500a14/attachment.html From Javier.Corripio at UIBK.AC.AT Mon Jul 27 04:33:37 2009 From: Javier.Corripio at UIBK.AC.AT (Javier G. Corripio) Date: Mon, 27 Jul 2009 10:33:37 +0200 Subject: How to calculate Specific Humidity Message-ID: You can also try: q=0.622*e/P (Sturm Met for S&E 5.4) where e is vapour pressure e=6.11*exp((17.2694*(T-273.16))/(T-35.86)) (Teten) (T in K) for a fixed level you can do (in a script, remove apostrophes for non script): lev=850 'set lev 'lev 'define e=6.11*exp((17.2694*(tmpprs-273.16))/(tmpprs-35.86))' * sh in in kg/kg 'define sh=0.622*e*(rhprs/100)/'lev * sh in g/kg 'define sh=1000*0.622*e*(rhprs/100)/'lev Now, if you want to compute a whole profile, I am not sure how to relate every variable to its pressure level. MAy be somebody else in the list could solve that. Best, J. From climate.karsaz at GMAIL.COM Mon Jul 27 12:21:27 2009 From: climate.karsaz at GMAIL.COM (climate karsaz) Date: Mon, 27 Jul 2009 20:51:27 +0430 Subject: How to calculate Specific Humidity In-Reply-To: <20090727083448.7E4E41FEB9@mx2.cineca.it> Message-ID: HI THANKS A LOT armin karsaz climatology IRAN ESFAHAN UNIVERCITY -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090727/ab2dcbd7/attachment.html From j.faber at WEERONLINE.NL Tue Jul 28 03:21:08 2009 From: j.faber at WEERONLINE.NL (Jennifer Faber) Date: Tue, 28 Jul 2009 09:21:08 +0200 Subject: controling colour station data according to defined range. In-Reply-To: Message-ID: Hi Stephan (and other GrADS users) It seems like a good option when you are talking about 10 or 20 stations. But I want to produce maps that make use of hundreds of stations. Finding all coordinates and creating this function will be very time-consuming! I am starting to get the idea that it isnt possible in GrADS to color values, which suprises me because so much is possible with GrADS! Maybe a good idea to insert the option in a new version?! ;-) Greetings, Jennifer ----- Original Message ----- From: Stephen R McMillan To: GRADSUSR at LIST.CINECA.IT Sent: Monday, July 27, 2009 5:53 AM Subject: Re: controling colour station data according to defined range. Jennifer, Have you considered using 'set strsiz...', 'set string...', and 'draw string...' to draw your values? You could create a function that draws the plotted parameters in value-dependent colors, using station x-y coordinates and wx parameter values as arguments. It may be more time-consuming but should do the trick. Perhaps someone else out there knows a more efficient way in GrADS, Note: I am on "vacation" so I may not respond to any follow-up questions/comments in a timely manner. Sorry--no sample script at this time. Good luck! Stephen McMillan Jennifer Faber Sent by: GRADSUSR at LIST.CINECA.IT 07/24/2009 02:16 AMPlease respond to GRADSUSR at LIST.CINECA.IT To GRADSUSR at LIST.CINECA.IT cc Subject Re: controling colour station data according to defined range. Hi Jennifer (and rest) Thanks you for your fast reply! I never knew about this option. But unfortunately I dont wanna plot the parameters as dots that represents the station location. I want to plot parameters like temperature, rainfall, wind direction and speed measured by the station as values (not as dots) and control the colours of these parameters. If I "set gxout value" then I can plot the values but I cannot color the colors according to their value. Any new suggestions?? (I dont know if it is allowed, but I added a file as an example what I mean) Greetings, Jennifer Faber ----- Original Message ----- From: Jennifer Adams To: GRADSUSR at LIST.CINECA.IT Sent: Thursday, July 23, 2009 5:24 PM Subject: Re: controling colour station data according to defined range. Use 'set gxout stnmark' and you'll get a colorized dot where the station location is. Then 'set clevs' and 'set ccols' and 'set digsiz' will allow you to control the colors and levels and size of the dots. --Jennifer On Jul 23, 2009, at 11:01 AM, Jennifer Faber wrote: Dear all, Problem: I am trying to plot MOS data in GrADS. This data is station data and we already created a numerical model and STNmap utility to read and draw into a grid. What I want to do is colour the parameters according to their values. In essence the same as what you can do for the contours (shaded or not) but now