allbery@uunet.UU.NET (Brandon S. Allbery - comp.sources.misc) (11/27/89)
Posting-number: Volume 9, Issue 8
Submitted-by: gunnaro@hafro.is (Gunnar Orvarsson)
Archive-name: map_go/part02
map program : no. 2 of 2
This shell archive contains the source code
for the map program.
Unwrap no. 1 first.
#---------------------------------- cut here ----------------------------------
# This is a shell archive. Remove anything before this line,
# then unpack it by saving it in a file and typing "sh file".
#
# Wrapped by Gunnar Orvarsson <gunnaro@gst> on Mon Nov 20 15:50:11 1989
#
# This archive contains:
# Map/Src
#
# Error checking via wc(1) will be performed.
LANG=""; export LANG
echo mkdir - Map/Src
mkdir Map/Src
echo x - Map/Src/Makefile
cat >Map/Src/Makefile <<'@EOF'
INSDIR=/usr/local/bin
LIBES=-lm
# Choose the appropriate plot library by switching the comment
# sign between the two different definitions.
#PLOTLIBRARY=-lplot
PLOTLIBRARY=plotlib.o
BINARIES=map course station value symbol shade
GENOBJ=geoposi.o mercator.o linetype.o wincol.o
MAPOBJ=map.o iniparms.o getargs.o setenv.o setup.o option.o border.o \
tic.o label.o comment.o frame.o gtermcap.o $(GENOBJ) $(PLOTLIBRARY)
SHADEOBJ=shade.o minmax.o $(GENOBJ) $(PLOTLIBRARY)
STATIONOBJ=station.o minmax.o $(GENOBJ) $(PLOTLIBRARY)
VALUEOBJ=value.o minmax.o $(GENOBJ) $(PLOTLIBRARY)
SYMBOLOBJ=symbol.o minmax.o $(GENOBJ) $(PLOTLIBRARY)
COURSEOBJ=course.o $(GENOBJ) $(PLOTLIBRARY)
OBJECTS=$(MAPOBJ) minmax.o shade.o station.o value.o symbol.o course.o
all : $(BINARIES)
touch all
map : $(MAPOBJ)
cc -o map $(MAPOBJ) $(LIBES)
$(MAPOBJ) : types.h
shade: $(SHADEOBJ)
cc -o shade $(SHADEOBJ) $(LIBES)
$(SHADEOBJ) : types.h
station : $(STATIONOBJ)
cc -o station $(STATIONOBJ) $(LIBES)
$(STATIONOBJ) : types.h
value : $(VALUEOBJ)
cc -o value $(VALUEOBJ) $(LIBES)
$(VALUEOBJ) : types.h
symbol : $(SYMBOLOBJ)
cc -o symbol $(SYMBOLOBJ) $(LIBES)
$(SYMBOLOBJ) : types.h
course : $(COURSEOBJ)
cc -o course $(COURSEOBJ) $(LIBES)
$(COURSEOBJ) : types.h
install : all
cp $(BINARIES) $(INSDIR)
clean :
rm -f $(OBJECTS) $(BINARIES)
@EOF
set `wc -lwc <Map/Src/Makefile`
if test $1$2$3 != 651541434
then
echo ERROR: wc results of Map/Src/Makefile are $* should be 65 154 1434
fi
chmod 777 Map/Src/Makefile
echo x - Map/Src/Makefile.old
cat >Map/Src/Makefile.old <<'@EOF'
all : map course station value symbol shade iceline
map : map.o iniparms.o getargs.o setenv.o setup.o option.o border.o tic.o label.o comment.o frame.o geoposi.o mercator.o linetype.o gtermcap.o wincol.o
cc -o map map.o iniparms.o getargs.o setenv.o setup.o option.o border.o tic.o label.o comment.o frame.o geoposi.o mercator.o linetype.o gtermcap.o wincol.o -lm -lplot
map.o iniparms.o getargs.o setenv.o setup.o option.o border.o tic.o label.o comment.o frame.o geoposi.o mercator.o linetype.o gtermcap.o wincol.o : types.h
shade : shade.o geoposi.o mercator.o linetype.o minmax.o wincol.o
cc -o shade shade.o geoposi.o mercator.o linetype.o minmax.o wincol.o -lm -lplot
shade.o geoposi.o mercator.o linetype.o minmax.o wincol.o : types.h
station : station.o geoposi.o mercator.o linetype.o minmax.o wincol.o
cc -o station station.o geoposi.o mercator.o linetype.o minmax.o wincol.o -lm -lplot
station.o geoposi.o mercator.o linetype.o minmax.o wincol.o : types.h
value : value.o geoposi.o mercator.o linetype.o minmax.o wincol.o
cc -o value value.o geoposi.o mercator.o linetype.o minmax.o wincol.o -lm -lplot
value.o geoposi.o mercator.o linetype.o minmax.o wincol.o : types.h
symbol : symbol.o geoposi.o mercator.o linetype.o minmax.o wincol.o
cc -o symbol symbol.o geoposi.o mercator.o linetype.o minmax.o wincol.o -lm -lplot
symbol.o geoposi.o mercator.o linetype.o minmax.o wincol.o : types.h
course : course.o geoposi.o mercator.o linetype.o wincol.o
cc -o course course.o geoposi.o mercator.o linetype.o wincol.o -lm -lplot
course.o geoposi.o mercator.o linetype.o wincol.o : types.h
@EOF
set `wc -lwc <Map/Src/Makefile.old`
if test $1$2$3 != 191981618
then
echo ERROR: wc results of Map/Src/Makefile.old are $* should be 19 198 1618
fi
chmod 777 Map/Src/Makefile.old
rm -f /tmp/uud$$
(echo "begin 777 /tmp/uud$$\n \nend" | uudecode) >/dev/null 2>&1
if [ -f /tmp/uud$$ ]
then
rm -f /tmp/uud$$
unpacker=uudecode
else
echo Compiling unpacker for non-ascii files
pwd=`pwd`; cd /tmp
cat >unpack$$.c <<-'EOF'
#include <stdio.h>
#define DEC(c) (((c) - ' ') & 077)
main()
{
int n;
char dest[128], a,b,c,d;
scanf("begin %o ", &n);
gets(dest);
if (freopen(dest, "w", stdout) == NULL) {
perror(dest);
exit(1);
}
while ((n=getchar()) != EOF && (n=DEC(n))!=0) {
while (n>0) {
a = DEC(getchar());
b = DEC(getchar());
c = DEC(getchar());
d = DEC(getchar());
if (n-- > 0) putchar(a << 2 | b >> 4);
if (n-- > 0) putchar(b << 4 | c >> 2);
if (n-- > 0) putchar(c << 6 | d);
}
n=getchar();
}
exit(0);
}
EOF
cc -o unpack$$ unpack$$.c
rm unpack$$.c
cd $pwd
unpacker=/tmp/unpack$$
fi
echo x - Map/Src/axes.c '[non-ascii]'
$unpacker <<'@eof'
begin 777 Map/Src/axes.c
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*,3@P+C I*3L*?5!I
end
@eof
set `wc -lwc <Map/Src/axes.c`
if test $1$2$3 != 63100910
then
echo ERROR: wc results of Map/Src/axes.c are $* should be 63 100 910
fi
chmod 777 Map/Src/axes.c
echo x - Map/Src/border.c
cat >Map/Src/border.c <<'@EOF'
#include <stdio.h>
#include "types.h"
double strtodouble();
Border(ARE,GEO,BP)
TypOfSpaceDefinition ARE;
TypOfGeographicalDefinition GEO;
TypOfBorderParameters BP;
{
FILE *FPtr;
TypOfDouble Mercator();
TypOfFloat FactorX;
TypOfFloat FactorY;
TypOfInt DeltaX;
TypOfInt DeltaY;
TypOfDouble DeltaLongitude;
TypOfDouble DeltaLatitude;
TypOfDouble Longitude;
TypOfDouble Latitude;
TypOfInt PenPos;
TypOfInt X;
TypOfInt Y;
TypOfChar StrLatitude[10];
TypOfChar StrLongitude[10];
TypOfDouble GeoPosition();
TypOfChar InputLine[MAXTEXTLEN];
TypOfChar HeaderLine[MAXTEXTLEN];
TypOfChar LineMode[15];
FPtr = fopen(BP.BorderDataFile,"r");
if(FPtr == NULL)
{
fprintf(stderr,"Error: Cannot open data file %s\n",BP.BorderDataFile);
exit(ERROR);
}
else
{
LineType(BP.BorderPattern/10,LineMode);
linemod(LineMode);
color(BP.BorderPattern%10);
window(ARE.MinX,ARE.MinY,ARE.MaxX,ARE.MaxY);
DeltaX = ARE.MaxX - ARE.MinX;
DeltaLongitude = GEO.MaxLongitude - GEO.MinLongitude;
FactorX = DeltaX/DeltaLongitude;
DeltaY = ARE.MaxY - ARE.MinY;
DeltaLatitude = Mercator(GEO.MaxLatitude) - Mercator(GEO.MinLatitude);
FactorY = DeltaY/DeltaLatitude;
fgets(HeaderLine,MAXTEXTLEN,FPtr);
fgets(HeaderLine,MAXTEXTLEN,FPtr);
if (fscanf(FPtr,"%s %s %d",StrLatitude,StrLongitude,&PenPos) != EOF)
{
if (StrLatitude[2] != '.')
{
Latitude = GeoPosition(StrLatitude);
Longitude = GeoPosition(StrLongitude);
X = (FactorX*(GEO.MaxLongitude-Longitude))+ARE.MinX;
Y = (FactorY*(Mercator(Latitude)-Mercator(GEO.MinLatitude)))+ARE.MinY;
if (PenPos == UP) move(X,Y); else cont(X,Y);
while(fscanf(FPtr,"%s %s %d",StrLatitude,StrLongitude,&PenPos) != EOF)
{
Latitude = GeoPosition(StrLatitude);
Longitude = GeoPosition(StrLongitude);
X = (FactorX*(GEO.MaxLongitude-Longitude))+ARE.MinX;
Y = (FactorY*(Mercator(Latitude)-Mercator(GEO.MinLatitude)))+ARE.MinY;
if (PenPos == UP) move(X,Y); else cont(X,Y);
}
}
else
{
Latitude=strtodouble(StrLatitude);
Longitude=strtodouble(StrLongitude);
X = (FactorX*(GEO.MaxLongitude-Longitude))+ARE.MinX;
Y = (FactorY*(Mercator(Latitude)-Mercator(GEO.MinLatitude)))+ARE.MinY;
if (PenPos == UP) move(X,Y); else cont(X,Y);
while(fscanf(FPtr,"%lf %lf %d",&Latitude,&Longitude,&PenPos) != EOF)
{
X = (FactorX*(GEO.MaxLongitude-Longitude))+ARE.MinX;
Y = (FactorY*(Mercator(Latitude)-Mercator(GEO.MinLatitude)))+ARE.MinY;
if (PenPos == UP) move(X,Y); else cont(X,Y);
}
}
}
}
fclose(FPtr);
fflush(stdout);
return(OK);
}
double strtodouble(s)
char s[];
{
double val,power;
int i,sign;
for(i=0;s[i]==' ' || s[i]=='\n' || s[i]=='\t'; i++) ;
sign=1;
if (s[i]=='+' || s[i]=='-')
sign= (s[i++]=='+') ? 1 : -1;
for (val=0;s[i]>='0' && s[i]<='9';i++)
val=10*val+s[i]-'0';
if (s[i]=='.') i++;
for (power=1; s[i]>='0' && s[i]<='9'; i++)
{
val=10*val+s[i]-'0';
power *=10;
}
return (sign*val/power);
}
@EOF
set `wc -lwc <Map/Src/border.c`
if test $1$2$3 != 1392533297
then
echo ERROR: wc results of Map/Src/border.c are $* should be 139 253 3297
fi
chmod 777 Map/Src/border.c
echo x - Map/Src/box.c
cat >Map/Src/box.c <<'@EOF'
main()
{
openpl();
space(0,0,500,500);
move(0,0);
cont(0,500);
cont(500,500);
cont(500,0);
cont(0,0);
move(250,250);
label("0123456789");
closepl();
exit(0);
}
@EOF
set `wc -lwc <Map/Src/box.c`
if test $1$2$3 != 1414172
then
echo ERROR: wc results of Map/Src/box.c are $* should be 14 14 172
fi
chmod 777 Map/Src/box.c
echo x - Map/Src/comment.c
cat >Map/Src/comment.c <<'@EOF'
#include <stdio.h>
#include "types.h"
TypOfInt Comment(WIN,ARE,CHA,CP)
TypOfSpaceDefinition WIN;
TypOfSpaceDefinition ARE;
TypOfFontDefinition CHA;
TypOfCommentParameters CP;
{
TypOfInt X;
TypOfInt Y;
TypOfInt NumLines();
TypOfInt LineCount;
TypOfPtrToChar ComLine();
