//
// A person
//
unsigned long CALLBACK person_thread(void *p) {
int from = 0, to; /* start on the ground floor */
Lift_info *l;
randomise();
while (1) { /* stay in the building forever */
Sleep(rnd(PEOPLESPEED)); /* work for a while */
do
to = rnd(NFLOORS);
while (to == from); /* pick a different floor to go to*/
if (to > from) { /* if we are going up */
floor[from].waitingtogoup++;
char_at_xy(NLIFTS * 4 + floor[from].waitingtogoup + floor[from].waitingtogodown, NFLOORS - from, 0xdc);
wait(floor[from].up_arrow); //wait
}
else { /* if we are going down */
floor[from].waitingtogodown++;
char_at_xy(NLIFTS * 4 + floor[from].waitingtogodown
+ floor[from].waitingtogoup, NFLOORS - from, 0xdc);
wait(floor[from].down_arrow); //wait
}
l = global_lift_ptr; //get Lift pointer from shared data
l->stops[to]++; /* press the button for the floor we want */
if (l->stops[to] == 1) /* light up the button if we were the first */
char_at_xy(l->no * 4 + 1 + 2, NFLOORS - to, '-');
wait(l->stopsem[to]); //wait
from = to; /* we have reached our destination */
}
}
double optimise_parameters(int helices, int r){
rotation = r;
vbest = VBIG;
ncalls = 0;
/*
printf("Optimum Parameter Search Program\n");
printf("Build date : %s\n",__DATE__);
printf("Copyright (C) 1994/2005 David T. Jones\n\n");
*/
randomise();
readparams(helices);
/*
printf("Number of parameters = %d\n", genlen);
printf("Pool size = %d\n", poolsize);
printf("Mutation rate = %f\n", mutrate);
printf("Crossover rate = %f\n", crosrate);
printf("Mutation scaling factor = %f\n", mutscfac);
*/
ga_init();
run_ga();
printf("Best score:\t%f\n",best);
return(best);
}
void randomiserem() {
int i=(int)time(NULL);
randomise(i);
FILE* f=fopen("lastrndseed","w");
fprintf(f,"%i",i);
fclose(f);
}
void main(int argc,String *argv) {
ArgParser a=ArgParser(argc,argv);
String fname=a.argafter("-i","Font file (.jf)");
float size=scrhei/2.0;
// float size=scrhei/2.0*5;
JBmp j=JBmp(scrwid,scrhei,0);
j.setupfastsmooth(6);
JFont font=JFont(fname);
// String word="retro asymptotic cyberdruid";
String word=Salphabet();
int l=1;
allegrosetup(scrwid,scrhei);
makepalette(&greypalette);
randomise();
while (!keypressed()) {
// String c=Smid(word,intrnd(1,Slen(word)),1);
String c=Smid(word,l,1);
if (myrnd()<0.07)
font.writeString(Smid(word,intrnd(1,Slen(word)),1),&j,myrnd()*scrwid,myrnd()*scrhei,0.5+0.5*myrnd()*size,255);
if (myrnd()<0.07)
font.centerString("retro",&j,myrnd()*scrwid,myrnd()*scrhei,0.5+0.5*myrnd()*size,255);
if (myrnd()<0.07)
font.centerString("asymptotic",&j,myrnd()*scrwid,myrnd()*scrhei,0.5+0.5*myrnd()*size,255);
if (myrnd()<0.07)
font.centerString("cyber druid",&j,myrnd()*scrwid,myrnd()*scrhei,0.5+0.5*myrnd()*size,255);
j.fadeby(10);
j.randomfastsmooth();
j.writetoscreen();
//l=(l%Slen(word))+1;
}
}
void main(int argc,String *argv) {
ArgParser a=ArgParser(argc,argv);
String iname=a.getarg();
String fname=Sconc("home/joey/images/",iname,".bmp");
String ename=Sconc("home/joey/images/exp",iname,".bmp");
a.done();
randomise();
image=RGBmp::readfile(fname)->getv3ds();
greyscale=image->applyfn(&V3dtofloat);
greyscale->edgedetection(Map2d<float>::sobel(),&edgemag,&edgeang);
expected=Map2d<float>::readfile(ename)->scaleto(image->width,image->height)->threshold(0.5);
printf("Starting segmentation...\n");
Seg seg=Seg(&measureglvariance);
// Seg seg=Seg(&classifytrain);
// Map2d<bool> *b=seg.classifytopdown();
Map2d<bool> *b=seg.classifyneighbours();
// Map2d<bool> *b=seg.classifywindows();
// b->scaleto(expected->width,expected->height)->writefile("textseg.bmp");
}
void main() {
Map2d<short> *from=new Map2d<short>(scrwid,scrhei);
JBmp *to=new JBmp(scrwid,scrhei);
randomise();
allegrosetup(320,200);
