From barry.h.lynn at gmail.com Fri Dec 2 05:13:04 2022 From: barry.h.lynn at gmail.com (Barry Lynn) Date: Fri, 2 Dec 2022 14:13:04 +0200 Subject: [ncl-talk] Question about tick mark labels Message-ID: Hello: I am wondering how to get latitude longitude tickmarks to display on my map, attached. I am plotting using: gsn_csm_contour_map(wks,precip,res) Perhaps these are the wrong type of commands for this map? You can see at the bottom that the labels are set up correctly. res at tmXBMode = "Explicit" dimsX = dimsizes(x_span) nx = dimsX res at tmXBValues = fspan(0,dims2d(0),nx) res at tmXBLabels := sprintf("%.1f",x_span) ; Create labels print("res at tmXBValues" + res at tmXBValues) print("res at tmXBLabels" + res at tmXBLabels) res at tmXBLabelFontHeightF = 0.055 (6) -92.20481 (0) res at tmXBValues0 (1) res at tmXBValues99.8333 (2) res at tmXBValues199.667 (3) res at tmXBValues299.5 (4) res at tmXBValues399.333 (5) res at tmXBValues499.167 (6) res at tmXBValues599 (0) res at tmXBLabels-105.8 (1) res at tmXBLabels-103.5 (2) res at tmXBLabels-101.3 (3) res at tmXBLabels-99.0 (4) res at tmXBLabels-96.7 (5) res at tmXBLabels-94.5 (6) res at tmXBLabels-92.2 -- Barry H. Lynn, Ph.D Senior Scientist, Lecturer, The Institute of Earth Sciences, The Hebrew University of Jerusalem, Givat Ram, Jerusalem 91904, Israel Tel: 972 547 231 170 Fax: (972)-25662581 Weather It Is, LTD Weather and Climate Focus https://weather-it-is.com Jerusalem, Israel Local: 02 930 9525 Cell: 054 7 231 170 Int-IS: x972 2 930 9525 -------------- next part -------------- An HTML attachment was scrubbed... URL: -------------- next part -------------- A non-text attachment was scrubbed... Name: rcm.pdf Type: application/pdf Size: 82690 bytes Desc: not available URL: From Anieklal at cas.iitd.ac.in Mon Dec 5 02:52:24 2022 From: Anieklal at cas.iitd.ac.in (Anie K Lal) Date: Mon, 05 Dec 2022 15:22:24 +0530 Subject: [ncl-talk] Vertical Integration of cloud water mixing ratio from WRF out file Message-ID: <34bf521c9acb4ce0fa31b29d6e46e72f@cas.iitd.ac.in> Hi all, I want to calculate the liquid water path by vertically integrating cloud water mixing ratio for the first 9 levels from surface. Cloud water mixing ratio= QCLOUD(Time, bottom_top, south_north, west_east) This is the script I tried: ------------------------------------------------------------------------------ filename = "/WRF/2019/EXP02/wrfout_d02.nc" f1 = addfile(filename,"r") q1 = f1->QCLOUD(74,0:8,:,:) P = f1->P(74,0:8,:,:) T1 = f1->T(74,0:8,:,:) Pb = f1->PB(74,0:8,:,:) P = (P+Pb) ;Total pressure in Pa Ptop =min(P) Psurf =max(P) dp = dpres_plevel_Wrap(P, Psurf, Ptop, 0) ; dp(time,plev,lat,lon) printVarSummary(dp) -------------------------------------------------------------------------------- I am getting the error: "fatal:Number of dimensions in parameter (0) of (dpres_plevel_Wrap) is (3), (1) dimensions were expected" I understand that 'P' should have only one dimension, but how to solve this in my case where P is three dimensional. Looking forward to any kind of help. Thank you. From Anieklal at cas.iitd.ac.in Mon Dec 5 06:12:00 2022 From: Anieklal at cas.iitd.ac.in (Anie K Lal) Date: Mon, 05 Dec 2022 18:42:00 +0530 Subject: [ncl-talk] Vertical Integration of cloud water mixing ratio from WRF out file In-Reply-To: <34bf521c9acb4ce0fa31b29d6e46e72f@cas.iitd.ac.in> References: <34bf521c9acb4ce0fa31b29d6e46e72f@cas.iitd.ac.in> Message-ID: I was able