# ------------------------------------------------------------
# DIAG.sml
# ------------------------------------------------------------
# SET WARNING LEVEL: Refer to B5 & B6.
$warnings 3
# ------------------------------------------------------------
# DEFINE VARIABLES FOR GENERAL CHARACTER STRINGS:
# Refer to B7.
string t$,p$,p1$,p2$,p3$,p4$,p5$,p6$,p7$,p8$,p9$;
string p10$,p11$,p12$,p13$,p14$,p15$,p16$,p17$,p18$,p19$;
string p20$,p21$;
# ------------------------------------------------------------
# CLEAR CONSOLE WINDOW & REQUEST REPOSITIONING:
# Refer to B7, B8 & B9.
clear();
p1$ = "CONSOLE-WINDOW ADJUSTMENT\n";
p2$ = "* REPOSITION the CONSOLE WINDOW.\n";
p3$ = "* Then, CLICK the OK Button.";
p$ = p1$ + p2$ + p3$;
PopupMessage(p$);
# ------------------------------------------------------------
# DEFINE proc checkHisto(Band)
# PURPOSE: Check that Input Raster has a Full (Unsampled)
# Histogram. If Not, Then Recompute Histogram.
proc checkHisto (raster Band) begin
local numeric sampleInt;
sampleInt = HistogramGetSampleInterval(Band);
if (sampleInt > 1) begin
DeleteHistogram(Band); CreateHistogram(Band,0);
end
else if (sampleInt == -1) then begin
CreateHistogram(Band,0);
end
end
# ------------------------------------------------------------
# DEFINE PROCEDURE writeTitle: Refer to B13 & B14.
# PURPOSE: WRITES TITLE & AUTHOR INFO TO CONSOLE WINDOW.
proc writeTitle() begin
printf("DIAG.sml:\n");
printf(" VERSION: November 15, 2005\n");
printf(" PURPOSE: PRODUCE DIAG PRODUCTS ");
printf("RELATED TO SRFIs, PVI & PBI.\n");
printf(" DETAILS: FAQs_by_Jack A & C\n");
printf(" AUTHOR: Dr. Jack F. Paris\n");
printf(" CONTACT INFO: [email protected] ");
printf(" 303-775-1195\n");
printf(" ALLOWED USE: ONLY NON-COMMERCIAL\n\n");
end
# ------------------------------------------------------------
# WRITE TITLE & AUTHOR INFORMATION: Refer to B14.
writeTitle();
# ------------------------------------------------------------
# DECLARE VARIABLES RELATED TO USER INPUTS:
# Refer to B15 & B16.
string site$;
numeric imager,vnir;
# ------------------------------------------------------------
# DECLARE VARIABLES DIRECTLY RELATED TO USER PROVIDED VALUES:
# Refer to B15 & B16.
string imager$;
# ------------------------------------------------------------
# DECLARE STRING VARIABLE RELATED TO ALL RASTER TYPES:
# Refer to B17.
string rtype$;
# ------------------------------------------------------------
# DECLARE VARIABLES RELATED TO BARE-SOIL & DENSE VEG SEARCHES:
# Refer to B17.
numeric wpvis,pbi2s,pvi1v;
numeric pvi1s,pvi2s,pbi1s,pbi2s;
# ------------------------------------------------------------
# DECLARE VARIABLES RELATED TO PURE-PIXEL SEARCH:
# Refer to B17.
numeric boxsize,sdmaxs,sdmaxv,oddcheck;
# ------------------------------------------------------------
# DECLARE VARIABLES RELATED TO BOOLEAN ENABLERS:
# Refer to B15 & B16
numeric pCB,pBL,pGL,pYL,pRL,pRE,pNA,pNB;
numeric pMA,pMB,pMC,pMD,pME,pMF,pMG;
# ------------------------------------------------------------
# DECLARE VARIBLES RELATED TO FOR-EACH LOOPS:
numeric mk,pvi,pbi,pvisd,nlins,ncols;
# ------------------------------------------------------------
# DECLARE LIST OF POSSIBLE INPUT RASTERS:
raster MK,SRFICB,SRFIBL,SRFIGL,SRFIYL,SRFIRL,SRFIRE;
raster SRFINA,SRFINB,SRFIMA,SRFIMB,SRFIMC,SRFIMD;
raster SRFIME,SRFIMF,SRFIMG,PVI,PBI;
# ------------------------------------------------------------
# DECLARE LIST OF POSSIBLE OUTPUT RASTERS:
raster DCB,DBL,DGL,DYL,DRL,DRE,DNA,DNB;
raster DMA,DMB,DMC,DMD,DME,DMF,DMG;