for (int i=0;i<256;i++) {
mypalette(i,myRGB::hue((float)i/256));
}
for (int x=0;x<scrwid;x++)
for (int y=0;y<scrhei;y++) {
from->pos[x][y]=intrnd(-60,60);
}
to->bmp[0][0]=myrnd()*256;
to->bmp[0][scrwid-1]=myrnd()*256;
to->bmp[scrhei-1][0]=myrnd()*256;
to->bmp[scrhei-1][scrwid-1]=myrnd()*256;
do {
make(to,from,0,0,scrwid-1,scrhei-1);
to->display();
for (int x=0;x<scrwid;x++)
for (int y=0;y<scrhei;y++) {
from->pos[x][y]+=intrnd(-5,5);
}
} while (!key[KEY_ESC]);
}
void main() {
allegrosetup(scrwid,scrhei);
makesplitpalette(&redtowhitepalette,&greentowhitepalette);
randomise();
PPsetup(scrwid,scrhei,4);
JBmp j=JBmp(scrwid,scrhei);
j.clear();
List<Part> ps=List<Part>();
for (int i=1;i<=numparts/line;i++) {
newparts(&ps);
}
int frame=0;
do {
for (int i=1;i<=ps.len;i++) {
Part *p=ps.p2num(i);
int sx,sy;
PPgetscrpos(p->pos,&sx,&sy);
int sxb,syb;
PPgetscrpos(p->pos+V3d(p->rad,0,0),&sxb,&syb);
float rad=sqrt(mysquare(sx-sxb)+mysquare(sy-syb));
j.filledcirclenodarker(sx,sy,rad,p->outc);
j.filledcirclenodarker(sx,sy,rad/3,p->inc);
// j.shadedcirclenodarker(sx,sy,rad,p->inc,p->outc);
}
for (int x=0;x<scrwid;x++)
for (int y=0;y<scrhei;y++) {
int k=j.bmp[y][x];
if (k>=128+fade)
j.bmp[y][x]-=fade;
else
if (k<128)
if (k>=fade)
j.bmp[y][x]-=fade;
// j.bmp[y][x]=intchop(k-fade,0,128);
// j.bmp[y][x]=128+intchop(k-fade-128,0,128);
if (k>=128 && k<=128+3)
j.bmp[y][x]=0;
}
j.writetoscreen();
Matrix m,n;
V3d rotaxis=V3d::rotate(V3d(0,1,0),V3d(0,0,1),pi/4.0*sin(2*pi*frame/2000));
m.makerotation(rotaxis,pi/1000.0);
n.makerotation(rotaxis,-pi/1000.0);
for (int i=1;i<=ps.len;i++) {
Part *p=ps.p2num(i);
if (p->sgn>0)
p->pos=m*p->pos;
else
p->pos=n*p->pos;
p->pos=p->pos+V3d(0,0,-0.03);
if ((p->pos.z<-4 || max(myabs(p->pos.x),myabs(p->pos.y))>2)) {
ps.removenum(i);
if (ps.len<numparts-line)
newparts(&ps);
}
}
frame++;
} while (!key[KEY_ESC]);
}
void main() {
allegrosetup(scrwid,scrhei);
makepalette(&greypalette);
makepalette(&myRGB::hue);
randomise();
for (int i=0;i<20;i++) {
float amp=0;
S s=S(V3d::randomvolume(1),radfromamp(amp),0);
S v=S(V3d(0,0,0),0,0);
xs+s;
xvs+v;
}
for (int rndloop=0;rndloop<100;rndloop++) {
for (int i=0;i<20;i++) {
S *v=xvs.p2num(i);
S *x=xs.p2num(i);
domovement(v,x);
}
}
JBmp j=JBmp(scrwid,scrhei);
Map2d<int> intmap=Map2d<int>(scrwid,scrhei);
do {
for (int x=0;x<scrwid;x+=jump)
for (int y=0;y<scrhei;y+=jump) {
V3d here=V3d((x-scrwid/2)*2.0/scrhei,-1.0+2.0*y/scrhei,0);
float sum=getpotentialfor(here);
int newcol=128+128*sum;
intmap.pos[x][y]=newcol;
if (x>0 && y>0) {
int nwcol=intmap.pos[x-jump][y-jump];
int wcol=intmap.pos[x-jump][y];
int ncol=intmap.pos[x][y-jump];
for (int i=0;i<=jump;i++)
for (int k=0;k<=jump;k++) {
float e=(float)i/(float)jump;
float w=1.0-e;
float s=(float)k/(float)jump;
float n=1.0-s;
j.bmp[y-jump+k][x-jump+i]=ucharmod(s*e*newcol+n*w*nwcol+s*w*wcol+n*e*ncol);
// j.bmp[y-jump+k][x-jump+i]=(1.0-i/(float)jump)*(1.0-k/(float)jump)*nwcol+(1.0-i/(float)jump)*(k/(float)jump)*wcol+(i/(float)jump)*(1.0-k/(float)jump)*ncol+(i/(float)jump)*(k/(float)jump)*newcol;
}
}
}
for (int i=1;i<=xs.len;i++) {
S *v=xvs.p2num(i);
S *x=xs.p2num(i);
domovement(v,x);
/* if (debug) {
// int c=j.point(x->cx,x->cy)+x->amp;
int c=0;
j.vliner(x->cx,x->cy,plusminus(i)*x->amp,c);
j.hliner(x->cx,x->cy,x->rad,c);
j.setpixel(x->cx+radfromamp(x->amp),x->cy,c);
}*/
}
j.writetoscreen();
} while (!key[KEY_ESC]);
}
void main(int argc,String *argv) {
ArgParser a=ArgParser(argc,argv);
a.com=Sconc(a.com,"[source directories] ");
String dest=a.argafter("-dest","destination file location",Sconc(safegetenv("JPATH"),"/background.jpg"));
// Get possible files
List<String> fs;
if (a.argsleft()==0) {
fs.add(getfilesrecursive(Sconc(safegetenv("JPATH"),"/wallpapers/"))); // Default if no args
