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Macros
#define	DefMenuSize 80

Functions
char *	tmalloc ()

int	cieq ()

int	ciprefix ()

void	strtolower ()

void	Basic ()

void	Undo ()

void	Color ()

void	Bgrnd ()

void	Hlite ()

void	RGB ()

void	AlterColor ()

void	SetGrid ()

void	MenuParams ()

void	MenuPrompt ()

void	MenuMore ()

int	GetColor ()

void	ShowRGB ()

void	DoAlloc ()

void	Edit ()

void	TitleWindow ()

void	Save ()

void	WriteCell ()

int	FixCellName ()

void	Rdraw ()

void	ShowFull ()

void	Expand ()

void	MX ()

void	MY ()

void	Rotat0 ()

void	Rotat90 ()

void	Rotat180 ()

void	Rotat270 ()

void	Sel ()

void	Area ()

void	Desel ()

void	Selection ()

int	AreTypesInQ ()

void	SelectTypes ()

void	SQInit ()

void	SQClear ()

void	SQInsert ()

void	SQDelete ()

void	SQComputeBB ()

void	SQRestore ()

void	SQDesel ()

void	SQShow ()

long *	InPath ()

void	Copy ()

void	Move ()

void	ShowGhost ()

void	CopyPathWithXForm ()

void	ShowTransformed ()

void	SetNewTransform ()

void	AddResultingTransform ()

void	Break ()

struct p *	CopyPath ()

void	Dir ()

char *	CopyString ()

void	Pan ()

void	Zoom ()

void	Windo ()

void	LastView ()

void	SaveLastView ()

void	SaveViewOnStack ()

void	Redisplay ()

void	RedisplayAfterInterrupt ()

int	TCheck ()

void	SetTransform ()

void	ShowOutput ()

void	DoIplot ()

void	SetIplot ()

void	ClearIplot ()

char *	GPstring ()

char *	GPgetString ()

int	GPdeleteGrafRef ()

void	GPclearGraf ()

void	ShowGrid ()

void	ShowLine ()

void	ShowManhattanLine ()

void	Hcopy ()

char *	HYtostr ()

char *	HYtoascii ()

struct hprlist *	HYfromascii ()

char *	HYgetentry ()

struct hprlist *	HYcopy ()

struct hyEnt *	HYcopyEnt ()

void	HYfree ()

char *	KbEdit ()

struct hprlist *	HYedit ()

void	HYrepaint ()

void	KbCursor ()

void	HYinit ()

void	HYadd ()

void	HYdel ()

void	HYtransform ()

void	HYtransformStretch ()

void	HYundoTransform ()

void	HYclearUndoFlags ()

void	HYdeleteReference ()

char *	Init ()

void	InitVLT ()

void	InitParameters ()

void	DefaultWindows ()

void	InitCoarseWindow ()

void	InitFineWindow ()

void	SetPositioning ()

void	InitViewport ()

void	SetCurrentAOI ()

void	CenterFullView ()

void	UpdateSCED ()

void	Readin ()

short	FBGetchar ()

char *	FBEdit ()

struct hprlist *	FBHyEdit ()

void	FBText ()

void	FBPolygon ()

void	FBPolygonClip ()

void	FBSetRubberBanding ()

void	Label ()

void	BBLabel ()

void	CDLabelBB ()

void	ShowLabel ()

char	SetXform ()

void	LibraryOpen ()

FILE *	OpenDevice ()

int	IsCellInLib ()

void	SetLibraryChoices ()

void	ModelLibraryOpen ()

void	QueueModel ()

struct line *	PrintModels ()

struct line *	GetModelText ()

void	DestroySCEDlibs ()

void	LibraryClose ()

void	ModelLibraryClose ()

void	MoreText ()

int	MoreLine ()

int	EnableMore ()

int	RepaintMore ()

int	MorePageDisplay ()

void	ShowMutual ()

struct line *	PrintMutual ()

char *	GetName ()

void	UpdateProperties ()

void	UpdateDeviceName ()

void	AssignWireProperties ()

void	DoSpiceList ()

void	DumpSpiceFile ()

struct line *	MakeSpiceDeck ()

struct line *	SpiceList ()

void	ConnectRecursive ()

void	Connect ()

void	ShowProperties ()

void	UpdatePropertyString ()

void	Subcircuit ()

int	SelectNode ()

void	ShowTerminals ()

void	DisplayTerminals ()

void	TransformReferences ()

void	TransformReferencePoint ()

void	UndoReferenceTransform ()

void	ClearReferenceUndoFlags ()

void	Del ()

void	Wires ()

void	ShowWire ()

int	IsManhattan ()

void	ShowPath ()

void	ShowPolygon ()

int	InBox ()

void	OversizeBox ()

void	OutlineBox ()

void	ShowEmptyBox ()

void	EraseBox ()

void	StretchPath ()

void	ShowStretch ()

void	Dots ()

void	Point ()

int	ButtonPress ()

int	PointLoop ()

int	PointLoopSafe ()

int	PointColor ()

void	FinePosition ()

void	NotPointingAtLayout ()

void	InitDeviceMenu ()

void	NewSubckt ()

void	Place ()

void	ShowNewInstance ()

void	NewSymbol ()

int	MutSelected ()

void	Push ()

void	UpdateParent ()

void	Pop ()

int	CheckModified ()

void	ClearContext ()

void	Flatten ()

int	OpenCell ()

void	PToL ()

void	ClipToGridPoint ()

void	ShowCommandMenu ()

void	ShowMenu ()

MENU *	GetCurrentMenu ()

void	AlterMenuEntries ()

void	MenuSelect ()

void	MenuDeselect ()

void	MenuSelectDev ()

void	MenuDeselectDev ()

void	FixMenuPrefix ()

void	ShowPrompt ()

void	ShowPromptAndWait ()

void	ShowPromptWithColor ()

void	RedrawPrompt ()

void	AppendToOldPrompt ()

void	ErasePrompt ()

void	OutlineText ()

void	EraseLargeCoarseViewport ()

void	EraseFineViewport ()

void	ShowFineViewport ()

void	ShowCurrentObject ()

void	ShowMarker ()

void	InitMenus ()

void	InitBasicMenu ()

int	sced ()

int	SafeCmds ()

void	RunSpice ()

int	CheckSaved ()

int	CheckError ()

int	IsSymfile ()

void	SetPathFromSpice ()

void	SetCDPath ()

char *	GetHardCopyDevice ()

void	InitSignals ()

char *	NextCellName ()

void	MallocFailed ()

struct line *	AllocateLine ()

char *	AllocateNewString ()

void	ShowProcess ()

void	SCEDhelp ()

void	SCEDquitHelp ()

Variables
struct ks *	SelectQHead

struct ka	SelectQBB

int	IplotStatusChanged

struct kv *	View

struct ka	MenuViewport

struct kp	Parameters

struct kl *	ColorTable

struct kc	SCursor

struct a	CurrentAOI

char	TypeOut [200]

MENU *	BasicMenu

MENU *	DeviceMenu

MENU	AmbiguityMenu [DefMenuSize]

Macro Definition Documentation

#define DefMenuSize 80

Definition at line 555 of file scedext.h.

Function Documentation

void AddResultingTransform ( )

struct line* AllocateLine ( )

char* AllocateNewString ( )

void AlterColor ( )

void AlterMenuEntries ( )

void AppendToOldPrompt ( )

void Area ( )

int AreTypesInQ ( )

void AssignWireProperties ( )

void Basic ( )

void BBLabel ( )

void Bgrnd ( )

void Break ( )

int ButtonPress ( )

void CDLabelBB ( )

void CenterFullView ( )

Definition at line 466 of file init.c.

 {
     long L,B,R,T;
     long X,Y,Width,Height;
     double Cratio,Vratio;
 
     if (Not CDBB(Parameters.kpCellDesc,(struct o *)NULL,&L,&B,&R,&T))
         MallocFailed();
     /*
      * Window cell automatically.  How slick.
      * Leave some white space around the perimeter.
      * Check for a null (empty) cell.
      */
     if (L == R Or B == T Or (L == CDINFINITY And B == CDINFINITY)) {
         DefaultWindows();
         return;
     }
     Vratio = View->kvCoarseViewport->kaWidth/View->kvCoarseViewport->kaHeight;
 
     Width = R - L;
     Height = T - B;
     X = L + Width/2;
     Y = B + Height/2;
     Cratio = (double) Width/Height;
 
     if (Cratio < Vratio)
         Width = Height*Vratio;
     else
         Height = Width/Vratio;
 
     InitCoarseWindow(X,Y,Width);
     L = X - Width/2;
     R = X + Width/2;
     B = Y - Height/2;
     T = Y + Height/2;
 /*
     correct_cell_view(&L,&B,&R,&T);
 */
     
     Width = R - L;
     Height = T - B;
     X = L + Width/2;
     Y = B + Height/2;
     Cratio = (double) Width/Height;
     if (Cratio > Vratio)
         Width *= 1.1;
     else
         Width = 1.1*Height*Vratio;
 
     InitCoarseWindow(X,Y,Width);
 
     SetPositioning();
 }

int CheckError ( )

Definition at line 696 of file scedintr.c.

 {
     int c;
     struct ka *AOI,BB;
 
     rewind(cp_err);
     if ((c = getc(cp_err)) == EOF) return (False);
     ungetc(c,cp_err);
     if (!PopUpErrMessage(cp_err)) {
         AOI = View->kvLargeCoarseViewport;
         FBEraseBox(AOI->kaLeft,AOI->kaBottom,
             AOI->kaRight,AOI->kaTop);
         MoreText((int)AOI->kaLeft-1,(int)AOI->kaBottom-1,
             (int)AOI->kaRight-1,(int)AOI->kaTop-1,cp_err,MoreTextColor);
         RedisplaySCED(currentgraph);
     }
     rewind(cp_err);
 #ifdef HAVE_NO_FTRUNCATE
     /* have to add something here */
 #else
     ftruncate(fileno(cp_err),0);
 #endif
     return (True);
 }

int CheckModified ( )

Definition at line 906 of file subckt.c.

 {
     struct s *SDesc;
     struct cc *Cx = Context;
     char *TypeIn;
 
     while (Cx) {
         if (Cx->ccModified) {
             sprintf(TypeOut,"Circuit %s has been modified. Save it? (y) ",
                 Cx->ccMaster);
             ShowPrompt(TypeOut);
             TypeIn = FBEdit(NULL);
             if (TypeIn == NULL) return (True);
             if (*TypeIn != 'n' && *TypeIn != 'N') {
                 CDSymbol(Cx->ccMaster,&SDesc);
                 if (SDesc && CDUpdate(SDesc,(char *)NULL)) {
                     Cx->ccModified = False;
                     if (Not CDReflect(SDesc))
                         MallocFailed();
                 }
                 else {
                     /* shouldn't happen */
                     sprintf(TypeOut,"Can't save %s.",Cx->ccMaster);
                     ShowPromptAndWait(TypeOut);
                     return (True);
                 }
             }
         }
         Cx = Cx->ccNext;
     }
     ClearContext();
     return (False);
 }

int CheckSaved ( )

Definition at line 656 of file scedintr.c.

 {
     int i,j;
     char *TypeIn;
 
     MenuSelect(MenuABORT);
     i = CheckModified();
     j = (Parameters.kpModified And Parameters.kpCellName[0]);
     if (i And j)
         TypeIn  =
         "Both parent and current circuit have changed.  Quit anyway? (n): ";
     elif (i And Not j)
         TypeIn  = "Parent circuit has been modified.  Quit anyway? (n): ";
     elif (Not i And j)
         TypeIn  = "Current circuit has been modified.  Quit anyway? (n): ";
     else {
         MenuDeselect(MenuABORT);
         return (0);
     }
     ShowPrompt(TypeIn);
     TypeIn = FBEdit(NULL);
     if (TypeIn != NULL And (TypeIn[0] == 'Y' Or TypeIn[0] == 'y')){
         MenuDeselect(MenuABORT);
         return (1);
     }
     ErasePrompt();
     MenuDeselect(MenuABORT);
     return (-1);
 }

int cieq ( )

int ciprefix ( )

void ClearContext ( )

Definition at line 944 of file subckt.c.

 {
     while (Context) pop_context();
 }

void ClearIplot ( )

Definition at line 199 of file grafintr.c.

 {
     wordlist wl;
 
     if (!DoingIplot) return;
     wl.wl_next = NULL;
     wl.wl_word = "iplot";
     (*ft_sced->sc_clriplot)(&wl);
     IplotStatusChanged = False;
 }

void ClearReferenceUndoFlags ( )

Definition at line 1893 of file netlist.c.

 {
     struct prpty *PDesc;
 
     PDesc = Parameters.kpCellDesc->sPrptyList;
     for (; PDesc; PDesc = PDesc->prpty_Succ) {
         if (PDesc->prpty_Value != P_NODE) continue;
         if (PDesc->prpty_Info == NULL) continue;
         free(PDesc->prpty_Info);
         PDesc->prpty_Info = NULL;
     }
 }

void ClipToGridPoint ( )

void Color ( )

void Connect ( )

void ConnectRecursive ( )

void Copy ( )

struct p* CopyPath ( )

void CopyPathWithXForm ( )

char* CopyString ( )

void DefaultWindows ( )

Definition at line 239 of file init.c.