# ------------------------------------------------------------
# GET NAME OF SITE FROM THE USER: Refer to B17.
t$ = "SITE NAME";
p1$ = "SITE-NAME ENTRY\n";
p2$ = "* ENTER the SITE NAME.\n";
p3$ = "* Then, CLICK the OK Button.\n\n";
p4$ = "SITE-NAME ENTERED:";
p$ = p1$ + p2$ + p3$ + p4$;
site$ = PopupString(p$,"",t$);
printf(" SITE NAME: %s\n",site$);
# ------------------------------------------------------------
# GET IMAGER NUMBER FROM THE USER: Refer to B17.
p1$ = "IMAGER-NUMBER SELECTION\n";
p2$ = " IMAGER\n";
p3$ = " NUMBER: SYSTEM NAME\n";
p4$ = " 1: QuickBird 2 MS\n";
p5$ = " 2: Ikonos 2 MS\n";
p6$ = " 3: OrbView 3 MS\n";
p7$ = " 4: Landsat 7 ETM+\n";
p8$ = " 5: Landsat 5 TM\n";
p9$ = " 6: Landsat 5 MSS\n";
p10$ = " 7: Landsat 4 TM\n";
p11$ = " 8: Landsat 4 MSS\n";
p12$ = " 9: Landsat 3 MSS\n";
p13$ = " 10: Landsat 2 MSS\n";
p14$ = " 11: Landsat 1 MSS\n";
p15$ = " 12: Terra ASTER\n";
p16$ = " 13: Terra MODIS\n";
p17$ = " 14: Aqua MODIS\n";
p18$ = "* Either ACCEPT the Default NUMBER,\n";
p19$ = "* Or, SELECT a Different NUMBER.\n";
p20$ = "* Then, CLICK the OK Button.\n\n";
p21$ = "IMAGER-NUMBER SELECTED:";
p$ = p1$ + p2$ + p3$ + p4$ + p5$ + p6$ + p7$ + p8$ + p9$;
p$ = p$ + p10$ + p11$ + p12$ + p13$ + p14$ + p15$ + p16$;
p$ = p$ + p17$ + p18$ + p19$ + p20$ + p21$;
imager = PopupNum(p$,1,1,14,0);
# ------------------------------------------------------------
# GENERATE IMAGER-SPECIFIC PARAMETERS: Refer to B25.
if (imager == 1) then begin
imager$ = "QuickBird 2 MS";
pBL=1; pNA=1;
end
if (imager == 2) then begin
imager$ = "Ikonos 2 MS"; pBL=1; pNA=1;
end
if (imager == 3) then begin
imager$ = "OrbView 3 MS"; pBL=1; pNA=1;
end
if (imager == 4) then begin
imager$ = "Landsat 7 ETM+";
pBL=1; pNA=1; pMB=1; pMC=1;
end
if (imager == 5) then begin
imager$ = "Landsat 5 TM";
pBL=1; pNA=1; pMB=1; pMC=1;
end
if (imager == 6) then begin
imager$ = "Landsat 5 MSS"; pRE=1; pNB=1;
end
if (imager == 7) then begin
imager$ = "Landsat 4 TM";
pBL=1; pNA=1; pMB=1; pMC=1;
end
if (imager == 8) then begin
imager$ = "Landast 4 MSS"; pRE=1; pNB=1;
end
if (imager == 9) then begin
imager$ = "Landsat 3 MSS"; pRE=1; pNB=1;
end
if (imager == 10) then begin
imager$ = "Landsat 2 MSS"; pRE=1; pNB=1;
end
if (imager == 11) then begin
imager$ = "Landsat 1 MSS"; pRE=1; pNB=1;
end
if (imager == 12) then begin
imager$ = "Terra ASTER";
pNA=1; pMB=1; pMC=1; pMD=1; pME=1;
pMF=1; pMG=1;
p1$ = "VNIR ONLY or ALL OPTION:\n";
p2$ = " OPTION 1: VNIR ONLY\n";
p3$ = " OPTION 2: ALL 9 BANDS\n";
p4$ = "OPTION ENTERED:";
p$ = p1$ + p2$ + p3$ + p4$;
vnir = PopupNum(p$,2,1,2,0);
if (vnir == 1) then begin
pMB=0; pMC=0; pMD=0; pME=0;
pMF=0; pMG=0;
end
end
if (imager == 13) then begin
imager$ = "Terra MODIS";
pBL=1; pNA=1; pMA=1; pMB=1; pMC=1;
end
if (imager == 14) then begin
imager$ = "Aqua MODIS";
pBL=1; pNA=1; pMA=1; pMB=1; pMC=1;
end
printf(" IMAGER: %s\n",imager$);