}
while (a.argsleft()) {
String d=a.getarg();
fs.add(getfilesrecursive(d));
}
// printf("%s\n",fs.toString());
a.done();
// Exclude those of wrong type
List<String> types;
types.add("jpg");
types.add("jpeg");
types.add("bmp");
types.add("gif");
types.add("tgz");
types.add("gz");
for (int i=1;i<=fs.len;i++) {
String fname=fs.num(i);
String ext=Safterlastorall(fname,".");
// printf("%s has ext %s\n",fname,ext);
if ( types.find(ext,&Sequiv)==0
|| Sinstr(fname,"wallpapers/tiles/")>0
|| Sinstr(fname,"wallpapers/small/")>0
|| Sinstr(fname,"wallpapers/naff/")>0
|| Sinstr(fname,"wallpapers/for/")>0
|| Sinstr(fname,"/babes/")>0
|| Sinstr(fname,"/fairies/")>0
|| Sinstr(fname,"/mermaids/")>0
|| Sinstr(fname,"/.xvpics/")>0 ) { // Case-insensitive search
// printf("Didn't find extension %s\n",ext);
fs.removenum(i);
i--;
}
}
// Choose a random file and symbolically link it
randomise();
int n=intrnd(1,fs.len);
#ifdef DOS
String call=Sformat("copy \"%s\" \"%s\"",fs.num(n),dest);
#else
String call=Sformat("ln -s -f \"%s\" \"%s\"",fs.num(n),dest);
#endif
system(call);
// setenv("RANDOMFILENAME",fs.num(n),true);
}
void main(int argc,String *argv) {
ArgParser a=ArgParser(argc,argv);
bool writingframes=a.argexists("-wf","write frames");
int tol=a.intafter("-t","colour tolerance",8);
int res=a.intafter("-r","resolution",5);
a.done();
allegrosetup(scrwid,scrhei);
makepalette(&greypalette);
PPsetup(scrwid,scrhei,2.0);
JBmp img=JBmp(scrwid,scrhei);
randomise();
for (int i=1;i<=5;i++) {
// int j=intrnd(1,2);
if (odd(i))
es.add(new Radial());
else
es.add(new Stripey());
// es.num(es.len)->amp=floatrnd(0,1);
es.num(es.len)->amp=1;
}
for (int i=1;i<=es.len;i++)
for (int j=1;j<=200;j++)
es.num(i)->evolve();
int frame=0;
while (!keypressed()) {
frame++;
// Make new image
quadify(&img,&effectat,tol,res,20);
// Show new image
img.writetoscreen();
// Evolve drivers
for (int i=1;i<=es.len;i++)
for (int j=1;j<=5;j++) {
Effect2d *e=es.num(i);
e->evolve();
// e->pos=e->cen+V2d::rotate(e->off,e->rotvel*(float)frame);
}
if (writingframes)
img.writeframe();
}
}
void main() {
int scrwid=320;
int scrhei=200;
int indent=(scrwid-scrhei)/2;
float cenx=0;
float ceny=0;
float wid=0.75;
float hei=0.75;
float left=cenx-wid;
float right=cenx+wid;
float top=ceny-hei;
float bottom=ceny+hei;
float dslice=0;
float front=-1.5;
float back=-0.5;
float scale=2.0/(back-front);
int steps=250;
JBmp *b=new JBmp(scrwid,scrhei);
allegrosetup(scrwid,scrhei);
makepalette(&greypalette);
_farsetsel(screen->seg);
randomise();
// Quaternion c=*new Quaternion(floatrnd(-2.0,2.0),floatrnd(-2.0,2.0),floatrnd(-2.0,2.0),floatrnd(-2.0,2.0));
Quaternion c=*new Quaternion(floatrnd(-.5,.5),floatrnd(-.5,.5),floatrnd(-.5,.5),floatrnd(-.5,.5));
do {
c=c*Quaternion(0.99,0,0,0)+Quaternion(floatrnd(-.05,.05),floatrnd(-.05,.05),floatrnd(-.05,.05),floatrnd(-.05,.05));
dslice=c.d;
for (int i=0;i<scrhei;i+=2) {
for (int j=0;j<scrhei;j+=2) {
int col=0;
for (int k=0;k<steps && col==0;k++) {
float x=left+2.0*wid*i/(float)scrhei;
float y=top+2.0*hei*j/(float)scrhei;
float z=front+(back-front)*k/(float)steps;
float scrz=(z-front)*scale+1.0;
x=x/z; y=y/z;
int r=julquat(Quaternion(x,y,z,dslice),Quaternion(x,y,z,dslice));
if (r==0)
col=255.0*(1.0-(float)k/(float)steps);
}
b->setpixel(indent+i,j,col);
b->setpixel(indent+i+1,j,col);
b->setpixel(indent+i,j+1,col);
b->setpixel(indent+i+1,j+1,col);
if (key[KEY_SPACE])
exit(0);
}
b->writetoscreen();
}
} while (!key[KEY_SPACE]);
allegro_exit();
}
void main(int argc,String *argv) {
randomise();
ArgParser a=ArgParser(argc,argv);
String imname=a.getarg(1);
int quant=a.intafter("-q","Quantisation",16);
// if (a.argsleft())
String oname=a.argor("edgehist.dat");