to find another method for vertical integration using "vibeta." ------------------------------------------------------------------------------------------ filename = "/media/hp/Expansion/WRF/2019_simulation/EXP02/wrfout_d02.nc" f1 = addfile(filename,"r") q1 = f1->QCLOUD(74,0:8,:,:)*1000 psfc = wrf_user_getvar(f1,"PSFC",74)*0.01 ; surface pressure, turn to hPa (; unit of PSFC in WRF is Pa) plev = wrf_user_getvar(f1,"pressure",74) ; air pressure hPa (time,level,lat,lon) plev1 = plev(0:8,:,:) printVarSummary(plev1) copy_VarCoords(plev1, q1) printVarSummary(q1) ptop = 913.9985 pbot = 999.4952 q2 = vibeta(plev1(south_north|:,west_east|:,bottom_top|:),q1(south_north|:,west_east|:,bottom_top|:),2,psfc,pbot,ptop) printVarSummary(q2) ------------------------------------------------------------------------------------------------ I am not sure whether this is the right way to find the vertically integrated value of mixing ratio. Is this method correct? Kindly advise. Thank you Anie -------- Original Message -------- Subject: Vertical Integration of cloud water mixing ratio from WRF out file Date: 05.12.2022 15:22 From: Anie K Lal To: ncl-talk at mailman.ucar.edu Hi all, I want to calculate the liquid water path by vertically integrating cloud water mixing ratio for the first 9 levels from surface. Cloud water mixing ratio= QCLOUD(Time, bottom_top, south_north, west_east) This is the script I tried: ------------------------------------------------------------------------------ filename = "/WRF/2019/EXP02/wrfout_d02.nc" f1 = addfile(filename,"r") q1 = f1->QCLOUD(74,0:8,:,:) P = f1->P(74,0:8,:,:) T1 = f1->T(74,0:8,:,:) Pb = f1->PB(74,0:8,:,:) P = (P+Pb) ;Total pressure in Pa Ptop =min(P) Psurf =max(P) dp = dpres_plevel_Wrap(P, Psurf, Ptop, 0) ; dp(time,plev,lat,lon) printVarSummary(dp) -------------------------------------------------------------------------------- I am getting the error: "fatal:Number of dimensions in parameter (0) of (dpres_plevel_Wrap) is (3), (1) dimensions were expected" I understand that 'P' should have only one dimension, but how to solve this in my case where P is three dimensional. Looking forward to any kind of help. Thank you. From barry.h.lynn at gmail.com Mon Dec 5 06:46:14 2022 From: barry.h.lynn at gmail.com (Barry Lynn) Date: Mon, 5 Dec 2022 15:46:14 +0200 Subject: [ncl-talk] Vertical Integration of cloud water mixing ratio from WRF out file In-Reply-To: References: <34bf521c9acb4ce0fa31b29d6e46e72f@cas.iitd.ac.in> Message-ID: Hello Anie: Could you please describe, in a bit more detail, what you are trying to do. Barry On Mon, Dec 5, 2022 at 3:12 PM Anie K Lal via ncl-talk < ncl-talk at mailman.ucar.edu> wrote: > I was able to find another method for vertical integration using > "vibeta." > > > ------------------------------------------------------------------------------------------ > filename = > "/media/hp/Expansion/WRF/2019_simulation/EXP02/wrfout_d02.nc" > f1 = addfile(filename,"r") > > q1 = f1->QCLOUD(74,0:8,:,:)*1000 > psfc = wrf_user_getvar(f1,"PSFC",74)*0.01 ; > surface pressure, turn to hPa (; unit of PSFC in WRF is Pa) > plev = wrf_user_getvar(f1,"pressure",74) ; air > pressure hPa (time,level,lat,lon) > plev1 = plev(0:8,:,:) > > printVarSummary(plev1) > > copy_VarCoords(plev1, q1) > > printVarSummary(q1) > > ptop = 913.9985 > pbot = 999.4952 > > q2 = > > vibeta(plev1(south_north|:,west_east|:,bottom_top|:),q1(south_north|:,west_east|:,bottom_top|:),2,psfc,pbot,ptop) > > printVarSummary(q2) > > ------------------------------------------------------------------------------------------------ > > I am not sure whether this is the right way to find the vertically > integrated value of mixing ratio. Is this method correct? > > Kindly advise. > > Thank you > Anie > > > > > > -------- Original Message -------- > Subject: Vertical Integration of cloud water mixing ratio from WRF out > file > Date: 05.12.2022 15:22 > From: Anie K Lal > To: ncl-talk at mailman.ucar.edu > > Hi all, > > I want to calculate the liquid water path by vertically integrating > cloud water mixing ratio for the first 9 levels from surface. > > Cloud water mixing ratio= QCLOUD(Time, bottom_top, south_north, > west_east) > > This is the script I tried: > > ------------------------------------------------------------------------------ > filename = "/WRF/2019/EXP02/wrfout_d02.nc" > f1 = addfile(filename,"r") > > q1 = f1->QCLOUD(74,0:8,:,:) > P = f1->P(74,0:8,:,:) > T1 = f1->T(74,0:8,:,:) > Pb = f1->PB(74,0:8,:,:) > P = (P+Pb) ;Total pressure in Pa > > Ptop =min(P) > Psurf =max(P) > > dp = dpres_plevel_Wrap(P, Psurf, Ptop, 0) ; dp(time,plev,lat,lon) > > printVarSummary(dp) > > -------------------------------------------------------------------------------- > > I am getting the error: > "fatal:Number of dimensions in parameter (0) of (dpres_plevel_Wrap) is > (3), (1) dimensions were expected" > > I understand that 'P' should have only one dimension, but how to solve > this in my case where P is three dimensional. > > Looking forward to any kind of help. > > Thank you. > _______________________________________________ > ncl-talk mailing list > ncl-talk at mailman.ucar.edu > List instructions, subscriber options, unsubscribe: > https://mailman.ucar.edu/mailman/listinfo/ncl-talk > -- Barry H. Lynn, Ph.D Senior Scientist, Lecturer, The Institute of Earth Sciences, The Hebrew University of Jerusalem, Givat Ram, Jerusalem 91904, Israel Tel: 972 547 231 170 Fax: (972)-25662581 Weather It Is, LTD Weather and Climate Focus https://weather-it-is.com Jerusalem, Israel Local: 02 930 9525 Cell: 054 7 231 170 Int-IS: x972 2 930 9525 -------------- next part -------------- An HTML attachment was scrubbed... URL: From barry.h.lynn at gmail.com Mon Dec 5 07:57:28 2022 From: barry.h.lynn at gmail.com (Barry Lynn) Date: Mon, 5 Dec 2022 16:57:28 +0200 Subject: [ncl-talk] Vertical Integration of cloud water mixing ratio from WRF out file In-Reply-To: References: <34bf521c9acb4ce0fa31b29d6e46e72f@cas.iitd.ac.in> Message-ID: Hi: >From what you wrote, that would be precipitable water. You can zero out the levels you don't want to keep, and then calculate pw. https://www.ncl.ucar.edu/Document/Functions/WRF_arw/wrf_user_getvar.shtml The difficulty is zeroing it out and then writing it back to the wrf output. The easiest thing to do would be to request the function for pw and then modify it the way you want, and then call it. However, I have calculated precipitable water before and maybe able to find it for you. I will try to take a look. Barry On Mon, Dec 5, 2022 at 3:46 PM Barry Lynn wrote: > Hello Anie: > > Could you please describe, in a bit more detail, what you are trying to do. > > Barry > > On Mon, Dec 5, 2022 at 3:12 PM Anie K Lal via ncl-talk < > ncl-talk at mailman.ucar.edu> wrote: > >> I was able to find another method for vertical integration using >> "vibeta." >> >> >> ------------------------------------------------------------------------------------------ >> filename = >> "/media/hp/Expansion/WRF/2019_simulation/EXP02/wrfout_d02.nc" >> f1 = addfile(filename,"r") >> >> q1 = f1->QCLOUD(74,0:8,:,:)*1000 >> psfc = wrf_user_getvar(f1,"PSFC",74)*0.01 ; >> surface pressure, turn to hPa (; unit of PSFC in WRF is Pa) >> plev = wrf_user_getvar(f1,"pressure",74) ; air >> pressure hPa (time,level,lat,lon) >> plev1 = plev(0:8,:,:) >> >> printVarSummary(plev1) >> >> copy_VarCoords(plev1, q1) >> >> printVarSummary(q1) >> >> ptop = 913.9985 >> pbot = 999.4952 >> >> q2 = >> >> vibeta(plev1(south_north|:,west_east|:,bottom_top|:),q1(south_north|:,west_east|:,bottom_top|:),2,psfc,pbot,ptop) >> >> printVarSummary(q2) >> >> ------------------------------------------------------------------------------------------------ >> >> I am not sure whether this is the right way to find the vertically >> integrated value of mixing ratio. Is this method correct? >> >> Kindly advise. >> >> Thank you >> Anie >> >> >> >> >> >> -------- Original Message -------- >> Subject: Vertical Integration of cloud water mixing ratio from WRF out >> file >> Date: 05.12.2022 15:22 >> From: Anie K Lal >> To: ncl-talk at mailman.ucar.edu >> >> Hi all, >> >> I want to calculate the liquid water path by vertically integrating >> cloud water mixing ratio for the first 9 levels from surface. >> >> Cloud water mixing ratio= QCLOUD(Time, bottom_top, south_north, >> west_east) >> >> This is the script I tried: >> >> ------------------------------------------------------------------------------ >> filename = "/WRF/2019/EXP02/wrfout_d02.nc" >> f1 = addfile(filename,"r") >> >> q1 = f1->QCLOUD(74,0:8,:,:) >> P = f1->P(74,0:8,:,:) >> T1 = f1->T(74,0:8,:,:) >> Pb = f1->PB(74,0:8,:,:) >> P = (P+Pb) ;Total pressure in Pa >> >> Ptop =min(P) >> Psurf =max(P) >> >> dp = dpres_plevel_Wrap(P, Psurf, Ptop, 0) ; dp(time,plev,lat,lon) >> >> printVarSummary(dp) >> >> -------------------------------------------------------------------------------- >> >> I am getting the error: >> "fatal:Number of dimensions in parameter (0) of (dpres_plevel_Wrap) is >> (3), (1) dimensions were expected" >> >> I understand that 'P' should have only one dimension, but how to solve >> this in my case where P is three dimensional. >> >> Looking forward to any kind of help. >> >> Thank you. >> _______________________________________________ >> ncl-talk mailing list >> ncl-talk at mailman.ucar.edu >> List instructions, subscriber options, unsubscribe: >> https://mailman.ucar.edu/mailman/listinfo/ncl-talk >> > > > -- > > Barry H. Lynn, Ph.D > Senior Scientist, Lecturer, > The Institute of Earth Sciences, > The Hebrew University of Jerusalem, > Givat Ram, Jerusalem 91904, Israel > Tel: 972 547 231 170 > Fax: (972)-25662581 > > Weather It Is, LTD > Weather and Climate Focus > https://weather-it-is.com > Jerusalem, Israel > Local: 02 930 9525 > Cell: 054 7 231 170 > Int-IS: x972 2 930 9525 > > -- Barry H. Lynn, Ph.D Senior Scientist, Lecturer, The Institute of Earth Sciences, The Hebrew University of Jerusalem, Givat Ram, Jerusalem 91904, Israel Tel: 972 547 231 170 Fax: (972)-25662581 Weather It Is, LTD Weather and Climate Focus https://weather-it-is.com Jerusalem, Israel Local: 02 930 9525 Cell: 054 7 231 170 Int-IS: x972 2 930 9525 -------------- next part -------------- An HTML attachment was scrubbed... URL: From Anieklal at cas.iitd.ac.in Tue Dec 6 02:24:13 2022 From: Anieklal at cas.iitd.ac.in (Anie K Lal) Date: Tue, 06 Dec 2022 14:54:13 +0530 Subject: [ncl-talk] Vertical Integration of cloud water mixing ratio from WRF out file In-Reply-To: References: <34bf521c9acb4ce0fa31b29d6e46e72f@cas.iitd.ac.in> Message-ID: Hi Barry Thank you for the response. I had checked 'pw'. But it will not serve my need. pw has only three dimensions (time, lat, lon). Could you kindly share the calculations for pw so that I can select the vertical levels also. Anie. -------- Original Message -------- Subject: Re: [ncl-talk] Vertical Integration of cloud water mixing ratio from WRF out file Date: 05.12.2022 20:27 From: Barry Lynn To: Anie K Lal Hi: From what you wrote, that would be precipitable water. You can zero out the levels you don't want to keep, and then calculate pw. https://www.ncl.ucar.edu/Document/Functions/WRF_arw/wrf_user_getvar.shtml The difficulty is zeroing it out and then writing it back to the wrf output. The easiest thing to do would be to request the function for pw and then modify it the way you want, and then call it. However, I have calculated precipitable water before and maybe able to find it for you. I will try to take a look. Barry On Mon, Dec 5, 2022 at 3:46 PM Barry Lynn wrote: > Hello Anie: > > Could you please describe, in a bit more detail, what you are trying > to do. > > Barry > > On Mon, Dec 5, 2022 at 3:12 PM Anie K Lal via ncl-talk > wrote: > >> I was able to find another method for vertical integration using >> "vibeta." >> >> > ------------------------------------------------------------------------------------------ >> filename = >> "/media/hp/Expansion/WRF/2019_simulation/EXP02/wrfout_d02.nc [1]" >> f1 = addfile(filename,"r") >> >> q1 = f1->QCLOUD(74,0:8,:,:)*1000 >> psfc = wrf_user_getvar(f1,"PSFC",74)*0.01 >> ; >> surface pressure, turn to hPa (; unit of PSFC in WRF is Pa) >> plev = wrf_user_getvar(f1,"pressure",74) >> ; air >> pressure hPa (time,level,lat,lon) >> plev1 = plev(0:8,:,:) >> >> printVarSummary(plev1) >> >> copy_VarCoords(plev1, q1) >> >> printVarSummary(q1) >> >> ptop = 913.9985 >> pbot = 999.4952 >> >> q2 = >> > vibeta(plev1(south_north|:,west_east|:,bottom_top|:),q1(south_north|:,west_east|:,bottom_top|:),2,psfc,pbot,ptop) >> >> printVarSummary(q2) >> > ------------------------------------------------------------------------------------------------ >> >> I am not sure whether this is the right way to find the vertically >> >> integrated value of mixing ratio. Is this method correct? >> >> Kindly advise. >> >> Thank you >> Anie >> >> -------- Original Message -------- >> Subject: Vertical Integration of cloud water mixing ratio from WRF >> out >> file >> Date: 05.12.2022 15:22 >> From: Anie K Lal >> To: ncl-talk at mailman.ucar.edu >> >> Hi all, >> >> I want to calculate the liquid water path by vertically >> integrating >> cloud water mixing ratio for the first 9 levels from surface. >> >> Cloud water mixing ratio= QCLOUD(Time, bottom_top, south_north, >> west_east) >> >> This is the script I tried: >> > ------------------------------------------------------------------------------ >> filename = "/WRF/2019/EXP02/wrfout_d02.nc [1]" >> f1 = addfile(filename,"r") >> >> q1 = f1->QCLOUD(74,0:8,:,:) >> P = f1->P(74,0:8,:,:) >> T1 = f1->T(74,0:8,:,:) >> Pb = f1->PB(74,0:8,:,:) >> P = (P+Pb) ;Total pressure in Pa >> >> Ptop =min(P) >> Psurf =max(P) >> >> dp = dpres_plevel_Wrap(P, Psurf, Ptop, 0) ; >> dp(time,plev,lat,lon) >> >> printVarSummary(dp) >> > -------------------------------------------------------------------------------- >> >> I am getting the error: >> "fatal:Number of dimensions in parameter (0) of >> (dpres_plevel_Wrap) is >> (3), (1) dimensions were expected" >> >> I understand that 'P' should have only one dimension, but how to >> solve >> this in my case where P is three dimensional. >> >> Looking forward to any kind of help. >> >> Thank you. >> _______________________________________________ >> ncl-talk mailing list >> ncl-talk at mailman.ucar.edu >> List instructions, subscriber options, unsubscribe: >> https://mailman.ucar.edu/mailman/listinfo/ncl-talk > > -- > > Barry H. Lynn, Ph.D > > Senior Scientist, Lecturer, > > The Institute of Earth Sciences, > The Hebrew University of Jerusalem, > Givat Ram, Jerusalem 91904, Israel > Tel: 972 547 231 170 > Fax: (972)-25662581 > > Weather It Is, LTD > Weather and Climate Focus > https://weather-it-is.com [2] > Jerusalem, Israel > Local: 02 930 9525 > Cell: 054 7 231 170 > Int-IS: x972 2 930 9525 -- Barry H. Lynn, Ph.D Senior Scientist, Lecturer, The Institute of Earth Sciences, The Hebrew University of Jerusalem, Givat Ram, Jerusalem 91904, Israel Tel: 972 547 231 170 Fax: (972)-25662581 Weather It Is, LTD Weather and Climate Focus https://weather-it-is.com [2] Jerusalem, Israel Local: 02 930 9525 Cell: 054 7 231 170 Int-IS: x972 2 930 9525 CAUTION: This email originated from outside of IIT Delhi. Do not click links or open attachments unless you recognize the sender and know the content is safe. Links: ------ [1] http://wrfout_d02.nc [2] http://weather-it-is.com From debasish.hazra5 at gmail.com Thu Dec 22 12:24:20 2022 From: debasish.hazra5 at gmail.com (Debasish Hazra) Date: Thu, 22 Dec 2022 14:24:20 -0500 Subject: [ncl-talk] Convert lambert to regular lat-lon Message-ID: Hello All, Is there any way NCL can convert lambert conformal to regular lat-lon or vice-versa. Any function or example someone can point to, will be appreciated. Thanks Debasish -------------- next part -------------- An HTML attachment was scrubbed... URL: From dave.allured at noaa.gov Thu Dec 22 12:43:36 2022 From: dave.allured at noaa.gov (Dave Allured - NOAA Affiliate) Date: Thu, 22 Dec 2022 12:43:36 -0700 Subject: [ncl-talk] Convert lambert to regular lat-lon In-Reply-To: References: Message-ID: Do you mean regridding, i.e. transforming data grids; or do you want to change the way a plot looks? If the first one, please see Regridding on the Examples page. On Thu, Dec 22, 2022 at 12:24 PM Debasish Hazra via ncl-talk < ncl-talk at mailman.ucar.edu> wrote: > Hello All, > Is there any way NCL can convert lambert conformal to regular lat-lon or > vice-versa. Any function or example someone can point to, will be > appreciated. > > Thanks > Debasish > -------------- next part -------------- An HTML attachment was scrubbed... URL: From debasish.hazra5 at gmail.com Thu Dec 22 13:13:32 2022 From: debasish.hazra5 at gmail.com (Debasish Hazra) Date: Thu, 22 Dec 2022 15:13:32 -0500 Subject: [ncl-talk] Convert lambert to regular lat-lon In-Reply-To: References: Message-ID: Thanks Dave. I will try to do the second one first, attached script puts together lambert and regular grid plot side by side and not able to put them in same size. Not sure how to control that. Debasish