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auto_x11.c
executable file
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auto_x11.c
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#include "parserslow.h"
#include "auto_x11.h"
#include "auto_nox.h"
#include "init_conds.h"
#include "derived.h"
#include "diagram.h"
#include "ggets.h"
#include <stdlib.h>
#include <string.h>
#include <stdio.h>
#include <X11/Xlib.h>
#include <X11/Xutil.h>
#include <X11/keysym.h>
#include <X11/keysymdef.h>
#include "auto.bitmap"
#include "newhome.h"
#include "mykeydef.h"
#include "xpplim.h"
#include "autlim.h"
#include "math.h"
#include "rubber.h"
#include "menudrive.h"
#include "many_pops.h"
#include "color.h"
#include "integrate.h"
#include "browse.h"
#include "numerics.h"
#include "pop_list.h"
#define RUBBOX 0
#define RUBLINE 1
#define RIGHT 6
#define LEFT 2
#define ESC 27
#define TAB 10
#define BAD 0
#define FINE 13
#define STD_WID 460 /* golden mean */
#define STD_HGT 284
#define MAX_LEN_SBOX 25
#define xds(a) { XDrawString(display,w,gc,5,CURY_OFFb,a,strlen(a));return;}
#define SBW XSetWindowBorderWidth(display,w,1)
#define MAX_AUT_PER 10
#define MYMASK (ButtonPressMask|KeyPressMask|ExposureMask|StructureNotifyMask |LeaveWindowMask|EnterWindowMask| ButtonMotionMask)
#define SIMPMASK (ButtonPressMask | KeyPressMask|ExposureMask |StructureNotifyMask)
extern Display *display;
extern unsigned int MyBackColor,MyForeColor,MyMainWinColor,MyDrawWinColor;
int AutoRedrawFlag=1;
extern int screen,storind,NODE;
extern GC gc, small_gc;
extern int DCURX,DCURXs,DCURY,DCURYs,CURY_OFFs,CURY_OFFb,CURY_OFF;
int STD_HGT_var =0;
int STD_WID_var =0;
int Auto_extra_wid,Auto_extra_hgt;
int Auto_x0,Auto_y0;
extern int load_all_labeled_orbits;
/* stuff for marking a branch */
int mark_flag=0;
int mark_ibrs,mark_ibre;
int mark_ipts,mark_ipte;
int mark_ixs,mark_ixe,mark_iys,mark_iye;
extern Window command_pop;
extern double TEND;
extern int AutoTwoParam;
extern int NAutoPar;
extern int Auto_index_to_array[8];
extern int AutoPar[8];
extern int xorfix;
extern int TipsFlag;
extern unsigned int MyBackColor,MyForeColor,MyMainWinColor,MyDrawWinColor,GrFore,GrBack;
extern char *auto_hint[],*aaxes_hint[],*afile_hint[],*arun_hint[],*no_hint[],*aspecial_hint[];
double atof();
extern double constants[];
extern int DONT_XORCross;
AUTOWIN AutoW;
extern BIFUR Auto;
extern GRABPT grabpt;
extern DIAGRAM *bifd;
DIAGRAM *CUR_DIAGRAM;
extern int NBifs;
/* ****************************************************
Code here
*****************************************************/
void ALINE(a,b,c,d)
int a,b,c,d;
{
XDrawLine(display,AutoW.canvas,small_gc,(a),(b),(c),(d));
}
void DLINE(a,b,c,d)
double a,b,c,d;
{
ALINE(IXVal(a),IYVal(b),IXVal(c),IYVal(d));
}
void ATEXT(a,b,c)
int a,b;
char *c;
{
XDrawString(display,AutoW.canvas,small_gc,(a),(b),(c),strlen(c));
}
void clr_stab()
{
int r=Auto.st_wid/4;
