void display( struct listnode *p,int i)
{
int count=0,x=160,y=100;
setfillstyle(SOLID_FILL,BLACK);
bar(145,70,640,400);
while(p!=0)
{
/* to display maximam 4 nodes in row */
if(count<4)
{
count++;
drawnode(x,y,p,i);
x+=120;
if(count>1)
nlink(x-240,y,0);
}
else
{
newlink(520,y,0);
drawnode(160,y+100,p,i);
x=280;y+=100;
count=1;
}
p=p->next;
}
}
void displaypotpl()
{
int i;
color(WHITE);
clear();
for(i=0;i<NMAX;i++)
if(potpl[i]>0) drawnode(i,RED);
drawbuffer();
}
void
drawtree(Tree *t, Image *m, Rectangle r)
{
Point p;
draw(m, r, display->white, nil, ZP);
replclipr(t->clipr, 1, r);
p = addpt(t->offset, r.min);
drawnode(t->root, m, t->clipr, p);
}
// display active dominos, labels...
// dominos are black, except for first,
// position of first handed in as argument
void displaytt(long at1,long at2)
{
long i,n1,n2;
color(WHITE);
clear();
for(i=1;i<ndominos;i++)
{
n1 = dominos[i].atnode1;
n2 = dominos[i].atnode2;
//drawdomino(n1,n2,c);
drawdominocb(n1,n2,BLACK);
}
drawnode(at1,RED);
drawnode(at2,BLUE);
border();
//drawbndys();
drawnum(ndominos,100,35);
drawnum(nsteps,520,35);
drawnum(dominos[0].atnode1,220,35);
drawnum(dominos[0].atnode2,350,35);
//drawbuffer();
}
// display active dominos, labels...
// display limited to available window space...
void displaypart()
{
long i,n1,n2,c;
color(WHITE);
clear();
for(i=0;i<ndominos;i++)
{
n1 = dominos[i].atnode1;
n2 = dominos[i].atnode2;
c = dominos[i].color;
drawdominopart(n1,n2,c);
}
border();
//drawbndys();
#if OBS
for(i=0;i<nobs;i++)
drawnode(Obs[i],BLACK);
#endif
#if FPTR
if(funum == 0)
label("very soft",520,475);
if(funum == 1)
label("soft",530,475);
if(funum == 2)
label("nhp",532,475);
#endif
drawnum(ndominos,100,35);
drawnum(nsteps,520,35);
//drawnum(dominos[0].atnode1,250,35);
//drawnum(dominos[0].atnode2,350,35);
//label("P = ",520,480);
//drawnum(Pav,-1,-1);
Printf("\nT = %.2lf",Temp);
labit(280,480);
if(fluxctl)
{
Printf("\nflux %d",netflux);
labit(280,480);
}
//if(!histctl) drawbuffer();
}
uint
drawnode(Tnode *t, Image *m, Image *clipr, Point o)
{
int i;
char *fs, *s;
uint dy;
Point oo;
if(t == nil)
return 0;
t->offset = o;
oo = Pt(o.x+Nubwidth+2, o.y);
// if(t->draw)
// dy = (*t->draw)(t, m, clipr, oo);
// else{
fs = nil;
if(t->str)
s = t->str;
// else if(t->strfn)
// fs = s = (*t->strfn)(t);
else
s = "???";
dy = drawtext(s, m, clipr, oo);
free(fs);
// }
if(t->expanded) {
if(t->nkid == -1 && t->expand)
(*t->expand)(t);
oo = Pt(o.x+Nubwidth+(Linewidth-Nubwidth)/2, o.y+dy);
for(i=0; i<t->nkid; i++)
oo.y += drawnode(t->kid[i], m, clipr, oo);
dy = oo.y - o.y;
}
drawnub(m, clipr, o, t);
return dy;
}
struct listnode *insertnode(struct listnode *head,int *address,int t)
{
int info,i,x,y,count=0,position;
struct listnode *p,*temp;
char ch[50];
if(head==0)
{
getdata(300,400,0," LIST IS EMPTY");
return head;
}
info=getdata(300,400,2,"ENTER A NUM(2 DIGI)0 EXIT");