On Thu, Dec 22, 2022 at 2:43 PM Dave Allured - NOAA Affiliate < dave.allured at noaa.gov> wrote: > Do you mean regridding, i.e. transforming data grids; or do you want to > change the way a plot looks? If the first one, please see Regridding on > the Examples page. > > > On Thu, Dec 22, 2022 at 12:24 PM Debasish Hazra via ncl-talk < > ncl-talk at mailman.ucar.edu> wrote: > >> Hello All, >> Is there any way NCL can convert lambert conformal to regular lat-lon or >> vice-versa. Any function or example someone can point to, will be >> appreciated. >> >> Thanks >> Debasish >> > -------------- next part -------------- An HTML attachment was scrubbed... URL: -------------- next part -------------- A non-text attachment was scrubbed... Name: Testplot.ncl Type: application/octet-stream Size: 7952 bytes Desc: not available URL: -------------- next part -------------- A non-text attachment was scrubbed... Name: Test_plots.png Type: image/png Size: 140567 bytes Desc: not available URL: From dave.allured at noaa.gov Thu Dec 22 13:53:06 2022 From: dave.allured at noaa.gov (Dave Allured - NOAA Affiliate) Date: Thu, 22 Dec 2022 13:53:06 -0700 Subject: [ncl-talk] Convert lambert to regular lat-lon In-Reply-To: References: Message-ID: For changing the plot, do not transform or regrid the data. Continue to pass data and coordinates to the plot functions, exactly as done in your original version. Just use resource mpProjection to switch to one of the many other supported plot projections. Also you may need to change mpLimitMode and set some related resources for the desired visible plot boundaries. Note that the best type of mpLimitMode and related limits changes for different plot projections. For lat-lon, check out cylindrical equidistant vs. cylindrical equal area. To start, look at "Map Only" example 2, which uses one of the cylindricals by default. On Thu, Dec 22, 2022 at 1:13 PM Debasish Hazra wrote: > Thanks Dave. I will try to do the second one first, attached script puts > together lambert and regular grid plot side by side and not able to put > them in same size. Not sure how to control that. > > Debasish > > On Thu, Dec 22, 2022 at 2:43 PM Dave Allured - NOAA Affiliate < > dave.allured at noaa.gov> wrote: > >> Do you mean regridding, i.e. transforming data grids; or do you want to >> change the way a plot looks? If the first one, please see Regridding on >> the Examples page. >> >> >> On Thu, Dec 22, 2022 at 12:24 PM Debasish Hazra via ncl-talk < >> ncl-talk at mailman.ucar.edu> wrote: >> >>> Hello All, >>> Is there any way NCL can convert lambert conformal to regular lat-lon or >>> vice-versa. Any function or example someone can point to, will be >>> appreciated. >>> >>> Thanks >>> Debasish >>> >> -------------- next part -------------- An HTML attachment was scrubbed... URL: From ritipurwar at gmail.com Sun Dec 25 23:54:16 2022 From: ritipurwar at gmail.com (Smrati Purwar) Date: Mon, 26 Dec 2022 12:24:16 +0530 Subject: [ncl-talk] Function gsn_csm_contour Message-ID: Hi NCL team I am working on some station data and want to use the gsn_csm_contour function for contour plot. But before using this, I am curious about the method used in this function for contour. I am not getting any documents regarding this. Please provide me some information for the same. -- With Thanks & Regards Smrati Purwar -------------- next part -------------- An HTML attachment was scrubbed... URL: