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astrolog.c
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astrolog.c
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/*
** Astrolog (Version 5.41G) File: astrolog.c
**
** Code changed by Valentin Abramov
**
** IMPORTANT NOTICE: The graphics database and chart display routines
** used in this program are Copyright (C) 1991-1998 by Walter D. Pullen
** (Astara@msn.com, http://www.magitech.com/~cruiser1/astrolog.htm).
** Permission is granted to freely use and distribute these routines
** provided one doesn't sell, restrict, or profit from them in any way.
** Modification is allowed provided these notices remain with any
** altered or edited versions of the program.
**
** The main planetary calculation routines used in this program have
** been Copyrighted and the core of this program is basically a
** conversion to C of the routines created by James Neely as listed in
** Michael Erlewine's 'Manual of Computer Programming for Astrologers',
** available from Matrix Software. The copyright gives us permission to
** use the routines for personal use but not to sell them or profit from
** them in any way.
**
** The PostScript code within the core graphics routines are programmed
** and Copyright (C) 1992-1993 by Brian D. Willoughby
** (brianw@sounds.wa.com). Conditions are identical to those above.
**
** The extended accurate ephemeris databases and formulas are from the
** calculation routines in the library SWISS EPHEMERIS and are programmed and
** copyright 1998 by Astrodienst AG.
** The use of that source code is subject to
** the Swiss Ephemeris Public License, available at
** http://www.astro.ch/swisseph. This copyright notice must not be
** changed or removed by any user of this program.
**
** Initial programming 8/28,30, 9/10,13,16,20,23, 10/3,6,7, 11/7,10,21/1991.
** X Window graphics initially programmed 10/23-29/1991.
** PostScript graphics initially programmed 11/29-30/1992.
** Last code change made 12/20/1998.
** Modifications from version 5.40 to 5.41 are by Alois Treindl.
*/
#include "astrolog.h"
/*
******************************************************************************
** Program Dispatch Procedures.
******************************************************************************
*/
/* Initialize the Ansi color arrays with the color to print each object in. */
void InitColors()
{
int i;
kObjA[0] = kElemA[eEar];
for (i = 1; i <= 10; i++)
kObjA[i] = kSignA(ruler1[i]);
for (i = 11; i <= 15; i++)
kObjA[i] = kMainA[8];
for (i = 16; i <= 20; i++)
kObjA[i] = kMainA[6];
for (i = 1; i <= cSign; i++)
kObjA[cuspLo+i-1] = kSignA(i);
for (i = uranLo; i <= uranHi; i++)
kObjA[i] = kRainbowA[7];
for (i = 0; i <= oNorm; i++) {
if (kObjA1[i] != 0)
kObjA[i] = kObjA1[i];
}
for (i = starLo; i <= starHi; i++) {
/* kObjA[i] = rStarBright[i-oNorm] < 1.0 ? kRainbowA[2] : kMainA[4]; */
if (rStarBright[i-oNorm] < 1.0)
kObjA[i] = kStar1;
else if (rStarBright[i-oNorm] < 2.0)
kObjA[i] = kStar2;
else
kObjA[i] = kStar3;
}
}
/* This is the dispatch procedure for the entire program. After all the */
/* command switches have been processed, this routine is called to */
/* actually call the various routines to generate and display the charts. */
void Action()
{
byte sz[cchSzDef];
int i;
NoPrintHeader = 0;
#ifdef WIN
is.fMult = fFalse; /* Cleared here because no InitVariables routine. */
#endif
is.fSzPersist = is.fNoEphFile = fFalse;
is.cchRow = 0;
AnsiColor(kDefault);
InitColors();
if (fSouthNode) {
szObjName[oSou] = "S.Node";
#ifdef INTERPRET
szMindPart[oSou] =
"karmic past, and area of experience but little growth";
#endif
ruler1[oSou] = sLeo;
}
szAspectAbbrev[aCon] = us.fParallel ? "Par" : szAspectAbbrevCon;
szAspectAbbrev[aOpp] = us.fParallel ? "CPr" : szAspectAbbrevOpp;
/* First let's adjust the restriction status of the cusps, uranians, and */
/* fixed stars based on whether -C, -u, and -U switches are in effect. */
if (!us.fCusp)
for (i = cuspLo; i <= cuspHi; i++)
ignore[i] = ignore2[i] = fTrue;
if (!us.fUranian)
for (i = uranLo; i <= uranHi; i++)
ignore[i] = ignore2[i] = fTrue;
if (!us.nStar)
for (i = starLo; i <= starHi; i++)
ignore[i] = ignore2[i] = fTrue;
/* If the -os switch is in effect, open a file and set a global to */
/* internally 'redirect' all screen output to. */
if (is.szFileScreen) {
is.S = fopen(is.szFileScreen, "w");
if (is.S == NULL) {
sprintf(sz, "File %s can not be created.", is.szFileScreen);
PrintError(sz);
is.S = stdout;
}
} else
is.S = stdout;
if (FPrintTables()) /* Print out any generic tables specified. */
goto LDone; /* If nothing else to do, we can exit right away. */
if (is.fMult) {
PrintL2();
is.fMult = fFalse;
}
/* If -+ or -- switches in effect, then add the specified delta value to */
/* the date and use that as a new date before proceeding to make chart. */
if (us.dayDelta != 0) {
is.JD = (real)MdyToJulian(MM, DD+us.dayDelta, YY);
JulianToMdy(is.JD, &MM, &DD, &YY);
}
/* Here we either do a normal chart or some kind of relationship chart. */
#ifdef WIN
if (us.fProgress && !us.nRel && !gs.nAnim && !us.fInDay)
ciMain = ciTran;
#endif
if (!us.nRel) {
#ifndef WIN
/* If chart info not in memory yet, then prompt the user for it. */
if (!is.fHaveInfo && !FInputData(szTtyCore))
return;
CastChart(fTrue);
#else
if (wi.fCast) {
wi.fCast = fFalse;
CastChart(fTrue);
}
#endif
if (!us.fProgress || us.nRel)
ciMain = ciCore;
} else
CastRelation();
#ifndef WIN
ciSave = ciMain;
#endif
#ifdef GRAPH
if (us.fGraphics) /* If any of the X window switches in effect, */
FActionX(); /* then go make a graphics chart... */
else
#endif
PrintChart(is.fProgress); /* Otherwise print chart on text screen. */
if (us.fWriteFile) /* If -o switch in effect, then write */
FOutputData(); /* the chart information to a file. */
LDone:
if (is.S != stdout) /* If we were internally directing chart display to a */
fclose(is.S); /* file as with the -os switch, close it here. */
if (grid) {
DeallocateFar(grid);
grid = NULL;
}
}
#ifndef WIN
/* Reset a few variables to their default values they have upon startup of */
/* the program. We don't reset all variables, just the most volatile ones. */
/* This is called when in the -Q loop to reset things like which charts to */
/* display, but leave setups such as object restrictions and orbs alone. */
void InitVariables()
{
us.fInterpret = us.fProgress = is.fHaveInfo = is.fMult = fFalse;
us.nRel = us.dayDelta = 0;
is.szFileScreen = NULL;
ClearB((lpbyte)&us.fListing,
(int)((lpbyte)&us.fLoop - (lpbyte)&us.fListing));
}
#endif
/*
******************************************************************************
** Command Switch Procedures.
******************************************************************************
*/
/* Given a string representing a command line (e.g. a macro string), go */
/* parse it into its various switches and parameters, then go process them */
/* and change program settings. Basically a wrapper for other functions. */
bool FProcessCommandLine(szLine)
byte *szLine;
{
byte szCommandLine[cchSzMax], *rgsz[MAXSWITCHES];
int argc, cb, fT;
if (szLine == NULL)
return fTrue;
if (Mon != -1)
ciCore = ciMain;
cb = CchSz(szLine)+1;
CopyRgb((byte *)szLine, (byte *)szCommandLine, cb);
argc = NParseCommandLine(szCommandLine, rgsz);
fT = FProcessSwitches(argc, rgsz);
ciMain = ciCore;
return fT;
}
/* Given string representing a command line, convert it to an "argv" format */
/* of an array of strings, one for each switch or parameter, i.e. exactly */
/* like the format of the command line as given when the program starts. */
int NParseCommandLine(szLine, argv)
byte *szLine;
byte **argv;
{
int argc = 1, fSpace = fTrue, fQuote = fFalse;
byte *pch = szLine;
/* Split the entered line up into its individual switch strings. */
while (*pch >= ' ' || *pch == chTab) {
if (*pch == ' ' || *pch == chTab) {
if (fSpace)
/* Skip over the current run of spaces between strings. */
;
else {
/* First space after a string, end parameter here. */
if (!fQuote) {
*pch = chNull;
fSpace = fTrue;
}
}
} else {
if (fSpace) {
/* First character after run of spaces, begin parameter here. */
if (argc >= MAXSWITCHES-1) {
PrintWarning("Too many items - rest of line ignored.");
break;
}
fQuote = (*pch == '"');
argv[argc++] = pch + fQuote;
fSpace = fFalse;
} else
/* Skip over the current string. */
if (fQuote && *pch == '"') {
*pch = chNull;
fSpace = fTrue;
}
}
pch++;
}
argv[0] = szAppNameCore;
argv[argc] = NULL; /* Set last string in switch array to Null. */
return argc;
}
/* This routine is called by the main program to interactively prompt the */
/* user for command switches and parameters, entered in the same format as */
/* they would be on a command line. This needs to be called with certain */
/* systems which don't allow passing of a command line to the program, */
/* or when -Q is in effect. The result of this routine is returned to the */
/* main program which then processes it as done with a real command line. */
int NPromptSwitches(line, argv)
byte *line, *argv[MAXSWITCHES];
{
FILE *data;
byte sz[cchSzDef];
data = is.S; is.S = stdout;
is.cchRow = 0;
AnsiColor(kWhite);
sprintf(sz, "** %s version %s ", szAppName, szVersionCore); PrintSz(sz);
sprintf(sz, "(See '%cHc' switch for copyrights and credits.) **\n",
chSwitch); PrintSz(sz);
AnsiColor(kDefault);
PrintSz("Enter all parameter options below. ");
sprintf(sz, "(Enter '%cH' for help. Enter '.' to exit.)\n", chSwitch);