a.done();
//int quant=16;
RGBmp *oi=RGBmp::readfile(imname);
Map2d<float> *gs=oi->getgreyscale();
// Edge detection
printf("Doing edge detection\n");
gs->edgedetection(Map2d<float>::sobel(),&mag,&angs);
mag->writefile("tmp.bmp");
angs->writefile("tmp2.bmp");
// Map1d<float> hist=Map1d<float>(quant);
float *hist=new float[quant];
for (int i=0;i<quant;i++)
hist[i]=0;
for (int x=0;x<gs->width;x++)
for (int y=0;y<gs->height;y++) {
float i=angs->pos[x][y]*(float)quant/2.0/pi;
i=i+(float)quant/2.0;
int j=i;
// printf("%i",j);
hist[j]+=mag->pos[x][y];
}
List<String> data;
for (int i=0;i<quant;i++) {
data.add(Sformat("%.2f",hist[i]));
}
data.add(Sformat("Score: %.2f",scorefor()));
data.add(Sformat("V/area: %.2f",keepoffness));
printf("Score: %.2f\n",scorefor());
printf("V/area: %.2f\n",keepoffness);
writelinestofile(data,oname);
}
int main(void)
{
char *strings[N];
char buffer[1000*(3+1)];
char *p;
int i;
p = buffer;
for (i = 0; i < 1000; i++) {
sprintf(p, "%03d", i);
strings[i] = p;
p += 3+1;
}
randomise(strings, N);
sort(strings, N);
}
void main() {
int scrwid=320;
int scrhei=200;
float cenx=-0.5;
float ceny=0;
float wid=2.0;
float hei=1.5;
float left=cenx-wid;
float right=cenx+wid;
float top=ceny-hei;
float bottom=ceny+hei;
float front=-1.0;
float back=0.5;
float scale=2.0/(2.0*front);
float crazy=0.1234567;
int steps=20;
int jump=1;
int frames=30;
JBmp *b=new JBmp(scrwid,scrhei);
allegrosetup(scrwid,scrhei);
// makepalette(&greypalette);
_farsetsel(screen->seg);
randomise();
Map2d<float> *map=new Map2d<float>(scrhei,scrhei);
for (int frame=0;frame<frames;frame++) {
float angle=pi*(float)frame/(float)frames;
for (int i=0;i<scrwid;i+=jump) {
for (int j=0;j<scrhei;j+=jump) {
// b->setpixelud(indent+i,j,255);
// b->writetoscreen();
int col=0;
V3d tmp=V3d(left+2.0*wid*i/(float)scrwid,top+2.0*hei*j/(float)scrhei,0);
tmp=V3d::rotate(tmp,V3d(0,1,0),angle);
current=Quaternion(tmp.x,tmp.y,tmp.z,0);
b->bmp[j][i]=julquat(Quaternion(0,0,0,0));
if (key[KEY_SPACE])
exit(0);
}
b->writetoscreen();
}
// PALETTE pal;
// get_palette(pal);
// save_bitmap(getnextfilename("bmp"),screen,pal);
} while (!key[KEY_SPACE]);
allegro_exit();
}
void main() {
int scrwid=320;
int scrhei=200;
float cenx=0;
float ceny=0;
float wid=2.0;
float hei=1.5;
float left=cenx-wid;
float right=cenx+wid;
float top=ceny-hei;
float bottom=ceny+hei;
JBmp *b=new JBmp(scrwid,scrhei);
allegrosetup(scrwid,scrhei);
// makepalette(&greypalette);
_farsetsel(screen->seg);
randomise();
Complex c=Complex(floatrnd(-4.0,4.0),floatrnd(-4.0,4.0));
do {
c=c*Complex(0.99,0)+Complex(floatrnd(-.5,.5),floatrnd(-.5,.5));
for (int i=0;i<scrwid;i+=2) {
for (int j=0;j<scrhei;j+=2) {
float x=left+2.0*wid*i/(float)scrwid;
float y=top+2.0*hei*j/(float)scrhei;
Complex z=Complex(x,y);
int k=0;
bool over=false;
do {
k++;
z=z*z+c;
if (k>255)
over=true;
} while (!over && !(z.mod()>2.0));
if (over)
k=0;
b->setpixel(i,j,k);
b->setpixel(i+1,j,k);
b->setpixel(i,j+1,k);
b->setpixel(i+1,j+1,k);
if (key[KEY_SPACE])
break;
}
}
b->writetoscreen();
} while (!key[KEY_SPACE]);
allegro_exit();
}
void main() {
allegrosetup(scrwid,scrhei);
makepalette(&greypalette);
_farsetsel(screen->seg);
PALETTE pal;
get_palette(pal);
randomise(0.456);
for (int i=0;i<20;i++) {
S s=S(V3d::randomvolume(1),0,0);
S v=S(V3d(0,0,0),0,0);
xs+s;
xvs+v;
}
for (int rndloop=0;rndloop<100;rndloop++) {
for (int i=0;i<xs.len;i++) {
S *v=xvs.p2num(i);
S *x=xs.p2num(i);
domovement(v,x);
}
}
do {
rend->clear(crazy);
for (int i=0;i<scrhei;i+=jump) {
for (int j=0;j<scrhei;j+=jump) {
fillsquare(i,j,jump,jump);
}
b->writetoscreen();
}
for (int lkg=0;lkg<1;lkg++)
for (int i=1;i<=xs.len;i++) {
S *v=xvs.p2num(i);
S *x=xs.p2num(i);
domovement(v,x);