 {
     int DefWidth;
 
     View->kvCoarseViewport = View->kvLargeCoarseViewport;
     if (View->kvControl == FULLSCREEN)
         DefWidth = 100;
     else
         DefWidth = 1000;
     InitCoarseWindow((long)0,(long)0,(long)DefWidth*RESOLUTION);
 
     /* default fine window */
     View->kvFineWindow->kaWidth = View->kvFineViewport->kaWidth/
         Parameters.kpPointingThreshold*RESOLUTION;
 
     View->kvFineWindow->kaHeight = View->kvFineWindow->kaWidth*
         View->kvFineViewport->kaHeight/View->kvFineViewport->kaWidth;
 
 
     SetPositioning();
     SaveLastView();
 }

void Del ( )

void Desel ( )

Definition at line 264 of file choose.c.

 {
     MenuSelect(MenuDESEL);
     SQComputeBB();
     if (SelectQHead != NULL) {
         SQClear();
         /* Take care of Instance markers */
         OversizeBox(&SelectQBB,200);
         EraseBox(&SelectQBB);
         Redisplay(&SelectQBB);
     }
     MenuDeselect(MenuDESEL);
 }

void DestroySCEDlibs ( )

Definition at line 391 of file library.c.

 {
     struct lib *l;
     struct wl *w;
     struct ml *m;
 
     for (l = Lib; l; l = Lib) {
         Lib = l->lib_next;
         txfree(l->lib_name);
         tfree(l);
     }
     Lib = NULL;
     tfree(LibName);
 
     for (l = Mod; l; l = Mod) {
         Mod = l->lib_next;
         txfree(l->lib_name);
         for (w = l->lib_info; w; w = l->lib_info) {
             l->lib_info = w->wl_next;
             txfree(w->wl_name);
             tfree(w);
         }
         tfree(l);
     }
     Mod = NULL;
     tfree(ModLibName);
 
     for (m = Models; m; m = Models) {
         Models = m->ml_next;
         txfree(m->ml_name);
         tfree(m);
     }
     Models = NULL;
     Mlevel = 0;
 }

void Dir ( )

Definition at line 76 of file dir.c.

 {
     char *path;
     char *c,*s;
     struct list *wl,*wx,*wx0 = NULL;
     char buf[BSIZE_SP];
 
 
     MenuSelect(MenuDIR);
     path = PGetPath();
 
     for (s = path;;) {
 
         while (isspace(*s)) s++;
         if (*s == '\0')
             break;
 
         c = buf;
         while (!isspace(*s) && *s != '\0')
             *c++ = *s++;
         *c = '\0';
         /* buf contains the directory path */
 
         wl = symfiles(buf);
 
         list_sort(wl);
         format_lines(wl);
         if (wx0 == NULL)
             wx = wx0 = alloc(list);
         else {
             wx->l_next = alloc(list);
             wx = wx->l_next;
         }
         if (wx == NULL) MallocFailed();
         strcat(buf," :");
         if (!wl)
             strcat(buf, "\n  no symbol files found\n ");
         wx->l_word = CopyString(buf);
         wx->l_next = wl;
         while (wx->l_next) wx = wx->l_next;
     }
     display_lines(wx0);
     list_free(wx0);
     if (!dispdev->windows)
         RedisplaySCED(currentgraph);
     MenuDeselect(MenuDIR);
 }

void DisplayTerminals ( )

void DoAlloc ( )

void DoIplot ( )

Definition at line 161 of file grafintr.c.

 {
     wordlist wx,*wl;
 
     if (DoingIplot) {
         MenuDeselect(MenuIPLOT);
         DoingIplot = False;
         ShowPrompt("No plotting during simulation.");
     }
     else {
         MenuSelect(MenuIPLOT);
         DoingIplot = True;
         ShowPrompt("Will generate plot while simulating.");
     }
     IplotStatusChanged = True;
 }

void DoSpiceList ( )

Definition at line 132 of file netlist.c.

 {
     FILE *fp;
     char *c;
     struct line *d,*d0;
 
     sprintf(TypeOut,"%s",Parameters.kpCellName);
     if ((c = strchr(TypeOut,'.')) != NULL)
         *c = '\0';
     strcat(TypeOut,".ckt");
     fp = fopen(TypeOut,"w");
     if (fp == NULL) {
         ShowPrompt("Can't open netlist file.");
         return;
     }
     MenuSelect(MenuSPICE);
     sprintf(TypeOut + 80,"Netlist is in file %s.",TypeOut);
     ShowPrompt(TypeOut + 80);
     d0 = MakeSpiceDeck();
     for (d = d0; d; d = d->li_next)
         fprintf(fp,"%s\n",d->li_line);
     inp_deckfree(d0);
     fclose(fp);
     MenuDeselect(MenuSPICE);
 }

void Dots ( )

void DumpSpiceFile ( )

void Edit ( )

int EnableMore ( )

void EraseBox ( )

void EraseFineViewport ( )

Definition at line 594 of file viewport.c.

 {
     /*
      * Erase fine positioning window in coarse window and patch
      * up the hole.  'c' will disable showing of fine positioning
      * window in Redisplay.
      */
     Parameters.kpRedisplayControl = COARSEVIEWPORTONLY;
     EraseBox(View->kvFineWindow);
     Redisplay(View->kvFineWindow);
     Parameters.kpRedisplayControl = SPLITSCREEN;
 }

void EraseLargeCoarseViewport ( )

Definition at line 583 of file viewport.c.

 {
     FBEraseBox(View->kvLargeCoarseViewport->kaLeft-1,
         View->kvLargeCoarseViewport->kaBottom-1,
         View->kvLargeCoarseViewport->kaRight,
         View->kvLargeCoarseViewport->kaTop);
 }

void ErasePrompt ( )

Definition at line 538 of file viewport.c.

 {
     OutlineText(1,gi_numtextrows,gi_numtextcols,
         gi_numtextrows,FILL,ERASE,0);
     Parameters.kpLastCursorColumn = 1;
     BackPrompt[0] = '\0';
     DevUpdate();
 }

void Expand ( )

Definition at line 920 of file bascmd.c.

 {
     extern char *MenuEXPND;
 
     if (Parameters.kpExpandInstances) {
         MenuDeselect(MenuEXPND);
         Parameters.kpExpandInstances = False;
     }
     else {
         MenuSelect(MenuEXPND);
         Parameters.kpExpandInstances = True;
     }
     EraseLargeCoarseViewport();
     Redisplay(View->kvCoarseWindow);
 }

char* FBEdit ( )

short FBGetchar ( )

struct hprlist* FBHyEdit ( )

void FBPolygon ( )

void FBPolygonClip ( )

void FBSetRubberBanding ( )

void FBText ( )

void FinePosition ( )

int FixCellName ( )

void FixMenuPrefix ( )

void Flatten ( )

int GetColor ( )

MENU* GetCurrentMenu ( )

Definition at line 174 of file viewport.c.

 {
     if (Parameters.kpMenu == BASICMENU)
         return (BasicMenu);
     if (Parameters.kpMenu == AMBIGUITYMENU)
         return (AmbiguityMenu);
     return (NULL);
 }

char* GetHardCopyDevice ( )

Definition at line 823 of file scedintr.c.

 {
     struct variable *v;
     extern char *kw_hcopydev;
 
     if (!cp_getvar(kw_hcopydev, VT_STRING, (char *)&v))
         return ("prn");
     return (v->va_string);
 }

struct line* GetModelText ( )

char* GetName ( )

void GPclearGraf ( )

Definition at line 364 of file grafintr.c.

 {
     while (GPoint[0]) {
         HYdel(GPoint[0]);
         (void)GPdeleteGrafRef(GPoint[0]);
     }
     IplotStatusChanged = True;
 }

int GPdeleteGrafRef ( )

char* GPgetString ( )

char* GPstring ( )

void Hcopy ( )

Definition at line 36 of file hcopy.c.

 {
     MenuSelect(MenuHCOPY);
     Parameters.kpDoingHardcopy = True;
 
     currentgraph->redraw = hcpy_display;
     ft_hardcopy(NULL, currentgraph, True, NULL, False);
     currentgraph->redraw = RedisplaySCED;
 
     Parameters.kpDoingHardcopy = False;
     InitViewport();
     CenterFullView();
     RedisplaySCED(currentgraph);
     MenuDeselect(MenuHCOPY);
 }

void Hlite ( )

void HYadd ( )

void HYclearUndoFlags ( )

Definition at line 1071 of file hypertxt.c.

 {
     struct hyEnt **hent;
 
     if (!hyBase)
         return;
 
     for (hent = hyBase; *hent; hent++)
         (*hent)->hyUndo = False;
 }

struct hprlist* HYcopy ( )

struct hyEnt* HYcopyEnt ( )

void HYdel ( )

void HYdeleteReference ( )

struct hprlist* HYedit ( )

void HYfree ( )

struct hprlist* HYfromascii ( )

char* HYgetentry ( )

void HYinit ( )

Definition at line 834 of file hypertxt.c.

 {
     int i;
     struct hyEnt **hent;
     char *s;
 
     if (hyBase == NULL)
         return;
 
     for (hent = hyBase; *hent; hent++) {
         if ((*hent)->hyPointer == NULL && (
                 (*hent)->hyRefType == HY_NODE ||
                 (*hent)->hyRefType == HY_BRAN ||
                 (*hent)->hyRefType == HY_DEVN)) {
             s = GPgetString(*hent);
             txfree(s);
         }
     }
 }

void HYrepaint ( )

char* HYtoascii ( )

char* HYtostr ( )

void HYtransform ( )

void HYtransformStretch ( )

void HYundoTransform ( )

Definition at line 1049 of file hypertxt.c.

 {
     struct hyEnt **hent;
 
     if (!hyBase)
         return;
 
     for (hent = hyBase; *hent; hent++) {
 
         if ((*hent)->hyUndo) {
             (*hent)->hyX = (*hent)->hyOldX;
             (*hent)->hyY = (*hent)->hyOldY;
             (*hent)->hyPointer = (*hent)->hyOldPointer;
             (*hent)->hyOrient = (*hent)->hyOldOrient;
             (*hent)->hyUndo = False;
         }
     }
 }

int InBox ( )

char* Init ( )

Definition at line 35 of file init.c.

 {
     GRAPH *graph;
 
     /*
      * Initialize for default values
      */
     if (ColorTable == NULL) {
 
         Parameters.kpGrid = 2*RESOLUTION;
 
         Parameters.kpGridDisplayed = True;
         Parameters.kpGridOnTop = False;
         Parameters.kpShowGridInLargeViewport = False;
         Parameters.kpGridLineStyle = 0xcc;
         Parameters.kpCursorShape = -1;
 
         ColorTable = (struct kl *)malloc(16*sizeof(struct kl));
         if (ColorTable == NULL)
             MallocFailed();
 
         ColorTable[BackgroundColor].klR = 0;
         ColorTable[BackgroundColor].klG = 0;
         ColorTable[BackgroundColor].klB = 0;
 
         ColorTable[HighlightingColor].klR = 255;
         ColorTable[HighlightingColor].klG = 255;
         ColorTable[HighlightingColor].klB = 255;
 
         ColorTable[MenuTextColor].klR = 175;
         ColorTable[MenuTextColor].klG = 200;
         ColorTable[MenuTextColor].klB = 210;
 
         ColorTable[MenuTextPrefixColor].klR = 125;
         ColorTable[MenuTextPrefixColor].klG = 255;
         ColorTable[MenuTextPrefixColor].klB = 85;
 
         ColorTable[MenuSelectedColor].klR = 170;
         ColorTable[MenuSelectedColor].klG = 210;
         ColorTable[MenuSelectedColor].klB = 200;
 
         ColorTable[MenuSelectedPrefixColor].klR = 240;
         ColorTable[MenuSelectedPrefixColor].klG = 240;
         ColorTable[MenuSelectedPrefixColor].klB = 155;
 
         ColorTable[MenuHighlightingColor].klR = 50;
         ColorTable[MenuHighlightingColor].klG = 90;
         ColorTable[MenuHighlightingColor].klB = 200;
 
         ColorTable[PromptTextColor].klR = 255;
         ColorTable[PromptTextColor].klG = 230;
         ColorTable[PromptTextColor].klB = 145;
 
         ColorTable[MoreTextColor].klR = 220;
         ColorTable[MoreTextColor].klG = 210;
         ColorTable[MoreTextColor].klB = 215;
 
         ColorTable[CoarseGridColor].klR = 150;
         ColorTable[CoarseGridColor].klG = 205;
         ColorTable[CoarseGridColor].klB = 245;
 
         ColorTable[FineGridColor].klR = 65;
         ColorTable[FineGridColor].klG = 125;
         ColorTable[FineGridColor].klB = 205;
 
         ColorTable[InstanceBBColor].klR = 200;
         ColorTable[InstanceBBColor].klG = 200;
         ColorTable[InstanceBBColor].klB = 200;
 
         ColorTable[InstanceNameColor].klR = 240;
         ColorTable[InstanceNameColor].klG = 240;
         ColorTable[InstanceNameColor].klB = 155;
 
         ColorTable[ExtraColor1].klR = 255;
         ColorTable[ExtraColor1].klG = 255;
         ColorTable[ExtraColor1].klB = 255;
 
         ColorTable[DrawingColor].klR = 180;
         ColorTable[DrawingColor].klG = 60;
         ColorTable[DrawingColor].klB = 0;
 
         ColorTable[ExtraColor2].klR = 255;
         ColorTable[ExtraColor2].klG = 255;
         ColorTable[ExtraColor2].klB = 255;
 
 
         if (CDInit()) {
             /* can't call MallocFailed() yet */
             fprintf(stderr,"CD memory allocation failure.\n");
             return (NULL);
         }
         Readin();
         CDSetLayer(1,'S',"CED");
     }
 
     if (!(graph = NewGraph())) {
         return (NULL);
     }
     graph->graphtype = GR_SCED;
 
     if (DevNewViewport(graph) == 1) {
         DestroyGraph(graph->graphid);
         return (NULL);
     }
     /* don't draw until later */
     graph->redraw = RedisplaySCED;
 
     /* remember to pop on leaving sced */
     PushGraphContext(graph);
 
     DevClear();
 
     InitParameters();
     InitSignals();
     return ((char*)graph);
 }

void InitBasicMenu ( )

Definition at line 190 of file scedintr.c.

 {
     int i = 0, NumBasicMenu = 53;
     int nrows = MenuViewport.kaY;
 
     if (BasicMenu == NULL)
         BasicMenu = (MENU *) malloc(NumBasicMenu*sizeof(MENU));
     if (BasicMenu == NULL) MallocFailed();
     memset(BasicMenu,0,NumBasicMenu*sizeof(MENU));
 
     BasicMenu[i++].mEntry = MenuHELP;
     BasicMenu[i++].mEntry = MenuCOLOR;
     BasicMenu[i++].mEntry = MenuEDIT;
     BasicMenu[i++].mEntry = MenuDIR;
     BasicMenu[i++].mEntry = MenuSAVE;
 
     BasicMenu[i++].mEntry = MenuABORT;
     BasicMenu[i++].mEntry = MenuSpace;
     BasicMenu[i++].mEntry = MenuPAN;
     BasicMenu[i++].mEntry = MenuZOOM;
     BasicMenu[i++].mEntry = MenuWINDO;
 
     BasicMenu[i++].mEntry = MenuVIEW;
     BasicMenu[i++].mEntry = MenuLAST;
     BasicMenu[i++].mEntry = MenuEXPND;
     BasicMenu[i++].mEntry = MenuGRID;
     BasicMenu[i++].mEntry = MenuSpace;
 
     BasicMenu[i++].mEntry = MenuAREA;
     BasicMenu[i++].mEntry = MenuSELEC;
     BasicMenu[i++].mEntry = MenuDESEL;
     BasicMenu[i++].mEntry = MenuMOVE;
     BasicMenu[i++].mEntry = MenuCOPY;
 
     BasicMenu[i++].mEntry = MenuPUSH;
     BasicMenu[i++].mEntry = MenuPOP;
     if (i < nrows) BasicMenu[i++].mEntry = MenuSpace;
     BasicMenu[i++].mEntry = MenuSTRCH;
     BasicMenu[i++].mEntry = MenuBREAK;
 
     BasicMenu[i++].mEntry = MenuCRSYM;
     BasicMenu[i++].mEntry = MenuFLATN;
     BasicMenu[i++].mEntry = MenuDELET;
     if (i < nrows) BasicMenu[i++].mEntry = MenuSpace;
     BasicMenu[i++].mEntry = MenuUNDO;
 
     BasicMenu[i++].mEntry = MenuMX;
     BasicMenu[i++].mEntry = MenuMY;
     BasicMenu[i++].mEntry = Menu0;
     if (i < nrows) BasicMenu[i++].mEntry = MenuSpace;
     BasicMenu[i++].mEntry = MenuWIRES;
 
     BasicMenu[i++].mEntry = MenuLABEL;
     BasicMenu[i++].mEntry = MenuDOTS;
     if (i < nrows) BasicMenu[i++].mEntry = MenuSpace;
     BasicMenu[i++].mEntry = MenuTERMS;
     BasicMenu[i++].mEntry = MenuSUBCT;
 
     BasicMenu[i++].mEntry = MenuMUTUL;
     BasicMenu[i++].mEntry = MenuPRPTY;
     if (i < nrows) BasicMenu[i++].mEntry = MenuSpace;
     BasicMenu[i++].mEntry = MenuRUN;
     if (i < nrows) BasicMenu[i++].mEntry = MenuSpace;
 
     BasicMenu[i++].mEntry = MenuGRAF;
     BasicMenu[i++].mEntry = MenuIPLOT;
     BasicMenu[i++].mEntry = MenuHCOPY;
     if (i < nrows) BasicMenu[i++].mEntry = MenuSpace;
     BasicMenu[i++].mEntry = MenuNEWSC;
 
     BasicMenu[i++].mEntry = MenuSpace;
     BasicMenu[i++].mEntry = NULL;
 }

void InitCoarseWindow ( )

void InitDeviceMenu ( )

Definition at line 70 of file subckt.c.

 {
     if (DeviceMenu == NULL)
         DeviceMenu = (MENU *) malloc(DefMenuSize*sizeof(MENU));
     if (DeviceMenu == NULL) MallocFailed();
     memset(DeviceMenu,0,DefMenuSize*sizeof(MENU));
 
     set_subckt_list();
     SetLibraryChoices();
     if (DeviceMenu[0].mEntry == NULL)
         ShowPrompt("No device library found!");
     set_subckt_choices();
     if (DeviceMenu[0].mEntry == NULL)
         ShowPrompt("No device library found, and no subcircuits!");
 }

void InitFineWindow ( )

void InitMenus ( )

Definition at line 118 of file scedintr.c.

 {
 
     Menu0        = "0    ";
     Menu90       = "90   ";
     Menu180      = "180  ";
     Menu270      = "270  ";
     MenuMINSB    = "-b   ";
     MenuMINSG    = "-g   ";
     MenuMINSR    = "-r   ";
     MenuPLUSB    = "+b   ";
     MenuPLUSG    = "+g   ";
     MenuPLUSR    = "+r   ";
     MenuABORT    = "quit ";
     MenuAREA     = "area ";
     MenuARRAY    = "array";
     MenuBGRND    = "bgrnd";
     MenuBREAK    = "break";
     MenuCOLOR    = "color";
     MenuCOPY     = "copy ";
     MenuCRSYM    = "crsym";
     MenuDELET    = "delet";
     MenuDESEL    = "desel";
     MenuDIR      = "dir  ";
     MenuDOTS     = "dots ";
     MenuEDIT     = "edit ";
     MenuEXPND    = "expnd";
     MenuFLATN    = "flatn";
     MenuGRAF     = "graf ";
     MenuGRID     = "grid ";
     MenuHCOPY    = "hcopy";
     MenuHELP     = "help";
     MenuHLITE    = "hlite";
     MenuIPLOT    = "iplot";
     MenuLABEL    = "label";
     MenuLAST     = "last ";
     MenuMENU     = "menu ";
     MenuMORE     = "more ";
     MenuMOVE     = "move ";
     MenuMUTUL    = "mutul";
     MenuMX       = "mx   ";
     MenuMY       = "my   ";
     MenuNEWSC    = "newsc";
     MenuPAN      = "pan  ";
     MenuPLACE    = "place";
     MenuPOP      = "pop  ";
     MenuPRMPT    = "prmpt";
     MenuPRPTY    = "prpty";
     MenuPUSH     = "push ";
     MenuRDRAW    = "rdraw";
     MenuRGB      = "rgb  ";
     MenuRUN      = "run  ";
     MenuSAVE     = "save ";
     MenuSELEC    = "selec";
     MenuSTRCH    = "strch";
     MenuSUBCT    = "subct";
     MenuTERMS    = "terms";
     MenuUNDO     = "undo ";
     MenuUPDAT    = "updat";
     MenuVIEW     = "view ";
     MenuWINDO    = "windo";
     MenuWIRES    = "wires";
     MenuZOOM     = "zoom ";
     MenuSpace    = "     ";
 
     InitBasicMenu();
     InitDeviceMenu();
 }

void InitParameters ( )

Definition at line 172 of file init.c.

 {
     if (Parameters.kpCellName == NULL) {
         Parameters.kpCellName = malloc(80);
         if (Parameters.kpCellName == NULL) MallocFailed();
         Parameters.kpTopName = malloc(80);
         if (Parameters.kpTopName == NULL) MallocFailed();
         Parameters.kpCommand = malloc(80);
         if (Parameters.kpCommand == NULL) MallocFailed();
         Parameters.kpTopDesc                  = NULL;
         Parameters.kpCellDesc                 = NULL;
         Parameters.kpEnableSelectQRedisplay   = True;
         Parameters.kpRotationAngle            = 0;
         Parameters.kpSelectTypes[0]           = CDSYMBOLCALL;
         Parameters.kpSelectTypes[1]           = CDPOLYGON;
         Parameters.kpSelectTypes[2]           = CDROUNDFLASH;
         Parameters.kpSelectTypes[3]           = CDLABEL;
         Parameters.kpSelectTypes[4]           = CDWIRE;
         Parameters.kpSelectTypes[5]           = CDBOX;
         Parameters.kpSelectTypes[6]           = EOS;
         Parameters.kpNumX                     = 1;
         Parameters.kpNumY                     = 1;
         Parameters.kpDX                       = 0;
         Parameters.kpDY                       = 0;
         Parameters.kpLastCursorColumn         = 1;
 
         /*
          * The fine window has a FIXED width and height. 
          * What should it be?
          * PointingThreshold is the minimum value of ViewportWidth/WindowWidth
          * such that it is still comfortable to point with lambda precision.
          * If PointingThreshold == 7 and FineViewportWidth ~ 467 pixels, 
          * FineWindowWidth ~ 60 lambda.
          * Most people have prefered 6 or 7.
          */
         Parameters.kpPointingThreshold = 6;
 
         View = alloc(kv);
         if (View == NULL) MallocFailed();
         View->kvFineWindow = alloc(ka);
         if (View->kvFineWindow == NULL) MallocFailed();
         View->kvFineViewport = alloc(ka);
         if (View->kvFineViewport == NULL) MallocFailed();
         View->kvLargeCoarseViewport = alloc(ka);
         if (View->kvLargeCoarseViewport == NULL) MallocFailed();
         View->kvSmallCoarseViewport = alloc(ka);
         if (View->kvSmallCoarseViewport == NULL) MallocFailed();
         View->kvCoarseWindow = alloc(ka);
         if (View->kvCoarseWindow == NULL) MallocFailed();
 
         Parameters.kpModified = False;
         View->kvFineViewportOnBottom = True;
     }    
     SCursor.kcX = SCursor.kcPredX = 0;
     SCursor.kcY = SCursor.kcPredY = 0;
     /* can start out in FULLSCREEN or SPLITSCREEN mode */
     View->kvControl = FULLSCREEN;
     TInit();
     TStore();
     InitViewport();
     DefaultWindows();
     SQInit();
 }

void InitSignals ( )

Definition at line 845 of file scedintr.c.

 {
     ft_intrpt = false; 
     vec_gc();
 }

void InitViewport ( )

Definition at line 358 of file init.c.

 {
     struct ka *Vl, *Vs, *Vf;
 
     MenuViewport.kaLeft         = 1;
     MenuViewport.kaBottom       = gi_numtextrows - 1;
     MenuViewport.kaRight        = 11;
     MenuViewport.kaTop          = 1;
     /* save column width and height in X,Y integer fields */
     MenuViewport.kaX            = 5;
     MenuViewport.kaY            = MenuViewport.kaBottom -
                                       MenuViewport.kaTop + 1;
 
     /*
      * The COARSE viewport is LARGE if fine-positioning isn't enabled.
      * If it is, the LARGE COARSE viewport is split into a SMALL COARSE 
      * viewport and the FINE viewport.
      */
     if (View->kvFineViewportOnBottom) {
 
         Vl = View->kvLargeCoarseViewport;
         Vl->kaLeft   = gi_fntwidth*MenuViewport.kaRight + gi_fntwidth/2;
         Vl->kaBottom = 2*gi_fntheight;
         Vl->kaRight  = gi_maxx;
         Vl->kaTop    = gi_maxy;
         Vl->kaWidth  = Vl->kaRight - Vl->kaLeft;
         Vl->kaHeight = Vl->kaTop - Vl->kaBottom;
 
         Vs = View->kvSmallCoarseViewport;
         Vs->kaLeft   = Vl->kaLeft; 
         Vs->kaBottom = Vl->kaBottom + ((Vl->kaTop - Vl->kaBottom)*5)/12;
         Vs->kaRight  = Vl->kaRight; 
         Vs->kaTop    = Vl->kaTop;
         Vs->kaWidth  = Vs->kaRight - Vs->kaLeft;
         Vs->kaHeight = Vs->kaTop - Vs->kaBottom;
     
         Vf = View->kvFineViewport;
         Vf->kaLeft   = Vs->kaLeft; 
         Vf->kaBottom = Vl->kaBottom; 
         Vf->kaRight  = Vs->kaRight; 
         Vf->kaTop    = Vs->kaBottom - 1;
         Vf->kaWidth  = Vf->kaRight - Vf->kaLeft;
         Vf->kaHeight = Vf->kaTop - Vf->kaBottom;
     }
     else {
 
         Vl = View->kvLargeCoarseViewport;
         Vl->kaLeft   = gi_fntwidth*MenuViewport.kaRight + gi_fntwidth/2;
         Vl->kaBottom = 2*gi_fntheight;
         Vl->kaRight  = gi_maxx;
         Vl->kaTop    = gi_maxy;
         Vl->kaWidth  = Vl->kaRight - Vl->kaLeft;
         Vl->kaHeight = Vl->kaTop - Vl->kaBottom;
 
         Vs = View->kvSmallCoarseViewport;
         Vs->kaLeft   = Vl->kaLeft; 
         Vs->kaBottom = Vl->kaBottom;
         Vs->kaRight  = (gi_maxx - Vl->kaLeft)/2 + Vl->kaLeft;
         Vs->kaTop    = Vl->kaTop; 
         Vs->kaWidth  = Vs->kaRight - Vs->kaLeft;
         Vs->kaHeight = Vs->kaTop - Vs->kaBottom;
       
         Vf = View->kvFineViewport;
         Vf->kaLeft   = Vs->kaRight + 1; 
         Vf->kaBottom = Vl->kaBottom; 
         Vf->kaRight  = Vl->kaRight; 
         Vf->kaTop    = Vs->kaTop;
         Vf->kaWidth  = Vf->kaRight - Vf->kaLeft;
         Vf->kaHeight = Vf->kaTop - Vf->kaBottom;
     }
 }

void InitVLT ( )

Definition at line 155 of file init.c.

 {
     int i;
     double R,G,B;
     double M = FBMAXINTENSITY;
 
     for (i = 0; i < 16; i++) {
         R = ColorTable[i].klR/M;
         G = ColorTable[i].klG/M;
         B = ColorTable[i].klB/M;
         DevDefineColor(i,R,G,B);
     }
 }

long* InPath ( )

int IsCellInLib ( )

int IsManhattan ( )

int IsSymfile ( )

void KbCursor ( )

char* KbEdit ( )

void Label ( )

void LastView ( )

Definition at line 201 of file display.c.

 {
     int  i;
     struct kw Last;
     struct kw *Tmp;
     char OldMenu;
     int  EscWasReturned = 0;
 
     Last.kwLastWindowX           = View->kvCoarseWindow->kaX;
     Last.kwLastWindowY           = View->kvCoarseWindow->kaY;
     Last.kwLastFineWindowX       = View->kvFineWindow->kaX;
     Last.kwLastFineWindowY       = View->kvFineWindow->kaY;
     Last.kwLastWindowWidth       = View->kvCoarseWindow->kaWidth;
     Last.kwLastFineWindowWidth   = View->kvFineWindow->kaWidth;
     (Last.kwName)[5]             = View->kvFineViewportOnBottom;
     (Last.kwName)[6]             = View->kvControl;
 
     i = 0;
     for (Tmp = Parameters.kpWindowStack; Tmp; Tmp = Tmp->kwNext)
         AmbiguityMenu[i++].mEntry = Tmp->kwName;
     AmbiguityMenu[i].mEntry = NULL;
     FixMenuPrefix(AmbiguityMenu);
 
     if (i > 1) {
         /* Show ambiguity menu. */
         OldMenu = Parameters.kpMenu;
         Parameters.kpMenu = AMBIGUITYMENU;
         ShowMenu(AmbiguityMenu);
 
         /* Which viewport is user interested in? */
         ShowPrompt("Point to the name of the desired view.");
         loop {
             int dummy;
             switch (PointLoopSafe(&dummy)) {
                 case PL_ESC:
                     EscWasReturned = 1;
                     break;
                 case PL_CMD:
                     break;
                 case PL_PCW:
                     ShowPrompt("You aren't pointing at the menu.");
                     continue;
             }
             break;
         }
         Parameters.kpMenu = OldMenu;
         ShowCommandMenu();
         if (EscWasReturned) goto quit;
 
         /* find new view */
         for (Tmp = Parameters.kpWindowStack; Tmp; Tmp = Tmp->kwNext)
             if (strncmp(Tmp->kwName,Parameters.kpCommand,
                 MenuViewport.kaRight-MenuViewport.kaLeft+1) == 0){
                 break;
             }
     }
     else
         Tmp = Parameters.kpWindowStack;
 
     /* The status of the fine window positioning is stored in
      * the name field, as is full screen mode flag.
      */
     View->kvFineViewportOnBottom = (Tmp->kwName)[5];
     View->kvControl = (Tmp->kwName)[6];
 
     InitViewport(); 
 
     /* change to new viewport */
     InitCoarseWindow(Tmp->kwLastWindowX,Tmp->kwLastWindowY,
         Tmp->kwLastWindowWidth);
 
     SetPositioning();
 
     InitFineWindow(Tmp->kwLastFineWindowX,Tmp->kwLastFineWindowY);
 
     Parameters.kpWindowStack->kwLastWindowX         = Last.kwLastWindowX;        
     Parameters.kpWindowStack->kwLastWindowY         = Last.kwLastWindowY;        
     Parameters.kpWindowStack->kwLastFineWindowX     = Last.kwLastFineWindowX;    
     Parameters.kpWindowStack->kwLastFineWindowY     = Last.kwLastFineWindowY;    
     Parameters.kpWindowStack->kwLastWindowWidth     = Last.kwLastWindowWidth;    
     Parameters.kpWindowStack->kwLastFineWindowWidth = Last.kwLastFineWindowWidth;
     Parameters.kpWindowStack->kwExpand              = Last.kwExpand;
     Parameters.kpWindowStack->kwExpandFineOnly      = Last.kwExpandFineOnly;
     (Parameters.kpWindowStack->kwName)[5]           = (Last.kwName)[5];          
     (Parameters.kpWindowStack->kwName)[6]           = (Last.kwName)[6];          
 
     EraseLargeCoarseViewport();
     Redisplay(View->kvCoarseWindow);
 quit:
     MenuDeselect(MenuLAST);
     ErasePrompt();
 }

void LibraryClose ( )

Definition at line 430 of file library.c.

 {
     struct lib *l;
 
     for (l = Lib; l; l = Lib) {
         Lib = l->lib_next;
         txfree(l->lib_name);
         tfree(l);
     }
     Lib = NULL;
     tfree(LibName);
 }

void LibraryOpen ( )

struct line* MakeSpiceDeck ( )

Definition at line 183 of file netlist.c.

 {
     struct line *line,*d;
     int count;
 
     Connect(Parameters.kpCellDesc);
     sprintf(TypeOut,"Generated by SCED from file %s",Parameters.kpCellName);
     line = AllocateLine(TypeOut);
     line->li_next = SpiceList(Parameters.kpCellDesc);
     for (d = line; d->li_next; d = d->li_next) ;
     d->li_next = AllocateLine(".end");
     d->li_next->li_next = NULL;
     count = 0;
     for (d = line; d; d = d->li_next)
         d->li_linenum = count++;
     return (line);
 }

void MallocFailed ( )

Definition at line 857 of file scedintr.c.

 {
     char *cp;
     char *mktemp();
     cp = mktemp("scXXXXXX");
     DevHalt();
     fprintf(stderr,"OUT OF MEMORY.  SCED is DEAD!\n");
 
     if (Parameters.kpCellName[0] != EOS) {
         if (Not CDUpdate(Parameters.kpCellDesc,cp))
             fprintf(stderr,"\007Sorry.  Couldn't save current circuit.\n");
         else
             fprintf(stderr,"\007Current circuit saved in %s.\n",cp);
     }
     longjmp(errjbuf,1);
 }

void MenuDeselect ( )

void MenuDeselectDev ( )

void MenuMore ( )

void MenuParams ( )

void MenuPrompt ( )

void MenuSelect ( )

void MenuSelectDev ( )

void ModelLibraryClose ( )

Definition at line 446 of file library.c.

 {
     struct wl *w;
     struct ml *m;
     struct lib *l;
 
     for (l = Mod; l; l = Mod) {
         Mod = l->lib_next;
         txfree(l->lib_name);
         for (w = l->lib_info; w; w = l->lib_info) {
             l->lib_info = w->wl_next;
             txfree(w->wl_name);
             tfree(w);
         }
         tfree(l);
     }
     Mod = NULL;
     tfree(ModLibName);
 
     for (m = Models; m; m = Models) {
         Models = m->ml_next;
         txfree(m->ml_name);
         tfree(m);
     }
     Models = NULL;
     Mlevel = 0;
 }

void ModelLibraryOpen ( )

int MoreLine ( )

int MorePageDisplay ( )

Definition at line 233 of file moretext.c.

 {
     char *s, *t;
     int Y;
 
     if (UsePopup) {
         if (tmpfp) {
             fflush(tmpfp);
             rewind(tmpfp);
             PopUpErrMessage(tmpfp);
             fclose(tmpfp);
             unlink(tmpfn);
             free(tmpfn);
             tmpfp = NULL;
             tmpfn = NULL;
         }
         return (MoreShowed);
     }
 
     if (MoreLinePtr == MoreBuffer)
         return (False);
 
     /* return if only blank lines */
     for (s = MoreBuffer; s < MoreLinePtr; s += gi_numtextcols+1) {
         t = s;
         while (isspace(*t)) t++;
         if (*t == '\0')
             continue;
         else
             break;
     }
     if (*t == '\0')
         return (False);
 
     EraseLargeCoarseViewport();
     DevSetColor(MoreTextColor);
     Y = MoreBB.kaTop - gi_fntheight;
     for (s = MoreBuffer; s < MoreLinePtr; s += gi_numtextcols+1) {
         FBText(PIXEL_COORDINATE,(int)MoreBB.kaLeft,Y,s);
         Y -= gi_fntheight;
     }
     return (True);
 }

void MoreText ( )

void Move ( )

int MutSelected ( )

void MX ( )

Definition at line 52 of file choose.c.

 {
     if (Parameters.kpMX) {
         Parameters.kpMX = False;
         MenuDeselect(MenuMX);
     }
     else {
         Parameters.kpMX = True;
         MenuSelect(MenuMX);
     }
 }

void MY ( )

Definition at line 67 of file choose.c.

 {
     if (Parameters.kpMY) {
         Parameters.kpMY = False;
         MenuDeselect(MenuMY);
     }
     else {
         Parameters.kpMY = True;
         MenuSelect(MenuMY);
     }
 }

void NewSubckt ( )

Definition at line 89 of file subckt.c.

 {
     char *TypeIn;
     int i;
     struct s *MasterDesc;
 
     MenuSelect(MenuNEWSC);
     ShowPrompt("New subcircuit name? ");
     TypeIn = FBEdit(NULL);
     if (TypeIn == NULL || *TypeIn == '\0') {
         MenuDeselect(MenuNEWSC);
         return;
     }
 
     /* strip off any path prefix */
     if (FixCellName(TypeIn)) {
         ShowPromptAndWait("Warning: internal path overflow");
     }
 
     if (OpenCell(TypeIn,&MasterDesc)) {
         ShowPrompt("Bad subcell name, not found or error.");
         MenuDeselect(MenuNEWSC);
         return;
     }
     for (i = 0; i < 80 && SubCktList[i]; i++)
         if (!strcmp(SubCktList[i],TypeIn)) break;
     if (i < 80 && SubCktList[i] == NULL)
         SubCktList[i] = CopyString(TypeIn);
 
     SetLibraryChoices();
     set_subckt_choices();
     MenuDeselect(MenuNEWSC);
     ShowCommandMenu();
     ErasePrompt();
 }

void NewSymbol ( )

Definition at line 417 of file subckt.c.