PrintSz(sz);
is.S = data;
InputString("Input command line", line);
PrintL();
return NParseCommandLine(line, argv);
}
/* This subprocedure is like FProcessSwitches() below, except that we only */
/* process one switch, which we know to be one of the obscure -Y types. */
int NProcessSwitchesRare(argc, argv, pos, fOr, fAnd, fNot)
int argc, pos;
bool fOr, fAnd, fNot;
byte **argv;
{
int darg = 0, i, j, k;
real r;
byte ch1, ch2;
OE oe;
lpbyte lpb;
int FPTR *lpn;
lpreal lpr;
#ifdef INTERPRET
byte *sz;
#endif
ch1 = argv[0][pos+1]; ch2 = argv[0][pos+2];
switch (argv[0][pos]) {
case chNull:
SwitchF(us.fSwitchRare);
break;
case 'H':
SwitchF(PolarMCflip);
break;
case 'n':
SwitchF(us.fTrueNode);
break;
case 'd':
SwitchF(us.fEuroDate);
break;
case 'D':
SwitchF(fDisp);
break;
case 'm':
SwitchF(MonthFormat);
break;
case 't':
SwitchF(us.fEuroTime);
break;
case 'C':
SwitchF(us.fSmartCusp);
break;
case 'N':
SwitchF(forceSN);
break;
case 'L':
SwitchF(oscLilith);
break;
case '8':
SwitchF(us.fClip80);
break;
case 'Z':
SwitchF(fNESW);
break;
case 'Q':
if (argc <= 1) {
ErrorArgc("YQ");
return tcError;
}
i = atoi(argv[1]);
if (i < 0) {
ErrorValN("YQ", i);
return tcError;
}
us.nScrollRow = i;
darg++;
break;
case 'o':
SwitchF(us.fWriteOld);
break;
case 'c':
SwitchF(us.fHouseAngle);
break;
case 'z':
if (argc <= 1) {
ErrorArgc("Yz");
return tcError;
}
us.lTimeAddition = atol(argv[1]);
darg++;
break;
case 'l':
if (argc <= 1) {
ErrorArgc("Yl");
return tcError;
}
i = atoi(argv[1]);
if (!FSector(i)) {
ErrorValN("Yl", i);
return tcError;
}
SwitchF(pluszone[i]);
darg++;
break;
#ifdef ARABIC
case 'P':
if (argc <= 1) {
ErrorArgc("YP");
return tcError;
}
if (ch1 == 'a') {
i = atoi(argv[1]);
if (i < 0 || i > 18) {
ErrorValN("YPa", i);
return tcError;
}
PartAspects = i;
darg++;
break;
}
if (ch1 == 's') {
i = atoi(argv[1]);
if (i < 0 || i > 18) {
ErrorValN("YPs", i);
return tcError;
}
PartAspectsShow = i;
darg++;
break;
}
if (ch1 == 'p') {
r = atof(argv[1]);
if (r < 0.1 || r > 100.0) {
ErrorValR("YPp", r);
return tcError;
}
SolidAspect = r;
darg++;
break;
}
if (ch1 == 'o') {
r = atof(argv[1]);
if (r < 0.0 || r > 15.0) {
ErrorValR("YPo", r);
return tcError;
}
PartOrb = r;
darg++;
break;
}
i = atoi(argv[1]);
if (!FBetween(i, -1, 1)) {
ErrorValN("YP", i);
return tcError;
}
us.nArabicNight = i;
darg++;
break;
#endif
case 'b':
if (argc <= 1) {
ErrorArgc("Yb");
return tcError;
}
i = atoi(argv[1]);
if (!FValidBioday(i)) {
ErrorValN("Yb", i);
return tcError;
}
us.nBioday = i;
darg++;
break;
case 'E':
if (argc <= 17) {
ErrorArgc("YE");
return tcError;
}
i = NParseSz(argv[1], pmObject);
if (!FHelio(i)) {
ErrorValN("YE", i);
return tcError;
}
oe.sma = atof(argv[2]);
oe.ec0 = atof(argv[3]); oe.ec1 = atof(argv[4]); oe.ec2 = atof(argv[5]);
oe.in0 = atof(argv[6]); oe.in1 = atof(argv[7]); oe.in2 = atof(argv[8]);