XClearWindow(display,AutoW.stab);
XDrawArc(display,AutoW.stab,small_gc,r,r,2*r,2*r,0,360*64);
}
void auto_stab_line(int x,int y,int xp, int yp)
{
XDrawLine(display,AutoW.stab,small_gc,x,y,xp,yp);
}
void clear_auto_plot()
{
XClearWindow(display,AutoW.canvas);
redraw_auto_menus();
}
void redraw_auto_menus()
{
display_auto(AutoW.axes);
display_auto(AutoW.numerics);
display_auto(AutoW.grab);
display_auto(AutoW.run);
display_auto(AutoW.redraw);
display_auto(AutoW.clear);
display_auto(AutoW.per);
display_auto(AutoW.param);
display_auto(AutoW.kill);
display_auto(AutoW.file);
display_auto(AutoW.abort);
}
int query_special(char* title,char *nsymb)
{
int status=1;
static char *m[]={"BP","EP","HB","LP","MX","PD","TR","UZ"};
static char key[]="behlmptu";
int ch=(char)auto_pop_up_list(title,m,key,8,11,1,10,10,
aspecial_hint,Auto.hinttxt);
if(ch=='b'){
sprintf(nsymb,"BP");
}
else if(ch=='e'){
sprintf(nsymb,"EP");
}
else if(ch=='h'){
sprintf(nsymb,"HB");
}
else if(ch=='l'){
sprintf(nsymb,"LP");
}
else if(ch=='m'){
sprintf(nsymb,"MX");
}
else if(ch=='p'){
sprintf(nsymb,"PD");
}
else if(ch=='t'){
sprintf(nsymb,"TR");
}
else if(ch=='u'){
sprintf(nsymb,"UZ");
}
else
{
status=0;
sprintf(nsymb," ");
}
redraw_auto_menus();
return(status);
}
void do_auto_range()
{
double t=TEND;
if(mark_flag==2)
do_auto_range_go();
TEND=t;
}
void auto_get_info( int *n, char *pname )
{
int i1,i2,ibr;
DIAGRAM *d,*dnew;
if(mark_flag==2){
i1=abs(mark_ipts);
ibr=mark_ibrs;
i2=abs(mark_ipte);
*n=abs(i2-i1);
d=bifd;
while(1){
if(d->ibr==ibr && ((d->ntot==i1)||(d->ntot==(-i1))))
{
strcpy(pname,upar_names[AutoPar[d->icp1]]);
break;
}
dnew=d->next;
if(dnew==NULL){
break;
}
d=dnew;
}
}
}
void auto_set_mark(int i)
{
int pt,ibr;
if(mark_flag==2){
ibr=mark_ibrs;
if(abs(mark_ipts)<abs(mark_ipte))
pt=abs(mark_ipts)+i;
else
pt=abs(mark_ipte)+i;
find_point(ibr,pt);
}
}
void find_point(int ibr, int pt)
{
int i;
DIAGRAM *d,*dnew;
if(NBifs<2)return;
d=bifd;
while(1)
{
if(d->ibr==ibr && ((d->ntot==pt)||(d->ntot==(-pt))))
{ /* need to look at both signs to ignore stability */
/* now we use this info to set parameters and init data */
for(i=0;i<NODE;i++)
set_ivar(i+1,d->u0[i]);
get_ic(0,d->u0);
for(i=0;i<NAutoPar;i++)
constants[Auto_index_to_array[i]]=d->par[i];
evaluate_derived();
redraw_params();
redraw_ics();
if((d->per)>0)
set_total(d->per);
break;
}
dnew=d->next;
if(dnew==NULL){
break;
}
d=dnew;
}
}
void traverse_diagram()
{
DIAGRAM *d,*dnew,*dold;
int done=0;
int ix,iy,i;
int lalo;
XEvent ev;
int kp;
mark_flag=0;
if(NBifs<2)return;
d=bifd;
DONT_XORCross=0;
traverse_out(d,&ix,&iy,1);
while(done==0){
XNextEvent(display,&ev);
if(ev.type==ButtonPress)
{
int xm=ev.xmotion.x;
int ym=ev.xmotion.y;
Window w=ev.xmotion.window;
if(w==AutoW.canvas)
{
clear_msg();
/*
GO HOME
*/
XORCross(ix,iy);
DONT_XORCross = 1;
while (1){
dnew=d->prev;
if(dnew==NULL){dnew=d;break;}
/*bifd = dnew;*/
d=dnew;
}
d=dnew;