for(count=0,p=head;p!=0;p=p->next,count++);
sprintf(ch,"ENTER POSITION(1 TO %d)",count+1);
position=getdata(300,400,2,ch);
if(position<=0||position>12||count+1<position)
{
getdata(300,400,0," INVALID POSITION ");
return head;
}
if(count>=12)
{
getdata(300,400,0,"CAN'T TAKE MORE THAN 12 NODES");
return head;
}
temp=(struct listnode*)calloc(sizeof(struct listnode),1);
if(temp==0)
{
getdata(100,100,0,"Memory not avilable,con't create node");
return head;
}
temp->pre=0;
temp->next=0;
temp->num=info;
temp->add=*address;
*address+=50;
temp->padd=0;
temp->nadd=0;
if(position==1)
{
opmessage( 160, 400, ' ',"Put Link New Node to Head Node And Set Head Is New Node",MAGENTA);
drawnode(160,150,temp,t);
firstlink();
sleep(1);
opmessage( 160, 400, ' ',"Put Link New Node to Head Node And Set Head Is New Node",BLACK);
temp->next=head;
head->pre=temp;
head->padd=temp->add;
temp->nadd=head->add;
head=temp;
display(head,t);
return head;
}
for( i=2,p=head;i<position&&p->next!=0;i++,p=p->next);
if(count+1==position)
{
opmessage( 160, 400, ' ',"Create New Node And Put Link Last Node to New Node ",MAGENTA);
sleep(1);
opmessage( 160, 400, ' ',"Create New Node And Put Link Last Node to New Node ",BLACK);
p->next=temp;
temp->pre=p;
temp->padd=p->add;
p->nadd=temp->add;
display(head,t);
return head;
}
sprintf(ch,"Create New Node And Put Link New Node to %d Node ",position);
opmessage( 160, 400, ' ',ch,MAGENTA);
sprintf(ch," And Put Link %d Node To New Node ",position-1);
opmessage( 160, 410, ' ',ch,MAGENTA);
delay(1000);
temp->next=p->next;
p->next->pre=temp;
temp->nadd=p->next->add;
p->next->padd=temp->add;
temp->pre=p;
temp->padd=p->add;
p->next=temp;
p->nadd=temp->add;
if(position==5||position==9)
{
if(position==5)
y=150;
else
y=250;
x=520;
newlink(x,y-50,1);
drawnode(x,y,temp,t);
rlinelink(x,y);
sleep(1);
llinelink(x,y-50);
sleep(1);
sprintf(ch,"Create New Node And Put Link New Node to %d Node ",position);
opmessage( 160, 400, ' ',ch,BLACK);
sprintf(ch," And Put Link %d Node To New Node ",position-1);
opmessage( 160, 410, ' ',ch,BLACK);
display(head,t);
return head;
}
if(position>1&&position<5)
y=100;
if(position>5&&position<9)
y=200;
if(position>9&&position<12)
y=300;
if(position==2||position==6||position==10)
x=160;
if(position==3||position==7||position==11)
x=280;
if(position==4||position==8)
x=400;
drawnode(x+60,y+50,temp,t);
nlink(x,y,1);
rlink(x+120,y);
sleep(1);
llink(x,y);
sleep(1);
sprintf(ch,"Create New Node And Put Link New Node to %d Node ",position);
opmessage( 160, 400, ' ',ch,BLACK);
sprintf(ch," And Put Link %d Node To New Node ",position-1);
opmessage( 160, 410, ' ',ch,BLACK);
display(head,t);
return head;
}
void drawdominocb(long n1,long n2,long c)
{
float x1,y1,x2,y2;
long ix1,iy1,ix2,iy2,i1,j1,i2,j2;
long nn;
#if 1
if(n1-n2 == 1) // for correct graphics outline...
