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load "$NCARG_ROOT/lib/ncarg/nclscripts/csm/gsn_code.ncl" load "$NCARG_ROOT/lib/ncarg/nclscripts/csm/gsn_csm.ncl" load "$NCARG_ROOT/lib/ncarg/nclscripts/csm/contributed.ncl" load "$NCARG_ROOT/lib/ncarg/nclscripts/csm/shea_util.ncl" load "/work/home/zhengys/PROCESS/share/sub_function.ncl" load "/work/home/zhengys/PROCESS/share/sub_plot_ele.ncl" load "/work/home/zhengys/PROCESS/share/ncl_land_type.ncl" ;--------------------------------------------------------------------------- ;--------------------------------------------------------------------------- begin grop = "topo_180ma_" ; dir0 = "../../" dir_figs = "/work/home/zhengys/PROCESS/share/preci/" dir_data = "/work/home/zhengys/PROCESS/share/preci/" case1s = (/"180ma_a1" ,"180ma_a2" ,"180ma_a3" ,"180ma_a4" /)case2s = (/"180ma_a1" ,"180ma_a2" ,"180ma_a3" ,"180ma_a4" /)topoE = "/work/home/zhengys/PROCESS/share/topo/180ma_topo_2x2.nc" topoL = "/work/home/zhengys/PROCESS/share/topo/180ma_topo_2x2.nc" ; case1s =(/"E560_a","L560_a","E560_b","L560_b","E560_c","L560_c"/) ; case2s =(/"E560_a","L560_a","E560_b","L560_b","E560_c","L560_c"/) ; topoE = "./process/paleooutline/34ma/34ma_t1_2.0d.nc" ; topoL = "./process/paleooutline/24ma/24ma_t2_2.0d.nc" strA = "(" + (/"a" ,"b" ,"c" ,"d" /)+ ") " strA1 = "(" + (/"a" ,"b" ,"c" ,"d" /)+ ") " strB = conform (strA ,(/"" /),0 )left = strA + case2s cent = strB ; xf := (/ 0.10,0.55, 0.10,0.55, 0.10,0.55 /) ; yf := (/ 0.95,0.95, 0.68,0.68, 0.41,0.41 /) fps = dir_data + case1s + "_process.nc" fes = dir_data + case1s + ".cam.ele.nc" fts = (/topoE ,topoL ,topoE ,topoL /)land0 = "/work/home/zhengys/PROCESS/share/no_continent_line" oft = "eps" strC = (/"ann" ,"sum" ,"win" /) ofnAs = dir_figs + grop + "pt_water_" + strC strD = ispan (0 ,3 ,1 )ofnBs = dir_figs + grop + "pt_water_sea_" + (/"djf" ,"mam" ,"jja" ,"son" /)ofnAsd = ofnAs + "_diff" ofnBsd = ofnBs + "_diff" ; lat_min = 0. ; lat_max = 75. ; lon_min = -15. ; lon_max = 150. ; lon_cet = (lon_min+lon_max)/2. lat_min = - 90 .lat_max = 90 .lon_min = - 180 .lon_max = 180 .lon_cet = (lon_min + lon_max )/2 .;--------------------------------------------------- res = True res @ gsnDraw = False ;绘图时不绘制图形元素，通常用于先设置资源再进行绘图 res @ gsnFrame = False ;不绘制图形的边框 res @ gsnLeftString = "" ;图形的左侧不显示任何字符串 res @ gsnLeftStringOrthogonalPosF = 0.007 ;控制左侧字符串与图形边缘的垂直位置 res @ gsnCenterString = "" ;表示在图形的中心不显示任何字符串 res @ gsnCenterStringOrthogonalPosF = 0.01 ;控制中心字符串与图形边缘的垂直位置 res @ gsnRightString = "" ;表示在图形的右侧不显示任何字符串 res @ gsnRightStringOrthogonalPosF = 0.01 ;控制右侧字符串与图形边缘的垂直位置 res @ gsnAddCyclic = True ;通常用于添加周期性边界条件，这在绘制全球地图时很有用 res @ tmYLMode = "Explicit" ;表示Y轴标签模式是显式指定的 res @ tmYLValues = (/- 90 ,- 45 ,0 ,45 ,90 /) ;显式指定的Y轴标签位置 res @ tmYLLabels = (/"-90~S~o~N~S" ,"-45~S~o~N~N" ,"0~S~o~N~N" ,"45~S~o~N~N" ,"90~S~o~N~N" /) ;显式指定的Y轴标签文本 res @ tmXBMode = "Explicit" ;表示X轴标签模式是显式指定的 res @ tmXBValues = (/- 180 ,- 90 ,0 ,90 ,180 /) ;显式指定的X轴标签位置 res @ tmXBLabels = (/"-180~S~o~N~W" ,"-90~S~o~N~W" ,"0~S~o" ,"90~S~o~N~E" ,"180~S~o~N~E" /) ;显式指定的X轴标签文本 res @ tmBorderThicknessF = 0.05 ;指定边框线的粗细 res @ gsnStringFontHeightF = 0.015 ;指定字符串的字体高度 res @ tmXBLabelFontHeightF = 0.010 ;指定X轴标签的字体高度 res @ tmYLLabelFontHeightF = 0.010 ;指定Y轴标签的字体高度 res @ tmXBLabelDeltaF = - 0.5 ;指定X轴标签相对于其默认位置的水平偏移量 res @ tmYLLabelDeltaF = - 0.5 ;指定Y轴标签相对于其默认位置的垂直偏移量 res @ tmXTOn = False ;表示不绘制X轴的标题 res @ tmYROn = False ;表示不绘制Y轴的标题 res @ tiYAxisFontHeightF = 0 . ;导致Y轴标题不可见 resS = res resS @ mpGridAndLimbOn = True ;设置地图资源，启用绘制经纬网格线和地图边缘 resS @ mpGridLatSpacingF = 30 . ;设置纬度网格线的间隔为30度 resS @ mpGridLonSpacingF = 90 . ;设置经度网格线的间隔为90度 resS @ mpMinLatF = lat_min ;设置地图的最小纬度 resS @ mpMaxLatF = lat_max ;设置地图的最大纬度 resS @ mpMinLonF = lon_min ;设置地图的最小经度 resS @ mpMaxLonF = lon_max ;设置地图的最大经度 resS @ mpCenterLonF = (resS @ mpMinLonF + resS @ mpMaxLonF )/2 . ;计算地图中心经度，并设置为最小经度和最大经度的平均值 resS @ mpGridLineColor = "Grey40" ;设置网格线的颜色为灰色 resS @ mpGridLineThicknessF = 0.5 ;设置网格线的线宽为0.5 resS @ mpGridLineDashPattern = 2 ;设置网格线为虚线样式，数字2代表特定的虚线模式 resS @ mpFillOn = False ;禁用地图填充 resS @ mpGeophysicalLineThicknessF = 0.90 ;设置地理特征线条（如海岸线）的线宽为0.90 resS @ mpGeophysicalLineColor = "black" ;设置地理特征线条的颜色为黑色 resS @ mpDataBaseVersion = "Ncarg4_1" ;指定地图数据库的版本 resS @ mpDataSetName = land0 ; land0 = "../../share/no_continent_line" ,通常是一个没有大陆轮廓线的地图数据集 ; resS@mpProjection = "Robinson" ;res@pmTickMarkDisplayMode = "Always" resS @ cnLinesOn = False ;禁用颜色条上的线条 resS @ cnFillOn = True ;启用颜色条的填充 ; resS@cnFillMode = "CellFill" ;如果取消注释，将设置颜色条的填充模式 resS @ cnLineLabelsOn = False ;禁用颜色条上的线条标签 resS @ cnInfoLabelOn = False ;禁用颜色条上的信息标签 resS @ cnLevelSelectionMode = "ExplicitLevels" ;设置颜色条的级别选择模式为显式级别 resS @ lbLabelBarOn = False ;禁用标签栏 resL = res resL @ cnLinesOn = True ;启用等值线的绘制 resL @ cnFillOn = False ;禁用等值线的填充 resL @ cnLineLabelsOn = False ;禁用等值线上的标签 resL @ cnLineThicknessF = 3.0 ;设置等值线的线宽 resL @ cnLineDashPattern = 2 ;设置等值线为虚线样式，数字2代表特定的虚线模式 resL @ cnLineColor = "red" ;设置等值线的颜色 resL @ cnInfoLabelOn = False ;禁用等值线图的信息标签 resL @ cnLevelSelectionMode = "ExplicitLevels" ;设置等值线的级别选择模式为显式级别 resL @ cnLevels = (/ 0.5 /) ;设置显式等值线级别为0.5。