TypOfChar CommentLine[MAXTEXTLEN];
TypOfChar LineMode[15];
window(WIN.MinX-10,WIN.MinY-10,WIN.MaxX+10,WIN.MaxY+10);
LineType(CP.CommentPattern/10,LineMode);
linemod(LineMode);
color(CP.CommentPattern%10);
for(LineCount = 1; LineCount <= NumLines(CP.CommentText); LineCount++)
{
strcpy(CommentLine,ComLine(CP.CommentText,LineCount));
X = ((WIN.MaxX-WIN.MinX)/2.0)-(CHA.CharWidth*(strlen(CommentLine)/2.0));
Y = ARE.MinY-((LineCount+1)*CHA.LineHeight);
move(X,Y);
label(CommentLine);
}
fflush(stdout);
return(OK);
}
TypOfInt NumLines(Text)
TypOfPtrToChar Text;
{
TypOfInt LineCount;
TypOfPtrToChar LineIndex;
LineIndex = Text;
LineCount = 1;
while(index(LineIndex,LINEBREAK) != 0)
{
LineCount++;
LineIndex = index(LineIndex,LINEBREAK);
LineIndex++;
}
return(LineCount);
}
TypOfPtrToChar ComLine(String,LineNumber)
TypOfPtrToChar String;
TypOfInt LineNumber;
{
TypOfInt LineCount;
TypOfInt NumLines();
TypOfChar WorkString[MAXTEXTLEN];
TypOfPtrToChar StrBegin;
TypOfPtrToChar StrEnd;
strcpy(WorkString,String);
StrBegin = WorkString;
StrEnd = index(WorkString,'\0');
for(LineCount = 1; LineCount < LineNumber; LineCount++)
{
StrBegin = index(StrBegin,LINEBREAK);
StrBegin++;
}
if(index(StrBegin,LINEBREAK) != 0) StrEnd = index(StrBegin,LINEBREAK);
*StrEnd = '\0';
strcpy(WorkString,StrBegin);
return(WorkString);
}
@EOF
set `wc -lwc <Map/Src/comment.c`
if test $1$2$3 != 931301924
then
echo ERROR: wc results of Map/Src/comment.c are $* should be 93 130 1924
fi
chmod 666 Map/Src/comment.c
echo x - Map/Src/compbmax.c '[non-ascii]'
$unpacker <<'@eof'
begin 777 Map/Src/compbmax.c
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M9&]U8FQE"51E;7 Q.PH)9&]U8FQE"51E;7 R.PH*"61O=6)L90E,36EN.PH)
M9&]U8FQE"4Q-87@["@ED;W5B;&4)0DUI;CL*"61O=6)L90E"36%X.PH)9&]U
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0*%)A9&EA;G,O4&DI*3L*?5!I
end
@eof
set `wc -lwc <Map/Src/compbmax.c`
if test $1$2$3 != 721031096
then
echo ERROR: wc results of Map/Src/compbmax.c are $* should be 72 103 1096
fi
chmod 777 Map/Src/compbmax.c
echo x - Map/Src/complmax.c '[non-ascii]'
$unpacker <<'@eof'
begin 777 Map/Src/complmax.c
M(VEN8VQU9&4@/'-T9&EO+F@^"B-I;F-L=61E(#QM871H+F@^"@IM86EN"2AA
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M=&]R*"D["@ED;W5B;&4)26YV97)S94UE<F-A=&]R*"D["@H)<W-C86YF*&%R
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M.PH)5&5M<#$@/2!-97)C871O<B@H9&]U8FQE*2 Q+C I.PH)0DUA>" ]($EN
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M;G1F*"(E9B E9B!<;B(L3$UI;BQ"36%X*3L*"0H)97AI="@P*3L*?0H*"F1O
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M"7)E='5R;BAL;V<H=&%N*%)A9&EA;G,H1F]U<G1Y1FEV92DK4F%D:6%N<RA0
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0*%)A9&EA;G,O4&DI*3L*?5!I
end
@eof
set `wc -lwc <Map/Src/complmax.c`
if test $1$2$3 != 721031096
then
echo ERROR: wc results of Map/Src/complmax.c are $* should be 72 103 1096
fi
chmod 777 Map/Src/complmax.c
echo x - Map/Src/convert.c
cat >Map/Src/convert.c <<'@EOF'
#include <stdio.h>
main()
{
int Pen = 1;
int Old = 0;
double X,Y;
while(scanf("%lf %lf %d",&X,&Y,&Pen) != EOF)
{
if (Old == 0) printf("%f %f %d \n",X,Y,Old);
else if (Pen != 0) printf("%f %f %d \n",X,Y,Pen);
Old = Pen;
}
exit(0);
}
@EOF
set `wc -lwc <Map/Src/convert.c`
if test $1$2$3 != 1643247
then
echo ERROR: wc results of Map/Src/convert.c are $* should be 16 43 247
fi
chmod 777 Map/Src/convert.c
echo x - Map/Src/course.c
cat >Map/Src/course.c <<'@EOF'
#include <stdio.h>
#include "types.h"
main(ArgC,ArgV)
TypOfInt ArgC;
TypOfPtrToChar ArgV[];
{
TypOfSpaceDefinition WOR;
TypOfSpaceDefinition WIN;
TypOfSpaceDefinition ARE;
TypOfFontDefinition CHA;
TypOfGeographicalDefinition GEO;
TypOfInt PAT;
TypOfDouble Mercator();
TypOfFloat FactorX;
TypOfFloat FactorY;
TypOfInt DeltaX;
TypOfInt DeltaY;
TypOfDouble DeltaLongitude;
TypOfDouble DeltaLatitude;
TypOfDouble Longitude;
TypOfDouble Latitude;
TypOfInt X;
TypOfInt Y;
TypOfChar InputLine[MAXTEXTLEN];
TypOfChar StrLatitude[10];
TypOfChar StrLongitude[10];
TypOfDouble GeoPosition();
TypOfChar LineMode[15];
GetArguments(ArgC,ArgV,&WOR,&WIN,&ARE,&CHA,&GEO,&PAT);
window(ARE.MinX,ARE.MinY,ARE.MaxX,ARE.MaxY);
LineType(PAT/10,LineMode);
linemod(LineMode);
color(PAT%10);
DeltaX = ARE.MaxX - ARE.MinX;
DeltaLongitude = GEO.MaxLongitude - GEO.MinLongitude;
FactorX = DeltaX/DeltaLongitude;
DeltaY = ARE.MaxY - ARE.MinY;
DeltaLatitude = Mercator(GEO.MaxLatitude) - Mercator(GEO.MinLatitude);
FactorY = DeltaY/DeltaLatitude;
gets(InputLine);
gets(InputLine);
if(gets(InputLine) == NULL)
{
fprintf(stderr,"Error: Input file for \"course\" is empty\n");
exit(ERROR);
}
else
{
sscanf(InputLine,"%s %s",StrLatitude,StrLongitude);
Latitude = GeoPosition(StrLatitude);
Longitude = GeoPosition(StrLongitude);
X = (FactorX*(GEO.MaxLongitude-Longitude))+ARE.MinX;
Y = (FactorY*(Mercator(Latitude)-Mercator(GEO.MinLatitude)))+ARE.MinY;
move(X,Y);
while(gets(InputLine) != NULL)
{
sscanf(InputLine,"%s %s",StrLatitude,StrLongitude);
Latitude = GeoPosition(StrLatitude);
Longitude = GeoPosition(StrLongitude);
X = (FactorX*(GEO.MaxLongitude-Longitude))+ARE.MinX;
Y = (FactorY*(Mercator(Latitude)-Mercator(GEO.MinLatitude)))+ARE.MinY;
cont(X,Y);
}
}
fflush(stdout);
exit(OK);
}
TypOfInt GetArguments(ArgC,ArgV,WOR,WIN,ARE,CHA,GEO,PAT)
TypOfInt ArgC;
TypOfPtrToChar ArgV[];
TypOfSpaceDefinition *WOR;
TypOfSpaceDefinition *WIN;
TypOfSpaceDefinition *ARE;
TypOfFontDefinition *CHA;
TypOfGeographicalDefinition *GEO;
TypOfInt *PAT;
{
sscanf(ArgV[1],"%d",&((*WOR).MinX));
sscanf(ArgV[2],"%d",&((*WOR).MaxX));
sscanf(ArgV[3],"%d",&((*WOR).MinY));
sscanf(ArgV[4],"%d",&((*WOR).MaxY));
sscanf(ArgV[5],"%d",&((*WIN).MinX));
sscanf(ArgV[6],"%d",&((*WIN).MaxX));
sscanf(ArgV[7],"%d",&((*WIN).MinY));
sscanf(ArgV[8],"%d",&((*WIN).MaxY));
sscanf(ArgV[9],"%d",&((*ARE).MinX));
sscanf(ArgV[10],"%d",&((*ARE).MaxX));
sscanf(ArgV[11],"%d",&((*ARE).MinY));
sscanf(ArgV[12],"%d",&((*ARE).MaxY));
sscanf(ArgV[13],"%d",&((*CHA).CharWidth));
sscanf(ArgV[14],"%d",&((*CHA).CharHeight));
sscanf(ArgV[15],"%d",&((*CHA).LineHeight));
sscanf(ArgV[16],"%lf",&((*GEO).MinLongitude));
sscanf(ArgV[17],"%lf",&((*GEO).MaxLongitude));
sscanf(ArgV[18],"%lf",&((*GEO).MinLatitude));
sscanf(ArgV[19],"%lf",&((*GEO).MaxLatitude));
sscanf(ArgV[20],"%d",PAT);
return;
}
@EOF
set `wc -lwc <Map/Src/course.c`
if test $1$2$3 != 1351823266
then
echo ERROR: wc results of Map/Src/course.c are $* should be 135 182 3266
fi
chmod 777 Map/Src/course.c
echo x - Map/Src/degtoddmmss.c
cat >Map/Src/degtoddmmss.c <<'@EOF'
#include <stdio.h>
#include "types.h"
main()
{
TypOfInt Pen;
TypOfDouble Latitude;
TypOfDouble Longitude;
TypOfInt dd;
TypOfInt mm;
TypOfInt ss;
while(scanf("%lf %lf %d",&Longitude,&Latitude,&Pen) != EOF)
{
dd = Latitude;
Latitude = Latitude-((int) Latitude);
mm = Latitude*100*0.6;
Latitude = (Latitude*100)-((int) (Latitude*100));
ss = Latitude*100*0.6;
printf("%02d%02d%02d ",dd,mm,ss);
dd = Longitude;
Longitude = Longitude-((int) Longitude);
mm = Longitude*100*0.6;
Longitude = (Longitude*100)-((int) (Longitude*100));
ss = Longitude*100*0.6;
printf("%02d%02d%02d ",dd,mm,ss);
printf("%d\n",Pen);
}
}
@EOF
set `wc -lwc <Map/Src/degtoddmmss.c`
if test $1$2$3 != 4065670
then
echo ERROR: wc results of Map/Src/degtoddmmss.c are $* should be 40 65 670
fi
chmod 777 Map/Src/degtoddmmss.c
echo x - Map/Src/draw.c '[non-ascii]'
$unpacker <<'@eof'
begin 777 Map/Src/draw.c
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1<&PH*3L*"65X:70H,"D["GT)
end
@eof
set `wc -lwc <Map/Src/draw.c`
if test $1$2$3 != 3869512
then
echo ERROR: wc results of Map/Src/draw.c are $* should be 38 69 512
fi
chmod 777 Map/Src/draw.c
echo x - Map/Src/frame.c
sed 's/^@//' >Map/Src/frame.c <<'@EOF'
#include <stdio.h>
#include "types.h"
Frame(WIN,FP)
TypOfSpaceDefinition WIN;
TypOfFrameParameters FP;
{
TypOfChar LineMode[15];
move(0,0);
LineType(FP.FramePattern/10,LineMode);
linemod(LineMode);
color(FP.FramePattern%10);
window(WIN.MinX-10,WIN.MinY-10,WIN.MaxX+10,WIN.MaxY+10);
box(WIN.MinX,WIN.MinY,WIN.MaxX,WIN.MaxY);
move(0,0);
return(OK);
}
@EOF
set `wc -lwc <Map/Src/frame.c`
if test $1$2$3 != 2121400
then
echo ERROR: wc results of Map/Src/frame.c are $* should be 21 21 400
fi
chmod 777 Map/Src/frame.c
echo x - Map/Src/geoposi.c
cat >Map/Src/geoposi.c <<'@EOF'
#include <stdio.h>
#include "types.h"
TypOfDouble GeoPosition(String)
TypOfPtrToChar String;
{
TypOfInt Degrees;
TypOfInt Minutes;
TypOfInt Seconds;
sscanf(String,"%2d%2d%2d",&Degrees,&Minutes,&Seconds);
return(Degrees+(Minutes/60.0)+(Seconds/3600.0));
}
@EOF
set `wc -lwc <Map/Src/geoposi.c`
if test $1$2$3 != 1718300
then
echo ERROR: wc results of Map/Src/geoposi.c are $* should be 17 18 300
fi
chmod 777 Map/Src/geoposi.c
echo x - Map/Src/getargs.c
cat >Map/Src/getargs.c <<'@EOF'
#include <stdio.h>
#include "types.h"
TypOfInt GetArguments(ArgC,ArgV,EP,MP,OP,BP,TP,LP,CP,FP)
TypOfInt ArgC;
TypOfPtrToChar ArgV[];
TypOfEnvironmentParameters *EP;
TypOfMapParameters *MP;
TypOfOptionParameters *OP;