CUR_DIAGRAM=d;
traverse_out(d,&ix,&iy,0);
/*
END GO HOME
*/
/*
GO END
*/
int mindex=0;
double dist;
double ndist = Auto.wid*Auto.hgt;
XORCross(ix,iy);
lalo=load_all_labeled_orbits;
load_all_labeled_orbits=0;
while (1)
{
dist = sqrt(((double)(xm-ix))*((double)(xm-ix)) + ((double)(ym-iy))*((double)(ym-iy)));
if (dist<ndist)
{
ndist = dist;
mindex=d->index;
}
dnew=d->next;
if(dnew==NULL){dnew=d;break;}
d=dnew;
traverse_out(d,&ix,&iy,0);/*Need this each time to update the distance calc*/
}
d=dnew;
CUR_DIAGRAM=d;
load_all_labeled_orbits=lalo;
traverse_out(d,&ix,&iy,0);
/*
END GO END
*/
/*
GO HOME
*/
XORCross(ix,iy);
while (1){
if (d->index == mindex){dnew=d;break;}
dnew=d->prev;
if(dnew==NULL){dnew=d;break;}
/*bifd = dnew;*/
d=dnew;
}
d=dnew;
CUR_DIAGRAM=d;
DONT_XORCross = 0;
traverse_out(d,&ix,&iy,1);
/*
END GO HOME
*/
}
}
else if(ev.type==KeyPress){
clear_msg();
kp=get_key_press(&ev);
char symb[3],nsymb[3];
int found=0;
switch(kp){
case RIGHT:
dnew=d->next;
if(dnew==NULL)dnew=bifd;
XORCross(ix,iy);
d=dnew;
CUR_DIAGRAM=dnew;
traverse_out(d,&ix,&iy,1);
break;
case LEFT:
dnew=d->prev;
if(dnew==NULL)dnew=bifd;
XORCross(ix,iy);
d=dnew;
CUR_DIAGRAM=dnew;
traverse_out(d,&ix,&iy,1);
break;
case UP:
if (!query_special("Next...",nsymb)){break;}
XORCross(ix,iy);
found=0;
dold=d;
while(1){
dnew=d->next;
if(dnew==NULL){dnew=d;break;}
get_bif_sym(symb,dnew->itp);
if(strcmp(symb,nsymb)==0){d=dnew;found=1;break;}
d=dnew;
/*if(d->lab==0)break;*/
}
if (found)
{
d=dnew;
}
else
{
snprintf(Auto.hinttxt,255," Higher %s not found",nsymb);
display_auto(AutoW.hint);
d=dold;
}
CUR_DIAGRAM=d;
traverse_out(d,&ix,&iy,1);
break;
case DOWN:
if (!query_special("Previous...",nsymb)){break;}
XORCross(ix,iy);
found=0;
dold=d;
while(1){
dnew=d->prev;
if(dnew==NULL){dnew=d;break;}
get_bif_sym(symb,dnew->itp);
if(strcmp(symb,nsymb)==0){d=dnew;found=1;break;}
d=dnew;
}
if (found)
{
d=dnew;
}
else
{
snprintf(Auto.hinttxt,255," Lower %s not found",nsymb);
display_auto(AutoW.hint);
d=dold;
}
CUR_DIAGRAM=d;
traverse_out(d,&ix,&iy,1);
break;
case TAB:
XORCross(ix,iy);
while(1){
dnew=d->next;
if(dnew==NULL){dnew=bifd;break;} /*TAB wraps*/
d=dnew;
if(d->lab!=0)break;
}
d=dnew;
CUR_DIAGRAM=d;
traverse_out(d,&ix,&iy,1);
break;
/* New code */
case 's': /* mark the start of a branch */
if(mark_flag==0) {
MarkAuto(ix,iy);
mark_ibrs=d->ibr;
mark_ipts=d->ntot;
mark_flag=1;
mark_ixs=ix;
mark_iys=iy;
}
break;
case 'e': /* mark end of branch */
if(mark_flag==1){
MarkAuto(ix,iy);
mark_ibre=d->ibr;
mark_ipte=d->ntot;
mark_flag=2;
mark_ixe=ix;
mark_iye=iy;
}
break;
case END:/*All the way to end*/
XORCross(ix,iy);
while (1){
dnew=d->next;
if(dnew==NULL){dnew=d;break;}
/*bifd = dnew;*/
d=dnew;
}
d=dnew;
CUR_DIAGRAM=d;
traverse_out(d,&ix,&iy,1);
break;
case HOME:/*All the way to beginning*/
XORCross(ix,iy);
while (1){
dnew=d->prev;
if(dnew==NULL){dnew=d;break;}
/*bifd = dnew;*/
d=dnew;
}
d=dnew;