这意味着只有值为0.5的等值线会被绘制 resLa = resL resLa @ cnLineThicknessF = 1.5 ;设置 resLa 资源中的等值线线宽 resLa @ cnLineColor = "black" ;设置 resLa 资源中的等值线颜色 resLb = resLa resLb @ cnLineColor = "red" ;设置 resLb 资源中的等值线颜色 resLa = resL resLa @ cnLineThicknessF = 1.5 resLa @ cnLineDashPattern = 0 resLa @ cnLineColor = "black" resLb = resLa resLb @ cnLineColor = "red" resL0 = resLa resL0 @ cnLevels = (/ 0 ./) ;设置 resL0 资源中的等值线级别为0 resL3k = resLb resL3k @ cnLevels = (/ 3000 ./) ;设置 resL3k 资源中的等值线级别 resV = res resV @ vcMinDistanceF = 0.02 ;0.0305 ;控制向量之间的最小距离，用于调整向量密度 resV @ vcRefAnnoOn = True ;显示参考向量的注释 resV @ vcRefAnnoSide = "Top" ;指定参考向量注释显示在向量的哪一侧，这里设置为顶部 resV @ vcRefAnnoOrthogonalPosF = - 0.320008 ;控制注释与向量之间的垂直位置 resV @ vcRefAnnoBackgroundColor = "gray99" ;指定参考向量注释的背景颜色 resV @ vcRefAnnoString2 = "" ;这里将其设置为空字符串，意味着没有第二个注释字符串 resV @ vcRefAnnoFontHeightF = 0.018 ;指定参考向量注释的字体高度为 0.018 resV @ vcGlyphStyle = "CurlyVector" ;设置向量样式为弯曲箭头（CurlyVector） resV @ vcLineArrowThicknessF = 1.2 ;0.8 ;指定向量箭头的线宽 resV @ vcLineArrowColor = "grey30" ;指定向量箭头的颜色 resV @ vcLineArrowHeadMaxSizeF = 0.008 ;指定向量箭头最大头部大小 resV @ vcLineArrowHeadMinSizeF = 0.008 ;指定向量箭头最小头部大小 resV @ vcRefAnnoString1 = "200" ;指定第一个参考向量注释字符串 resV @ vcRefMagnitudeF = 200 . ;设置参考向量的大小 resV @ vcRefLengthF = 0.02 ;设置参考向量的长度 resV @ vcRefAnnoPerimOn = False resT = res resT @ cnInfoLabelOn = False ;禁用等值线图的信息标签 resT @ cnLinesOn = False ;禁用等值线的绘制 resT @ cnLineLabelsOn = False ;禁用等值线上的标签 resT @ cnFillScaleF = 1.0 ;设置填充比例因子为1.0，这会影响填充颜色的强度 resT @ cnFillColor = "grey40" ;设置填充颜色为 “grey40”（40%灰度） resT @ cnLevelSelectionMode = "ManualLevels" ;设置等值线级别选择模式为手动 resT @ cnMinLevelValF = 0 . ;设置等值线图的最小级别值为0 resT @ cnMaxLevelValF = 0.95 ;设置等值线图的最大级别 resT @ cnLevelSpacingF = 0.05 ;设置等值线级别的间距 resT @ cnFillDotSizeF = 0.00204 ; 设置填充点的尺寸 resD = True resD @ gsnDraw = False ;禁用绘图（假设这是在正确的资源字典 resD 中） resD @ gsnFrame = False ; 禁用框架的绘制（假设这是在正确的资源字典 resD 中） resD @ cnLevelSelectionMode = "ExplicitLevels" ;设置等值线级别选择模式为显式级别 resD @ cnLevels = (/0.05 , 0.95 /) ;设置显式等值线级别 resD @ gsnShadeFillType = "pattern" ;设置阴影填充类型为图案 resD @ gsnShadeLow = 17 ;设置阴影图案的低值（假设这是在正确的资源字典 resD 中） ;--------------------------------------------------- resS1 = resS resS1 @ cnFillPalette = "MPL_GnBu" resS1 @ cnFillColors := (/0 ,2 ,18 ,34 ,50 ,66 ,82 ,98 ,105 ,114 /) resS1 @ cnLevels := (/0.5 ,1 ,2 ,3 ,4 ,5 ,6 ,8 ,10 /) ; resS1@cnFillColors :=(/"goldenrod1", "white","PaleGreen"/) ; resS1@cnLevels := (/ -0.5,0.5 /) ; fspan(0.5,8.0,16) resS1 @ lbLabelBarOn = False resS1 @ vpHeightF = 0.3 resS1 @ vpWidthF = 0.4 ;-------------------- resV1 = resV resV1 @ vcLineArrowThicknessF = 1.4 resV1 @ vcLineArrowColor = "black" ;"brown" resV1 @ vcRefAnnoString1 = "200" resV1 @ vcRefMagnitudeF = 200 .;============================================================================ resP = True resP @ gsnFrame = False resP @ gsnPanelLabelBar = True resP @ lbLabelFontHeightF = 0.012 ;控制标签栏中数据字体的高度 resP @ lbOrientation = "Horizontal" resP @ lbTitleOn = True resP @ lbTitlePosition = "Top" resP @ lbTitleDirection = "Across" resP @ lbTitleString = "" ;lb_str resP @ lbTitleFontHeightF = 0.015 ;控制标签字体的高度 resP @ pmLabelBarWidthF = 0.6 resP @ pmLabelBarHeightF = 0.05 resP @ pmLabelBarOrthogonalPosF = - 0.05 resP @ pmLabelBarParallelPosF = 0.05 resP @ pmTickMarkDisplayMode = "Always" resP @ lbTitleString = "Precipitation (mm d~S~-1~N~) " ;lbstr ; resP@pmLabelBarParallelPosF = -0.124568603432 resP @ lbBoxEndCapStyle = "TriangleBothEnds" ;图例框的两端将显示为三角形。 resP @ gsnPanelMainString = "precipitation" ;-------------------------------------------------------------------------------------------------- xf := (/ 0.05 ,0.05 ,0.05 , 0.55 ,0.55 ,0.55 /)yf := (/ 0.95 ,0.68 ,0.41 , 0.95 ,0.68 ,0.41 /)left := strB cent := strB ; lon1 = 80. ; lon2 = 100. ; lon3 = 90. xstr = "PRECT_" ustr = "VIB_UQ_" vstr = "VIB_VQ_" wstr = "OMEGA_" coeff = 100 .do j = 0 , dimsizes (ofnAs )- 1 ;ofnAs是输出的文件名字 ofn = ofnAs (j )wks = gsn_open_wks ( oft , ofn )plotSArray = new (6 , graphic )do i = 0 , dimsizes (case1s )- 1l case := case1s (i ) ;case1s = (/"E560_a","E560_b","E560_c","L560_a","L560_b","L560_c"/) fp := fps (i ) ;fps = dir_data + case1s + "_process.nc"输入文件名 fe := fes (i ) ; 输入基础文件名fes = dir_data + case1s + ".cam.ele.nc" ft := fts (i ) ;fts= (/topoE,topoE,topoE,topoL,topoL,topoL/) ;？？边界 x := read_in_var ( fp , xstr + strC (j )+ "_m" ) ;strC = (/"ann","sum","win"/) u := read_in_var ( fp , ustr + strC (j )+ "_m" )v := read_in_var ( fp , vstr + strC (j )+ "_m" )lf := read_in_var ( fe , "LANDFRAC" )top := read_in_var ( ft , "topo" ) ;??????????????? left (i )= strA (i ) + case2s (i ) ;图的左侧字符 ; resS1@mpDataSetName = topos(i) a := plot_shade_line2_vector (wks ,x ,top ,top ,u ,v ,resS1 ,resL0 ,resL3k ,resV1 ,xf ,yf ,left ,i ,plotSArray )plotSArray (i ) = a ;自定义函数 画年平均和夏季冬季 end do gsn_panel (wks , plotSArray , (/3 ,2 /), resP )end do do j = 0 , dimsizes (ofnBs )- 1 ;画四季 ofnBs= dir_figs +grop+ "pt_water_sea_"+(/"djf","mam","jja","son"/) ofn = ofnBs (j )wks = gsn_open_wks ( oft , ofn )plotSArray1 = new (6 , graphic )k = strD (j ) ;strD = ispan(0,3,1) do i = 0 , dimsizes (case1s )- 1 case := case1s (i ) ;case1s = (/"E560_a","E560_b","E560_c","L560_a","L560_b","L560_c"/) fp := fps (i ) ;fps = dir_data + case1s + "_process.nc"输入文件名 fe := fes (i ) ; 输入基础文件名fes = dir_data + case1s + ".cam.ele.nc" ft := fts (i ) ;fts= (/topoE,topoE,topoE,topoL,topoL,topoL/) ;？？