oe.ap0 = atof(argv[9]); oe.ap1 = atof(argv[10]); oe.ap2 = atof(argv[11]);
oe.an0 = atof(argv[12]); oe.an1 = atof(argv[13]); oe.an2 = atof(argv[14]);
oe.ma0 = atof(argv[15]); oe.ma1 = atof(argv[16]); oe.ma2 = atof(argv[17]);
rgoe[IoeFromObj(i)] = oe;
darg += 17;
break;
case 'R':
if (argc <= 2 + (ch1 == 'Z')*2) {
ErrorArgc("YR");
return tcError;
}
i = NParseSz(argv[1], pmObject); j = NParseSz(argv[2], pmObject);
if (ch1 == '0') {
us.fIgnoreSign = i != 0;
us.fIgnoreDir = j != 0;
darg += 2;
break;
} else if (ch1 == 'Z') {
ignorez[0] = i != 0;
ignorez[1] = j != 0;
ignorez[2] = atoi(argv[3]) != 0;
ignorez[3] = atoi(argv[4]) != 0;
darg += 4;
break;
}
if (!FItem(i)) {
ErrorValN("YR", i);
return tcError;
}
if (!FItem(j) || j < i) {
ErrorValN("YR", j);
return tcError;
}
if (argc <= 3+j-i) {
ErrorArgc("YR");
return tcError;
}
if (ch1 == 'T')
lpb = ignore2;
else if (ch1 == 'P')
lpb = ignore3;
else
lpb = ignore;
for (k = i; k <= j; k++)
lpb[k] = atoi(argv[3+k-i]) != 0;
darg += 3+j-i;
break;
case 'A':
if (argc <= 2) {
ErrorArgc("YA");
return tcError;
}
k = ch1 == 'm' || ch1 == 'd' ? pmObject : pmAspect;
i = NParseSz(argv[1], k); j = NParseSz(argv[2], k);
k = ch1 == 'm' || ch1 == 'd' ? cObj : cAspect;
if (!FBetween(i, 1, k)) {
ErrorValN("YA", i);
return tcError;
}
if (!FBetween(j, 1, k) || j < i) {
ErrorValN("YA", j);
return tcError;
}
if (argc <= 3+j-i) {
ErrorArgc("YA");
return tcError;
}
lpr = ch1 == 'o' ? rAspOrb : (ch1 == 'm' ? rObjOrb :
(ch1 == 'd' ? rObjAdd : rAspAngle));
for (k = i; k <= j; k++)
lpr[k] = atof(argv[3+k-i]);
darg += 3+j-i;
break;
case 'j':
if (argc <= 2 + 2*(ch1 == '0')) {
ErrorArgc("Yj");
return tcError;
}
if (ch1 == '0') {
rObjInf[oNorm+1] = atof(argv[1]);
rObjInf[oNorm+2] = atof(argv[2]);
rHouseInf[cSign+1] = atof(argv[3]);
rHouseInf[cSign+2] = atof(argv[4]);
darg += 4;
break;
}
k = ch1 == 'C' ? pmSign : (ch1 == 'A' ? pmAspect : pmObject);
i = NParseSz(argv[1], k); j = NParseSz(argv[2], k);
k = ch1 == 'C' ? cSign : (ch1 == 'A' ? cAspect : cObj);
if (!FBetween(i, 1, k)) {
ErrorValN("Yj", i);
return tcError;
}
if (!FBetween(j, 1, k) || j < i) {
ErrorValN("Yj", j);
return tcError;
}
if (argc <= 3+j-i) {
ErrorArgc("Yj");
return tcError;
}
lpr = ch1 == 'C' ? rHouseInf : (ch1 == 'A' ? rAspInf :
(ch1 == 'T' ? rTransitInf : rObjInf));
for (k = i; k <= j; k++)
lpr[k] = atof(argv[3+k-i]);
darg += 3+j-i;
break;
case 'J':
if (argc <= 3 - (ch1 == '0')) {
ErrorArgc("YJ");
return tcError;
}
i = NParseSz(argv[1], pmObject);
if (!FNorm(i)) {
ErrorValN("YJ", i);
return tcError;
}
j = NParseSz(argv[2], pmSign);
if (!FBetween(j, 0, cSign)) {
ErrorValN("YJ", j);
return tcError;
}
if (ch1 != '0') {
k = NParseSz(argv[3], pmSign);
if (!FBetween(k, 0, cSign)) {
ErrorValN("YJ", k);
return tcError;
}
ruler1[i] = j;
ruler2[i] = k;
if (FBetween(i, 1, oMain) && j != 0)
rules[j] = i;
} else
exalt[i] = j;
darg += 3 - (ch1 == '0');
break;