CUR_DIAGRAM=d;
traverse_out(d,&ix,&iy,1);
break;
case PGUP: /*Same as TAB except we don't wrap*/
XORCross(ix,iy);
while(1){
dnew=d->next;
if(dnew==NULL){dnew=d;break;}
d=dnew;
if(d->lab!=0)break;
}
d=dnew;
CUR_DIAGRAM=d;
traverse_out(d,&ix,&iy,1);
break;
case PGDN: /*REVERSE TAB*/
XORCross(ix,iy);
while(1){
dnew=d->prev;
if(dnew==NULL){dnew=d;break;}
d=dnew;
if(d->lab!=0)break;
}
d=dnew;
CUR_DIAGRAM=d;
traverse_out(d,&ix,&iy,1);
break;
case FINE:
done=1;
XORCross(ix,iy);
/*Cross should be erased now that we have made our selection.*/
/*Seems XORing it with new draw can tend to bring it back randomly
depending on the order of window expose events. Best not
to do the XORCross function at all.*/
DONT_XORCross = 1;
redraw_diagram();
RedrawMark();
break;
case ESC:
done=-1;
break;
}
}
}
/*XORCross(ix,iy);
*/
/* check mark_flag branch similarity */
if(mark_flag==2){
if(mark_ibrs!=mark_ibre)
mark_flag=0;
}
if(done==1){
grabpt.ibr=d->ibr;
grabpt.lab=d->lab;
for(i=0;i<8;i++)
grabpt.par[i]=d->par[i];
grabpt.icp1=d->icp1;
grabpt.icp2=d->icp2;
grabpt.per=d->per;
grabpt.torper=d->torper;
for(i=0;i<NODE;i++){
grabpt.uhi[i]=d->uhi[i];
grabpt.ulo[i]=d->ulo[i];
grabpt.u0[i]=d->u0[i];
grabpt.ubar[i]=d->ubar[i];
set_ivar(i+1,grabpt.u0[i]);
}
get_ic(0,grabpt.u0);
grabpt.flag=1;
grabpt.itp=d->itp;
grabpt.ntot=d->ntot;
grabpt.nfpar=d->nfpar;
grabpt.index=d->index;
for(i=0;i<NAutoPar;i++)
constants[Auto_index_to_array[i]]=grabpt.par[i];
}
evaluate_derived();
redraw_params();
redraw_ics();
}
void clear_auto_info()
{
XClearWindow(display,AutoW.info);
}
void draw_auto_info(char *bob,int x,int y)
{
XDrawString(display,AutoW.info,small_gc,x,y,bob,strlen(bob));
}
void refreshdisplay()
{
XFlush(display);
}
int byeauto_(iflag)
int *iflag;
{
XEvent event;
Window w;
char ch;
if(Auto.exist==0)return(1);
*iflag=0;
while(XPending(display)>0){
XNextEvent(display,&event);
switch(event.type){
case Expose: do_expose(event);
break;
case ButtonPress:
w=event.xbutton.window;
if(w==AutoW.abort){SBW;*iflag=1;return(1);}
break;
case KeyPress:
ch=get_key_press(&event);
if(ch==ESC){*iflag=1;return(0);}
break;
}
}
return(0);
}
void Circle(x,y,r)
int x,y,r;
{
XDrawArc(display,AutoW.canvas,small_gc,x-r,y-r,r<<1,r<<1,0,360*64);
}
void autocol(int col)
{
set_scolor(col);
}
void autobw()
{
XSetBackground(display,small_gc,MyBackColor);
XSetForeground(display,small_gc,MyForeColor);
}
int auto_rubber(i1,j1,i2,j2,flag)
int *i1,*i2,*j1,*j2,flag;
{
return(rubber(i1,j1,i2,j2,AutoW.canvas,flag));
}
int auto_pop_up_list(title,list,key,n,max,def,x,y,hints,httxt)
int def,n,max,x,y;
char *title,**list,*key,**hints,*httxt;
{
Window temp=AutoW.base;
return pop_up_list(&temp,title,list,key,n,max,def,x,y,hints,AutoW.hint,httxt);
}
void RedrawMark()
{
if(mark_flag==2){
MarkAuto(mark_ixs,mark_iys);
MarkAuto(mark_ixe,mark_iye);
}
}
void MarkAuto(x,y)
int x,y;
{
LineWidth(2);
ALINE(x-8,y-8,x+8,y+8);
ALINE(x+8,y-8,x-8,y+8);