TypOfBorderParameters *BP;
TypOfTicParameters *TP;
TypOfLabelParameters *LP;
TypOfCommentParameters *CP;
TypOfFrameParameters *FP;
{
TypOfInt ArgN;
ArgC--;
ArgN = 1;
while(ArgN <= ArgC)
{
switch(ArgV[ArgN][1])
{
case 'r': GetRegionArguments(ArgV,&ArgN,EP);
break;
case 'b': GetBorderArguments(ArgV,&ArgN,MP,BP);
break;
case 't': GetTicArguments(ArgV,&ArgN,MP,TP);
break;
case 'l': GetLabelArguments(ArgV,&ArgN,MP,LP);
break;
case 'o': GetOptionArguments(ArgV,&ArgN,MP,OP);
break;
case 'w': GetWindowArguments(ArgV,&ArgN,EP);
break;
case 'e': GetEraseArguments(MP);
break;
case 'f': GetFrameArguments(MP);
break;
case 'c': GetCommentArguments(ArgV,&ArgN,MP,CP);
break;
case 'p': GetPatternArguments(ArgV,&ArgN,OP,BP,TP,LP,CP,FP);
break;
}
ArgN++;
}
return;
}
TypOfInt GetRegionArguments(ArgV,ArgN,EP)
TypOfPtrToChar ArgV[];
TypOfInt *ArgN;
TypOfEnvironmentParameters *EP;
{
TypOfDouble GeoPosition();
(*ArgN)++;
(*EP).EnvMinLatitude = GeoPosition(ArgV[*ArgN]);
(*ArgN)++;
(*EP).EnvMaxLatitude = GeoPosition(ArgV[*ArgN]);
(*ArgN)++;
(*EP).EnvMinLongitude = GeoPosition(ArgV[*ArgN]);
(*ArgN)++;
(*EP).EnvMaxLongitude = GeoPosition(ArgV[*ArgN]);
return;
}
TypOfInt GetOptionArguments(ArgV,ArgN,MP,OP)
TypOfPtrToChar ArgV[];
TypOfInt *ArgN;
TypOfMapParameters *MP;
TypOfOptionParameters *OP;
{
TypOfPtrToChar NewNodePtr;
(*MP).OptionSelected = YES;
NewNodePtr = malloc(sizeof(TypOfNodeForOptionParameters));
if((*OP).CountOfOptionList == 0)
{
(*OP).HeadOfOptionList = NewNodePtr;
(*OP).TailOfOptionList = NewNodePtr;
}
else
{
(*(*OP).TailOfOptionList).OptionNextPointer = NewNodePtr;
(*OP).TailOfOptionList = NewNodePtr;
}
((*OP).CountOfOptionList)++;
(*ArgN)++;
sscanf(ArgV[*ArgN],"%s",(*(*OP).TailOfOptionList).OptionName);
(*ArgN)++;
strcpy((*(*OP).TailOfOptionList).OptionArgumentString,ArgV[*ArgN]);
(*(*OP).TailOfOptionList).OptionPattern = (*OP).DefaultOptionPattern;
(*(*OP).TailOfOptionList).OptionNextPointer = NULL;
return;
}
TypOfInt GetBorderArguments(ArgV,ArgN,MP,BP)
TypOfPtrToChar ArgV[];
TypOfInt *ArgN;
TypOfMapParameters *MP;
TypOfBorderParameters *BP;
{
(*MP).BorderSelected = YES;
(*ArgN)++;
strcpy((*BP).BorderDataFile,ArgV[*ArgN]);
return;
}
TypOfInt GetTicArguments(ArgV,ArgN,MP,TP)
TypOfPtrToChar ArgV[];
TypOfInt *ArgN;
TypOfMapParameters *MP;
TypOfTicParameters *TP;
{
TypOfDouble GeoPosition();
(*MP).TicSelected = YES;
(*ArgN)++;
(*TP).TicLatitudinalIncrement = GeoPosition(ArgV[*ArgN]);
(*ArgN)++;
(*TP).TicLongitudinalIncrement = GeoPosition(ArgV[*ArgN]);
return;
}
TypOfInt GetLabelArguments(ArgV,ArgN,MP,LP)
TypOfPtrToChar ArgV[];
TypOfInt *ArgN;
TypOfMapParameters *MP;
TypOfLabelParameters *LP;
{
TypOfDouble GeoPosition();
(*MP).LabelSelected = YES;
(*ArgN)++;
(*LP).LabelLatitudinalInterval = GeoPosition(ArgV[*ArgN]);
(*ArgN)++;
(*LP).LabelLongitudinalInterval = GeoPosition(ArgV[*ArgN]);
return;
}
TypOfInt GetCommentArguments(ArgV,ArgN,MP,CP)
TypOfPtrToChar ArgV[];
TypOfInt *ArgN;
TypOfMapParameters *MP;
TypOfCommentParameters *CP;
{
(*MP).CommentSelected = YES;
(*ArgN)++;
strcpy((*CP).CommentText,ArgV[*ArgN]);
return;
}
TypOfInt GetWindowArguments(ArgV,ArgN,EP)
TypOfPtrToChar ArgV[];
TypOfInt *ArgN;
TypOfEnvironmentParameters *EP;
{
(*ArgN)++;
sscanf(ArgV[*ArgN],"%f",&((*EP).EnvMinX));
(*ArgN)++;
sscanf(ArgV[*ArgN],"%f",&((*EP).EnvMaxX));
(*ArgN)++;
sscanf(ArgV[*ArgN],"%f",&((*EP).EnvMinY));
(*ArgN)++;
sscanf(ArgV[*ArgN],"%f",&((*EP).EnvMaxY));
return;
}
TypOfInt GetEraseArguments(MP)
TypOfMapParameters *MP;
{
(*MP).EraseSelected = YES;
return;
}
TypOfInt GetFrameArguments(MP)
TypOfMapParameters *MP;
{
(*MP).FrameSelected = YES;
return;
}
TypOfInt GetPatternArguments(ArgV,ArgN,OP,BP,TP,LP,CP,FP)
TypOfPtrToChar ArgV[];
TypOfInt *ArgN;
TypOfOptionParameters *OP;
TypOfBorderParameters *BP;
TypOfTicParameters *TP;
TypOfLabelParameters *LP;
TypOfCommentParameters *CP;
TypOfFrameParameters *FP;
{
switch(ArgV[*ArgN][2])
{
case 'o': (*ArgN)++;
sscanf(ArgV[*ArgN],"%d",&((*OP).DefaultOptionPattern));
break;
case 'b': (*ArgN)++;
sscanf(ArgV[*ArgN],"%d",&((*BP).BorderPattern));
break;
case 't': (*ArgN)++;
sscanf(ArgV[*ArgN],"%d",&((*TP).TicPattern));
break;
case 'l': (*ArgN)++;
sscanf(ArgV[*ArgN],"%d",&((*LP).LabelPattern));
break;
case 'c': (*ArgN)++;
sscanf(ArgV[*ArgN],"%d",&((*CP).CommentPattern));
break;
case 'f': (*ArgN)++;
sscanf(ArgV[*ArgN],"%d",&((*FP).FramePattern));
break;
}
return;
}
/* TypOfDouble GeoPosition(String)
TypOfPtrToChar String;
{
TypOfInt Degrees;
TypOfInt Minutes;
TypOfInt Seconds;
sscanf(String,"%2d%2d%2d",&Degrees,&Minutes,&Seconds);
return(Degrees+(Minutes/60.0)+(Seconds/3600.0));
}
*/
@EOF
set `wc -lwc <Map/Src/getargs.c`
if test $1$2$3 != 3213625756
then
echo ERROR: wc results of Map/Src/getargs.c are $* should be 321 362 5756
fi
chmod 777 Map/Src/getargs.c
echo x - Map/Src/gtermcap '[non-ascii]'
$unpacker <<'@eof'
begin 777 Map/Src/gtermcap
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9/38S.2 Z<W0],2 Z9FP],2 Z8VP],2 Z(2 Z
end
@eof
set `wc -lwc <Map/Src/gtermcap`
if test $1$2$3 != 182091330
then
echo ERROR: wc results of Map/Src/gtermcap are $* should be 18 209 1330
fi
chmod 777 Map/Src/gtermcap
echo x - Map/Src/gtermcap.c
cat >Map/Src/gtermcap.c <<'@EOF'
#include <stdio.h>
#include "types.h"
extern TypOfPtrToChar environ[];
TypOfGraphicsTerminalCapabilities GraphicsTerminalCapabilities()
{
FILE *Ptr;
FILE *fopen();
TypOfPtrToChar F0 = " %s";
TypOfPtrToChar F1 = " :cw=%d :ch=%d :lh=%d";
TypOfPtrToChar F2 = " :mw=%d :sw=%d :sh=%d";
TypOfPtrToChar F3 = " :st=%d :fl=%d :cl=%d";
TypOfPtrToChar F4 = " %*s";
TypOfPtrToChar getenv();
TypOfPtrToChar GTEnvVar = "GTERM";
TypOfPtrToChar GTCFName = "/usr/hafdjup/jvts/mappro/gtermcap";
TypOfPtrToChar CTN;
TypOfChar TN[FNAMELEN];
TypOfInt CW,CH,LH,MW,SW,SH,ST,FL,CL;
TypOfInt Status;
TypOfGraphicsTerminalCapabilities TempGTC;
CTN = getenv(GTEnvVar);
if (CTN == NULL)
{
fprintf(stderr,"Error: cannot read %s ",GTEnvVar);
exit(ERROR);
}
else
{
Ptr = fopen(GTCFName,"r");
if (Ptr == NULL)
{
fprintf(stderr,"Error: cannot open %s\n",GTCFName);
exit(ERROR);
}
else
{
Status = fscanf(Ptr,F0,TN);
while((Status == 1) && (strncmp(TN,CTN,strlen(CTN)) != 0))
{
fscanf(Ptr,F1,&CW,&CH,&LH);
fscanf(Ptr,F2,&MW,&SW,&SH);
fscanf(Ptr,F3,&ST,&FL,&CL);
fscanf(Ptr,F4);
Status = fscanf(Ptr,F0,TN);
}
if (Status == EOF)
{
fprintf(stderr,"Error: missing device description ");
fprintf(stderr,"for %s ",CTN);
fprintf(stderr,"in file %s\n",GTCFName);
exit(ERROR);
}
else if (Status == NULL)
{
fprintf(stderr,"Error: an error occurred ");
fprintf(stderr,"while reading the file ");
fprintf(stderr,"%s\n",GTCFName);
exit(ERROR);
}
else
{
fscanf(Ptr,F1,&CW,&CH,&LH);
fscanf(Ptr,F2,&MW,&SW,&SH);
fscanf(Ptr,F3,&ST,&FL,&CL);
fscanf(Ptr,F4);
TempGTC.ChrWidth = CW;
TempGTC.ChrHeight = CH;
TempGTC.LinHeight = LH;
TempGTC.ScrMaxWidth = MW;
TempGTC.ScrWidth = SW;
TempGTC.ScrHeight = SH;
TempGTC.RasterSupport = ST;
TempGTC.FillSupport = FL;
TempGTC.ColorSupport = CL;
}
}
}
fclose(Ptr);
return(TempGTC);
}
@EOF
set `wc -lwc <Map/Src/gtermcap.c`
if test $1$2$3 != 971932071
then
echo ERROR: wc results of Map/Src/gtermcap.c are $* should be 97 193 2071
fi
chmod 777 Map/Src/gtermcap.c
echo x - Map/Src/iniparms.c
cat >Map/Src/iniparms.c <<'@EOF'
#include <stdio.h>
#include "types.h"
TypOfInt InitParameters(EP,MP,OP,BP,TP,LP,CP,FP)
TypOfEnvironmentParameters *EP;
TypOfMapParameters *MP;
TypOfOptionParameters *OP;
TypOfBorderParameters *BP;
TypOfTicParameters *TP;
TypOfLabelParameters *LP;
TypOfCommentParameters *CP;
TypOfFrameParameters *FP;
{
InitEnvironmentParameters(EP);
InitMapParameters(MP);
InitOptionParameters(OP);
InitBorderParameters(BP);
InitTicParameters(TP);
InitLabelParameters(LP);
InitCommentParameters(CP);
InitFrameParameters(FP);
return(OK);
}
TypOfInt InitEnvironmentParameters(EP)
TypOfEnvironmentParameters *EP;
{
(*EP).EnvMinX = 0.0;
(*EP).EnvMinY = 0.0;
(*EP).EnvMaxX = 1.0;
(*EP).EnvMaxY = 1.0;
(*EP).EnvMinLongitude = 10.000;
(*EP).EnvMaxLongitude = 28.000;
(*EP).EnvMinLatitude = 62.000;
(*EP).EnvMaxLatitude = 68.000;
return;
}
TypOfInt InitMapParameters(MP)
TypOfMapParameters *MP;
{
(*MP).EraseSelected = NO;
(*MP).OptionSelected = NO;
(*MP).BorderSelected = NO;
(*MP).TicSelected = NO;
(*MP).LabelSelected = NO;
(*MP).CommentSelected = NO;
(*MP).FrameSelected = NO;
return;
}
TypOfInt InitOptionParameters(OP)
TypOfOptionParameters *OP;
{
(*OP).HeadOfOptionList = NULL;
(*OP).TailOfOptionList = NULL;
(*OP).CountOfOptionList = 0;
(*OP).DefaultOptionPattern = 0;
return;
}
TypOfInt InitBorderParameters(BP)
TypOfBorderParameters *BP;
{
(*BP).BorderPattern = 0;
return;
}
TypOfInt InitTicParameters(TP)
TypOfTicParameters *TP;
{
(*TP).TicPattern = 0;
return;
}
TypOfInt InitLabelParameters(LP)
TypOfLabelParameters *LP;
{
(*LP).LabelPattern = 0;
return;
}
TypOfInt InitCommentParameters(CP)
TypOfCommentParameters *CP;
{
(*CP).CommentPattern = 0;
return;
}
TypOfInt InitFrameParameters(FP)
TypOfFrameParameters *FP;
{
(*FP).FramePattern = 0;
return;
}
@EOF