case 'r':
if (argc <= 2 ) {
ErrorArgc("Yr");
return tcError;
}
i = NParseSz(argv[1], pmSign);
if (!FBetween(i, 0, cSign)) {
ErrorValN("Yr", i);
return tcError;
}
j = NParseSz(argv[2], pmObject);
if (!FNorm(j)) {
ErrorValN("Yr", j);
return tcError;
}
rules[i] = j;
ruler1[j] = i;
darg += 2;
break;
case 'q':
if (argc <= 2 ) {
ErrorArgc("Yq");
return tcError;
}
i = NParseSz(argv[1], pmObject);
if (!FNorm(i)) {
ErrorValN("Yq", i);
return tcError;
}
j = NParseSz(argv[2], pmColor);
if (!FBetween(j, 0, cColor)) {
ErrorValN("Yq", j);
return tcError;
}
kObjA1[i] = j;
darg += 2;
break;
#ifdef INTERPRET
case 'I':
if (argc <= 2) {
ErrorArgc("YI");
return tcError;
}
i = NParseSz(argv[1],
ch1 == 'A' ? pmAspect : (ch1 == chNull ? pmObject : pmSign));
j = ch1 == 'A' ? cAspect : (ch1 == chNull ? oNorm : cSign);
if (!FBetween(i, 1, j)) {
ErrorValN("YI", i);
return tcError;
}
if (ch1 == 'A' && ch2 == '0')
ch1 = '0';
sz = SzPersist(argv[2]);
switch (ch1) {
case 'A': szInteract[i] = sz; break;
case '0': szTherefore[i] = sz; break;
case chNull: szMindPart[i] = sz; break;
case 'C': szLifeArea[i] = sz; break;
case 'v': szDesire[i] = sz; break;
default: szDesc[i] = sz;
}
darg += 2;
break;
#endif
case 'k':
if (argc <= 2 + 2*(ch1 == 'C')) {
ErrorArgc("Yk");
return tcError;
}
if (ch1 == 'C') {
kElemA[eFir] = NParseSz(argv[1], pmColor) & 15;
kElemA[eEar] = NParseSz(argv[2], pmColor) & 15;
kElemA[eAir] = NParseSz(argv[3], pmColor) & 15;
kElemA[eWat] = NParseSz(argv[4], pmColor) & 15;
darg += 4;
break;
}
k = ch1 == 'A' ? pmAspect : 0;
i = NParseSz(argv[1], k); j = NParseSz(argv[2], k);
k = ch1 == 'A' ? cAspect : (ch1 == '0' ? 7 : 8);
if (!FBetween(i, ch1 != chNull, k)) {
ErrorValN("Yk", i);
return tcError;
}
if (!FBetween(j, ch1 != chNull, k) || j < i) {
ErrorValN("Yk", j);
return tcError;
}
if (argc <= 3+j-i) {
ErrorArgc("Yk");
return tcError;
}
lpn = ch1 == 'A' ? kAspA : (ch1 == '0' ? kRainbowA : kMainA);
for (k = i; k <= j; k++)
lpn[k] = NParseSz(argv[3+k-i], pmColor) & 15;
darg += 3+j-i;
break;
case 'F':
if (argc <= 8) {
ErrorArgc("YF");
return tcError;
}
i = NParseSz(argv[1], pmObject);
if (!FItem(i)) {
ErrorValN("YF", i);
return tcError;
}
r = Mod((real)(atoi(argv[2]) +
(NParseSz(argv[3], pmSign)-1)*30) + atof(argv[4])/60.0);
if (!FCusp(i))
planet[i] = r;
else {
j = Mod12(i-(cuspLo-1)+6);
if (FBetween(i, cuspLo-1+4, cuspLo-1+9)) {
chouse[i-(cuspLo-1)] = r;
chouse[j] = Mod(r + rDegHalf);
} else {
planet[i] = r;
planet[cuspLo-1+j] = Mod(r + rDegHalf);
}
}
j = atoi(argv[5]);
r = (j < 0 ? -1.0 : 1.0)*((real)abs(j) + atof(argv[6])/60.0);
planetalt[i] = Mod((r + rDegQuad) * 2.0) / 2.0 - rDegQuad;
ret[i] = RFromD(atof(argv[7]));
if (i <= oNorm)
SphToRec(atof(argv[8]), planet[i], planetalt[i],
&spacex[i], &spacey[i], &spacez[i]);
MM = -1;
darg += 8;
break;
case 'U':
if (ch1 != 'a' && ch1 != 'o' && ch1 != 'b' && ch1 != 'O' && ch1 != 'P') {