{
nn = n1;
n1 = n2;
n2 = nn;
}
#endif
#if 1
if(n1-n2 == -ROWL)
{
nn = n1;
n1 = n2;
n2 = nn;
}
#endif
// domino wrap-around...
// just skip for time bean...
// ok, now filling in with single squares.
if(n1-n2 == (ROWL-1)) goto cb;
if(n2-n1 == (ROWL-1)) goto cb;
if(n1-n2 == (NROWS-1)*ROWL) goto cb;
if(n2-n1 == (NROWS-1)*ROWL) goto cb;
i1 = n1%ROWL;
j1 = n1/ROWL;
x1 = i1 * CELLSZ - 1.5;
y1 = j1 * CELLSZ - 1.0;
x1 -= gl_oleft;
x1 *= gl_oxfact;
ix1 = x1;
y1 -= gl_otop;
y1 *= gl_oyfact;
iy1 = y1 - YDISP;
i2 = n2%ROWL;
j2 = n2/ROWL;
x2 = i2 * CELLSZ - 1.5;
y2 = j2 * CELLSZ - 1.0;
x2 -= gl_oleft;
x2 *= gl_oxfact;
ix2 = x2;
y2 -= gl_otop;
y2 *= gl_oyfact;
iy2 = y2 - YDISP;
//if(c == 0)
// color(RED);
//else
// color(BLUE);
color(c);
//gl_rect(ix1+SZ1,iy1+SZ1,ix1+SZ2,iy1+SZ2);
//gl_rect(ix2+SZ1,iy2+SZ1,ix2+SZ2,iy2+SZ2);
brectf(ix1+SZ1,iy1+SZ1,ix2+SZ2,iy2+SZ2);
color(BLACK);
brect(ix1+SZ1,iy1+SZ1,ix2+SZ2,iy2+SZ2);
return;
cb:
drawnode(n1,c);
drawnode(n2,c);
//nn = 3; // dummy statement
//continue;
}
// display active dominos, labels...
void display()
{
long i,n1,n2,c,vdisp=(DOMY-NROWS);
color(WHITE);
clear();
if(!dispctl)
{
for(i=0;i<ndominos;i++)
{
n1 = dominos[i].atnode1;
n2 = dominos[i].atnode2;
#if CLOCK
c = clocktocolor(dominos[i].clock);
#else
c = dominos[i].color;
//c = RED;
#endif
if(vdisp != 0)
{
n1 += vdisp*ROWL;
n2 += vdisp*ROWL;
if(n1 >= ROWL)
drawdominocb(n1,n2,c);
}
else
drawdominocb(n1,n2,c);
}
}
else // red/blue horizontal/vertical display
{
//sleep(1);
for(i=0;i<ndominos;i++)
{
n1 = dominos[i].atnode1;
n2 = dominos[i].atnode2;
if((n1 == n2+1) || (n1 == n2-1) ||
(n1 == (n2-ROWL+1)) || (n1 == (n2+ROWL-1)))
c = RED;
else
c = BLUE;
drawdominocb(n1,n2,c);
}
}
border();
//drawbndys(); // what did this do?
#if OBS
for(i=0;i<nobs;i++)
drawnode(Obs[i],BLACK);
#endif
#if FPTR
if(funum == 0)
label("very soft",520,475);
if(funum == 1)
label("soft",530,475);
if(funum == 2)
label("nhp",532,475);
#endif
drawnum(ndominos,100,35);
drawnum(nsteps,520,35);
////drawnum(totalflux,300,35); // defined in domhist.c
//drawnum(dominos[0].atnode1,250,35);
//drawnum(dominos[0].atnode2,350,35);
//label("P = ",520,480);
//drawnum(Pav,-1,-1);
if(fluxctl)
{
Printf("\nflux %d",netflux);
labit(50,480);
}
Printf("\nT = %.3lf",Temp);
labit(280,480);
//if(!histctl) drawbuffer();
}