for gridvalues or stationdata. With Tmax as example we managed: to plot the Tmax of all stations (of MOS file) with gxout shaded using oacreas. Here we can manipulate the colours and the range. Now: We want to plot the value Tmax as value (not contour) and then colour the value according to a range. I cannot use clevs or ccols because that is only for contours. And I cannot use fgvals neither because then it will colour the entire grid and not the grid value. All I can do with the value is change digit, change size and colour them, BUT all in the SAME colours. I didnt include a script, because no script I tried, solved this problem. I hope you can help me. Thanks! Sincerely, MSc. Jennifer Faber Meteorologist Weeronline WeerOnline B.V. Waterstraat 11 6882 GA Velp Tel.: 026-3622111 Fax: 026-3621699 http://www.weeronline.nl http://pda.weeronline.nl mailto: j.faber at weeronline.nl -- Jennifer M. Adams IGES/COLA 4041 Powder Mill Road, Suite 302 Calverton, MD 20705 jma at cola.iges.org[attachment "example TMAX coloured.gif" deleted by Stephen R. McMillan/Planalytics] *************************************************** The information contained in this e-mail message is intended only for the use of the recipient(s) named above and may contain information that is privileged, confidential, and/or proprietary. If you are not the intended recipient, you may not review, copy or distribute this message. If you have received this communication in error, please notify the sender immediately by e-mail, and delete the original message. *************************************************** -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090728/cb362443/attachment.html From tjs67 at STUDENT.CANTERBURY.AC.NZ Tue Jul 28 05:54:02 2009 From: tjs67 at STUDENT.CANTERBURY.AC.NZ (Tristan Shepherd) Date: Tue, 28 Jul 2009 21:54:02 +1200 Subject: (no subject) Message-ID: Hi all: I'm having difficulty viewing moving nest output in GrADS. Can anyone tell me why the map coordinates and coastline would not be changing as the nest moves during the simulation period? I thought I could solve this by varying time and lat and lon. When I try to 'set t' to vary, or 'lat' and 'lon' to vary, the error message I get when attempting to plot is: "entire grid undefined." With thanks, Tristan Shepherd From climate.karsaz at GMAIL.COM Tue Jul 28 06:34:26 2009 From: climate.karsaz at GMAIL.COM (climate karsaz) Date: Tue, 28 Jul 2009 15:04:26 +0430 Subject: (no subject) In-Reply-To: <4A6ECABA.8070006@student.canterbury.ac.nz> Message-ID: hi all thanks . a working in set lon 0 120 set lat 0 80 set zlev 10000 925 850 700 600 500 FRONT and JETSTREAM and MFC and THIKNES GEOPOTENTIL and SEE LEVEL PERESURE. THANKS -------------- next part -------------- An HTML attachment was scrubbed... URL: http://gradsusr.org/pipermail/gradsusr/attachments/20090728/0b44ba9b/attachment.html From ela at COLA.IGES.ORG Tue Jul 28 14:09:34 2009 From: ela at COLA.IGES.ORG (Eric Altshuler) Date: Tue, 28 Jul 2009 14:09:34 -0400 Subject: (no subject) In-Reply-To: <1725266436.123741248804516314.JavaMail.root@mail.iges.org> Message-ID: Hello Tristan, You need to have a separate data descriptor file for each time level for moving nest data. In grads, it is only possible to define one horizontal grid (XDEF and YDEF, and PDEF if the data is on a map projection) in a single data descriptor file. Create a ctl file for each time level in your output, using XDEF and YDEF (and possibly PDEF) to define the location of the nest at that particular time level. Best regards, Eric L. Altshuler Assistant Research Scientist Center for Ocean-Land-Atmosphere Studies 4041 Powder Mill Road, Suite 302 Calverton, MD 20705-3106 USA E-mail: ela at cola.iges.org Phone: (301) 902-1257 Fax: (301) 595-9793 ----- Original Message ----- From: "Tristan Shepherd" To: GRADSUSR at LIST.CINECA.IT Sent: Tuesday, July 28, 2009 5:54:02 AM GMT -05:00 US/Canada Eastern Subject: (no subject) Hi all: I'm having difficulty viewing moving nest output in GrADS. Can anyone tell me why the map coordinates and coastline would not be changing as the nest moves during the simulation period? I thought I could solve this by varying time and lat and lon. When I try to 'set t' to vary, or 'lat' and 'lon' to vary, the error