# ------------------------------------------------------------
# GET SOIL-SEARCH PVI-WIDTH PARAMETER: Refer to C3.
p1$ = "SOIL-SEARCH PVI-WIDTH ENTRY\n";
p2$ = " FORMAT: NNN\n";
p3$ = " RANGE: 2 to 500\n";
p4$ = "* Either ACCEPT the Default WIDTH,\n";
p5$ = "* Or, ENTER a Different WIDTH.\n";
p6$ = "* Then, CLICK the OK Button.\n\n";
p7$ = "SOIL-SEARCH PVI-WIDTH ENTERED:";
p$ = p1$ + p2$ + p3$ + p4$ + p5$ + p6$ + p7$;
wpvis = PopupNum(p$,200,2,500,0);
pvi1s = 1000 - int(wpvis / 2);
pvi2s = 1000 + int(wpvis / 2);
printf(" SOIL BOX: ");
printf("%4d < PVI < %4d\n",pvi1s,pvi2s);
# ------------------------------------------------------------
# GET SOIL-SEARCH PBI-MAX PARAMETER: Refer to C4.
p1$ = "SOIL-SEARCH PBI-MAX ENTRY\n";
p2$ = " FORMAT: NNN\n";
p3$ = " RANGE: 500 to 2500\n";
p4$ = "* Either ACCEPT the Default PBI-MAX,\n";
p5$ = "* Or, ENTER a Different PBI-MAX.\n";
p6$ = "* Then, CLICK the OK Button.\n\n";
p7$ = "SOIL-SEARCH PBI-MAX ENTERED:";
p$ = p1$ + p2$ + p3$ + p4$ + p5$ + p6$ + p7$;
pbi2s = PopupNum(p$,1100,500,2500,0);
pbi1s = int(0.3 * pbi2s);
printf(" ");
printf("%4d < PBI < %4d\n",pbi1s,pbi2s);
# ------------------------------------------------------------
# GET VEG-SEARCH PVI-MIN PARAMETER: Refer to C5.
p1$ = "VEG-SEARCH PVI-MIN ENTRY\n";
p2$ = " FORMAT: NNNN\n";
p3$ = " RANGE: 900 to 2500\n";
p4$ = "* Either ACCEPT the Default PVI-MIN,\n";
p5$ = "* Or, ENTER a Different PVI-MIN.\n";
p6$ = "* Then, CLICK the OK Button.\n\n";
p7$ = "VEG-SEARCH PVI-MIN ENTERED:";
p$ = p1$ + p2$ + p3$ + p4$ + p5$ + p6$ + p7$;
pvi1v = PopupNum(p$,1300,900,2500,0);
printf(" ");
printf("VEG TEST: %4d < PVI\n",pvi1v);