set `wc -lwc <Map/Src/iniparms.c`
if test $1$2$3 != 1321611994
then
echo ERROR: wc results of Map/Src/iniparms.c are $* should be 132 161 1994
fi
chmod 777 Map/Src/iniparms.c
echo x - Map/Src/label.c
cat >Map/Src/label.c <<'@EOF'
#include <stdio.h>
#include "types.h"
Label(WIN,ARE,CHA,GEO,LB)
TypOfSpaceDefinition WIN;
TypOfSpaceDefinition ARE;
TypOfFontDefinition CHA;
TypOfGeographicalDefinition GEO;
TypOfLabelParameters LB;
{
TypOfDouble Mercator();
TypOfInt DeltaX;
TypOfInt DeltaY;
TypOfFloat DeltaLongitude;
TypOfFloat DeltaLatitude;
TypOfFloat FactorX;
TypOfFloat FactorY;
TypOfInt LongitudeLabelNum;
TypOfInt LatitudeLabelNum;
TypOfDouble LabelLongitude;
TypOfDouble LabelLatitude;
TypOfInt X;
TypOfInt Y;
TypOfInt NumDigits();
TypOfInt XLabelLength;
TypOfInt YLabelLength;
TypOfChar LString[30];
TypOfChar LineMode[15];
window(WIN.MinX,WIN.MinY,WIN.MaxX,WIN.MaxY);
LineType(LB.LabelPattern/10,LineMode);
linemod(LineMode);
color(LB.LabelPattern%10);
DeltaX = ARE.MaxX - ARE.MinX;
DeltaLongitude = GEO.MaxLongitude - GEO.MinLongitude;
FactorX = DeltaX/DeltaLongitude;
DeltaY = ARE.MaxY - ARE.MinY;
DeltaLatitude = Mercator(GEO.MaxLatitude) - Mercator(GEO.MinLatitude);
FactorY = DeltaY/DeltaLatitude;
XLabelLength = NumDigits(LB.LabelLongitudinalInterval);
LongitudeLabelNum = (GEO.MinLongitude / LB.LabelLongitudinalInterval) + 1;
while(LongitudeLabelNum * LB.LabelLongitudinalInterval < GEO.MaxLongitude)
{
LabelLongitude = LongitudeLabelNum * LB.LabelLongitudinalInterval;
X = (FactorX*(GEO.MaxLongitude-LabelLongitude));
X = X+ARE.MinX-CHA.CharWidth*(XLabelLength/2);
Y = ARE.MaxY+(0.5*CHA.CharHeight);
move(X,Y);
LabelString(LString,LabelLongitude,XLabelLength);
label(LString);
LongitudeLabelNum++;
}
YLabelLength = NumDigits(LB.LabelLatitudinalInterval);
LatitudeLabelNum = (GEO.MinLatitude / LB.LabelLatitudinalInterval) + 1;
while(LatitudeLabelNum * LB.LabelLatitudinalInterval < GEO.MaxLatitude)
{
LabelLatitude = LatitudeLabelNum * LB.LabelLatitudinalInterval;
Y = FactorY*(Mercator(LabelLatitude)-Mercator(GEO.MinLatitude));
X = ARE.MinX-(CHA.CharWidth*(YLabelLength+0.5));
Y = Y+ARE.MinY-(CHA.CharWidth*0.5);
move(X,Y);
LabelString(LString,LabelLatitude,YLabelLength);
label(LString);
LatitudeLabelNum++;
}
fflush(stdout);
return(OK);
}
LabelString(LString,Number,Length)
TypOfPtrToChar LString;
TypOfDouble Number;
TypOfInt Length;
{
TypOfLong Integer;
TypOfChar String[10];
switch(Length)
{
case 2: Integer = Number;
sprintf(String,"%2ld\0",Integer);
break;
case 4: Integer = 100*((int) Number)+60*(Number-((int) Number));
sprintf(String,"%4ld\0",Integer);
break;
case 6: Integer = 10000*((int) Number)+3600*(Number-((int) Number));
sprintf(String,"%6ld\0",Integer);
break;
}
strcpy(LString,String);
}
TypOfInt NumDigits(Increment)
TypOfDouble Increment;
{
TypOfInt Number;
if(Increment < 0.06)
{
Number = 6;
}
else
{
if(Increment < 1.0)
{
Number = 4;
}
else
{
Number = 2;
}
}
return(Number);
}
@EOF
set `wc -lwc <Map/Src/label.c`
if test $1$2$3 != 1432313357
then
echo ERROR: wc results of Map/Src/label.c are $* should be 143 231 3357
fi
chmod 777 Map/Src/label.c
echo x - Map/Src/lbxy.c '[non-ascii]'
$unpacker <<'@eof'
begin 777 Map/Src/lbxy.c
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.965S+S$X,"XP*2D["GU0
end
@eof
set `wc -lwc <Map/Src/lbxy.c`
if test $1$2$3 != 5298824
then
echo ERROR: wc results of Map/Src/lbxy.c are $* should be 52 98 824
fi
chmod 777 Map/Src/lbxy.c
echo x - Map/Src/linetype.c
cat >Map/Src/linetype.c <<'@EOF'
#include "types.h"
void LineType(Selector,TempLineType)
TypOfInt Selector;
TypOfPtrToChar TempLineType;
{
switch(Selector%5)
{
case 0: strcpy(TempLineType,"solid");
break;
case 1: strcpy(TempLineType,"dotted");
break;
case 2: strcpy(TempLineType,"longdashed");
break;
case 3: strcpy(TempLineType,"shortdashed");
break;
case 4: strcpy(TempLineType,"dotdashed");
break;
}
}
@EOF
set `wc -lwc <Map/Src/linetype.c`
if test $1$2$3 != 2833450
then
echo ERROR: wc results of Map/Src/linetype.c are $* should be 28 33 450
fi
chmod 777 Map/Src/linetype.c
echo x - Map/Src/map.c
sed 's/^@//' >Map/Src/map.c <<'@EOF'
/*
Program:@\MAP
Author:@\HugH~nnun s.f.
Purpose:@\To draw a map with the options selected by the user.
Parameters:@\The VENIX operating system supplies this program with two
parameters: (1) the number of arguments specified on the command line
when this program was executed; and (2) an array containing a copy of
the arguments specified. A detailed description of this can be found
in chapter two of 'VENIX PROGRAMMING GUIDE'.
Description:@\This program calls a variety of external functions.
Some are always called, and some are only called if the user has
specified that particular option. An example is the 'tic' function,
which is only called when the user wants to make ticmarks on the map's
edges. The following external functions are available to this
program:
@@\@W( InitParameters initializes parameter packets)
@@\@W( GetArguments gets and processes user arguments)
@@\@W( SetEnvironment sets up the drawing environment)
@@\@W( SetUpPlotter initializes the plotter and draws a box)
@@\@W( Frame draws a frame arround the whole map)
@@\@W( Border draws coastal outlines)
@@\@W( Tic draws lati- and longitudinal ticmarks)
@@\@W( Label draws lati- and longitudinal lables)
@@\@W( Comment inserts comment text below map)
@@\@W( Option calls the special options selected)
@@\@W( Finish
*/
#include <stdio.h>
#include "types.h"
main(Argc,Argv)
TypOfInt Argc;
TypOfPtrToChar Argv[];
{
TypOfEnvironmentParameters EP;
TypOfMapParameters MP;
TypOfOptionParameters OP;
TypOfBorderParameters BP;
TypOfTicParameters TP;
TypOfLabelParameters LP;
TypOfCommentParameters CP;
TypOfFrameParameters FP;
TypOfSpaceDefinition WOR;
TypOfSpaceDefinition WIN;
TypOfSpaceDefinition ARE;
TypOfFontDefinition CHA;
TypOfGeographicalDefinition GEO;
InitParameters(&EP,&MP,&OP,&BP,&TP,&LP,&CP,&FP);
GetArguments(Argc,Argv,&EP,&MP,&OP,&BP,&TP,&LP,&CP,&FP);
SetEnvironment(EP,MP,LP,CP,&WOR,&WIN,&ARE,&CHA,&GEO);
openpl();
SetUpPlotter(WIN,ARE,MP.EraseSelected);
if (MP.FrameSelected == YES) Frame(WIN,FP);
if (MP.TicSelected == YES) Tic(ARE,GEO,TP);
if (MP.LabelSelected == YES) Label(WIN,ARE,CHA,GEO,LP);
if (MP.BorderSelected == YES) Border(ARE,GEO,BP);
if (MP.CommentSelected == YES) Comment(WIN,ARE,CHA,CP);
if (MP.OptionSelected == YES) Option(WOR,WIN,ARE,CHA,GEO,OP);
closepl();
exit(OK);
}
@EOF
set `wc -lwc <Map/Src/map.c`
if test $1$2$3 != 782682448
then
echo ERROR: wc results of Map/Src/map.c are $* should be 78 268 2448
fi
chmod 777 Map/Src/map.c
echo x - Map/Src/mercator.c '[non-ascii]'
$unpacker <<'@eof'
begin 777 Map/Src/mercator.c
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E-#$U.3L*"@ER971U<FXH,3@P+C J*%)A9&EA;G,O4&DI*3L*?5!I
end
@eof
set `wc -lwc <Map/Src/mercator.c`
if test $1$2$3 != 3750532
then
echo ERROR: wc results of Map/Src/mercator.c are $* should be 37 50 532
fi
chmod 777 Map/Src/mercator.c
echo x - Map/Src/minmax.c
cat >Map/Src/minmax.c <<'@EOF'
#include <stdio.h>
#include "types.h"
TypOfInt Minimum(Num1,Num2)
TypOfInt Num1;
TypOfInt Num2;
{
if(Num2 < Num1) Num1 = Num2;
return(Num1);
}
TypOfInt Maximum(Num1,Num2)
TypOfInt Num1;
TypOfInt Num2;
{
if(Num2 > Num1) Num1 = Num2;
return(Num1);
}
@EOF
set `wc -lwc <Map/Src/minmax.c`
if test $1$2$3 != 2534307
then
echo ERROR: wc results of Map/Src/minmax.c are $* should be 25 34 307
fi
chmod 777 Map/Src/minmax.c
echo x - Map/Src/op.c
cat >Map/Src/op.c <<'@EOF'
#include <stdio.h>
main(argc,argv)
int argc;
char *argv[];
{
int c;
fprintf(stderr,"her er eg i op\n");
while((c = getchar()) != EOF) putchar(c);
exit(0);
}
@EOF
set `wc -lwc <Map/Src/op.c`
if test $1$2$3 != 1423190
then
echo ERROR: wc results of Map/Src/op.c are $* should be 14 23 190
fi
chmod 777 Map/Src/op.c
echo x - Map/Src/option.c '[non-ascii]'
$unpacker <<'@eof'
begin 777 Map/Src/option.c
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!"FYG
end
@eof
set `wc -lwc <Map/Src/option.c`
if test $1$2$3 != 30651036
then
echo ERROR: wc results of Map/Src/option.c are $* should be 30 65 1036
fi
chmod 777 Map/Src/option.c
echo x - Map/Src/plotlib.c
cat >Map/Src/plotlib.c <<'@EOF'
/* A plot(5) library, customised for use with the map program. */
#include <stdio.h>
/* index: Returns pointer to s, where t occurs in it. */
char *index(s,t)
char *s, t;
{
if(t == '\0' && *s == t) return(s);
if(*s == '\0') return(NULL);
if(*s == t) return(s);
return(index(s+1,t));
}
/* putsi: Writes an integer stored in two ascii bytes to standard output. */
putsi(x)
int x;
{
unsigned short b, b1, b2;
b1 = (unsigned short) x;
b2 = (unsigned short) x;
b1 = b1 << 8;
b2 = b2 >> 8;
b = b1 | b2;
write(1,&b,2);
}
openpl(){
}
closepl(){
}
char text[256];
/* The plot(5) library consists of the following routines. */
move(x,y)
int x,y;
{
fprintf(stdout,"m");
fflush(stdout);
putsi(x);
putsi(y);
}
cont(x,y)
int x,y;
{
fprintf(stdout,"n");
fflush(stdout);
putsi(x);
putsi(y);
}
point(x,y)
int x,y;
{