边界 x := read_in_var ( fp , "PRECT_sea_m" )u := read_in_var ( fp , "VIB_UQ_sea_m" )v := read_in_var ( fp , "VIB_VQ_sea_m" )lf := read_in_var ( fe , "LANDFRAC" )top := read_in_var ( ft , "topo" ) ;?????????? left (i )= strA (i ) + case2s (i ) ; a := plot_shade_vector(wks,x(k,:,:),u(k,:,:),v(k,:,:), resS1,resV1,xf,yf,left,cent, i) a := plot_shade_line2_vector (wks ,x (k ,: ,: ),top ,top ,u (k ,: ,: ),v (k ,: ,: ), resS1 ,resL0 ,resL3k ,resV1 ,xf ,yf ,left ,i ,plotSArray );画 四季的图 plotSArray1 (i ) = a end do gsn_panel (wks , plotSArray1 , (/3 ,2 /), resP ) end do ;========================================================= xf := (/ 0.05 ,0.05 ,0.05 , 0.55 ,0.55 ,0.55 /)yf := (/ 0.95 ,0.68 ,0.41 , 0.95 ,0.68 ,0.41 /)t = 0.05 i1 = (/ 4 ,4 ,5 ,5 /)i2 = (/ 0 ,2 ,1 ,3 /); i1 = (/ 2,2,3,3 /) ; i2 = (/ 0,1,0,1 /) resS2 = resS ; resS1@cnFillPalette = "precip_diff_12lev" ; "MPL_GnBu" ; resS2@cnFillPalette = "MPL_BrBG" ; "MPL_GnBu" ; resS2@cnFillPalette = "MPL_BrBG" ; resS2@cnFillColors := (/31,33,35,38,42,47,49,52,55,71,74,77,79,82,92,94,96,98/) ; resS2@cnLevels := (/-4.0,-3.0,-2.0,-1.0,-0.8,-0.6,-0.4,-0.2,0,0.2,0.4,0.6,0.8,1.0,2.0,3.0,4.0/) ; resS2@cnLevels := (/0.5,1,2,3,4,5,6,8,10 /) ; resS2@cnFillPalette = "temp_diff_18lev" ; resS2@cnFillColors := (/16,15,14,13,12,10,8,7,6,5,4,3/) ; resS2@cnLevels := (/-4.0,-2.0,-1.0,-0.5,-0.2,0,0.2,0.5,1.0,2.0,4.0/) resS2 @ cnFillPalette = "precip_diff_12lev" resS2 @ cnFillColors := (/2 ,3 ,4 ,5 ,6 ,7 ,9 ,10 ,11 ,12 ,13 ,14 /) resS2 @ cnLevels := (/- 4.0 ,- 2.0 ,- 1.0 ,- 0.5 ,- 0.2 ,0 ,0.2 ,0.5 ,1.0 ,2.0 ,3.0 ,4.0 /)resS2 @ lbLabelBarOn = False resS2 @ cnLinesOn = False resS2 @ cnLineLabelsOn = False resS2 @ vpHeightF = 0.3 resS2 @ vpWidthF = 0.4 resS2 @ mpDataSetName = land0 resV1 @ vcLineArrowColor = "grey30" ;"red3" resV1 @ vcRefAnnoString1 = "150" resV1 @ vcRefMagnitudeF = 150 .resV1 @ vcMinDistanceF = 0.0304 resV1 @ vcRefLengthF = 0.0422 resV1 @ vcLineArrowHeadMaxSizeF = 0.01 resV1 @ vcLineArrowHeadMinSizeF = 0.01 do j = 0 ,dimsizes (ofnAsd )- 1 ;画(/"ann","sum","win"/)的差值 c-a;c-b ofn = ofnAsd (j )plotSArray2 = new (4 , graphic ) ; ofnAsd = ofnAs + "_diff" wks = gsn_open_wks ( oft , ofn ) do i = 0 , dimsizes (i1 )- 1 case1 := case1s (i1 (i )) ; i1 = (/ 4,4,5,5 /) (/"E560_a","L560_a","E560_b","L560_b","E560_c","L560_c"/) case2 := case1s (i2 (i )) ; i2 = (/ 0,2,1,3 /) fp1 := fps (i1 (i )) ;fps = dir_data + case1s + "_process.nc"输入文件名 fp2 := fps (i2 (i )) fe1 := fes (i1 (i ))fe2 := fes (i2 (i ))ft1 := fts (i1 (i ))lf1 := read_in_var ( fe1 , "LANDFRAC" )lf2 := read_in_var ( fe2 , "LANDFRAC" )top1 := read_in_var ( ft1 , "topo" )x := read_in_var_diff ( fp1 ,fp2 , "PRECT_" + strC (j )+ "_m" )u := read_in_var_diff ( fp1 ,fp2 , "VIB_UQ_" + strC (j )+ "_m" )v := read_in_var_diff ( fp1 ,fp2 , "VIB_VQ_" + strC (j )+ "_m" )tx := read_in_var_difftest ( fp1 ,fp2 , "PRECT_" + strC (j )+ "_m" , "PRECT_" + strC (j )+ "_v" , "nyear" )tu := read_in_var_difftest ( fp1 ,fp2 , "VIB_UQ_" + strC (j )+ "_m" ,"VIB_UQ_" + strC (j )+ "_v" ,"nyear" );???