# ------------------------------------------------------------
# GET TEXTURE-FILTER PARAMETER FOR SOIL: Refer to C6.
p1$ = "PURE-SOIL-PIXEL SOIL-SD-MAX ENTRY\n";
p2$ = " FORMAT: NN\n";
p3$ = " RANGE: 1 to 42\n";
p4$ = "* Either ACCEPT the Default SOIL-SD-MAX,\n";
p5$ = "* Or, ENTER a Different SOIL-SD-MAX.\n";
p6$ = "* Then, CLICK the OK Button.\n\n";
p7$ = "PURE-PIXEL SOIL-SD-MAX ENTERED:";
p$ = p1$ + p2$ + p3$ + p4$ + p5$ + p6$ + p7$;
sdmaxs = PopupNum(p$,14,1,42,0);
printf(" SOIL PVI-SD MAX: %2d\n",sdmaxs);
sdmaxv = int(sdmaxs * (pvi1v + 2000) / 2000);
# ------------------------------------------------------------
# TEXTURE-FILTER PARAMETER FOR VEG: Refer to C6.
p1$ = "PURE-VEG-PIXEL VEG-SD-MAX ENTRY\n";
p2$ = " FORMAT: NN\n";
p3$ = " RANGE: 1 to 42\n";
p4$ = "* Either ACCEPT the Default VEG-SD-MAX,\n";
p5$ = "* Or, ENTER a Different PVI-SD-MAX.\n";
p6$ = "* Then, CLICK the OK Button.\n\n";
p7$ = "PURE-PIXEL PVI-SD-MAX ENTERED:";
p$ = p1$ + p2$ + p3$ + p4$ + p5$ + p6$ + p7$;
sdmaxv = PopupNum(p$,sdmaxv,1,84,0);
printf(" VEG PVI-SD MAX: %2d\n",sdmaxv);
# ------------------------------------------------------------
# TEXTURE-FILTER BOX-SIZE: Refer to C6.
p1$ = "PURE-PIXEL BOX-SIZE ENTRY\n";
p2$ = " FORMAT: NN\n";
p3$ = " RANGE: 3 to 11\n";
p4$ = " NOTE: MUST be an ODD INTEGER\n";
p5$ = "* Either ACCEPT the Default BOX-SIZE,\n";
p6$ = "* Or, ENTER a Different BOX-SIZE.\n";
p7$ = "* Then, CLICK the OK Button.\n\n";
p8$ = "PURE-PIXEL BOX-SIZE ENTERED:";
p$ = p1$ + p2$ + p3$ + p4$ + p5$ + p6$ + p7$ + p8$;
boxsize = PopupNum(p$,5,3,11,0);
oddcheck = boxsize / 2 - int(boxsize * 1.01 / 2);
if (oddcheck < 0.1) then boxsize = boxsize + 1;
printf(" FILTER BOX SIZE: %d\n\n",boxsize);
# ------------------------------------------------------------
# RASTER DATA TYPE (16-bit unsigned integers):
rtype$ = "16-bit unsigned";
# ------------------------------------------------------------
# OPEN INPUT RASTERS:
printf("LIST OF INPUT RASTERS:\n");
if (pCB) then begin
printf(" SRFICB");
GetInputRaster( SRFICB);
nlins = NumLins(SRFICB); ncols = NumCols(SRFICB);
checkHisto(SRFICB);
end
if (pCB) then begin
if (pBL) then begin
printf(" SRFIBL");
GetInputRaster(SRFIBL,nlins,ncols,rtype$);
checkHisto(SRFIBL);
end
end
else begin
if (pBL) then begin
printf(" SRFIBL");
GetInputRaster(SRFIBL);
checkHisto(SRFIBL);
nlins = NumLins(SRFIBL); ncols = NumCols(SRFIBL);
end
end
printf(" SRFIGL");
if (pBL) then begin
printf(" SRFIGL");
GetInputRaster(SRFIGL,nlins,ncols,rtype$);
checkHisto(SRFIGL);
end
else begin
printf(" SRFIGL");
GetInputRaster(SRFIGL);
nlins = NumLins(SRFIGL); ncols = NumCols(SRFIGL);
checkHisto(SRFIGL);
end