}
b->writefile(getnextfilename("bmp"));
} while (!key[KEY_ESC]);
}
void main(int argc,String *argv) {
ArgParser a=ArgParser(argc,argv);
a.done();
randomise();
for (int i=0;i<20;i++) {
Line3d la=Line3d(V3d::random(),V3d::random());
Line3d lb=Line3d(V3d::random(),V3d::random());
V3d *i=la.intersection(lb);
if (i==NULL)
printf("fail\n");
V3d nor=V3d::cross(la.b-la.a,lb.b-lb.a);
printf("%f %f\n",
V3d::normdot(la.b-la.a,nor),
V3d::normdot(lb.b-lb.a,nor)
);
}
}
void main() {
RGBmp *j=new RGBmp(scrwid,scrhei);
RGBmp *k=new RGBmp(scrwid,scrhei);
randomise();
// setcolordepth(16);
// allegrosetup(320,200);
for (int x=0;x<scrwid;x++)
for (int y=0;y<scrhei;y++) {
j->bmp[y][x]=myRGB(myrnd(),myrnd(),myrnd());
}
do {
k->bmp[0][0]=j->bmp[0][0];
k->bmp[0][scrwid-1]=j->bmp[0][scrwid-1];
k->bmp[scrhei-1][0]=j->bmp[scrhei-1][0];
k->bmp[scrhei-1][scrwid-1]=j->bmp[scrhei-1][scrwid-1];
make(k,j,0,0,scrwid-1,scrhei-1);
k->display();
for (int x=0;x<scrwid;x++)
for (int y=0;y<scrhei;y++) {
}
} while (!key[KEY_ESC]);
}
//
// A lift
//
unsigned long CALLBACK lift_thread(void *p) {
Lift_info l;
int i;
int no = (int)p;
l.no = no; /* set the no for this lift */
l.position = 0; /* set the initial position */
l.direction = 1; /* and direction */
l.peopleinlift = 0; /* empty */
randomise();
for (i = 0; i < NFLOORS; i++) {
l.stops[i] = 0; /* nobody is waiting in the lift to go anywhere */
l.stopsem[i] = create(0);
}
Sleep(rnd(1000)); /* wait for a while */
while (1) { /* do forever */
char_at_xy(no * 4 + 1, NFLOORS - l.position, 0xdb); /* draw current position of lift */
Sleep(LIFTSPEED); /* wait a while */
while (l.stops[l.position] != 0) { /* drop off all passengers */
l.peopleinlift--; /* one less in lift */
l.stops[l.position]--; /* one less waiting */
Sleep(GETOUTSPEED); /* wait a while */
////////////////////////////////////////////////////////////////////////////
// --- /* tell them to get out */
signal(l.stopsem[l.position]);
////////////////////////////////////////////////////////////////////////////
if (!l.stops[l.position]) /* if it was the last one */
char_at_xy(no * 4 + 1 + 2, NFLOORS - l.position, ' '); /* remove the - */
}
if (l.direction == UP || !l.peopleinlift) /* if the lift is going up or is empty */
getintolift(&l, UP); /* pick up passengers waiting to go up */
if (l.direction == DOWN || !l.peopleinlift) /* if the lift is going down or is empty */
getintolift(&l, DOWN); /* pick up passengers waiting to go down */
char_at_xy(no * 4 + 1, NFLOORS - l.position, (char)(l.direction + 1 ? ' ' : 0xb3)); /* erase the lift on the screen */
l.position += l.direction; /* move it */
if (l.position == 0 || l.position == NFLOORS - 1) /* if it is at the top or bottom */
l.direction = -l.direction; /* change direction */
}
}
void main() {
Map2d<uchar> *from=new Map2d<uchar>(scrwid,scrhei);
Map2d<uchar> *dest=new Map2d<uchar>(scrwid,scrhei);
JBmp *rto=new JBmp(scrwid*2,scrhei);
Map2d<int> *to=new Map2d<int>(scrwid,scrhei,0);
randomise();
allegrosetup(320,200);
for (int i=0;i<256;i++) {
mypalette(i,myRGB::hue(mymod(4.0*(float)i/256.0)));
}
for (int x=0;x<scrwid;x++)
for (int y=0;y<scrhei;y++) {
from->pos[x][y]=intrnd(512+256);
dest->pos[x][y]=intrnd(512+256);
}
do {
to->clear(0);
to->pos[0][0]=from->pos[0][0];
to->pos[scrwid-1][0]=from->pos[scrwid-1][0];
to->pos[0][scrhei-1]=from->pos[0][scrhei-1];
to->pos[scrwid-1][scrhei-1]=from->pos[scrwid-1][scrhei-1];
make(rto,to,from,0,0,toppow);
rto->display();
for (int x=0;x<scrwid;x++)
for (int y=0;y<scrhei;y++) {
// from->pos[x][y]=ucharchop(from->pos[x][y]+magrnd(10));
int speed=3;
if (from->pos[x][y]<=dest->pos[x][y]-speed)
from->pos[x][y]+=speed;
else
if (from->pos[x][y]>=dest->pos[x][y]+speed)