fprintf(stdout,"p");
fflush(stdout);
putsi(x);
putsi(y);
}
line(x0,y0,x1,y1)
int x0,y0,x1,y1;
{
fprintf(stdout,"l");
fflush(stdout);
putsi(x0);
putsi(y0);
putsi(x1);
putsi(y1);
}
label(s)
char *s;
{
strcpy(text,s);
strcat(text,"\n");
fprintf(stdout,"t");
fprintf(stdout,"%s",text);
fflush(stdout);
}
arc(x0,y0,x1,y1,x2,y2)
int x0,y0,x1,y1,x2,y2;
{
fprintf(stdout,"a");
fflush(stdout);
putsi(x0);
putsi(y0);
putsi(x1);
putsi(y1);
putsi(x2);
putsi(y2);
}
circle(x0,y0,r)
int x0,y0,r;
{
fprintf(stdout,"c");
fflush(stdout);
putsi(x0);
putsi(y0);
putsi(r);
}
erase(){
fprintf(stdout,"e");
fflush(stdout);
}
linemod(s)
char *s;
{
strcpy(text,s);
strcat(text,"\n");
fprintf(stdout,"f");
fprintf(stdout,"%s",text);
fflush(stdout);
}
space(x0,y0,x1,y1)
int x0,y0,x1,y1;
{
fprintf(stdout,"s");
fflush(stdout);
putsi(x0);
putsi(y0);
putsi(x1);
putsi(y1);
}
box(x0,y0,x1,y1)
int x0,y0,x1,y1;
{
fprintf(stdout,"b");
fflush(stdout);
putsi(x0);
putsi(y0);
putsi(x1);
putsi(y1);
}
labelrotation(s)
char *s;
{
strcpy(text,s);
strcat(text,"\n");
fprintf(stdout,"r");
fprintf(stdout,"%s",text);
fflush(stdout);
}
labelplace(s)
char *s;
{
strcpy(text,s);
strcat(text,"\n");
fprintf(stdout,"u");
fprintf(stdout,"%s",text);
fflush(stdout);
}
linewid(x)
int x;
{
fprintf(stdout,"w");
fflush(stdout);
putsi(x);
}
@EOF
set `wc -lwc <Map/Src/plotlib.c`
if test $1$2$3 != 1962512479
then
echo ERROR: wc results of Map/Src/plotlib.c are $* should be 196 251 2479
fi
chmod 666 Map/Src/plotlib.c
echo x - Map/Src/qgraph.c
cat >Map/Src/qgraph.c <<'@EOF'
#include <stdio.h>
main(argc,argv)
int argc;
char *argv[];
{
int size;
int xcoordinate;
int ycoordinate;
float x,minx,maxx,xrange;
float y,miny,maxy,yrange;
char string[100];
if(argc == 5)
{
sscanf(argv[1],"%f",&minx);
sscanf(argv[2],"%f",&maxx);
sscanf(argv[3],"%f",&miny);
sscanf(argv[4],"%f",&maxy);
xrange = maxx - minx;
yrange = maxy - miny;
openpl();
space(0,0,1000,1000);
window(0,0,1000,1000);
gets(string);
gets(string);
while(scanf("%f %f",&x,&y) != EOF)
{
xcoordinate = ((x-minx)/xrange)*996+2;
ycoordinate = ((y-miny)/yrange)*996+2;
move(xcoordinate-2,ycoordinate);
cont(xcoordinate+2,ycoordinate);
move(xcoordinate,ycoordinate-2);
cont(xcoordinate,ycoordinate+2);
}
box(0,0,1000,1000);
closepl();
exit(0);
}
else
{
fprintf(stderr,"Illegal number of parameters\n");
fprintf(stderr,"Usage is: \"qgraph xmin xmax ymin ymax\"\n");
}
}
@EOF
set `wc -lwc <Map/Src/qgraph.c`
if test $1$2$3 != 5078925
then
echo ERROR: wc results of Map/Src/qgraph.c are $* should be 50 78 925
fi
chmod 777 Map/Src/qgraph.c
echo x - Map/Src/setenv.c
cat >Map/Src/setenv.c <<'@EOF'
#include <stdio.h>
#include "types.h"
TypOfInt SetEnvironment(EP,MP,LP,CP,WOR,WIN,ARE,CHA,GEO)
TypOfEnvironmentParameters EP;
TypOfMapParameters MP;
TypOfLabelParameters LP;
TypOfCommentParameters CP;
TypOfSpaceDefinition *WOR;
TypOfSpaceDefinition *WIN;
TypOfSpaceDefinition *ARE;
TypOfFontDefinition *CHA;
TypOfGeographicalDefinition *GEO;
{
SetWorld(WOR);
SetCharacterFont(CHA);
SetGeographicalRegion(EP,GEO);
SetWindow(EP,*WOR,WIN);
SetArea(*WIN,*CHA,*GEO,MP,LP,CP,ARE);
return(OK);
}
TypOfInt SetWorld(WOR)
TypOfSpaceDefinition *WOR;
{
TypOfGraphicsTerminalCapabilities GTC;
TypOfGraphicsTerminalCapabilities GraphicsTerminalCapabilities();
GTC = GraphicsTerminalCapabilities();
(*WOR).MinX = 0;
(*WOR).MinY = 0;
(*WOR).MaxX = GTC.ScrMaxWidth/((float) GTC.ScrWidth)*XNUMCOORDINATES/2;
(*WOR).MaxY = XNUMCOORDINATES;
return;
}
TypOfInt SetWindow(EP,WOR,WIN)
TypOfEnvironmentParameters EP;
TypOfSpaceDefinition WOR;
TypOfSpaceDefinition *WIN;
{
(*WIN).MinX = WOR.MaxY*EP.EnvMinX;
(*WIN).MaxX = WOR.MaxY*EP.EnvMaxX;
(*WIN).MinY = WOR.MaxY*EP.EnvMinY;
(*WIN).MaxY = WOR.MaxY*EP.EnvMaxY;
return;
}
TypOfInt SetCharacterFont(CHA)
TypOfFontDefinition *CHA;
{
TypOfGraphicsTerminalCapabilities GTC;
TypOfGraphicsTerminalCapabilities GraphicsTerminalCapabilities();
GTC = GraphicsTerminalCapabilities();
(*CHA).CharWidth = GTC.ChrWidth*XNUMCOORDINATES/((float) GTC.ScrWidth);
(*CHA).CharHeight = GTC.ChrHeight*XNUMCOORDINATES/((float) GTC.ScrHeight);
(*CHA).LineHeight = GTC.LinHeight*XNUMCOORDINATES/((float) GTC.ScrHeight);
return;
}
TypOfInt SetGeographicalRegion(EP,GEO)
TypOfEnvironmentParameters EP;
TypOfGeographicalDefinition *GEO;
{
(*GEO).MinLongitude = EP.EnvMinLongitude;
(*GEO).MaxLongitude = EP.EnvMaxLongitude;
(*GEO).MinLatitude = EP.EnvMinLatitude;
(*GEO).MaxLatitude = EP.EnvMaxLatitude;
return;
}
TypOfInt SetArea(WIN,CHA,GEO,MP,LP,CP,ARE)
TypOfSpaceDefinition WIN;
TypOfFontDefinition CHA;
TypOfGeographicalDefinition GEO;
TypOfMapParameters MP;
TypOfLabelParameters LP;
TypOfCommentParameters CP;
TypOfSpaceDefinition *ARE;
{
TypOfInt LeftMargin();
TypOfInt RightMargin();
TypOfInt BottomMargin();
TypOfInt TopMargin();
TypOfFloat Scale();
TypOfFloat ScalingFactor;
TypOfInt Delta;
(*ARE).MinX = WIN.MinX+LeftMargin(CHA,MP,LP);
(*ARE).MaxX = WIN.MaxX-RightMargin(CHA,MP);
(*ARE).MinY = WIN.MinY+BottomMargin(CHA,MP,CP);
(*ARE).MaxY = WIN.MaxY-TopMargin(CHA,MP);
ScalingFactor = Scale(GEO);
if (((*ARE).MaxY-(*ARE).MinY) < (ScalingFactor*((*ARE).MaxX-(*ARE).MinX)))
{
Delta = ((*ARE).MaxY - (*ARE).MinY) / ScalingFactor;
(*ARE).MinX = (*ARE).MinX+(((*ARE).MaxX-(*ARE).MinX)-Delta)/2;
(*ARE).MaxX = (*ARE).MinX+Delta;
}
else
{
Delta = ((*ARE).MaxX - (*ARE).MinX) * ScalingFactor;
(*ARE).MinY = (*ARE).MinY+(((*ARE).MaxY-(*ARE).MinY)-Delta)/2;
(*ARE).MaxY = (*ARE).MinY+Delta;
}
return;
}
TypOfInt LeftMargin(CHA,MP,LP)
TypOfFontDefinition CHA;
TypOfMapParameters MP;
TypOfLabelParameters LP;
{
TypOfInt M;
if(MP.LabelSelected == YES)
{
M = CHA.CharWidth*(NumDigits(LP.LabelLatitudinalInterval)+1.5);
}
else
{
M = 0;
}
return(M);
}
TypOfInt RightMargin(CHA,MP)
TypOfFontDefinition CHA;
TypOfMapParameters MP;
{
TypOfInt M;
M = 0;
if(MP.LabelSelected == YES) M = CHA.CharWidth;
return(M);
}
TypOfInt TopMargin(CHA,MP)
TypOfFontDefinition CHA;
TypOfMapParameters MP;
{
TypOfInt M;
M = 0;
if(MP.LabelSelected == YES) M += CHA.CharHeight+CHA.LineHeight;
return(M);
}
TypOfInt BottomMargin(CHA,MP,CP)
TypOfFontDefinition CHA;
TypOfMapParameters MP;
TypOfCommentParameters CP;
{
TypOfInt M;
TypOfInt NumLines();
M = 0;
if(MP.LabelSelected == YES) M += CHA.CharHeight;
if(MP.CommentSelected == YES) M += (NumLines(CP.CommentText)+1)*CHA.LineHeight;
return(M);
}
TypOfFloat Scale(GEO)
TypOfGeographicalDefinition GEO;
{
TypOfDouble Mercator();
TypOfDouble MinX;
TypOfDouble MaxX;
TypOfDouble MinY;
TypOfDouble MaxY;
MinY = Mercator(GEO.MinLatitude);
MaxY = Mercator(GEO.MaxLatitude);
MinX = GEO.MinLongitude*Mercator((double) 1.0);
MaxX = GEO.MaxLongitude*Mercator((double) 1.0);
return((MaxY-MinY)/((float) (MaxX-MinX)));
}
@EOF
set `wc -lwc <Map/Src/setenv.c`
if test $1$2$3 != 2293414647
then
echo ERROR: wc results of Map/Src/setenv.c are $* should be 229 341 4647
fi
chmod 777 Map/Src/setenv.c
echo x - Map/Src/setup.c
cat >Map/Src/setup.c <<'@EOF'
#include <stdio.h>
#include "types.h"
TypOfInt SetUpPlotter(WIN,ARE,ERASE)
TypOfSpaceDefinition WIN;
TypOfSpaceDefinition ARE;
TypOfInt ERASE;
{
/* -100 og +250 sett til ad baeta utskrift. Breytist af vild */
space(-150,0,XNUMCOORDINATES+250,YNUMCOORDINATES);
if(ERASE == YES) erase();
window(WIN.MinX,WIN.MinY,WIN.MaxX,WIN.MaxY);
box(ARE.MinX,ARE.MinY,ARE.MaxX,ARE.MaxY);
fflush(stdout);
return;
}
@EOF
set `wc -lwc <Map/Src/setup.c`
if test $1$2$3 != 2136452
then
echo ERROR: wc results of Map/Src/setup.c are $* should be 21 36 452
fi
chmod 777 Map/Src/setup.c
echo x - Map/Src/shade.c
cat >Map/Src/shade.c <<'@EOF'
#include <stdio.h>
#include "types.h"
typedef struct StrOfDataForBreakNode
{
TypOfDouble BreakValue;
TypOfDouble ShadeFactor;
TypOfInt ShadeType;
TypOfPtrToChar NextBreak;
} TypOfDataForBreakNode;
typedef struct StrOfBreakList
{
TypOfPtrToChar HeadOfBreakList;
TypOfPtrToChar TailOfBreakList;
} TypOfBreakList;
main(ArgC,ArgV)
TypOfInt ArgC;
TypOfPtrToChar ArgV[];
{
TypOfSpaceDefinition WOR;
TypOfSpaceDefinition WIN;
TypOfSpaceDefinition ARE;
TypOfFontDefinition CHA;
TypOfGeographicalDefinition GEO;
TypOfInt PAT;
TypOfBreakList BLIST;
TypOfDouble Mercator();
TypOfDouble GeoPosition();
TypOfFloat FactorX;
TypOfFloat FactorY;
TypOfInt DeltaX;
TypOfInt DeltaY;
TypOfDouble DeltaLongitude;
TypOfDouble DeltaLatitude;
TypOfDouble LoLong;
TypOfDouble HiLong;
TypOfDouble LoLat;
TypOfDouble HiLat;
TypOfInt X;
TypOfInt Y;
TypOfSpaceDefinition S;
TypOfDouble Value;
TypOfChar InputLine[MAXTEXTLEN];
TypOfChar StrLoLat[10];
TypOfChar StrHiLat[10];
TypOfChar StrLoLong[10];
TypOfChar StrHiLong[10];
TypOfChar LineMode[15];
GetArguments(ArgC,ArgV,&WOR,&WIN,&ARE,&CHA,&GEO,&PAT,&BLIST);
window(ARE.MinX,ARE.MinY,ARE.MaxX,ARE.MaxY);
LineType(PAT/10,LineMode);
linemod(LineMode);
color(PAT%10);
DeltaX = ARE.MaxX - ARE.MinX;
DeltaLongitude = GEO.MaxLongitude - GEO.MinLongitude;
FactorX = DeltaX/DeltaLongitude;
DeltaY = ARE.MaxY - ARE.MinY;
DeltaLatitude = Mercator(GEO.MaxLatitude) - Mercator(GEO.MinLatitude);
FactorY = DeltaY/DeltaLatitude;