if (pYL) then begin
printf(" SRFIYL");
GetInputRaster(SRFIYL,nlins,ncols,rtype$);
checkHisto(SRFIYL);
end
GetInputRaster(SRFIRL,nlins,ncols,rtype$);
if (pRE) then begin
printf(" SRFIRE");
GetInputRaster(SRFIRE,nlins,ncols,rtype$);
checkHisto(SRFIRE);
end
if (pNA) then begin
printf(" SRFINA");
GetInputRaster(SRFINA,nlins,ncols,rtype$);
checkHisto(SRFINA);
end
if (pNB) then begin
printf(" SRFINB");
GetInputRaster(SRFINB,nlins,ncols,rtype$);
checkHisto(SRFINB);
end
if (pMA) then begin
printf(" SRFIMA");
GetInputRaster(SRFIMA,nlins,ncols,rtype$);
checkHisto(SRFIMA);
end
if (pMB) then begin
printf(" SRFIMB");
GetInputRaster(SRFIMB,nlins,ncols,rtype$);
checkHisto(SRFIMB);
end
if (pMC) then begin
printf(" SRFIMC");
GetInputRaster(SRFIMC,nlins,ncols,rtype$);
checkHisto(SRFIMC);
end
if (pMD) then begin
printf(" SRFIMD");
GetInputRaster(SRFIMD,nlins,ncols,rtype$);
checkHisto(SRFIMD);
end
if (pME) then begin
printf(" SRFIME");
GetInputRaster(SRFIME,nlins,ncols,rtype$);
checkHisto(SRFIME);
end
if (pMF) then begin
printf(" SRFIMF");
GetInputRaster(SRFIMF,nlins,ncols,rtype$);
checkHisto(SRFIMF);
end
if (pMG) then begin
printf(" SRFIMG");
GetInputRaster(SRFIMG,nlins,ncols,rtype$);
checkHisto(SRFIMG);
end
GetInputRaster(MK,nlins,ncols,"binary");
checkHisto(MK);
printf(" MK");
GetInputRaster(PVI,nlins,ncols,rtype$);
checkHisto(PVI);
printf(" PVI");
GetInputRaster(PBI,nlins,ncols,rtype$);
checkHisto(PBI);
printf(" PBI\n\n");
# ------------------------------------------------------------
# SET UP OUTPUT RASTERS:
printf("LIST OF OUTPUT RASTERS:\n");
if (pCB) then begin
printf(" DCB");
GetOutputRaster(DCB,nlins,ncols,rtype$);
IgnoreNull(DCB); CopySubobjects(SRFICB,DCB,"GEOREF");
CopySubobjects(SRFICB,DCB,"CONTAB");
end
if (pBL) then begin
printf(" DBL");
GetOutputRaster(DBL,nlins,ncols,rtype$);
IgnoreNull(DBL); CopySubobjects(SRFIBL,DBL,"GEOREF");
CopySubobjects(SRFIBL,DBL,"CONTAB");
end
printf(" DGL");
GetOutputRaster(DGL,nlins,ncols,rtype$);
IgnoreNull(DGL); CopySubobjects(SRFIGL,DGL,"GEOREF");
CopySubobjects(SRFIGL,DGL,"CONTAB");
if (pYL) then begin
printf(" DYL");
GetOutputRaster(DYL,nlins,ncols,rtype$);
IgnoreNull(DYL); CopySubobjects(SRFIYL,DYL,"GEOREF");
CopySubobjects(SRFIYL,DYL,"CONTAB");
end
printf(" DRL");
GetOutputRaster(DRL,nlins,ncols,rtype$);
IgnoreNull(DRL); CopySubobjects(SRFIRL,DRL,"GEOREF");
CopySubobjects(SRFIRL,DRL,"CONTAB");
if (pRE) then begin
printf(" DRE");
GetOutputRaster(DRE,nlins,ncols,rtype$);
IgnoreNull(DRE); CopySubobjects(SRFIRE,DRE,"GEOREF");
CopySubobjects(SRFIRE,DRE,"CONTAB");
end
if (pNA) then begin
printf(" DNA");
GetOutputRaster(DNA,nlins,ncols,rtype$);
IgnoreNull(DNA); CopySubobjects(SRFINA,DNA,"GEOREF");