from->pos[x][y]-=speed;
else
dest->pos[x][y]=intrnd(512+256);
}
} while (!key[KEY_ESC]);
}
//
// A person
//
unsigned long CALLBACK person_thread(void *p) {
int from = 0, to; /* start on the ground floor */
Lift_info *l;
randomise();
while (1) { /* stay in the building forever */
Sleep(rnd(PEOPLESPEED)); /* work for a while */
do
to = rnd(NFLOORS);
while (to == from); /* pick a different floor to go to*/
if (to > from) { /* if we are going up */
floor[from].waitingtogoup++;
char_at_xy(NLIFTS * 4 + floor[from].waitingtogoup + floor[from].waitingtogodown, NFLOORS - from, 0xdc);
////////////////////////////////////////////////////////////////////////////
// --- /* wait for the lift to arrive */
////////////////////////////////////////////////////////////////////////////
}
else { /* if we are going down */
floor[from].waitingtogodown++;
char_at_xy(NLIFTS * 4 + floor[from].waitingtogodown
+ floor[from].waitingtogoup, NFLOORS - from, 0xdc);
////////////////////////////////////////////////////////////////////////////
// --- /* wait for the lift to arrive */
////////////////////////////////////////////////////////////////////////////
}
////////////////////////////////////////////////////////////////////////////
// --- l= /* which lift are we geting in to */
////////////////////////////////////////////////////////////////////////////
l->stops[to]++; /* press the button for the floor we want */
if (l->stops[to] == 1) /* light up the button if we were the first */
char_at_xy(l->no * 4 + 1 + 2, NFLOORS - to, '-');
////////////////////////////////////////////////////////////////////////////
// --- /* wait until we get to the right floor */
////////////////////////////////////////////////////////////////////////////
from = to; /* we have reached our destination */
}
}
void main() {
setuptriglookup();
allegrosetup(scrwid,scrhei);
makepalette(&greypalette);
mypalette(255,0,0,0);
mypalette(0,0,0,0);
mypalette(255,1,1,1);
mypalette(128,0,0,0);
for (int r=0;r<16;r++) {
for (int g=0;g<16;g++) {
int palc=r+g*16;
mypalette(palc,(r==0?0:brightness+0.2+change*0.5*r/15.0),(g==0?0:brightness+change*0.1+0.2*g/15.0),(g==0?0:brightness+change*0.2+0.6*g/15.0));
// Groovy colours mypalette(palc,(r==0?0:0.1+0.6*r/15.0),(g==0?0:0.1+0.2*g/15.0),(g==0?0:0.1+0.7*g/15.0));
// Good colours: mypalette(palc,(r==0?0:0.3+0.4*r/15.0),(g==0?0:0.1+0.2*g/15.0),(g==0?0:0.3+0.5*g/15.0));
}
}
float pd=2.5;
PPsetup(scrwid,scrhei,pd);
V3d vel=V3d(0,0,0);
V3d acc=V3d(0,0,0);
float droll=0;
float dyaw=0;
float dpitch=0;
int frame=0;
// Set up track
randomise();
for (int i=0;i<=15;i++) {
waves+Wave();
// waves.num(i).display();
}
for (float thru=0;thru<1.0;thru+=1.0/(float)numps) {
V3d here=getpos(thru);
V3d forward=getpos(thru+0.00001)-here;
V3d up=V3d::normcross(V3d::crazy,forward);
V3d right=V3d::normcross(forward,up);
for (int i=0;i<tunnelps;i++) {
float t=2*pi*(float)i/(float)tunnelps;
float s=sin(t);
float c=cos(t);
V3d v=here+tunnelrad*(s*up+c*right);
octree.add(v);
}
}
for (int i=1;i<500;i++) {
octree.add(8.0*V3d(floatrnd(-1,1),floatrnd(-1,1),floatrnd(-1,1)));
}
// Display track
float t=0;
do {
t=t+0.03;
V3d from=V3d::rotate(6.0*V3d::k,V3d::j,t);
ori.forcez(from.neg());
pos=from;
plotscene();
writescreen();
} while (!key[KEY_SPACE]);
do {
} while (key[KEY_SPACE]);
// Race
starttimer();
float thru=0;
float marker=0;
pos=getpos(marker);
V3d *tail=new V3d[taillen];
int tailpos=0;
do {
thru+=0.001;
// V3d last=V3d(pos.x,pos.y,pos.z);
// V3d pos=getpos(thru);
// V3d next=getpos(thru+0.00001);
// V3d newz=next-pos;
// ori.forcez(newz);
frame++;
// float pd=1.6+1.3*sin(2*pi*frame/1000.0);
plotscene();
// Plot and move marker
V3d m;
for (int i=1;i<=15;i++) {
m=V3d::disorientate(getpos(marker)-pos,ori);