 {
     struct ks *SQDesc;
     struct o *Pointer;
     struct t *TGen;
     struct p *Path;
     struct prpty *PDesc;
     FILE *FileDesc;
     char *TypeIn;
     char *Label;
     char Type;
     char Xform;
     char *SymbolName;
     int Layer;
     int NumX,NumY;
     long X,Y,DX,DY,Width,Length;
     long Xo, Yo;
     extern char *MenuCRSYM;
 
     MenuSelect(MenuCRSYM);
     if (SelectQHead == NULL) {
         ShowPrompt("Objects must be selected first.");
         MenuDeselect(MenuCRSYM);
         return;
     }
     ShowPrompt("Name of new symbol? ");
     if ((TypeIn = FBEdit(NULL)) == NULL Or *TypeIn == '\0') {
         ErasePrompt();
         MenuDeselect(MenuCRSYM);
         return;
     }
     if ((FileDesc = POpen(TypeIn,"w",(char **)NULL)) == NULL) {
         sprintf(TypeOut,"Can't create symbol %s.",TypeIn);
         ShowPrompt(TypeOut);
         MenuDeselect(MenuCRSYM);
         return;
     }
     SQComputeBB();
     /* The new cell origin will be the lower left corner */
     Xo = SelectQBB.kaLeft;
     Yo = SelectQBB.kaBottom;
     fprintf(FileDesc,"(Symbol %s);\n",TypeIn);
     fprintf(FileDesc,"9 %s;\n",TypeIn);
 
     /* catch mutual inductors if both selected */
     PDesc = Parameters.kpCellDesc->sPrptyList;
     for (; PDesc; PDesc = PDesc->prpty_Succ) {
         if (PDesc->prpty_Value != P_MUT) continue;
         if (MutSelected(PDesc)) {
             fprintf(FileDesc,"5 %d %d %d %d %d %g;\n",
                 P_MUT,PDesc->prpty_Data->p_mut.x1,
                 PDesc->prpty_Data->p_mut.y1,
                 PDesc->prpty_Data->p_mut.x2,
                 PDesc->prpty_Data->p_mut.y2,
                 PDesc->prpty_Data->p_mut.coeff);
         }
     }
 
     GenBeginSymbol(FileDesc,0,1L,1L);
 
     for (SQDesc = SelectQHead; SQDesc; SQDesc = SQDesc->ksSucc) {
         Pointer = SQDesc->ksPointer;
         if (Pointer->oType == CDSYMBOLCALL) {
 
             CDCall(Pointer,&SymbolName,&NumX,&DX,&NumY,&DY);
             /* add symbol name extension */
             fprintf(FileDesc,"9 %s;\n",SymbolName);
 
             /* property list info */
             for (PDesc = Pointer->oPrptyList; PDesc;
                     PDesc = PDesc->prpty_Succ) {
 
                 switch (PDesc->prpty_Value) {
                     case P_NODE:
                         fprintf(FileDesc,"5 %d %d %d %ld %ld;\n",
                             P_NODE,-1,PDesc->prpty_Data->p_node.inode,
                             PDesc->prpty_Data->p_node.x-Xo,
                             PDesc->prpty_Data->p_node.y-Yo);
                         continue;
                     case P_MUT:
                         fprintf(FileDesc,"5 %d %d %d %d %d %g;\n",
                             P_MUT,PDesc->prpty_Data->p_mut.x1,
                             PDesc->prpty_Data->p_mut.y1,
                             PDesc->prpty_Data->p_mut.x2,
                             PDesc->prpty_Data->p_mut.y2,
                             PDesc->prpty_Data->p_mut.coeff);
                         continue;
                     case P_BRANCH:
                         fprintf(FileDesc,"5 %d %ld %ld %d %d;\n",
                             P_BRANCH,PDesc->prpty_Data->p_branch.x-Xo,
                             PDesc->prpty_Data->p_branch.y-Yo,
                             PDesc->prpty_Data->p_branch.r1,
                             PDesc->prpty_Data->p_branch.r2);
                         continue;
                     case P_NAME:
                         if (PDesc->prpty_Data->p_name.subname)
                             fprintf(FileDesc,"5 %d %s %d %s;\n",
                                 P_NAME,PDesc->prpty_Data->p_name.name,
                                 PDesc->prpty_Data->p_name.num,
                                 PDesc->prpty_Data->p_name.subname);
                         else
                             fprintf(FileDesc,"5 %d %s %d;\n",
                                 P_NAME,PDesc->prpty_Data->p_name.name,
                                 PDesc->prpty_Data->p_name.num);
                         continue;
                     case P_MODEL:
                     case P_VALUE:
                     case P_INITC:
                         fprintf(FileDesc,"5 %d %s;\n",PDesc->prpty_Value,
                             HYtoascii((struct hprlist*)PDesc->prpty_Data));
                         continue;
                 }
             }
 
             /* add symbol array extension */
             if (NumX != 1 Or NumY != 1)
                 fprintf(FileDesc,"1 Array %d %ld %d %ld;\n",NumX,DX,NumY,DY);
             fprintf(FileDesc,"C 0");
             CDInitTGen(Pointer,&TGen);
             loop {
                 CDTGen(&TGen,&Type,&X,&Y);
                 if (TGen == NULL) {
                     fprintf(FileDesc,";\n");
                     break;
                 }
                 elif (Type == CDROTATE)
                     fprintf(FileDesc," R %ld %ld",X,Y);
                 elif (Type == CDTRANSLATE)
                     fprintf(FileDesc," T %ld %ld",X-Xo,Y-Yo);
                 elif (Type == CDMIRRORX)
                     fprintf(FileDesc," MX");
                 elif (Type == CDMIRRORY)
                     fprintf(FileDesc," MY");
             }
         }
     }
 
     GenLayer(FileDesc,'S',"CED");
     for (SQDesc = SelectQHead; SQDesc; SQDesc = SQDesc->ksSucc) {
         Pointer = SQDesc->ksPointer;
         if (Pointer->oInfo == SQ_GONE) continue;
 
         if (Pointer->oType == CDWIRE) {
             CDWire(Pointer,&Layer,&Width,&Path);
             fprintf(FileDesc,"5 %d -1 0 0 0;\n",P_NODE);
             GenWireOffset(FileDesc,Width,Path,Xo,Yo);
             continue;
         }
         elif (Pointer->oType == CDPOLYGON) {
             CDPolygon(Pointer,&Layer,&Path);
             GenPolygonOffset(FileDesc,Path,Xo,Yo);
             continue;
         }
         elif (Pointer->oType == CDLABEL) {
             CDLabel(Pointer,&Layer,&Label,&X,&Y,&Xform);
             fprintf(FileDesc,"94 %s %ld %ld %d",Label,X-Xo,Y-Yo,Xform);
             fprintf(FileDesc,";\n");
             continue;
         }
     }
     
     GenEndSymbol(FileDesc);
     GenEnd(FileDesc);
     fclose(FileDesc);
     sprintf(TypeOut,"New symbol %s created and saved.",TypeIn);
     MenuDeselect(MenuCRSYM);
     ShowPrompt(TypeOut);
 }

char* NextCellName ( )

Definition at line 852 of file scedintr.c.

853 {return (NULL);}

NULL

#define NULL

Definition: spdefs.h:121

void NotPointingAtLayout ( )

Definition at line 604 of file point.c.

 {
     ShowPrompt("You aren't pointing in the layout viewport.");
 }

int OpenCell ( )

FILE* OpenDevice ( )

void OutlineBox ( )

void OutlineText ( )

void OversizeBox ( )

void Pan ( )

void Place ( )

void Point ( )

Definition at line 72 of file point.c.

 {
     /*
      * When user has typed Condition, do Action.
      *
      * Condition
      *     shortest unique prefix of Menu
      * Action
      *     Return with command selected stored in Parameters.kpCommand.
      *
      * Condition
      *     ESC
      * Action
      *     Forget remembered type in, return if EscReturn == True.
      *
      * Condition
      *     ctrl-a
      * Action
      *     Execute abort routine.
      *
      * Condition
      *     point key or tablet stylus button Z 
      * Action
      *     If user is pointing at a layer in the layer table viewport,
      *     change the current layer.
      *     If user is pointing at a command menu selection, return with
      *     command selected stored as Parameters.kpCommand.
      *     If user is pointing inside a layout viewport--coarse or fine--
      *     return with Parameters.kpCommand[0] == EOS and cursor
      *     descriptor up-to-date.
      *
      * Condition
      *     ctrl-f or tablet stylus button 1
      * Action
      *     Wait for user to point.
      *     Redisplay in fine viewport around where he pointed
      *     if fine positioning is enabled, or pan otherwise.
      *
      * Condition
      *     ctrl-g
      * Action
      *     Change scale of magnifying glass, or otherwise window, using
      *     next two point actions.
      *
      * Condition
      *     ctrl-n
      * Action
      *     Save the present view context in a list.
      *
      * Condition
      *     ctrl-t or ctrl-v
      * Action
      *     Toggle position of magnifying glass, bottom or right.
      *
      */
     char *TypeIn;
     MENU *Menu;
     unsigned long newtime;
     int NumCommand,Buttons,Int1,Int2,Int3;
     int Layer;
     long X,Y,centerX,centerY;
     char Key;
     extern char *MenuABORT;
 
     /*
      * The best way to handle interrupts reliably is to 
      * initialize the service routines as frequently as
      * possible.  Therefore, . . .
      */
     InitSignals();
     Menu = GetCurrentMenu();
     Parameters.kpCommand[NumCommand = 0] = EOS;
     Parameters.kpPointCoarseWindow = False;
     if (OldButton3) {
         OldButton3 = False;
         FBSetRubberBanding(0);
     }
     LastPointTime = actiontime();
 
     loop {
         loop {
             point_input(&X,&Y,&Key,&Buttons);
 
             if (Key)
                 break;
 
             if ((Buttons == BUTTON1 Or
                 Buttons == BUTTON2 Or
                 Buttons == BUTTON3 Or
                 Buttons == BUTTON4) And
                 (X < gi_maxx And X > 0 And Y < gi_maxy And Y > 0))
                 break;
             
         }
 
         newtime = actiontime();
         if (newtime > LastPointTime && newtime - LastPointTime < DEBOUNCETIME)
             continue;
         LastPointTime = newtime;
 
         switch (Key) {
  
             case 0:
                 break;
  
             case BSP:
             case DEL:
                 if (NumCommand) NumCommand--;
                 Parameters.kpCommand[NumCommand] = EOS;
                 continue;
  
             case ESC:
                 Parameters.kpCommand[NumCommand = 0] = EOS;
                 /* SRW ** so we know if esc was entered */
                 Parameters.kpCommand[1] = ESC;
                 if (EscReturn) return;
                 continue;
  
             case NEWL:
                 Parameters.kpCommand[NumCommand = 0] = EOS;
                 if (control_at(X,Y)) return;
                 continue;
 
             case '!':
                 /* shell command */
                 if (LockOut) continue; /* ignore */
                 ShowPrompt("! ");
                 TypeIn = FBEdit(NULL);
                 if (TypeIn != NULL)    {
                     ShowProcess(TypeIn);
                     ErasePrompt();
                 }
                 Parameters.kpCommand[NumCommand = 0] = EOS;
                 continue;
 
             case CTRL_A:
                 /* SRW ** abort gracefully */
                 strcpy(Parameters.kpCommand,MenuABORT);
                 NumCommand = 0;
                 return;
  
             case CTRL_F:
                 if (LockOut) continue;  /* ignore ^F */
                 Parameters.kpCommand[NumCommand = 0] = EOS;
                 SaveLastView();
                 /* SRW ** pan if coarse viewport only */
                 if (Parameters.kpRedisplayControl == COARSEVIEWPORTONLY) {
                     if (!InBox(X,Y,View->kvCoarseViewport)) {
                         NotPointingAtLayout();
                         continue;
                     }
                     PToL(View->kvCoarseWindow,&X,&Y);
                     InitCoarseWindow(X,Y,(long)View->kvCoarseWindow->kaWidth);
                     InitFineWindow(X,Y);
                     EraseLargeCoarseViewport();
                     Redisplay(View->kvCoarseWindow);
                 }
                 else
                     FinePosition(X,Y,Key);
                 /*
                  * This is necessary for debouncing.
                  * It takes time to redisplay, so we set the time of the last
                  * pointing event when the redisplay is finished.
                  */
                 LastPointTime = actiontime();
                 continue;
 
             case CTRL_G:
                 if (LockOut) continue; /* ignore ^G */
                 Parameters.kpCommand[NumCommand = 0] = EOS;
                 if (Parameters.kpCellName[0] == EOS)
                     return;
                 loop {
                     ShowPrompt("Point to diagonal of area to be magnified.");
                     point_input(&X,&Y,&Key,&Buttons);
                     if (Key == ESC) goto skip;
                     if (Buttons == BUTTON1) {
                         if (InBox(X,Y,View->kvCoarseViewport))
                             PToL(View->kvCoarseWindow,&X,&Y);
                         elif (InBox(X,Y,View->kvFineViewport))
                             PToL(View->kvFineWindow,&X,&Y);
                         else {
                             NotPointingAtLayout();
                             continue;
                         }
                         OldButton3X = X;
                         OldButton3Y = Y;
                         FBSetRubberBanding('R');
                         break;
                     }
                 }
                 loop {
                     ShowPrompt("Point to second endpoint.");
                     point_input(&X,&Y,&Key,&Buttons);
                     if (Key == ESC) {
                         FBSetRubberBanding(0);
                         goto skip;
                     }
                     if (Buttons == BUTTON1) {
                         if (InBox(X,Y,View->kvCoarseViewport))
                             PToL(View->kvCoarseWindow,&X,&Y);
                         elif (InBox(X,Y,View->kvFineViewport))
                             PToL(View->kvFineWindow,&X,&Y);
                         else {
                             NotPointingAtLayout();
                             continue;
                         }
                         FBSetRubberBanding(0);
                         break;
                     }
                 }
                 new_fine_window(OldButton3X,OldButton3Y,X,Y);
 skip:
                 ErasePrompt();
                 continue;
 