LineWidth(1);
}
void XORCross(x,y)
int x,y;
{
if (DONT_XORCross)
{
return;
}
if(xorfix)
{
XSetForeground(display,small_gc,MyDrawWinColor);
XSetBackground(display,small_gc,MyForeColor);
}
XSetFunction(display,small_gc,GXxor);
LineWidth(2);
ALINE(x-8,y,x+8,y);
ALINE(x,y+8,x,y-8);
XSetFunction(display,small_gc,GXcopy);
LineWidth(1);
if(xorfix)
{
XSetForeground(display,small_gc,MyForeColor);
XSetBackground(display,small_gc,MyDrawWinColor);
}
XFlush(display);
}
void FillCircle(x,y,r)
int x,y;
int r;
{
int r2 = (int) (r / 1.41421356 + 0.5);
int wh = 2 * r2;
XFillArc(display, AutoW.canvas, small_gc, x - r2, y - r2, wh, wh, 0, 360*64);
}
void auto_update_view(float xlo,float xhi, float ylo, float yhi)
{
Auto.xmin=xlo;
Auto.ymin=ylo;
Auto.xmax=xhi;
Auto.ymax=yhi;
redraw_diagram();
}
void auto_scroll_window()
{
XEvent ev;
int i=0,j=0;
int i0=0,j0=0;
int state=0;
float x,y,x0,y0;
float xlo=Auto.xmin;
float ylo=Auto.ymin;
float xhi=Auto.xmax;
float yhi=Auto.ymax;
float dx,dy;
int alldone=0;
/* printf("xin: %g %g %g %g\n",xlo,xhi,ylo,yhi); */
XSelectInput(display,AutoW.canvas,
KeyPressMask|ButtonPressMask|ButtonReleaseMask|
PointerMotionMask|ButtonMotionMask|ExposureMask);
while(!alldone){
XNextEvent(display,&ev);
switch(ev.type){
case KeyPress:
alldone=1;
break;
case Expose:
do_expose(ev);
break;
case ButtonPress:
if(state==0){
i0=ev.xkey.x;
j0=ev.xkey.y;
/* x0=Auto.xmin+(double)(i-Auto.x0)*(Auto.xmax-Auto.xmin)/(double)Auto.wid;
y0=Auto.ymin+(double)(Auto.y0-j+Auto.hgt)*(Auto.ymax-Auto.ymin)/(double)Auto.hgt;
printf("%d %d %g %g \n",i,j,x0,y0); */
state=1;
}
break;
case MotionNotify:
if(state==1){
i0=ev.xmotion.x;
j0=ev.xmotion.y;
dx=0.0;
dy=0.0;
auto_update_view(xlo+dx,xhi+dx,ylo+dy,yhi+dy);
state=2;
break;
}
if(state==2){
i=ev.xmotion.x;
j=ev.xmotion.y;
/* x=Auto.xmin+(double)(i-Auto.x0)*(Auto.xmax-Auto.xmin)/(double)Auto.wid;
y=Auto.ymin+(double)(Auto.y0-j+Auto.hgt)*(Auto.ymax-Auto.ymin)/(double)Auto.hgt;
printf("%d %d %g %g \n",i,j,x,y,x0,y0);
dx=-(x-x0)/2;
dy=-(y-y0)/2; */
dx=(float)(i0-i)*(Auto.xmax-Auto.xmin)/(float)Auto.wid;
dy=(float)(j-j0)*(Auto.ymax-Auto.ymin)/(float)Auto.hgt;
/* printf("%d %d %d %d %g %g\n",i,j,i0,j0,dx,dy); */
auto_update_view(xlo+dx,xhi+dx,ylo+dy,yhi+dy);
}
break;
case ButtonRelease:
state=0;
xlo=xlo+dx;
xhi=xhi+dx;
ylo=ylo+dy;
yhi=yhi+dy;
break;
}
}
}
void LineWidth(wid)
int wid;
{
int ls=LineSolid;
int cs=CapButt;
int js=JoinRound;
XSetLineAttributes(display,small_gc,wid,ls,cs,js);
}
void auto_motion(ev)
XEvent ev;
{
int i=ev.xmotion.x;
int j=ev.xmotion.y;
double x,y;
Window w=ev.xmotion.window;
if(Auto.exist==0)
return;
if(w==AutoW.canvas){
x=Auto.xmin+(double)(i-Auto.x0)*(Auto.xmax-Auto.xmin)/(double)Auto.wid;
y=Auto.ymin+(double)(Auto.y0-j+Auto.hgt)*(Auto.ymax-Auto.ymin)/(double)Auto.hgt;
sprintf(Auto.hinttxt,"x=%g,y=%g",x,y);
storeautopoint(x,y);
display_auto(AutoW.hint);
}
}
void display_auto(w)
Window w;