if (m.mod()<markerrange)
marker+=0.0002;
}
float u=PPgetunitnoadd(m);
bool plot=false;
if (u) {
int x,y;
float rad=0.12*u;
if (PPgetscrposnoadd(m,PPlefteye,&x,&y))
if (left.inimage(x,y)) {
plot=true;
left.opencircle(x,y,rad,15);
left.opencircle(x,y,rad/2,15);
}
if (PPgetscrposnoadd(m,PPrighteye,&x,&y))
if (right.inimage(x,y)) {
plot=true;
right.opencircle(x,y,rad,15*16);
right.opencircle(x,y,rad/2,15*16);
}
}
if (!plot) {
V2d v=scrwid*2*V2d(m.x,m.y).norm();
if (abs(v.x)>scrwid/2) {
float change=(float)scrwid/2.0/abs(v.x);
v=change*v;
}
if (abs(v.y)>scrhei/2) {
float change=(float)scrhei/2.0/abs(v.y);
v=change*v;
}
v=v+V2d(scrwid/2,scrhei/2);
left.opencircle(v,5,15);
right.opencircle(v,5,15*16);
}
// Pull player towards marker
// if (m.mod()>markerrange+.1) {
V3d pulldir=getpos(marker)-pos;
// vel=vel+pulldir*0.02;
// float amount=(V3d::normdot(ori.z(),pulldir)+5.0)/6.0;
float amount=chop(0.99-(m.mod()-markerrange)/5.0,0,1);
V3d newz=ori.z()*amount+(1.0-amount)*pulldir;
ori.forcez(newz);
// vel=vel*amount;
//
//
// }
// Draw and update tail
V3d last=(tail[tailpos]-pos).disorientate(ori);
for (int k=1;k<taillen;k++) {
int j=mymod(tailpos+k,taillen);
V3d next=(tail[j]-pos).disorientate(ori);
plotline(last,next,(float)k/(float)taillen);
last=next;
}
if ((frame % 2)==0) {
tail[tailpos]=pos-ori.qz;
tailpos=mymod(tailpos+1,taillen);
}
writescreen();
// acc=hang(acc,V3d::origin,0.95,0.01);
// Movement
float angvel=turnability;
if (key[KEY_LCONTROL])
vel=vel+ori.z()*forcevel;
else
angvel=turnability*2.0;
if (key[KEY_DOWN])
dpitch=dpitch+angvel;
if (key[KEY_UP])
dpitch=dpitch-angvel;
if (key[KEY_LEFT])
if (key[KEY_ALT])
droll=droll-angvel;
else
dyaw=dyaw-angvel;
if (key[KEY_RIGHT])
if (key[KEY_ALT])
droll=droll+angvel;
else
dyaw=dyaw+angvel;
vel=hang(vel,V3d::o,0.92,0);
pos=pos+vel;
droll=hang(droll,0,0.9,0);
dyaw=hang(dyaw,0,0.9,0);
dpitch=hang(dpitch,0,0.9,0);
ori.roll(droll/5.0);
ori.yaw(dyaw/5.0);
ori.pitch(dpitch/5.0);
framedone();
} while (!key[KEY_SPACE] && !key[KEY_ESC]);
savetimer();
allegro_exit();
displayframespersecond();
}
void main() {
int scrwid=320;
int scrhei=200;
int indent=(scrwid-scrhei)/2;
float cenx=0;
float ceny=0;
float wid=1.0;
float hei=1.0;
float left=cenx-wid;
float right=cenx+wid;
float top=ceny-hei;
float bottom=ceny+hei;
float front=-1.0;
float back=1.0;
float scale=2.0/(2.0*front);
float crazy=0.1234567;
int steps=1000;
int jump=1;
JBmp *b=new JBmp(scrwid,scrhei);
allegrosetup(scrwid,scrhei);
makepalette(&greypalette);
_farsetsel(screen->seg);
randomise();
Map2d<float> *map=new Map2d<float>(scrhei,scrhei);
current=*new Quaternion(floatrnd(-.5,.5),floatrnd(-.5,.5),floatrnd(-.5,.5),floatrnd(-.5,.5));
do {
current=current*Quaternion(0.99,0,0,0)+Quaternion(floatrnd(-.05,.05),floatrnd(-.05,.05),floatrnd(-.05,.05),floatrnd(-.05,.05));
float dslice=floatrnd(-.3,.3);
current=*new Quaternion(floatrnd(-.5,.5),floatrnd(-.5,.5),floatrnd(-.5,.5),floatrnd(-.5,.5));
current=*new Quaternion(-0.488193901,0.572800587,0,0);
for (int i=0;i<scrhei;i+=jump) {
for (int j=0;j<scrhei;j+=jump) {
// b->setpixelud(indent+i,j,255);
// b->writetoscreen();
int col=0;
V3d tmpnear=V3d(left+2.0*wid*i/(float)scrhei,top+2.0*hei*j/(float)scrhei,front);
V3d tmpfar=V3d(tmpnear.x*2.0,tmpnear.y*2.0,back);
tmpnear=V3d::rotate(tmpnear,V3d(0,1,0),rotation);
tmpfar=V3d::rotate(tmpfar,V3d(0,1,0),rotation);
tmpnear=V3d::rotate(tmpnear,V3d(1,0,0),elevation);
tmpfar=V3d::rotate(tmpfar,V3d(1,0,0),elevation);
Quaternion near=Quaternion(tmpnear.x,tmpnear.y,tmpnear.z,dslice);
Quaternion far=Quaternion(tmpfar.x,tmpfar.y,tmpfar.z,dslice);
map->pos[i][j]=crazy;
Quaternion last=near-(far-near);
for (int k=0;k<steps;k++) {