             case CTRL_N:
                 Parameters.kpCommand[NumCommand = 0] = EOS;
                 SaveViewOnStack();
                 continue;
  
             case CTRL_U:
             case CTRL_X:
             case SPA:
                 NumCommand = 0;
                 Parameters.kpCommand[0] = EOS;
                 continue;
  
             case CTRL_T:
             case CTRL_V:
                 if (LockOut) continue;  /* ignore */
                 Parameters.kpCommand[NumCommand = 0] = EOS;
                 View->kvFineViewportOnBottom ^= 1;
                 InitViewport();
                 if (Parameters.kpRedisplayControl == COARSEVIEWPORTONLY)
                     continue;
                 SetPositioning();
                 EraseLargeCoarseViewport();
                 Redisplay(View->kvCoarseWindow);
                 continue;
  
             default:
                 Parameters.kpCommand[NumCommand++] = Key;
                 if (NumCommand > 80) NumCommand = 80;
                 Parameters.kpCommand[NumCommand] = EOS;
                 /*
                  * Test for shortest unique prefix, or prefix matching upper
                  * case part of menu.  Stupid search is plenty fast.
                  */
                 Int3 = -1;
                 Int2 = 0;
                 for (Int1 = 0; Menu[Int1].mEntry != NULL; Int1++) {
                     for (Int2 = 0; Int2 < NumCommand; Int2++) {
                         char c = Menu[Int1].mPrefix[Int2];
                         if (isupper(c)) c = tolower(c);
                         if (Parameters.kpCommand[Int2] != c) break;
                     }
                     if (Parameters.kpCommand[Int2] == EOS And Int2 > 0) {
                         if (!Menu[Int1].mPrefix[Int2]) {
                             /* found a match */
                             if (Int3 >= 0) {
                                 /* oops, more than 1 match */
                                 Int2 = -1;
                                 break;
                             }
                             Int3 = Int1;
                         }
                     }
                 }
                 if (Int3 >= 0 && Int2 >= 0) {
                     strcpy(Parameters.kpCommand,Menu[Int3].mEntry);
                     return;
                 }
                 continue;
         }
         NumCommand = 0;
         if (ButtonPress(Buttons,X,Y))
             return;
     }
 }

int PointColor ( )

int PointLoop ( )

int PointLoopSafe ( )

void Pop ( )

Definition at line 829 of file subckt.c.

 {
     int i;
     struct s *CellDesc;
     char *TypeIn;
     extern char *MenuPOP;
 
     MenuSelect(MenuPOP);
     if (Context == NULL)
         ShowPrompt("There isn't a context to pop to.");
 
     else {
         SQClear();
         if (WroteCell) {
             /* 
              * Restore cell to its old state, because we don't want
              *  a global change, but we want a change to the instance
              *  pushed from.
              */
             Parameters.kpModified = False;
         }
         if (Parameters.kpModified) {
             ShowPrompt("You've modified this cell.  Do you want to save it (y)?");
             TypeIn = FBEdit(NULL);
             if (TypeIn == NULL)
                 goto quit;
             if (TypeIn[0] != 'n' && TypeIn[0] != 'N')
                 WriteCell();
         }
         WroteCell = False;
         if (Parameters.kpShowTerminals)
             DisplayTerminals(ERASE);
         if (Not CDClose(Parameters.kpCellDesc))
             MallocFailed();
         edit_cell(pop_context());
     }
 quit:
     TitleWindow();
     MenuDeselect(MenuPOP);
 }

struct line* PrintModels ( )

Definition at line 279 of file library.c.

 {
     struct ml *m;
     struct line *d,*d1,*d0;
 
     d0 = NULL;
     while (Models && Models->ml_level == Mlevel) {
         d1 = GetModelText(Models->ml_name);
         if (d1 != NULL) {
             if (d0 == NULL)
                 d = d0 = d1;
             else
                 d->li_next = d1;
             for (; d->li_next; d = d->li_next) ;
         }
         m = Models;
         Models = Models->ml_next;
         txfree(m->ml_name);
         tfree(m);
     }
     Mlevel--;
     return (d0);
 }

struct line* PrintMutual ( )

void PToL ( )

void Push ( )

void QueueModel ( )

void Rdraw ( )

Definition at line 897 of file bascmd.c.

 {
     MenuSelect(MenuRDRAW);
     RedisplaySCED(currentgraph);
     MenuDeselect(MenuRDRAW);
 }

void Readin ( )

Definition at line 603 of file init.c.

 {
     FILE *fp;
     int i,d1,d2,d3,d4;
 
     fp = POpen(INIT_FILE,"r",(char**)NULL);
     if (fp == NULL)
         return;
     (void)fgets(TypeOut,80,fp);
     if (TypeOut[0] != 'S'|| TypeOut[1] != 'C')
         goto error;
     for (i = 0; i < 16; i++) {
         if (fscanf(fp,"%d %d %d %d\n",&d1,&d2,&d3,&d4) != 4)
             goto error;
         if (d1 < 0 || d1 > 15)
             goto  error;
         if (d2 < 0 || d2 > 255)
             goto error;
         if (d3 < 0 || d3 > 255)
             goto error;
         if (d4 < 0 || d4 > 255)
             goto error;
         ColorTable[d1].klR = d2;
         ColorTable[d1].klG = d3;
         ColorTable[d1].klB = d4;
     }
     if (fscanf(fp,"%d %d %d %d\n",&d1,&d2,&d3,&d4) != 4)
         goto error;
     Parameters.kpGridDisplayed = d1;
     Parameters.kpGridOnTop = d2;
     Parameters.kpShowGridInLargeViewport= d3;
     Parameters.kpGridLineStyle = d4;
     if (fgets(TypeOut,80,fp) != NULL)
         SetCDPath(TypeOut);
 error:
     fclose(fp);
     return;
 }

void Redisplay ( )

void RedisplayAfterInterrupt ( )

Definition at line 623 of file display.c.

 {
     TInit();
     ShowPrompt("Interrupted.  Type Ctrl A to abort.");
     InitSignals();
     ShowCommandMenu();
 }

void RedrawPrompt ( )

Definition at line 512 of file viewport.c.

 {
     if (BackPrompt[0] == '\0') return;
     DevSetColor(BackColor);
     FBText(ROW_COLUMN,gi_numtextrows,1,BackPrompt);
     Parameters.kpLastCursorColumn = 1 + strlen(BackPrompt);
 }

int RepaintMore ( )

Definition at line 222 of file moretext.c.

 {
     if (!MoreOn || UsePopup)
         return (False);
     (void)MorePageDisplay();
     return (True);
 }

void RGB ( )

Definition at line 238 of file bascmd.c.

 {
     MenuSelect(MenuRGB);
     ErasePrompt();
     ShowRGB();
     MenuDeselect(MenuRGB);
 }

void Rotat0 ( )

Definition at line 82 of file choose.c.

 {
     Parameters.kpRotationAngle = 90;
     AlterMenuEntries(Menu0,Menu90);
     MenuSelect(Menu90);
 }

void Rotat180 ( )

Definition at line 102 of file choose.c.

 {
     Parameters.kpRotationAngle = 270;
     AlterMenuEntries(Menu180,Menu270);
     MenuSelect(Menu270);
 }

void Rotat270 ( )

Definition at line 112 of file choose.c.

 {
     Parameters.kpRotationAngle = 0;
     AlterMenuEntries(Menu270,Menu0);
     MenuDeselect(Menu0);
 }

void Rotat90 ( )

Definition at line 92 of file choose.c.

 {
     Parameters.kpRotationAngle = 180;
     AlterMenuEntries(Menu90,Menu180);
     MenuSelect(Menu180);
 }

void RunSpice ( )

Definition at line 519 of file scedintr.c.

 {
     char *TypeIn;
     wordlist *wl;
     struct line *deck;
     static char Rcmd[64];
     RETSIGTYPE (*intrpt)();
 
     if (Parameters.kpCellDesc != Parameters.kpTopDesc) {
         ShowPrompt("Pop to top level first.");
         return;
     }
     MenuSelect(MenuRUN);
 
 
     if ((*ft_sced->sc_inprogress)()) {
         ShowPrompt("Resume run in progress? [y] ");
         if ((TypeIn = FBEdit(NULL)) == NULL) {
             MenuDeselect(MenuRUN);
             ErasePrompt();
             return;
         }
         if (*TypeIn != 'n' && *TypeIn != 'N') {
             if (IplotStatusChanged) {
                 ClearIplot();
                 SetIplot();
             }
             intrpt = signal(SIGINT,sced_interrupt);
             (*ft_sced->sc_resume)(NULL);
             (void)signal(SIGINT,intrpt);
             if (!dispdev->windows && !dispdev->hardcopy)
                 if ((*ft_sced->sc_isiplot)())
                     RedisplaySCED(currentgraph);
             (void)CheckError();
             if (!(*ft_sced->sc_inprogress)()) {
                 ShowPrompt("Analysis complete.");
                 ClearIplot();
             }
             MenuDeselect(MenuRUN);
             return;
         }
         
     }
 
     ClearIplot();
     deck = MakeSpiceDeck();
     fix_spice_deck(deck);
     if (SourceDone)
         (*ft_sced->sc_cktclear)();
     (*ft_sced->sc_source)(deck,False,Parameters.kpCellName);
     (void)CheckError();
     SourceDone = True;
 
     wl = GetAnalysisFromDeck();
     if (wl == NULL) {
         ShowPrompt("Enter analysis command : ");
         if ((TypeIn = FBEdit(Rcmd)) != NULL) {
             wl = cp_lexer(TypeIn);
             strncpy(Rcmd,TypeIn,64);
             Rcmd[63] = '\0';
         }
         else
             ErasePrompt();
     }
     if (wl) {
         if (wl->wl_word && *wl->wl_word) {
             ShowPrompt("Performing analysis, please wait.");
             SetIplot();
             intrpt = signal(SIGINT,sced_interrupt);
             (*ft_sced->sc_dosim)(wl->wl_word,wl->wl_next);
             (void)signal(SIGINT,intrpt);
             if (!dispdev->windows && !dispdev->hardcopy)
                 if ((*ft_sced->sc_isiplot)())
                     RedisplaySCED(currentgraph);
             (void)CheckError();
             if (!(*ft_sced->sc_inprogress)()) {
                 ShowPrompt("Analysis complete.");
                 ClearIplot();
             }
         }
         wl_free(wl);
     }
     MenuDeselect(MenuRUN);
 }

int SafeCmds ( )

void Save ( )

Definition at line 715 of file bascmd.c.

 {
     FILE *fp;
 
     ShowPrompt("Saving circuit.    Please wait.");
     if (CDUpdate(Parameters.kpCellDesc,(char *)NULL)) {
         Parameters.kpModified = False;
         if (Parameters.kpCellDesc == Parameters.kpTopDesc) {
             fp = POpen(Parameters.kpCellName,"a",(char **)NULL);
             if (fp) {
                 DumpSpiceFile(fp);
                 fclose(fp);
             }
         }
         else if (Not CDReflect(Parameters.kpCellDesc))
             MallocFailed();
         ShowPrompt("Current circuit has been saved.");
     }
     else
         ShowPrompt("Can't save circuit.");
 }

void SaveLastView ( )

Definition at line 297 of file display.c.

 {
     /*
      * Parameters.kpWindowStack is always the last view.
      */
     if (Parameters.kpWindowStack == NULL) {
         if ((Parameters.kpWindowStack = alloc(kw)) == NULL)
             MallocFailed();
         strcpy(Parameters.kpWindowStack->kwName,"prev");
         Parameters.kpWindowStack->kwNext = NULL;
     }
     Parameters.kpWindowStack->kwLastWindowX     = View->kvCoarseWindow->kaX;
     Parameters.kpWindowStack->kwLastWindowY     = View->kvCoarseWindow->kaY;
     Parameters.kpWindowStack->kwLastFineWindowX = View->kvFineWindow->kaX;
     Parameters.kpWindowStack->kwLastFineWindowY = View->kvFineWindow->kaY;
     Parameters.kpWindowStack->kwLastWindowWidth = 
         View->kvCoarseWindow->kaWidth;
     Parameters.kpWindowStack->kwLastFineWindowWidth =
         View->kvFineWindow->kaWidth;
     (Parameters.kpWindowStack->kwName)[5] = View->kvFineViewportOnBottom;
     (Parameters.kpWindowStack->kwName)[6] = View->kvControl;
 }

void SaveViewOnStack ( )

Definition at line 323 of file display.c.