message I get when attempting to plot is: "entire grid undefined." With thanks, Tristan Shepherd From ela at COLA.IGES.ORG Tue Jul 28 14:26:51 2009 From: ela at COLA.IGES.ORG (Eric Altshuler) Date: Tue, 28 Jul 2009 14:26:51 -0400 Subject: controling colour station data according to defined range. In-Reply-To: Message-ID: Hi Jennifer, In one of your previous messages, you sent a plot that shows colored temperature values. From what you've said, it seems that plot is a perfect example of what you want to do. How was that image created? Best regards, Eric L. Altshuler Assistant Research Scientist Center for Ocean-Land-Atmosphere Studies 4041 Powder Mill Road, Suite 302 Calverton, MD 20705-3106 USA E-mail: ela at cola.iges.org Phone: (301) 902-1257 Fax: (301) 595-9793 ----- Original Message ----- From: "Jennifer Faber" To: GRADSUSR at LIST.CINECA.IT Sent: Tuesday, July 28, 2009 3:21:08 AM GMT -05:00 US/Canada Eastern Subject: Re: controling colour station data according to defined range. Hi Stephan (and other GrADS users) It seems like a good option when you are talking about 10 or 20 stations. But I want to produce maps that make use of hundreds of stations. Finding all coordinates and creating this function will be very time-consuming! I am starting to get the idea that it isnt possible in GrADS to color values, which suprises me because so much is possible with GrADS! Maybe a good idea to insert the option in a new version?! ;-) Greetings, Jennifer ----- Original Message ----- From: Stephen R McMillan To: GRADSUSR at LIST.CINECA.IT Sent: Monday, July 27, 2009 5:53 AM Subject: Re: controling colour station data according to defined range. Jennifer, Have you considered using 'set strsiz...', 'set string...', and 'draw string...' to draw your values? You could create a function that draws the plotted parameters in value-dependent colors, using station x-y coordinates and wx parameter values as arguments. It may be more time-consuming but should do the trick. Perhaps someone else out there knows a more efficient way in GrADS, Note: I am on "vacation" so I may not respond to any follow-up questions/comments in a timely manner. Sorry--no sample script at this time. Good luck! Stephen McMillan Jennifer Faber Sent by: GRADSUSR at LIST.CINECA.IT 07/24/2009 02:16 AM Please respond to GRADSUSR at LIST.CINECA.IT To GRADSUSR at LIST.CINECA.IT cc Subject Re: controling colour station data according to defined range. Hi Jennifer (and rest) Thanks you for your fast reply! I never knew about this option. But unfortunately I dont wanna plot the parameters as dots that represents the station location. I want to plot parameters like temperature, rainfall, wind direction and speed measured by the station as values (not as dots) and control the colours of these parameters. If I "set gxout value" then I can plot the values but I cannot color the colors according to their value. Any new suggestions?? (I dont know if it is allowed, but I added a file as an example what I mean) Greetings, Jennifer Faber ----- Original Message ----- From: Jennifer Adams To: GRADSUSR at LIST.CINECA.IT Sent: Thursday, July 23, 2009 5:24 PM Subject: Re: controling colour station data according to defined range. Use 'set gxout stnmark' and you'll get a colorized dot where the station location is. Then 'set clevs' and 'set ccols' and 'set digsiz' will allow you to control the colors and levels and size of the dots. --Jennifer On Jul 23, 2009, at 11:01 AM, Jennifer Faber wrote: Dear all, Problem: I am trying to plot MOS data in GrADS. This data is station data and we already created a numerical model and STNmap utility to read and draw into a grid. What I want to do is colour the parameters according to their values. In essence the same as what you can do for the contours (shaded or not) but now for gridvalues or stationdata. With Tmax as example we managed: to plot the Tmax of all stations (of MOS file) with gxout shaded using oacreas. Here we can manipulate the colours and the range. Now: We want to plot the value Tmax as value (not contour) and then colour the value according to a range. I cannot use clevs or ccols because that is only for contours. And I cannot use fgvals neither because then it will colour the entire grid and not the grid value.