gets(InputLine);
gets(InputLine);
while(gets(InputLine) != NULL)
{
sscanf(InputLine,"%s %s",StrLoLat,StrHiLat);
LoLat = GeoPosition(StrLoLat);
HiLat = GeoPosition(StrHiLat);
sscanf(InputLine,"%*s %*s %s %s",StrLoLong,StrHiLong);
LoLong = GeoPosition(StrLoLong);
HiLong = GeoPosition(StrHiLong);
sscanf(InputLine,"%*s %*s %*s %*s %lf",&Value);
S.MinX = (FactorX*(GEO.MaxLongitude-HiLong))+ARE.MinX;
S.MaxX = (FactorX*(GEO.MaxLongitude-LoLong))+ARE.MinX;
S.MinY = (FactorY*(Mercator(LoLat)-Mercator(GEO.MinLatitude)))+ARE.MinY;
S.MaxY = (FactorY*(Mercator(HiLat)-Mercator(GEO.MinLatitude)))+ARE.MinY;
ShadeArea(WOR,ARE,S,Value,BLIST);
}
fflush(stdout);
exit(OK);
}
TypOfInt GetArguments(ArgC,ArgV,WOR,WIN,ARE,CHA,GEO,PAT,BLIST)
TypOfInt ArgC;
TypOfPtrToChar ArgV[];
TypOfSpaceDefinition *WOR;
TypOfSpaceDefinition *WIN;
TypOfSpaceDefinition *ARE;
TypOfFontDefinition *CHA;
TypOfGeographicalDefinition *GEO;
TypOfInt *PAT;
TypOfBreakList *BLIST;
{
TypOfInt Count;
TypOfInt Offset;
TypOfPtrToChar PtrToBreakNode;
sscanf(ArgV[1],"%d",&((*WOR).MinX));
sscanf(ArgV[2],"%d",&((*WOR).MaxX));
sscanf(ArgV[3],"%d",&((*WOR).MinY));
sscanf(ArgV[4],"%d",&((*WOR).MaxY));
sscanf(ArgV[5],"%d",&((*WIN).MinX));
sscanf(ArgV[6],"%d",&((*WIN).MaxX));
sscanf(ArgV[7],"%d",&((*WIN).MinY));
sscanf(ArgV[8],"%d",&((*WIN).MaxY));
sscanf(ArgV[9],"%d",&((*ARE).MinX));
sscanf(ArgV[10],"%d",&((*ARE).MaxX));
sscanf(ArgV[11],"%d",&((*ARE).MinY));
sscanf(ArgV[12],"%d",&((*ARE).MaxY));
sscanf(ArgV[13],"%d",&((*CHA).CharWidth));
sscanf(ArgV[14],"%d",&((*CHA).CharHeight));
sscanf(ArgV[15],"%d",&((*CHA).LineHeight));
sscanf(ArgV[16],"%lf",&((*GEO).MinLongitude));
sscanf(ArgV[17],"%lf",&((*GEO).MaxLongitude));
sscanf(ArgV[18],"%lf",&((*GEO).MinLatitude));
sscanf(ArgV[19],"%lf",&((*GEO).MaxLatitude));
sscanf(ArgV[20],"%d",&(*PAT));
PtrToBreakNode = malloc(sizeof(TypOfDataForBreakNode));
(*BLIST).HeadOfBreakList = PtrToBreakNode;
(*BLIST).TailOfBreakList = PtrToBreakNode;
(*(*BLIST).TailOfBreakList).NextBreak = NULL;
sscanf(ArgV[21],"%lf",&((*(*BLIST).TailOfBreakList).BreakValue));
sscanf(ArgV[22],"%d",&((*(*BLIST).TailOfBreakList).ShadeType));
sscanf(ArgV[23],"%lf",&((*(*BLIST).TailOfBreakList).ShadeFactor));
for(Count = 1; Count < ((ArgC-21)/3); Count++)
{
PtrToBreakNode = malloc(sizeof(TypOfDataForBreakNode));
(*(*BLIST).TailOfBreakList).NextBreak = PtrToBreakNode;
(*BLIST).TailOfBreakList = PtrToBreakNode;
(*(*BLIST).TailOfBreakList).NextBreak = NULL;
Offset = 21+(Count*3);
sscanf(ArgV[Offset+0],"%lf",&((*(*BLIST).TailOfBreakList).BreakValue));
sscanf(ArgV[Offset+1],"%d",&((*(*BLIST).TailOfBreakList).ShadeType));
sscanf(ArgV[Offset+2],"%lf",&((*(*BLIST).TailOfBreakList).ShadeFactor));
}
return;
}
TypOfInt ShadeArea(WOR,ARE,Square,Value,BLIST)
TypOfSpaceDefinition WOR;
TypOfSpaceDefinition ARE;
TypOfSpaceDefinition Square;
TypOfDouble Value;
TypOfBreakList BLIST;
{
TypOfInt Type;
TypOfInt Increment;
TypOfDataForBreakNode *Default;
TypOfDataForBreakNode *CurrentNode;
CurrentNode = BLIST.HeadOfBreakList;
while((CurrentNode != NULL) && ((*CurrentNode).BreakValue < Value))
{
CurrentNode = (*CurrentNode).NextBreak;
}
if(CurrentNode == NULL)
{
fprintf(stderr,"Error: The value %f is greater than the ",Value);
fprintf(stderr,"highest breakpoint; it has been ignored\n");
exit(ERROR);
}
else
{
if((*CurrentNode).BreakValue == 0.0)
{
return;
}
else
{
Type = (*CurrentNode).ShadeType;
Increment = WOR.MaxY/((float ) (*CurrentNode).ShadeFactor)+0.5;
box(Square.MinX,Square.MinY,Square.MaxX,Square.MaxY);
if((Type/1000) == 1) Vertical(ARE,Square,Increment);
if(((Type%1000)/100) == 1) Horizontal(ARE,Square,Increment);
if((((Type%1000)%100)/10) == 1) Right(ARE,Square,Increment);
if(((((Type%1000)%100)%10)/1) == 1) Left(Square,Increment);
}
}
return;
}
TypOfInt Vertical(ARE,Square,Increment)
TypOfSpaceDefinition ARE;
TypOfSpaceDefinition Square;
TypOfInt Increment;
{
TypOfInt Offset;
Offset = 0;
while(Square.MinX+Offset <= Square.MaxX)
{
move(Square.MinX+Offset,Square.MinY);
cont(Square.MinX+Offset,Square.MaxY);
Offset += Increment;
}
}
TypOfInt Horizontal(ARE,Square,Increment)
TypOfSpaceDefinition ARE;
TypOfSpaceDefinition Square;
TypOfInt Increment;
{
TypOfInt Offset;
Offset = 0;
while(Square.MinY+Offset <= Square.MaxY)
{
move(Square.MinX,Square.MinY+Offset);
cont(Square.MaxX,Square.MinY+Offset);
Offset += Increment;
}
return;
}
TypOfInt Right(ARE,Square,Increment)
TypOfSpaceDefinition ARE;
TypOfSpaceDefinition Square;
TypOfInt Increment;
{
TypOfInt DeltaX;
TypOfInt DeltaY;
TypOfInt Offset;
TypOfDouble sqrt();
Increment = Increment*sqrt((double) 2.0)+0.5;
DeltaX = Square.MaxX-Square.MinX;
DeltaY = Square.MaxY-Square.MinY;
Offset = 0;
while(((Offset-DeltaY) < DeltaX) && ((Offset-DeltaX) < DeltaY))
{
if(Offset > DeltaX)
{
move(Square.MinX,Square.MinY+(Offset-DeltaX));
}
else
{
move(Square.MaxX-Offset,Square.MinY);
}
if(Offset > DeltaY)
{
cont(Square.MaxX-(Offset-DeltaY),Square.MaxY);
}
else
{
cont(Square.MaxX,Square.MinY+Offset);
}
Offset += Increment;
}
return;
}
TypOfInt Left(ARE,Square,Increment)
TypOfSpaceDefinition ARE;
TypOfSpaceDefinition Square;
TypOfInt Increment;
{
TypOfInt DeltaX;
TypOfInt DeltaY;
TypOfInt Offset;
TypOfDouble sqrt();
Increment = Increment*sqrt((double) 2.0)+0.5;
DeltaX = Square.MaxX-Square.MinX;
DeltaY = Square.MaxY-Square.MinY;
Offset = 0;
while(((Offset-DeltaY) < DeltaX) && ((Offset-DeltaX) < DeltaY))
{
if(Offset > DeltaX)
{
move(Square.MaxX,Square.MinY+(Offset-DeltaX));
}
else
{
move(Square.MinX+Offset,Square.MinY);
}
if(Offset > DeltaY)
{
cont(Square.MinX+(Offset-DeltaY),Square.MaxY);
}
else
{
cont(Square.MinX,Square.MinY+Offset);
}
Offset += Increment;
}
return;
}
@EOF
set `wc -lwc <Map/Src/shade.c`
if test $1$2$3 != 3715358150
then
echo ERROR: wc results of Map/Src/shade.c are $* should be 371 535 8150
fi
chmod 777 Map/Src/shade.c
echo x - Map/Src/station.c
cat >Map/Src/station.c <<'@EOF'
#include <stdio.h>
#include "types.h"
main(ArgC,ArgV)
TypOfInt ArgC;
TypOfPtrToChar ArgV[];
{
TypOfSpaceDefinition WOR;
TypOfSpaceDefinition WIN;
TypOfSpaceDefinition ARE;
TypOfFontDefinition CHA;
TypOfGeographicalDefinition GEO;
TypOfInt PAT;
TypOfDouble Mercator();
TypOfFloat FactorX;
TypOfFloat FactorY;
TypOfInt DeltaX;
TypOfInt DeltaY;
TypOfDouble DeltaLongitude;
TypOfDouble DeltaLatitude;
TypOfDouble Longitude;
TypOfDouble Latitude;
TypOfInt X;
TypOfInt Y;
TypOfInt Delta;
TypOfInt Minimum();
TypOfChar InputLine[MAXTEXTLEN];
TypOfChar StrLatitude[10];
TypOfChar StrLongitude[10];
TypOfDouble GeoPosition();
TypOfInt Symbol;
TypOfInt Z;
TypOfInt y;
TypOfFloat dev;
TypOfChar LineMode[15];
GetArguments(ArgC,ArgV,&WOR,&WIN,&ARE,&CHA,&GEO,&PAT);
window(ARE.MinX,ARE.MinY,ARE.MaxX,ARE.MaxY);
LineType(PAT/10,LineMode);
linemod(LineMode);
color(PAT%10);
DeltaX = ARE.MaxX - ARE.MinX;
DeltaLongitude = GEO.MaxLongitude - GEO.MinLongitude;
FactorX = DeltaX/DeltaLongitude;
DeltaY = ARE.MaxY - ARE.MinY;
DeltaLatitude = Mercator(GEO.MaxLatitude) - Mercator(GEO.MinLatitude);
FactorY = DeltaY/DeltaLatitude;
gets(InputLine);
gets(InputLine);
if(gets(InputLine) == NULL)
{
fprintf(stderr,"Error: Input file for \"%s\" is empty\n",ArgV[0]);
exit(ERROR);
}
else
{
do
{
sscanf(InputLine,"%s %s %d",StrLatitude,StrLongitude,&Symbol);
Latitude = GeoPosition(StrLatitude);
Longitude = GeoPosition(StrLongitude);
X = (FactorX*(GEO.MaxLongitude-Longitude))+ARE.MinX;
Y = (FactorY*(Mercator(Latitude)-Mercator(GEO.MinLatitude)))+ARE.MinY;
Delta = SYMBOLSIZE*Minimum((ARE.MaxX-ARE.MinX),(ARE.MaxY-ARE.MinY));
Z = Delta/2;
switch(Symbol){
case 1: line(X-Z,Y-Z,X,Y+Z); /*triangle*/
line(X,Y+Z,X+Z,Y-Z);
line(X+Z,Y-Z,X-Z,Y-Z);
break;
case 2: dev = 0.0; /*filled triangle*/
for(y=Y-Z;y<=Y+Z;y++){
line(X-Z+(int)dev,y,X+Z-(int)dev,y);
dev+=0.5;
}
point(X,Y+Z);
break;
case 3: line(X,Y-Z,X,Y+Z); /*plus*/
line(X-Z,Y,X+Z,Y);
break;
case 4: line(X-Z,Y+Z,X-Z,Y-Z); /*box*/
line(X-Z,Y-Z,X+Z,Y-Z);
line(X+Z,Y-Z,X+Z,Y+Z);
line(X+Z,Y+Z,X-Z,Y+Z);
break;
case 5: for(y=Y-Z;y<=Y+Z;y++) /*filled box*/
line(X-Z,y,X+Z,y);
break;
case 6: circle(X,Y,Z); /*circle*/
break;
case 7: line(X-Z,Y,X,Y-Z); /*diamond*/
line(X,Y-Z,X+Z,Y);
line(X+Z,Y,X,Y+Z);
line(X,Y+Z,X-Z,Y);
break;
case 8: line(X-Z,Y-Z,X+Z,Y+Z); /* x */
line(X-Z,Y+Z,X+Z,Y-Z);
break;
default: line(X,Y-Z,X,Y+Z); /*plus*/
line(X-Z,Y,X+Z,Y);
break;
}
} while(gets(InputLine) != NULL);
}
fflush(stdout);
exit(OK);
}
TypOfInt GetArguments(ArgC,ArgV,WOR,WIN,ARE,CHA,GEO,PAT)
TypOfInt ArgC;
TypOfPtrToChar ArgV[];
TypOfSpaceDefinition *WOR;
TypOfSpaceDefinition *WIN;
TypOfSpaceDefinition *ARE;
TypOfFontDefinition *CHA;
TypOfGeographicalDefinition *GEO;
TypOfInt *PAT;
{
sscanf(ArgV[1],"%d",&((*WOR).MinX));
sscanf(ArgV[2],"%d",&((*WOR).MaxX));
sscanf(ArgV[3],"%d",&((*WOR).MinY));
sscanf(ArgV[4],"%d",&((*WOR).MaxY));
sscanf(ArgV[5],"%d",&((*WIN).MinX));
sscanf(ArgV[6],"%d",&((*WIN).MaxX));
sscanf(ArgV[7],"%d",&((*WIN).MinY));
sscanf(ArgV[8],"%d",&((*WIN).MaxY));
sscanf(ArgV[9],"%d",&((*ARE).MinX));
sscanf(ArgV[10],"%d",&((*ARE).MaxX));
sscanf(ArgV[11],"%d",&((*ARE).MinY));
sscanf(ArgV[12],"%d",&((*ARE).MaxY));
sscanf(ArgV[13],"%d",&((*CHA).CharWidth));
sscanf(ArgV[14],"%d",&((*CHA).CharHeight));
sscanf(ArgV[15],"%d",&((*CHA).LineHeight));
sscanf(ArgV[16],"%lf",&((*GEO).MinLongitude));
sscanf(ArgV[17],"%lf",&((*GEO).MaxLongitude));
sscanf(ArgV[18],"%lf",&((*GEO).MinLatitude));
sscanf(ArgV[19],"%lf",&((*GEO).MaxLatitude));
sscanf(ArgV[20],"%d",PAT);
return;
}
@EOF
set `wc -lwc <Map/Src/station.c`
if test $1$2$3 != 1742555648
then
echo ERROR: wc results of Map/Src/station.c are $* should be 174 255 5648
fi
chmod 777 Map/Src/station.c
echo x - Map/Src/symbol.c
cat >Map/Src/symbol.c <<'@EOF'
#include <stdio.h>
#include "types.h"
main(ArgC,ArgV)
TypOfInt ArgC;
TypOfPtrToChar ArgV[];
{
TypOfSpaceDefinition WOR;
TypOfSpaceDefinition WIN;
TypOfSpaceDefinition ARE;
TypOfFontDefinition CHA;
TypOfGeographicalDefinition GEO;
TypOfInt PAT;
TypOfInt PlotSymbol();
TypOfDouble Mercator();
TypOfDouble GeoPosition();
TypOfFloat FactorX;
TypOfFloat FactorY;
TypOfInt DeltaX;
TypOfInt DeltaY;
TypOfDouble DeltaLongitude;
TypOfDouble DeltaLatitude;
TypOfDouble Longitude;
TypOfDouble Latitude;
TypOfInt X;
TypOfInt Y;
TypOfInt StationType;
TypOfChar InputLine[MAXTEXTLEN];
TypOfChar StrLatitude[10];
TypOfChar StrLongitude[10];
TypOfChar LineMode[15];
GetArguments(ArgC,ArgV,&WOR,&WIN,&ARE,&CHA,&GEO,&PAT);
window(ARE.MinX,ARE.MinY,ARE.MaxX,ARE.MaxY);
LineType(PAT/10,LineMode);
linemod(LineMode);
color(PAT%10);
DeltaX = ARE.MaxX - ARE.MinX;
DeltaLongitude = GEO.MaxLongitude - GEO.MinLongitude;
FactorX = DeltaX/DeltaLongitude;
DeltaY = ARE.MaxY - ARE.MinY;
DeltaLatitude = Mercator(GEO.MaxLatitude) - Mercator(GEO.MinLatitude);
FactorY = DeltaY/DeltaLatitude;
gets(InputLine);
gets(InputLine);
while(gets(InputLine) != NULL)
{
sscanf(InputLine,"%s %s",StrLatitude,StrLongitude);
Latitude = GeoPosition(StrLatitude);
Longitude = GeoPosition(StrLongitude);
StationType = 0;
sscanf(InputLine,"%*s %*s %d",&StationType);
X = (FactorX*(GEO.MaxLongitude-Longitude))+ARE.MinX;
Y = (FactorY*(Mercator(Latitude)-Mercator(GEO.MinLatitude)))+ARE.MinY;
PlotSymbol(ARE,X,Y,StationType);
}
fflush(stdout);
exit(OK);
}
TypOfInt GetArguments(ArgC,ArgV,WOR,WIN,ARE,CHA,GEO,PAT)
TypOfInt ArgC;
TypOfPtrToChar ArgV[];
TypOfSpaceDefinition *WOR;
TypOfSpaceDefinition *WIN;
TypOfSpaceDefinition *ARE;
TypOfFontDefinition *CHA;
TypOfGeographicalDefinition *GEO;
TypOfInt *PAT;
{
sscanf(ArgV[1],"%d",&((*WOR).MinX));
sscanf(ArgV[2],"%d",&((*WOR).MaxX));
sscanf(ArgV[3],"%d",&((*WOR).MinY));
sscanf(ArgV[4],"%d",&((*WOR).MaxY));
sscanf(ArgV[5],"%d",&((*WIN).MinX));
sscanf(ArgV[6],"%d",&((*WIN).MaxX));
sscanf(ArgV[7],"%d",&((*WIN).MinY));
sscanf(ArgV[8],"%d",&((*WIN).MaxY));
sscanf(ArgV[9],"%d",&((*ARE).MinX));
sscanf(ArgV[10],"%d",&((*ARE).MaxX));
sscanf(ArgV[11],"%d",&((*ARE).MinY));
sscanf(ArgV[12],"%d",&((*ARE).MaxY));
sscanf(ArgV[13],"%d",&((*CHA).CharWidth));
sscanf(ArgV[14],"%d",&((*CHA).CharHeight));
sscanf(ArgV[15],"%d",&((*CHA).LineHeight));
sscanf(ArgV[16],"%lf",&((*GEO).MinLongitude));
sscanf(ArgV[17],"%lf",&((*GEO).MaxLongitude));
sscanf(ArgV[18],"%lf",&((*GEO).MinLatitude));
sscanf(ArgV[19],"%lf",&((*GEO).MaxLatitude));
sscanf(ArgV[20],"%d",PAT);
return;
}
TypOfInt PlotSymbol(ARE,X,Y,Type)
TypOfSpaceDefinition ARE;
TypOfInt X;
TypOfInt Y;
TypOfInt Type;
{
TypOfInt Minimum();
TypOfInt XOffset;
TypOfInt YOffset;
TypOfInt Offset;
TypOfInt Delta;
TypOfDouble Sinus;
TypOfDouble sqrt();
TypOfDouble asin();
TypOfDouble cos();
Delta = SYMBOLSIZE*Minimum((ARE.MaxX-ARE.MinX),(ARE.MaxY-ARE.MinY));
switch(Type)
{
case 1 : Delta = Delta*sqrt((double) 2.0)+0.5;
move(X-(Delta/2),Y);
cont(X,Y+(Delta/2));
cont(X+(Delta/2),Y);
cont(X,Y-(Delta/2));
cont(X-(Delta/2),Y);
for(Offset = 1; Offset < (Delta/2); Offset++)
{
move(X-(Delta/2)+Offset,Y+Offset);
cont(X+(Delta/2)-Offset,Y+Offset);
}
break;
case 2 : Delta = Delta*sqrt((double) 2.0)+0.5;
move(X-(Delta/2),Y);
cont(X,Y+(Delta/2));
cont(X+(Delta/2),Y);
cont(X,Y-(Delta/2));
cont(X-(Delta/2),Y);
for(Offset = 1; Offset < (Delta/2); Offset++)
{
move(X-(Delta/2)+Offset,Y-Offset);
cont(X+(Delta/2)-Offset,Y-Offset);
}
break;
case 3 : line(X-(Delta/2),Y-(Delta/2),X+(Delta/2),Y+(Delta/2));
line(X-(Delta/2),Y+(Delta/2),X+(Delta/2),Y-(Delta/2));
break;
case 4 : box(X-(Delta/2),Y-(Delta/2),X+(Delta/2),Y+(Delta/2));
break;
case 5 : box(X-(Delta/2),Y-(Delta/2),X+(Delta/2),Y+(Delta/2));
circle(X,Y,(Delta/2));
break;
case 6 : circle(X,Y,(Delta/2));
break;
case 7 : circle(X,Y,(Delta/2));
YOffset = -(Delta/2)+1;
while(YOffset < (Delta/2))
{
Sinus = YOffset/((double) (Delta/2));
XOffset = (Delta/2)*cos(asin(Sinus));
move(X-XOffset,Y+YOffset);
cont(X+XOffset,Y+YOffset);
YOffset++;
}
break;
case 8 : line(X-(Delta/2),Y,X+(Delta/2),Y);
line(X,Y-(Delta/2),X,Y+(Delta/2));
break;
default : break;
}
return(OK);
}
@EOF
set `wc -lwc <Map/Src/symbol.c`
if test $1$2$3 != 2083005053
then
echo ERROR: wc results of Map/Src/symbol.c are $* should be 208 300 5053
fi
chmod 777 Map/Src/symbol.c
echo x - Map/Src/test.c
cat >Map/Src/test.c <<'@EOF'
main()
{
openpl();
space(0,0,1000,1000);
move(10,10);
label("01234567890123456789");
move(10,10);
cont((int (1000/(float 640))*12) ,10);
closepl();
}
@EOF
set `wc -lwc <Map/Src/test.c`
if test $1$2$3 != 1113158
then
echo ERROR: wc results of Map/Src/test.c are $* should be 11 13 158
fi
chmod 777 Map/Src/test.c
echo x - Map/Src/tic.c
cat >Map/Src/tic.c <<'@EOF'
#include <stdio.h>
#include "types.h"
TypOfInt Tic(ARE,GEO,TP)
TypOfSpaceDefinition ARE;
TypOfGeographicalDefinition GEO;
TypOfTicParameters TP;
{
TypOfDouble Mercator();
TypOfInt DeltaX;
TypOfInt DeltaY;
TypOfFloat DeltaLongitude;
TypOfFloat DeltaLatitude;
TypOfFloat FactorX;
TypOfFloat FactorY;
TypOfInt LongitudeTicNum;
TypOfInt LatitudeTicNum;
TypOfDouble TicLongitude;
TypOfDouble TicLatitude;
TypOfInt X;
TypOfInt Y;
TypOfChar LineMode[15];
window(ARE.MinX-10,ARE.MinY-10,ARE.MaxX+10,ARE.MaxY+10);
LineType(TP.TicPattern/10,LineMode);
linemod(LineMode);
color(TP.TicPattern%10);
DeltaX = ARE.MaxX - ARE.MinX;
DeltaLongitude = GEO.MaxLongitude - GEO.MinLongitude;
FactorX = DeltaX/DeltaLongitude;
DeltaY = ARE.MaxY - ARE.MinY;
DeltaLatitude = Mercator(GEO.MaxLatitude) - Mercator(GEO.MinLatitude);
FactorY = DeltaY/DeltaLatitude;
LongitudeTicNum = (GEO.MinLongitude / TP.TicLongitudinalIncrement) + 1;
while(LongitudeTicNum * TP.TicLongitudinalIncrement < GEO.MaxLongitude)
{
TicLongitude = LongitudeTicNum * TP.TicLongitudinalIncrement;
X = FactorX * (GEO.MaxLongitude - TicLongitude);
move(X+ARE.MinX,ARE.MinY);
cont(X+ARE.MinX,ARE.MinY+TICSIZE);
LongitudeTicNum++;
}
LatitudeTicNum = (GEO.MinLatitude / TP.TicLatitudinalIncrement) + 1;
while(LatitudeTicNum * TP.TicLatitudinalIncrement < GEO.MaxLatitude)
{
TicLatitude = LatitudeTicNum * TP.TicLatitudinalIncrement;
Y = FactorY * (Mercator(TicLatitude) - Mercator(GEO.MinLatitude));
move(ARE.MinX,Y+ARE.MinY);
cont(ARE.MinX+TICSIZE,Y+ARE.MinY);
LatitudeTicNum++;
}
LongitudeTicNum--;
while(LongitudeTicNum * TP.TicLongitudinalIncrement > GEO.MinLongitude)
{
TicLongitude = LongitudeTicNum * TP.TicLongitudinalIncrement;
X = FactorX * (GEO.MaxLongitude - TicLongitude);
move(X+ARE.MinX,ARE.MaxY);
cont(X+ARE.MinX,ARE.MaxY-TICSIZE);
LongitudeTicNum--;
}
LatitudeTicNum--;
while(LatitudeTicNum * TP.TicLatitudinalIncrement > GEO.MinLatitude)
{
TicLatitude = LatitudeTicNum * TP.TicLatitudinalIncrement;
Y = FactorY * (Mercator(TicLatitude) - Mercator(GEO.MinLatitude));
move(ARE.MaxX,Y+ARE.MinY);
cont(ARE.MaxX-TICSIZE,Y+ARE.MinY);
LatitudeTicNum--;
}
fflush(stdout);
return(OK);
}
@EOF
set `wc -lwc <Map/Src/tic.c`
if test $1$2$3 != 921782481
then
echo ERROR: wc results of Map/Src/tic.c are $* should be 92 178 2481
fi
chmod 777 Map/Src/tic.c
echo x - Map/Src/transform.c
cat >Map/Src/transform.c <<'@EOF'
#include <stdio.h>
#include "types.h"
TypOfDouble GeoPosition();
TypOfChar HeaderLine[MAXTEXTLEN];
TypOfChar StrLatitude[10];
TypOfChar StrLongitude[10];
TypOfDouble Longitude;
TypOfDouble Latitude;
int PenPos;
void main()
{
FILE *IN,*OUT;
char filename1[80],filename2[80];
printf("\nEnter file to transfer: ");
scanf("%s",filename1);
printf("\nEnter file to transfer to: ");
scanf("%s",filename2);
IN = fopen(filename1,"r");
if(IN == NULL)
{
fprintf(stderr,"Error: Cannot open data file %s\n",filename1);
exit(-1);
}
OUT = fopen(filename2,"w");
if(OUT == NULL)
{
fprintf(stderr,"Error: Cannot open data file %s\n",filename2);
exit(ERROR);
}
fgets(HeaderLine,MAXTEXTLEN,IN);
fgets(HeaderLine,MAXTEXTLEN,IN);
fprintf(OUT,"lat\tlong\tpen\n");
fprintf(OUT,"---\t----\t---\n");
while(fscanf(IN,"%s %s %d",StrLatitude,StrLongitude,&PenPos) != EOF)
{
Latitude = GeoPosition(StrLatitude);
Longitude = GeoPosition(StrLongitude);
fprintf(OUT,"%f\t%f\t%d\n",Latitude,Longitude,PenPos);
}
fclose(IN);
fclose(OUT);
}
TypOfDouble GeoPosition(String)
TypOfPtrToChar String;
{
TypOfInt Degrees;
TypOfInt Minutes;
TypOfInt Seconds;