函数在哪里 没找到 tv := read_in_var_difftest ( fp1 ,fp2 , "VIB_VQ_" + strC (j )+ "_m" ,"VIB_VQ_" + strC (j )+ "_v" ,"nyear" );exit u = (/where ((tu .le. t ).or. (tv .le. t ), u , u @ _FillValue )/)v = (/where ((tu .le. t ).or. (tv .le. t ), v , v @ _FillValue )/)left (i )= strA1 (i )+ case2s (i1 (i ))+ " - " + case2s (i2 (i )) a = plot_shade_line2_vector_test (wks ,x ,top1 ,top1 ,u ,v ,tx ,resS2 ,resL0 ,resL3k ,resV1 ,resT ,resD , xf ,yf ,left ,i ,plotSArray2 )end do gsn_panel (wks , plotSArray2 , (/2 ,2 /), resP )end do do j = 0 ,dimsizes (ofnBsd )- 1 ;画四个季节的差值ofnBs = dir_figs +grop+ "pt_water_sea_"+(/"djf","mam","jja","son"/) ofn = ofnBsd (j )wks = gsn_open_wks ( oft , ofn )plotSArray3 = new (4 , graphic ) do i = 0 , dimsizes (i1 )- 1 case1 := case1s (i1 (i ))case2 := case1s (i2 (i ))fp1 := fps (i1 (i )) ;dir_data + case1 + "_process.nc" fp2 := fps (i2 (i )) ;dir_data + case2 + "_process.nc" fe1 := fes (i1 (i ))fe2 := fes (i2 (i ))ft1 := fts (i1 (i ))lf1 := read_in_var ( fe1 , "LANDFRAC" )lf2 := read_in_var ( fe2 , "LANDFRAC" )top1 := read_in_var ( ft1 , "topo" )x := read_in_var_diff ( fp1 ,fp2 , "PRECT_sea_m" )u := read_in_var_diff ( fp1 ,fp2 , "VIB_UQ_sea_m" )v := read_in_var_diff ( fp1 ,fp2 , "VIB_VQ_sea_m" )tx := read_in_var_difftest ( fp1 ,fp2 , "PRECT_sea_m" , "PRECT_sea_v" , "nyear" )tu := read_in_var_difftest ( fp1 ,fp2 , "VIB_UQ_sea_m" ,"VIB_UQ_sea_v" ,"nyear" )tv := read_in_var_difftest ( fp1 ,fp2 , "VIB_VQ_sea_m" ,"VIB_VQ_sea_v" ,"nyear" )u = (/where ((tu .le. t ).or. (tv .le. t ), u , u @ _FillValue )/)v = (/where ((tu .le. t ).or. (tv .le. t ), v , v @ _FillValue )/)left (i )= strA1 (i )+ case2s (i1 (i ))+ " - " + case2s (i2 (i )) a = plot_shade_line2_vector_test (wks ,x (j ,: ,: ),top1 ,top1 ,u (j ,: ,: ),v (j ,: ,: ),tx (j ,: ,: ),resS2 ,resL0 ,resL3k ,resV1 ,resT ,resD , xf ,yf ,left ,i ,plotSArray3 ); a = plot_shade_line2_vector(wks,x(j,:,:),top1,top1,u(j,:,:),v(j,:,:),resS1,resL0,resL3k,resV1,xf,yf,left,cent, i) plotSArray3 (i ) = a end do gsn_panel (wks , plotSArray3 , (/2 ,2 /), resP )end do print ("---------------------------------------------end" )end
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发表于 2025-2-22 16:30:44
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