SwitchF(StarRest);
break;
}
if (argc <= 1) {
ErrorArgc("YU");
return tcError;
}
if (ch1 == 'a') {
i = atoi(argv[1]);
if (i < 0 || i > 18) {
ErrorValN("YUa", i);
return tcError;
}
StarAspects = i;
darg++;
break;
}
if (ch1 == 'o') {
r = atof(argv[1]);
if (r < 0.0 || r > 15.0) {
ErrorValR("YUo", r);
return tcError;
}
StarOrb = r;
darg++;
break;
}
if (ch1 == 'P') {
i = atoi(argv[1]);
if (i < 0 || i > 3) {
ErrorValN("YUP", i);
return tcError;
}
PrimeRest = i;
darg++;
break;
}
if (ch1 == 'b') {
if (ch2 == '1') {
i = atoi(argv[1]);
if (i < -2 || i > 16) {
ErrorValN("YUb1", i);
return tcError;
}
kStar1 = i;
darg++;
break;
}
if (ch2 == '2') {
i = atoi(argv[1]);
if (i < -2 || i > 16) {
ErrorValN("YUb2", i);
return tcError;
}
kStar2 = i;
darg++;
break;
}
if (ch2 == '3') {
i = atoi(argv[1]);
if (i < -2 || i > 16) {
ErrorValN("YUb3", i);
return tcError;
}
kStar3 = i;
darg++;
break;
}
}
if (ch1 == 'O') {
if (ch2 == '1') {
r = atof(argv[1]);
if (r < 0.0 || r > 16.0) {
ErrorValR("YUO1", r);
return tcError;
}
PrimeOrb1 = r;
darg++;
break;
}
if (ch2 == '2') {
r = atof(argv[1]);
if (r < 0.0 || r > 16.0) {
ErrorValR("YUO2", r);
return tcError;
}
PrimeOrb2 = r;
darg++;
break;
}
}
case 'O':
if (argc <= 1) {
ErrorArgc("YO");
return tcError;
}
if (ch1 == 'c') {
r = atof(argv[1]);
if (r <= 0) {
ErrorValR("YOc", r);
return tcError;
}
CoeffComp = r;
darg++;
break;
}
if (ch1 == 'p') {
r = atof(argv[1]);
if (r <= 0.0) {
ErrorValR("YOp", r);
return tcError;
}
CoeffPar = r;
darg++;
break;
}
if (ch1 == 'P') {
r = atof(argv[1]);
if (r < 0.0 || r > 100.0) {
ErrorValR("YOP", r);
return tcError;
}
PowerPar = r;
darg++;
break;
}
break;
case 'S':
if (ch1 == 'a') {
SwitchF(us.fAppSep);
break;
}
if (ch1 == 'j') {
SwitchF(us.fInfluenceSign);
break;
}
if (ch1 == 's') {
SwitchF(us.fAspSummary);
break;
}
if (ch1 == 'p') {
SwitchF(us.fParallel);
break;
}
break;
#ifdef GRAPH
case 'X':
return NProcessSwitchesRareX(argc, argv, pos+1);
#endif
default:
ErrorSwitch(argv[0]);
return tcError;
}
return darg; /* Return the value to be added to argc. */
}
/* Process a command switch line passed to the program. Read each entry in */
/* the argument list and set all the program modes and charts to display. */
bool FProcessSwitches(argc, argv)
int argc;
byte **argv;
{
int ich, i, j;
bool fNot, fOr, fAnd;
real rT;
byte ch1, ch2, *pch, *sz;
CI ci;
argc--; argv++;
while (argc) {
ch1 = argv[0][0];
fNot = fOr = fAnd = fFalse;
switch (ch1) {
case '=': fOr = fTrue; break;
case '_': fAnd = fTrue; break;
case ':': break;
default: fNot = fTrue; break;
}
ich = 1 + FChSwitch(argv[0][0]); /* Leading dash? */
ch1 = argv[0][ich];
ch2 = ch1 == chNull ? chNull : argv[0][ich+1];
switch (argv[0][ich-1]) {
case 'H':
if (ch1 == 'c')
SwitchF(us.fCredit);
else if (ch1 == 'Y')
SwitchF(us.fSwitchRare);
#ifdef ISG
else if (ch1 == 'X')
SwitchF(us.fKeyGraph);
#endif
else if (ch1 == 'C')