{
int ix,iy;
if(Auto.exist==0)return;
if(w==AutoW.canvas){if(AutoRedrawFlag==1)redraw_diagram();};
if(w==AutoW.stab)
{
XFlush(display);
int r=Auto.st_wid/4;
XDrawArc(display,AutoW.stab,small_gc,r,r,2*r,2*r,0,360*64);
if (CUR_DIAGRAM != NULL)
{
traverse_out(CUR_DIAGRAM,&ix,&iy,1);/*clr_stab();*/
}
XFlush(display);
}
if(w==AutoW.axes)xds("Axes");
if(w==AutoW.numerics)xds("Numerics");
if(w==AutoW.grab)xds("Grab");
if(w==AutoW.run)xds("Run");
if(w==AutoW.redraw)xds("reDraw");
if(w==AutoW.clear)xds("Clear");
if(w==AutoW.per)xds("Usr period");
if(w==AutoW.kill)xds("Close");
if(w==AutoW.param)xds("Parameter");
if(w==AutoW.file)xds("File");
if(w==AutoW.abort)xds("ABORT");
if(w==AutoW.hint){
XClearWindow(display,w);
XDrawString(display,w,gc,8,CURY_OFF,Auto.hinttxt,strlen(Auto.hinttxt));
return;
}
}
Window lil_button(root,x,y,name)
Window root;
char *name;
int x,y;
{
Window win;
/*int width=strlen(name)*DCURX+5;
*/
int width=12*DCURX;
win=make_window(root,x,y,width,DCURY+1,1);
XSelectInput(display,win,MYMASK);
return(win);
}
void make_auto(wname,iname) /* this makes the auto window */
char *wname,*iname;
{
int x,y,wid,hgt,addwid=16*DCURX,addhgt=3.0*DCURY,hinthgt=DCURY+6;
Window base;
int dely=DCURY+5;
STD_HGT_var =20*DCURY;
/*STD_WID_var =1.62*STD_HGT_var;*/
STD_WID_var = 67*DCURX;
int ymargin=4*DCURYs,xmargin=12*DCURXs;
XTextProperty winname,iconname;
XSizeHints size_hints;
Auto_extra_wid=10+addwid;
Auto_extra_hgt=addhgt+2*DCURY+hinthgt;
wid=10+addwid+STD_WID_var+xmargin;
hgt=addhgt+2*DCURY+STD_HGT_var+ymargin+hinthgt;
x=addwid+5;
y=DCURY;
Auto_x0=x;
Auto_y0=y;
base=make_plain_window(RootWindow(display,screen),0,0,wid,hgt,4);
XSetWindowBackground(display,base,MyMainWinColor);
AutoW.base=base;
strcpy(Auto.hinttxt,"hint");
XSelectInput(display,base,ExposureMask|KeyPressMask|ButtonPressMask|
StructureNotifyMask);
XStringListToTextProperty(&wname,1,&winname);
XStringListToTextProperty(&iname,1,&iconname);
size_hints.flags=PPosition|PSize|PMinSize;
size_hints.x=0;
size_hints.y=0;
size_hints.min_width=wid;
size_hints.min_height=hgt;
XClassHint class_hints;
class_hints.res_name="";
class_hints.res_class="";
XSetWMProperties(display,base,&winname,&iconname,NULL,0,
&size_hints,NULL,&class_hints);
make_icon((char*)auto_bits,auto_width,auto_height,base);
AutoW.canvas=make_plain_window(base,x,y,STD_WID_var+xmargin,STD_HGT_var+ymargin,1);
XSetWindowBackground(display,AutoW.canvas,MyDrawWinColor);
XSelectInput(display,AutoW.canvas,MYMASK);
x=DCURX;
y=DCURY+STD_HGT_var+ymargin-8*DCURX;
AutoW.stab=make_plain_window(base,x,y,12*DCURX,12*DCURX,2);
Auto.st_wid=12*DCURX;
x=DCURX+2;
y=2*DCURY;
Auto.hgt=STD_HGT_var;
Auto.wid=STD_WID_var;
Auto.x0=10*DCURXs;
Auto.y0=2*DCURYs;
AutoW.kill=lil_button(base,2,2,"Close");
AutoW.param=lil_button(base,x,y,"Parameter");
y+=dely;
AutoW.axes=lil_button(base,x,y,"Axes");
y+=dely;
AutoW.numerics=lil_button(base,x,y,"Numerics");