CopySubobjects(SRFINA,DNA,"CONTAB");
end
if (pNB) then begin
printf(" DNB");
GetOutputRaster(DNB,nlins,ncols,rtype$);
IgnoreNull(DNB); CopySubobjects(SRFINB,DNB,"GEOREF");
CopySubobjects(SRFINB,DNB,"CONTAB");
end
if (pMA) then begin
printf(" DMA");
GetOutputRaster(DMA,nlins,ncols,rtype$);
IgnoreNull(DMA); CopySubobjects(SRFIMA,DMA,"GEOREF");
CopySubobjects(SRFIMA,DMA,"CONTAB");
end
if (pMB) then begin
printf(" DMB");
GetOutputRaster(DMB,nlins,ncols,rtype$);
IgnoreNull(DMB); CopySubobjects(SRFIMB,DMB,"GEOREF");
CopySubobjects(SRFIMB,DMB,"CONTAB");
end
if (pMC) then begin
printf(" DMC");
GetOutputRaster(DMC,nlins,ncols,rtype$);
IgnoreNull(DMC); CopySubobjects(SRFIMC,DMC,"GEOREF");
CopySubobjects(SRFIMC,DMC,"CONTAB");
end
if (pMD) then begin
printf(" DMD");
GetOutputRaster(DMD,nlins,ncols,rtype$);
IgnoreNull(DMD); CopySubobjects(SRFIMD,DMD,"GEOREF");
CopySubobjects(SRFIMD,DMD,"CONTAB");
end
if (pME) then begin
printf(" DME");
GetOutputRaster(DME,nlins,ncols,rtype$);
IgnoreNull(DME); CopySubobjects(SRFIME,DME,"GEOREF");
CopySubobjects(SRFIME,DME,"CONTAB");
end
if (pMF) then begin
printf(" DMF");
GetOutputRaster(DMF,nlins,ncols,rtype$);
IgnoreNull(DMF); CopySubobjects(SRFIMF,DMF,"GEOREF");
CopySubobjects(SRFIMF,DMF,"CONTAB");
end
if (pMG) then begin
printf(" DMG");
GetOutputRaster(DMG,nlins,ncols,rtype$);
IgnoreNull(DMG); CopySubobjects(SRFIMG,DMG,"GEOREF");
CopySubobjects(SRFIMG,DMG,"CONTAB");
end
# ------------------------------------------------------------
# SEARCH FOR BARE-SOIL & DENSE VEGETATION PIXELS:
# Refer to C7.
printf("\n\nSEARCHING FOR BARE-SOIL & DENSE-VEG PIXELS.\n");
printf(" This takes a few minutes. Please Wait.\n");
for each MK begin
mk = MK;
if (mk) then begin
pvi = PVI;
# BARE-SOIL & PVI-TEXTURE FILTER:
if (pvi < pvi2s and pvi > pvi1s) then begin
pbi = PBI;
if (pbi < pbi2s and pbi > pbi1s) then begin
pvisd = FocalSD(PVI,boxsize,boxsize);
if (pvisd < sdmaxs) then begin
if (pCB) then DCB = SRFICB;
if (pBL) then DBL = SRFIBL;
DGL = SRFIGL;
if (pYL) then DYL = SRFIYL;
DRL = SRFIRL;
if (pRE) then DRE = SRFIRE;
if (pNA) then DNA = SRFINA;
if (pNB) then DNB = SRFINB;
if (pMA) then DMA = SRFIMA;
if (pMB) then DMB = SRFIMB;
if (pMC) then DMC = SRFIMC;
if (pMD) then DMD = SRFIMD;
if (pME) then DME = SRFIME;
if (pMF) then DMF = SRFIMF;
if (pMG) then DMG = SRFIMG;
end
end
end
# DENSE-VEG & PVI-TEXTURE FILTER:
if (pvi > pvi1v) then begin
pvisd = FocalSD(PVI,boxsize,boxsize);
if (pvisd < sdmaxv) then begin
if (pCB) then DCB = SRFICB;
if (pBL) then DBL = SRFIBL;
DGL = SRFIGL;
if (pYL) then DYL = SRFIYL;
DRL = SRFIRL;
if (pRE) then DRE = SRFIRE;
if (pNA) then DNA = SRFINA;