sscanf(String,"%2d%2d%2d",&Degrees,&Minutes,&Seconds);
return(Degrees+(Minutes/60.0)+(Seconds/3600.0));
}
@EOF
set `wc -lwc <Map/Src/transform.c`
if test $1$2$3 != 631031466
then
echo ERROR: wc results of Map/Src/transform.c are $* should be 63 103 1466
fi
chmod 777 Map/Src/transform.c
echo x - Map/Src/transform.info '[non-ascii]'
$unpacker <<'@eof'
begin 777 Map/Src/transform.info
M"E1204Y31D]233H*+2TM+2TM+2TM"@H)5')A;G-F;W)M(&ES(&$@<VEM<&QE
M('!R;V=R86T@=&\@8V]P>2!D871A(&EN"@D*"6QA=" @("!L;VYG(" @<&5N
M"0D);&%T( EL;VYG"7!E;@H),3(S-#4V(#$R,S0U-B Q(" @(" @(" @(&9O
M<FUA="!I;G1O(" @(#$R+C,T-38@,3(N,S0U-B Q(" @(" @(&9O<FUA="X*
G"@ET;R!U<V4@:G5S="!T>7!E.B!T<F%N<V9O<FTN"@H*"0D)"0D)
end
@eof
set `wc -lwc <Map/Src/transform.info`
if test $1$2$3 != 1231219
then
echo ERROR: wc results of Map/Src/transform.info are $* should be 12 31 219
fi
chmod 777 Map/Src/transform.info
echo x - Map/Src/transformback.c
cat >Map/Src/transformback.c <<'@EOF'
#include <stdio.h>
#include "types.h"
int GeoPosition();
TypOfChar HeaderLine[MAXTEXTLEN];
TypOfChar StrLatitude[10];
TypOfChar StrLongitude[10];
int Longitude;
int Latitude;
int PenPos;
void main()
{
FILE *IN,*OUT;
char filename1[80],filename2[80];
printf("\nEnter file to transfer: ");
scanf("%s",filename1);
printf("\nEnter file to transfer to: ");
scanf("%s",filename2);
IN = fopen(filename1,"r");
if(IN == NULL)
{
fprintf(stderr,"Error: Cannot open data file %s\n",filename1);
exit(-1);
}
OUT = fopen(filename2,"w");
if(OUT == NULL)
{
fprintf(stderr,"Error: Cannot open data file %s\n",filename2);
exit(ERROR);
}
fgets(HeaderLine,MAXTEXTLEN,IN);
fgets(HeaderLine,MAXTEXTLEN,IN);
fprintf(OUT,"lat\tlong\tpen\n");
fprintf(OUT,"---\t----\t---\n");
while(fscanf(IN,"%s %s %d",StrLatitude,StrLongitude,&PenPos) != EOF)
{
Latitude = GeoPosition(StrLatitude);
Longitude = GeoPosition(StrLongitude);
fprintf(OUT,"%d\t%d\t%d\n",Latitude,Longitude,PenPos);
}
fclose(IN);
fclose(OUT);
}
int GeoPosition(String)
TypOfPtrToChar String;
{
double num;
int res,res2,res3;
sscanf(String,"%lf",&num);
res=(int) (num);
num=num-res;
res=res*10000;
num=num*60;
res2=(int)(num);
num=num-res2;
res2=res2*100;
num=num*60;
res3=(int)(num+.5);
return(res+res2+res3);
}
@EOF
set `wc -lwc <Map/Src/transformback.c`
if test $1$2$3 != 751111494
then
echo ERROR: wc results of Map/Src/transformback.c are $* should be 75 111 1494
fi
chmod 777 Map/Src/transformback.c
echo x - Map/Src/types.h
cat >Map/Src/types.h <<'@EOF'
#define YES 1
#define NO 0
#define FALSE 0
#define TRUE 1
#define UP 0
#define DOWN 1
#define OK 0
#define ERROR 1
#define LESS -1
#define EQUAL 0
#define GREATER +1
#define LINEBREAK '^'
#define TICSIZE 10
#define SYMBOLSIZE 0.0125
#define FNAMELEN 64
#define MAXTEXTLEN 512
#define XNUMCOORDINATES 1500
#define YNUMCOORDINATES 1024
typedef int TypOfInt;
typedef long TypOfLong;
typedef char TypOfChar;
typedef char * TypOfPtrToChar;
typedef float TypOfFloat;
typedef double TypOfDouble;
typedef struct StrOfGraphicsTerminalCapabilites
{
TypOfInt ChrWidth;
TypOfInt ChrHeight;
TypOfInt LinHeight;
TypOfInt ScrMaxWidth;
TypOfInt ScrWidth;
TypOfInt ScrHeight;
TypOfInt RasterSupport;
TypOfInt FillSupport;
TypOfInt ColorSupport;
} TypOfGraphicsTerminalCapabilities;
typedef struct StrOfSpaceDefinition
{
TypOfInt MinX;
TypOfInt MaxX;
TypOfInt MinY;
TypOfInt MaxY;
} TypOfSpaceDefinition;
typedef struct StrOfFontDefinition
{
TypOfInt CharWidth;
TypOfInt CharHeight;
TypOfInt LineHeight;
} TypOfFontDefinition;
typedef struct StrOfGeographicalDefinition
{
TypOfDouble MinLongitude;
TypOfDouble MaxLongitude;
TypOfDouble MinLatitude;
TypOfDouble MaxLatitude;
} TypOfGeographicalDefinition;
typedef struct StrOfEnvironmentParameters
{
TypOfDouble EnvMinLongitude;
TypOfDouble EnvMaxLongitude;
TypOfDouble EnvMinLatitude;
TypOfDouble EnvMaxLatitude;
TypOfFloat EnvMinX;
TypOfFloat EnvMaxX;
TypOfFloat EnvMinY;
TypOfFloat EnvMaxY;
} TypOfEnvironmentParameters;
typedef struct StrOfOptionParameters
{
TypOfPtrToChar HeadOfOptionList;
TypOfPtrToChar TailOfOptionList;
TypOfInt CountOfOptionList;
TypOfInt DefaultOptionPattern;
} TypOfOptionParameters;
typedef struct StrOfNodeForOptionParameters
{
TypOfChar OptionName[FNAMELEN];
TypOfChar OptionArgumentString[MAXTEXTLEN];
TypOfInt OptionPattern;
TypOfPtrToChar OptionNextPointer;
} TypOfNodeForOptionParameters;
typedef struct StrOfMapParameters
{
TypOfInt EraseSelected;
TypOfInt OptionSelected;
TypOfInt BorderSelected;
TypOfInt TicSelected;
TypOfInt LabelSelected;
TypOfInt CommentSelected;
TypOfInt FrameSelected;
} TypOfMapParameters;
typedef struct StrOfBorderParameters
{
TypOfChar BorderDataFile[FNAMELEN];
TypOfInt BorderPattern;
} TypOfBorderParameters;
typedef struct StrOfTicParameters
{
TypOfInt TicPattern;
TypOfDouble TicLongitudinalIncrement;
TypOfDouble TicLatitudinalIncrement;
} TypOfTicParameters;
typedef struct StrOfLabelParameters
{
TypOfInt LabelPattern;
TypOfDouble LabelLongitudinalInterval;
TypOfDouble LabelLatitudinalInterval;
} TypOfLabelParameters;
typedef struct StrOfCommentParameters
{
TypOfInt CommentPattern;
TypOfChar CommentText[MAXTEXTLEN];
} TypOfCommentParameters;
typedef struct StrOfFrameParameters
{
TypOfInt FramePattern;
} TypOfFrameParameters;
@EOF
set `wc -lwc <Map/Src/types.h`
if test $1$2$3 != 1922593154
then
echo ERROR: wc results of Map/Src/types.h are $* should be 192 259 3154
fi
chmod 777 Map/Src/types.h
echo x - Map/Src/value.c
cat >Map/Src/value.c <<'@EOF'
#include <stdio.h>
#include "types.h"
main(ArgC,ArgV)
TypOfInt ArgC;
TypOfPtrToChar ArgV[];
{
TypOfSpaceDefinition WOR;
TypOfSpaceDefinition WIN;
TypOfSpaceDefinition ARE;
TypOfFontDefinition CHA;
TypOfGeographicalDefinition GEO;
TypOfInt PAT;
TypOfDouble Mercator();
TypOfFloat FactorX;
TypOfFloat FactorY;
TypOfInt DeltaX;
TypOfInt DeltaY;
TypOfDouble DeltaLongitude;
TypOfDouble DeltaLatitude;
TypOfDouble Longitude;
TypOfDouble Latitude;
TypOfInt X;
TypOfInt Y;
TypOfInt Delta;
TypOfInt Minimum();
TypOfChar InputLine[MAXTEXTLEN];
TypOfChar ValueString[MAXTEXTLEN];
TypOfChar StrLatitude[10];
TypOfChar StrLongitude[10];
TypOfDouble GeoPosition();
TypOfChar LineMode[15];
GetArguments(ArgC,ArgV,&WOR,&WIN,&ARE,&CHA,&GEO,&PAT);
window(ARE.MinX,ARE.MinY,ARE.MaxX,ARE.MaxY);
LineType(PAT/10,LineMode);
linemod(LineMode);
color(PAT%10);
DeltaX = ARE.MaxX - ARE.MinX;
DeltaLongitude = GEO.MaxLongitude - GEO.MinLongitude;
FactorX = DeltaX/DeltaLongitude;
DeltaY = ARE.MaxY - ARE.MinY;
DeltaLatitude = Mercator(GEO.MaxLatitude) - Mercator(GEO.MinLatitude);
FactorY = DeltaY/DeltaLatitude;
gets(InputLine);
gets(InputLine);
if(gets(InputLine) == NULL)
{
fprintf(stderr,"Error: Input file for \"%s\" is empty\n",ArgV[0]);
exit(ERROR);
}
else
{
do
{
sscanf(InputLine,"%s %s",StrLatitude,StrLongitude);
Latitude = GeoPosition(StrLatitude);
Longitude = GeoPosition(StrLongitude);
sscanf(InputLine,"%*s %*s %[^\0]s",ValueString);
X = (FactorX*(GEO.MaxLongitude-Longitude))+ARE.MinX;
Y = (FactorY*(Mercator(Latitude)-Mercator(GEO.MinLatitude)))+ARE.MinY;
Delta = SYMBOLSIZE*Minimum((ARE.MaxX-ARE.MinX),(ARE.MaxY-ARE.MinY));
move(X,Y);
label(ValueString);
} while(gets(InputLine) != NULL);
}
fflush(stdout);
exit(OK);
}
TypOfInt GetArguments(ArgC,ArgV,WOR,WIN,ARE,CHA,GEO,PAT)
TypOfInt ArgC;
TypOfPtrToChar ArgV[];
TypOfSpaceDefinition *WOR;
TypOfSpaceDefinition *WIN;
TypOfSpaceDefinition *ARE;
TypOfFontDefinition *CHA;
TypOfGeographicalDefinition *GEO;
TypOfInt *PAT;
{
sscanf(ArgV[1],"%d",&((*WOR).MinX));
sscanf(ArgV[2],"%d",&((*WOR).MaxX));
sscanf(ArgV[3],"%d",&((*WOR).MinY));
sscanf(ArgV[4],"%d",&((*WOR).MaxY));
sscanf(ArgV[5],"%d",&((*WIN).MinX));
sscanf(ArgV[6],"%d",&((*WIN).MaxX));
sscanf(ArgV[7],"%d",&((*WIN).MinY));
sscanf(ArgV[8],"%d",&((*WIN).MaxY));
sscanf(ArgV[9],"%d",&((*ARE).MinX));
sscanf(ArgV[10],"%d",&((*ARE).MaxX));
sscanf(ArgV[11],"%d",&((*ARE).MinY));
sscanf(ArgV[12],"%d",&((*ARE).MaxY));
sscanf(ArgV[13],"%d",&((*CHA).CharWidth));
sscanf(ArgV[14],"%d",&((*CHA).CharHeight));
sscanf(ArgV[15],"%d",&((*CHA).LineHeight));
sscanf(ArgV[16],"%lf",&((*GEO).MinLongitude));
sscanf(ArgV[17],"%lf",&((*GEO).MaxLongitude));
sscanf(ArgV[18],"%lf",&((*GEO).MinLatitude));
sscanf(ArgV[19],"%lf",&((*GEO).MaxLatitude));
sscanf(ArgV[20],"%d",PAT);
return;
}
@EOF
set `wc -lwc <Map/Src/value.c`
if test $1$2$3 != 1361813230
then
echo ERROR: wc results of Map/Src/value.c are $* should be 136 181 3230
fi
chmod 777 Map/Src/value.c
echo x - Map/Src/wincol.c
cat >Map/Src/wincol.c <<'@EOF'
#include <stdio.h>
#include "types.h"
extern int minx,miny,maxx,maxy;
extern TypOfFloat scalingfactor;
void window(a,b,c,d)
TypOfInt a, b, c, d;
{
fprintf(stdout,"w");
fflush(stdout);
putsi(a);
putsi(b);
putsi(c);
putsi(d);
return;
}
void color(b)
TypOfInt b;
{
fprintf(stdout,"z");
fflush(stdout);
putsi(b);
return;
}
@EOF
set `wc -lwc <Map/Src/wincol.c`
if test $1$2$3 != 2836368
then
echo ERROR: wc results of Map/Src/wincol.c are $* should be 28 36 368
fi
chmod 777 Map/Src/wincol.c
chmod 777 Map/Src
rm -f /tmp/unpack$$
exit 0