 {
     int i = 0;
     char c, buf[32];
     struct kw *New, *Tmp;
 
     New = alloc(kw);
     if (New == NULL) MallocFailed();
 
     New->kwLastWindowX         = View->kvCoarseWindow->kaX;
     New->kwLastWindowY         = View->kvCoarseWindow->kaY;
     New->kwLastFineWindowX     = View->kvFineWindow->kaX;
     New->kwLastFineWindowY     = View->kvFineWindow->kaY;
     New->kwLastWindowWidth     = View->kvCoarseWindow->kaWidth;
     New->kwLastFineWindowWidth = View->kvFineWindow->kaWidth;
     (New->kwName)[5]           = View->kvFineViewportOnBottom;
     (New->kwName)[6]           = View->kvControl;
 
     if (Parameters.kpWindowStack == NULL)
         SaveLastView();
 
     New->kwNext = NULL;
     for (Tmp = Parameters.kpWindowStack; Tmp->kwNext; i++,Tmp = Tmp->kwNext) ;
     Tmp->kwNext = New;
     sprintf(buf,"Current view assigned to: %c",'A'+i);
     ShowPrompt(buf);
     New->kwName[0] = 'a'+ i;
     New->kwName[1] = '\0';
 }

int sced ( )

void SCEDhelp ( )

Definition at line 1090 of file scedintr.c.

 {
     int dummy;
     char cmd[32];
 
     MenuSelect(MenuHELP);
     ShowPrompt("Point to menu item for help (ESC to exit help).");
     SCEDisActive = SCED_inhelp;
     loop {
         switch (PointLoopSafe(&dummy)) {
             case PL_ESC:
                 MenuDeselect(MenuHELP);
                 if (!dispdev->windows)
                     RedisplaySCED(currentgraph);
                 else
                     ErasePrompt();
                 SCEDisActive = SCED_active;
                 return;
             case PL_PCW:
                 continue;
             case PL_CMD:
                 if (Matching(MenuMINSR) ||
                     Matching(MenuPLUSR) ||
                     Matching(MenuMINSG) ||
                     Matching(MenuPLUSG) ||
                     Matching(MenuMINSB) ||
                     Matching(MenuPLUSB))
                     strcpy(Parameters.kpCommand,"chgcolor");
 
                 else
 
                 if (Matching(Menu0)   ||
                     Matching(Menu90)  ||
                     Matching(Menu180) ||
                     Matching(Menu270))
                     strcpy(Parameters.kpCommand,"rotate");
 
                 else
 
                 if (Matching(MenuMX) ||
                     Matching(MenuMY))
                     strcpy(Parameters.kpCommand,"mirror");
 
                 else
 
                 if (Matching(MenuSpace))
                     continue;
 
                 sprintf(cmd,"help sced:%s",Parameters.kpCommand);
                 (void)do_spice_cmd(cmd);
         }
     }
 }

void SCEDquitHelp ( )

void Sel ( )

void Selection ( )

int SelectNode ( )

void SelectTypes ( )

void SetCDPath ( )

void SetCurrentAOI ( )

void SetGrid ( )

void SetIplot ( )

Definition at line 181 of file grafintr.c.

 {
     wordlist wl;
 
     if (!DoingIplot) return;
     wl.wl_prev = NULL;
     wl.wl_next = GP_wl();
     wl.wl_word = "graf";
     if (wl.wl_next) {
         (*ft_sced->sc_setiplot)(&wl);
         wl_free(wl.wl_next);
     }
     IplotStatusChanged = False;
 }

void SetLibraryChoices ( )

Definition at line 140 of file library.c.

 {
     struct lib *w;
     int i;
 
     for (i = 0,w = Lib;  w; w = w->lib_next) {
         DeviceMenu[i].mEntry = w->lib_name;
         i++;
         if (i == 79) break;
     }
     DeviceMenu[i].mEntry = NULL;
     /*
     FixMenuPrefix(DeviceMenu);
     */
 }

void SetNewTransform ( )

void SetPathFromSpice ( )

Definition at line 757 of file scedintr.c.

 {
     char buf[80], *t;
     struct variable *v;
     extern char *kw_sourcepath;
     int len;
 
     TypeOut[0] = '\0';
 
     if (!cp_getvar(kw_sourcepath,VT_LIST,(char *)&v)) {
         CDPath(".");
         return;
     }
     len = 256;
     t = tmalloc(len);
     switch (v->va_type) {
         case VT_STRING:
             sprintf(t,"%s",v->va_string);
             break;
         case VT_NUM:
             sprintf(t,"%d",v->va_num);
             break;
         case VT_REAL:
             sprintf(t,"%lg",v->va_real);
             break;
     }
     for (v = v->va_next; v; v = v->va_next) {
         switch (v->va_type) {
             case VT_STRING:
                 sprintf(buf," %s",v->va_string);
                 break;
             case VT_NUM:
                 sprintf(buf," %d",v->va_num);
                 break;
             case VT_REAL:
                 sprintf(buf," %lg",v->va_real);
                 break;
         }
         if (strlen(t) + strlen(buf) >= len)
             t = trealloc(t, len += 256);
         strcat(t,buf);
     }
     /* append the path to the sced system files */
     if (strlen(t) + strlen(Sced_Path) > len)
         t = trealloc(t, len += 256);
     strcat(t," ");
     strcat(t,Sced_Path);
     CDPath(t);
     txfree(t);
 }

void SetPositioning ( )

Definition at line 322 of file init.c.

 {
     long X,Y,Width;
 
     if (View->kvControl != FULLSCREEN And
         View->kvCoarseRatio < Parameters.kpPointingThreshold) {
         /*
          * Split--enable fine positioning.
          */
         Parameters.kpRedisplayControl = SPLITSCREEN;
         View->kvCoarseViewport = View->kvSmallCoarseViewport;
     }
     else {
         /*
          * Don't split--don't enable fine positioning.
          */
         Parameters.kpRedisplayControl = COARSEVIEWPORTONLY;
         View->kvCoarseViewport = View->kvLargeCoarseViewport;
     }
     Width = View->kvCoarseWindow->kaWidth;
     X     = View->kvCoarseWindow->kaX;
     Y     = View->kvCoarseWindow->kaY;
     InitCoarseWindow(X,Y,Width);
 
     /* it is enough to just check the width */
     if (Width <= View->kvFineWindow->kaWidth) {
         View->kvFineWindow->kaWidth = Width - Width/4;
         View->kvFineWindow->kaHeight = View->kvFineWindow->kaWidth*
             (View->kvFineViewport->kaHeight/View->kvFineWindow->kaWidth);
     }
     InitFineWindow(X,Y);
 }

void SetTransform ( )

char SetXform ( )

void ShowCommandMenu ( )

Definition at line 121 of file viewport.c.

 {
     if (Parameters.kpMenu == BASICMENU) {
         ShowMenu(BasicMenu);
         return;
     }
     if (Parameters.kpMenu == AMBIGUITYMENU) {
         ShowMenu(AmbiguityMenu);
         return;
     }
 }

void ShowCurrentObject ( )

void ShowEmptyBox ( )

void ShowFineViewport ( )

Definition at line 610 of file viewport.c.

 {
     if (Parameters.kpRedisplayControl == COARSEVIEWPORTONLY) {
         EraseLargeCoarseViewport();
         Redisplay(View->kvCoarseWindow);
     } 
     else {
         FBEraseBox(View->kvFineViewport->kaLeft-1,
             View->kvFineViewport->kaBottom-1,
             View->kvFineViewport->kaRight,
             View->kvFineViewport->kaTop);
         /* Show fine positioning window in coarse window. */
         ShowEmptyBox(HighlightingColor,View->kvFineWindow);
         /* Redisplay in magnifying glass. */
         Parameters.kpRedisplayControl = FINEVIEWPORTONLY;
         Redisplay(View->kvFineWindow);
         Parameters.kpRedisplayControl = SPLITSCREEN;
     }
     DevUpdate();
 }

void ShowFull ( )

Definition at line 907 of file bascmd.c.

 {
     MenuSelect(MenuVIEW);
     SaveLastView();
     EraseLargeCoarseViewport();
     CenterFullView();
     Redisplay(View->kvCoarseWindow);
     MenuDeselect(MenuVIEW);
 }

void ShowGhost ( )

void ShowGrid ( )

Definition at line 18 of file gridline.c.

 {
     /*
      * Show grid for Window within AOI.
      * Window maps to Viewport.
      */
     long YInL,XInL;
     long XInP,YInP;
     long Left,Top,Right,Bottom;
     long Step;
 
     if (!Parameters.kpGridDisplayed Or Parameters.kpGrid <= 0)
         return;
 
     DevDefineLinestyle(1,Parameters.kpGridLineStyle);
     DevSetLinestyle(1);
 
     /*
      *
      * The grid is computed relative to (0,0).
      *
      */
     Step = Parameters.kpGrid*5;
 
     if (
         (Parameters.kpRedisplayControl != FINEVIEWPORTONLY And
         (View->kvCoarseViewport == View->kvLargeCoarseViewport Or
         Parameters.kpShowGridInLargeViewport))
         And
         Parameters.kpGrid*View->kvCoarseRatio
         > Parameters.kpPointingThreshold And CurrentAOI.aInCoarse) {
 
         Top = View->kvCoarseWindow->kaTop -
             (View->kvCoarseWindow->kaTop % Step);
 
         if (View->kvCoarseWindow->kaTop >= 0)
             Top += Step;
 
         Bottom = View->kvCoarseWindow->kaBottom;
 
         Left = View->kvCoarseWindow->kaLeft -
             (View->kvCoarseWindow->kaLeft % Step);
 
         if (View->kvCoarseWindow->kaLeft < 0)
             Left -= Step;
         
         Right = View->kvCoarseWindow->kaRight;
 
         if (Parameters.kpGridLineStyle == 0) {
 
             /* point grid */
             for (YInL = Top; YInL >= Bottom; YInL -= Parameters.kpGrid) {
                 YInP = .5+(YInL - View->kvCoarseWindow->kaBottom)*
                     View->kvCoarseRatio;
                 YInP += View->kvCoarseViewport->kaBottom;
                 if (YInP < CurrentAOI.aBC) break;
                 if (YInP > CurrentAOI.aTC) continue;
                 for (XInL = Left; XInL <= Right; XInL += Parameters.kpGrid) {
                     XInP = .5+(XInL - View->kvCoarseWindow->kaLeft)*
                         View->kvCoarseRatio;
                     XInP += View->kvCoarseViewport->kaLeft;
                     if (XInP > CurrentAOI.aRC) break;
                     if (XInP < CurrentAOI.aLC) continue;
                     if ((Top-YInL) % Step == 0 || (XInL-Left) % Step == 0)
                         DevSetColor(CoarseGridColor);
                     else
                         DevSetColor(FineGridColor);
 
                     DevPixel((int)XInP,(int)YInP);
                 }
             }
         }
         else {
 
             /* Horizontal grid lines */
             for (YInL = Top; YInL >= Bottom; YInL -= Parameters.kpGrid) {
 
                 YInP = .5+(YInL - View->kvCoarseWindow->kaBottom)*
                     View->kvCoarseRatio;
                 YInP += View->kvCoarseViewport->kaBottom;
                 if (YInP < CurrentAOI.aBC) break;
                 if (YInP > CurrentAOI.aTC) continue;
 
                 if ((Top-YInL) % Step == 0)
                     DevSetColor(CoarseGridColor);
                 else
                     DevSetColor(FineGridColor);
 
                 DevLine((int)CurrentAOI.aLC,(int)YInP,
                     (int)CurrentAOI.aRC,(int)YInP);
             
             }
 
             /* Vertical grid lines */
             for (XInL = Left; XInL <= Right; XInL += Parameters.kpGrid) {
 
                 XInP = .5+(XInL - View->kvCoarseWindow->kaLeft)*
                     View->kvCoarseRatio;
                 XInP += View->kvCoarseViewport->kaLeft;
                 if (XInP > CurrentAOI.aRC) break;
                 if (XInP < CurrentAOI.aLC) continue;
 
                 if ((XInL-Left) % Step == 0)
                     DevSetColor(CoarseGridColor);
                 else
                     DevSetColor(FineGridColor);
 
                 DevLine((int)XInP,(int)CurrentAOI.aBC,
                     (int)XInP,(int)CurrentAOI.aTC);
             
             }
         }
     }
 
     if (Parameters.kpRedisplayControl != COARSEVIEWPORTONLY And
         Parameters.kpGrid*View->kvFineRatio
             > Parameters.kpPointingThreshold And CurrentAOI.aInFine) {
 
 
         Top = View->kvFineWindow->kaTop -
             (View->kvFineWindow->kaTop % Step);
 
         if (View->kvFineWindow->kaTop >= 0)
             Top += Step;
 
         Bottom = View->kvFineWindow->kaBottom;
 
         Left = View->kvFineWindow->kaLeft -
             (View->kvFineWindow->kaLeft % Step);
 
         if (View->kvFineWindow->kaLeft < 0)
             Left -= Step;
 