if (pNB) then DNB = SRFINB;
if (pMA) then DMA = SRFIMA;
if (pMB) then DMB = SRFIMB;
if (pMC) then DMC = SRFIMC;
if (pMD) then DMD = SRFIMD;
if (pME) then DME = SRFIME;
if (pMF) then DMF = SRFIMF;
if (pMG) then DMG = SRFIMG;
end
end
end
end
# ------------------------------------------------------------
# CREATE PYRAMIDS & CLOSE RASTERS: Refer to C7
printf("\nCREATE PYRAMIDS & CLOSE RASTERS:\n");
CloseRaster(PVI); CloseRaster(PBI);
if (pCB) then begin
printf(" DCB");
CloseRaster(SRFICB);
SetNull(DCB,0); CreateHistogram(DCB,0);
CreatePyramid(DCB,0); CloseRaster(DCB);
end
if (pBL) then begin
printf(" DBL");
CloseRaster(SRFIBL);
SetNull(DBL,0); CreateHistogram(DBL,0);
CreatePyramid(DBL,0); CloseRaster(DBL);
end
printf(" DGL");
CloseRaster(SRFIGL);
SetNull(DGL,0); CreateHistogram(DGL,0);
CreatePyramid(DGL,0); CloseRaster(DGL);
if (pYL) then begin
printf(" DYL");
CloseRaster(SRFIYL);
SetNull(DYL,0); CreateHistogram(DYL,0);
CreatePyramid(DYL,0); CloseRaster(DYL);
end
printf(" DRL");
CloseRaster(SRFIRL);
SetNull(DRL,0); CreateHistogram(DRL,0);
CreatePyramid(DRL,0); CloseRaster(DRL);
if (pRE) then begin
printf(" DRE");
CloseRaster(SRFIRE);
SetNull(DRE,0); CreateHistogram(DRE,0);
CreatePyramid(DRE,0); CloseRaster(DRE);
end
if (pNA) then begin
printf(" DNA");
CloseRaster(SRFINA);
SetNull(DNA,0); CreateHistogram(DNA,0);
CreatePyramid(DNA,0); CloseRaster(DNA);
end
if (pNB) then begin
printf(" DNB");
CloseRaster(SRFINB);
SetNull(DNB,0); CreateHistogram(DNB,0);
CreatePyramid(DNB,0); CloseRaster(DNB);
end
if (pMA) then begin
printf(" DMA");
CloseRaster(SRFIMA);
SetNull(DMA,0); CreateHistogram(DMA,0);
CreatePyramid(DMA,0); CloseRaster(DMA);
end
if (pMB) then begin
printf(" DMB");
CloseRaster(SRFIMB);
SetNull(DMB,0); CreateHistogram(DMB,0);
CreatePyramid(DMB,0); CloseRaster(DMB);
end
if (pMC) then begin
printf(" DMC");
CloseRaster(SRFIMC);
SetNull(DMC,0); CreateHistogram(DMC,0);
CreatePyramid(DMC,0); CloseRaster(DMC);
end
if (pMD) then begin
printf(" DMD");
CloseRaster(SRFIMD);
SetNull(DMD,0); CreateHistogram(DMD,0);
CreatePyramid(DMD,0); CloseRaster(DMD);
end
if (pME) then begin
printf(" DME");
CloseRaster(SRFIME);
SetNull(DME,0); CreateHistogram(DME,0);
CreatePyramid(DME,0); CloseRaster(DME);
end
if (pMF) then begin
printf(" DMF");
CloseRaster(SRFIMF);
SetNull(DMF,0); CreateHistogram(DMF,0);
CreatePyramid(DMF,0); CloseRaster(DMF);
end
if (pMG) then begin
printf(" DMG");
CloseRaster(SRFIMG);
SetNull(DMG,0); CreateHistogram(DMG,0);
CreatePyramid(DMG,0); CloseRaster(DMG);
end
printf("\n\n");
printf("FOR ANALYSIS HINTS: Read FAQs_by_Jack: C\n");
printf(" Especially: C8\n");
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