         Right = View->kvFineWindow->kaRight;
 
         if (Parameters.kpGridLineStyle == 0) {
 
             /* point grid */
             for (YInL = Top; YInL >= Bottom; YInL -= Parameters.kpGrid) {
                 YInP = .5+(YInL - View->kvFineWindow->kaBottom)*
                     View->kvFineRatio;
                 YInP += View->kvFineViewport->kaBottom;
                 if (YInP < CurrentAOI.aBF) break;
                 if (YInP > CurrentAOI.aTF) continue;
                 for (XInL = Left; XInL <= Right; XInL += Parameters.kpGrid) {
                     XInP = .5+(XInL - View->kvFineWindow->kaLeft)*
                         View->kvFineRatio;
                     XInP += View->kvFineViewport->kaLeft;
                     if (XInP > CurrentAOI.aRF) break;
                     if (XInP < CurrentAOI.aLF) continue;
                     if ((Top-YInL) % Step == 0 || (XInL-Left) % Step == 0)
                         DevSetColor(CoarseGridColor);
                     else
                         DevSetColor(FineGridColor);
 
                     DevPixel((int)XInP,(int)YInP);
                 }
             }
         }
         else {
             /* Horizontal grid lines */
             for (YInL = Top; YInL >= Bottom; YInL -= Parameters.kpGrid) {
 
                 YInP = .5+(YInL - View->kvFineWindow->kaBottom)*
                     View->kvFineRatio;
                 YInP += View->kvFineViewport->kaBottom;
                 if (YInP < CurrentAOI.aBF) break;
                 if (YInP > CurrentAOI.aTF) continue;
 
                 if ((Top-YInL) % Step == 0)
                        DevSetColor(CoarseGridColor);
                 else
                        DevSetColor(FineGridColor);
                 DevLine((int)CurrentAOI.aLF,(int)YInP,
                     (int)CurrentAOI.aRF,(int)YInP);
             }
 
             /* Vertical grid lines */
             for (XInL = Left; XInL <= Right; XInL += Parameters.kpGrid){
 
                 XInP = .5+(XInL - View->kvFineWindow->kaLeft)*
                     View->kvFineRatio;
                 XInP += View->kvFineViewport->kaLeft;
                 if (XInP > CurrentAOI.aRF) break;
                 if (XInP < CurrentAOI.aLF) continue;
 
                 if ((XInL-Left) % Step == 0)
                     DevSetColor(CoarseGridColor);
                 else
                     DevSetColor(FineGridColor);
                 DevLine((int)XInP,(int)CurrentAOI.aBF,
                     (int)XInP,(int)CurrentAOI.aTF);
             }
         }
     }
     DevSetLinestyle(0);
 }

void ShowLabel ( )

void ShowLine ( )

void ShowManhattanLine ( )

void ShowMarker ( )

void ShowMenu ( )

void ShowMutual ( )

void ShowNewInstance ( )

void ShowOutput ( )

void ShowPath ( )

void ShowPolygon ( )

void ShowProcess ( )

void ShowPrompt ( )

void ShowPromptAndWait ( )

void ShowPromptWithColor ( )

void ShowProperties ( )

void ShowRGB ( )

Definition at line 481 of file bascmd.c.

 {
     int r,g,b;
 
     r = ColorTable[Parameters.kpColor].klR;
     g = ColorTable[Parameters.kpColor].klG;
     b = ColorTable[Parameters.kpColor].klB;
 
     OutlineText(Parameters.kpLastCursorColumn,gi_numtextrows,gi_numtextcols,
         gi_numtextrows,FILL,ERASE,0);
 
     sprintf(TypeOut,"  (%d,%d,%d)",r,g,b);
 
     DevSetColor(PromptTextColor);
     FBText(ROW_COLUMN,gi_numtextrows,Parameters.kpLastCursorColumn,TypeOut);
 }

void ShowStretch ( )

void ShowTerminals ( )

Definition at line 1710 of file netlist.c.

 {
 
     if (Parameters.kpShowTerminals) {
         MenuDeselect(MenuTERMS);
         Parameters.kpShowTerminals = False;
         DisplayTerminals(ERASE);
     }
     else {
         MenuSelect(MenuTERMS);
         Parameters.kpShowTerminals = True;
         DisplayTerminals(DISPLAY);
     }    
 }

void ShowTransformed ( )

void ShowWire ( )

struct line* SpiceList ( )

void SQClear ( )

Definition at line 690 of file choose.c.

 {
     struct ks *SQDesc,*SQNext;
 
     for (SQDesc = SelectQHead; SQDesc; SQDesc = SQNext) {
         SQNext = SQDesc->ksSucc;
         SQDesc->ksPointer->oInfo = SQ_OLD;
         tfree(SQDesc);
     }
     SelectQHead = NULL;
 }

void SQComputeBB ( )

Definition at line 749 of file choose.c.

 {
     struct ks *SQDesc;
     struct ka BB;
     int Info;
 
     SelectQBB.kaLeft   = CDINFINITY;
     SelectQBB.kaBottom = CDINFINITY;
     SelectQBB.kaRight  = -CDINFINITY;
     SelectQBB.kaTop    = -CDINFINITY;
 
     for (SQDesc = SelectQHead; SQDesc != NULL; SQDesc = SQDesc->ksSucc) {
         Info = SQDesc->ksPointer->oInfo;
         if (Info == SQ_OLDSEL || Info == SQ_NEWSEL ||
             (Info > 10 && Info <= 255)) {
             get_BB(SQDesc->ksPointer,&BB);
             UpdateBB(SelectQBB,BB);
         }
     }
 }

void SQDelete ( )

void SQDesel ( )

void SQInit ( )

Definition at line 682 of file choose.c.

 {
     SelectQHead = NULL;
 }

void SQInsert ( )

void SQRestore ( )

void SQShow ( )

Definition at line 940 of file choose.c.

 {
     struct ks *SQDesc;
     int Info;
 
     if (Not Parameters.kpEnableSelectQRedisplay) return;
     for (SQDesc = SelectQHead; SQDesc; SQDesc = SQDesc->ksSucc) {
         Info = SQDesc->ksPointer->oInfo;
         /* Test for user interrupt */
         if (Parameters.kpSIGINTERRUPT) {
             RedisplayAfterInterrupt();
             return;
         }
         if (Info == SQ_OLDSEL || Info == SQ_NEWSEL ||
             (Info > 10 && Info <= 255)) {
             /* Show Selected Objects */
             sq_display_selected(SQDesc->ksPointer);
         }
     }
 }

void StretchPath ( )

void strtolower ( )

void Subcircuit ( )

int TCheck ( )

Definition at line 634 of file display.c.

 {
     char *TypeIn;
 
     if (TFull()) {
         ShowPrompt("Cell hierarchy is too deep. MORE");
         (void)FBGetchar(ERASE);
         ShowPrompt("Probably you have a recursive hierarchy.");
         TInit();
         return (True);
     }
     return (False);
 }

void TitleWindow ( )

Definition at line 704 of file bascmd.c.

 {
     char Title[80];
  
     sprintf(Title,"Circuit: %s",Parameters.kpCellName);
     DevTitle(Title,"sced");
 }

char* tmalloc ( )

void TransformReferencePoint ( )

void TransformReferences ( )

void Undo ( )

Definition at line 43 of file bascmd.c.

 {
     MenuSelect(MenuUNDO);
     ShowPrompt("Sorry, but it's too late.");
     MenuDeselect(MenuUNDO);
 }

void UndoReferenceTransform ( )

Definition at line 1876 of file netlist.c.

 {
     struct prpty *PDesc;
 
     PDesc = Parameters.kpCellDesc->sPrptyList;
     for (; PDesc; PDesc = PDesc->prpty_Succ) {
         if (PDesc->prpty_Value != P_NODE) continue;
         if (PDesc->prpty_Info == NULL) continue;
         free(PDesc->prpty_Data);
         PDesc->prpty_Data = (union prp_data*)PDesc->prpty_Info;
         PDesc->prpty_Info = NULL;
     }
 }

void UpdateDeviceName ( )

void UpdateParent ( )

void UpdateProperties ( )

void UpdatePropertyString ( )

void UpdateSCED ( )

Definition at line 570 of file init.c.

 {
     FILE *fp;
     int i;
     char *c;
     extern char *MenuUPDAT;
 
     MenuSelect(MenuUPDAT);
     fp = fopen(INIT_FILE,"w");
     if (fp == NULL) {
         ShowPrompt("Can't open file.");
         return;
     }
     fprintf(fp,"SCED init file\n");
     for (i = 0; i < 16; i++) {
         fprintf(fp,"%d %3d %3d %3d\n",i,
             ColorTable[i].klR,ColorTable[i].klG,ColorTable[i].klB);
     }
     fprintf(fp,"%d %d %d %d\n",Parameters.kpGridDisplayed,
         Parameters.kpGridOnTop,
         Parameters.kpShowGridInLargeViewport,
         Parameters.kpGridLineStyle);
     c = PGetPath();
     if (c && *c)
         fprintf(fp,"%s\n",c);
     fclose(fp);
     ShowPrompt("Init file has been saved.");
     MenuDeselect(MenuUPDAT);
 }

void Windo ( )

void Wires ( )

void WriteCell ( )

Definition at line 740 of file bascmd.c.

 {
     struct prpty *PDesc;
     char *TypeIn,NewName[128],*t;
     FILE *fp;
 
     MenuSelect(MenuSAVE);
     if (Parameters.kpCellName[0] == '\0') {
         ShowPrompt("There isn't anything to write.");
         MenuDeselect(MenuSAVE);
         return;
     }
     ShowPrompt("Circuit name?");
     TypeIn = FBEdit(Parameters.kpCellName);
     if (TypeIn == NULL Or *TypeIn == '\0' Or *TypeIn == '\n') {
         MenuDeselect(MenuSAVE);
         ErasePrompt();
         return;
     }
     t = NewName;
     while (isspace(*TypeIn)) TypeIn++;
     if (*TypeIn == '\0') {
         MenuDeselect(MenuSAVE);
         ErasePrompt();
         return;
     }
     while (*TypeIn && !isspace(*TypeIn))
         *t++ = *TypeIn++;
     *t = '\0';
 
     ShowPrompt("Writing circuit.    Please wait.");
 
     if (strcmp(Parameters.kpCellName,NewName)) {
         /* new name given */
         TypeIn = Parameters.kpCellDesc->sName;
         Parameters.kpCellDesc->sName = NewName;
 
         /* change the subcircuit's reference name */
         PDesc = Parameters.kpCellDesc->sPrptyList;
         for (; PDesc; PDesc = PDesc->prpty_Succ)
             if (PDesc->prpty_Value == P_NAME) break;
         if (PDesc && PDesc->prpty_Data->p_name.subname) {
             t = PDesc->prpty_Data->p_name.subname;
             PDesc->prpty_Data->p_name.subname = NewName;
         }
 
         if (Not CDUpdate(Parameters.kpCellDesc,NewName)) {
             ShowPrompt("Can't save circuit.");
             MenuDeselect(MenuSAVE); 
             Parameters.kpCellDesc->sName = TypeIn;
             return;
         }
         if (PDesc && PDesc->prpty_Data->p_name.subname) {
             PDesc->prpty_Data->p_name.subname = t;
         }
         Parameters.kpModified = False;
         Parameters.kpCellDesc->sName = TypeIn;
         if (Parameters.kpCellDesc == Parameters.kpTopDesc) {
             fp = POpen(NewName,"a",(char **)NULL);
             if (fp) {
                 DumpSpiceFile(fp);
                 fclose(fp);
             }
         }
         UpdateParent(NewName);
         ShowPrompt("New circuit has been saved.");
     }
     else {
         if (Not CDUpdate(Parameters.kpCellDesc,(char *)NULL)) {
             ShowPrompt("Can't save circuit.");
             MenuDeselect(MenuSAVE); 
             return;
         }
         if (Parameters.kpCellDesc == Parameters.kpTopDesc) {
             fp = POpen(Parameters.kpCellName,"a",(char **)NULL);
             if (fp) {
                 DumpSpiceFile(fp);
                 fclose(fp);
             }
         }
         ShowPrompt("Current circuit has been saved.");
         Parameters.kpModified = False;
         if (Not CDReflect(Parameters.kpCellDesc))
             MallocFailed();
     }
     MenuDeselect(MenuSAVE);
 }

void Zoom ( )

Variable Documentation

MENU AmbiguityMenu[DefMenuSize]

Definition at line 51 of file scedintr.c.

MENU* BasicMenu

Definition at line 49 of file scedintr.c.

struct kl* ColorTable

Definition at line 20 of file init.c.

struct a CurrentAOI

Definition at line 22 of file init.c.

MENU* DeviceMenu

Definition at line 50 of file scedintr.c.

int IplotStatusChanged

Definition at line 23 of file grafintr.c.

struct ka MenuViewport

Definition at line 18 of file init.c.

struct kp Parameters

Definition at line 19 of file init.c.

struct kc SCursor

Definition at line 21 of file init.c.

struct ka SelectQBB

Definition at line 65 of file scedext.h.

struct ks* SelectQHead

Definition at line 64 of file scedext.h.

char TypeOut[200]

Definition at line 23 of file init.c.

struct kv* View

Definition at line 17 of file init.c.

Macros

Functions

Variables

Macro Definition Documentation

Function Documentation

Variable Documentation