float dk=(float)k/(float)steps;
Quaternion next=near*(1.0-dk)+far*dk;
if (julquat(next)==0) {
Quaternion res=searchline(last,next);
// col=255.0*(1.0-(res.c-front)/(forget-front));
map->pos[i][j]=res.c;
break;
}
last=next;
}
if (i>=jump && j>=jump) {
if (map->pos[i-jump][j-jump]==crazy || map->pos[i-jump][j]==crazy || map->pos[i][j-jump]==crazy)
col=0;
else {
float diff=2.0*map->pos[i-jump][j-jump]-map->pos[i-jump][j]-map->pos[i][j-jump];
col=chop(128.0+diff*1600.0,0,255);
}
for (int x=0;x<jump;x++) {
for (int y=0;y<jump;y++) {
b->setpixel(indent+i+x,j+y,col);
}
}
}
if (key[KEY_SPACE])
exit(0);
}
b->writetoscreen();
}
PALETTE pal;
get_palette(pal);
save_bitmap(getnextfilename("bmp"),screen,pal);
} while (!key[KEY_SPACE]);
allegro_exit();
}
void main() {
allegrosetup(scrwid,scrhei);
makepalette(&greypalette);
mypalette(255,0,0,0);
mypalette(0,0,0,0);
mypalette(255,1,1,1);
mypalette(128,0,0,0);
randomise();
for (int i=0;i<=5;i++) {
waves+Wave();
//waves.num(i).display();
}
for (int r=0;r<8;r++) {
for (int g=0;g<8;g++) {
int palc=r+g*8;
mypalette(palc,(r==0?0:0.1+0.6*r/7.0),(g==0?0:0.1+0.2*g/7.0),(g==0?0:0.1+0.7*g/7.0));
// Good colours: mypalette(palc,(r==0?0:0.3+0.4*r/7.0),(g==0?0:0.1+0.2*g/7.0),(g==0?0:0.3+0.5*g/7.0));
}
}
V3d vel=V3d(0,0,0);
V3d acc=V3d(0,0,0);
Ori ori;
float droll=0;
float dyaw=0;
float roll=0;
float yaw=0;
float pitch=0;
int frame=0;
List<V3d> particles=List<V3d>(gridsize*gridsize*gridsize);
/* for (int i=1;i<gridsize*gridsize*gridsize;i++) {
particles+gridsize*V3d(floatrnd(-1,1),floatrnd(-1,1),floatrnd(-1,1));
}*/
for (float thru=0;thru<1.0;thru+=0.01) {
particles+getpos(thru);
//v.print();
}
starttimer();
float thru=0;
V3d pos=getpos(thru);
do {
thru+=0.001;
V3d last=pos;
V3d pos=getpos(thru);
V3d newz=pos-last;
ori.forcez(newz);
frame++;
float pd=1.6+1.3*sin(2*pi*frame/1000.0);
PPsetup(scrwid,scrhei,pd);
left.clear(0);
right.clear(0);
// b.fadeby(16);
V3d off=V3d(mymod(pos.x,gridsize),mymod(pos.y,gridsize),mymod(pos.z,gridsize));
int ioff=-mydiv(pos.x,gjump);
int joff=-mydiv(pos.y,gjump);
int koff=-mydiv(pos.z,gjump);
ori.quickorisetup();
// Need to find largest axis, and do loops with that one outside
int ks=mysgn(ori.qz.z);
int js=-mysgn(ori.qz.y);
int is=-mysgn(ori.qz.x);
for (int i=1;i<=particles.len;i++) {
int x,y;
V3d p=particles.num(i);
//V3d cen=p-off;
V3d cen=p+pos;
cen=V3d(mymod2(cen.x,-gridsize,gridsize),mymod2(cen.y,-gridsize,gridsize),mymod2(cen.z,-gridsize,gridsize));
cen=V3d::qorientate(cen,ori);
int c=7.0-chop(6.0*(cen.z+gridsize)/(float)(gridsize*2),0,6);
plotsphere(cen,c);
}
for (int i=0;i<scrwid;i++) {
for (int j=0;j<scrhei;j++) {
b.bmp[j][i]=(left.bmp[j][i] | right.bmp[j][i]);
}
}
b.writetoscreen();
// acc=hang(acc,V3d::origin,0.95,0.01);
// vel=hang(vel,(ori.qz/5.0).neg(),0.9,0)+acc;
// pos=pos+vel;
// droll=hang(droll,0,0.9,0.01);
// dyaw=hang(dyaw,0,0.95,0.01);
// roll=hang(roll,0,0.95,0)+droll;
// yaw=hang(yaw,0,0.92,0)+dyaw;
// pitch=hang(pitch,0,0.999,0.01);
// pos=pos+ori.qz*4;
// ori.roll(roll/5.0);
// ori.yaw(yaw/5.0);
// pos=pos-ori.z()*4;
framedone();
} while (!key[KEY_SPACE] && !key[KEY_ESC]);
savetimer();
allegro_exit();
displayframespersecond();
}
void main() {
allegrosetup(scrwid,scrhei);
makepalette(&greypalette);
mypalette(255,0,0,0);
mypalette(0,0,0,0);
mypalette(255,1,1,1);
mypalette(128,0,0,0);
randomise();
for (int i=0;i<=15;i++) {
waves+Wave();
// waves.num(i).display();
}
for (int r=0;r<16;r++) {
for (int g=0;g<16;g++) {
int palc=r+g*16;
mypalette(palc,(r==0?0:brightness+0.2+change*0.5*r/15.0),(g==0?0:brightness+change*0.1+0.2*g/15.0),(g==0?0:brightness+change*0.2+0.6*g/15.0));
// Groovy colours mypalette(palc,(r==0?0:0.1+0.6*r/15.0),(g==0?0:0.1+0.2*g/15.0),(g==0?0:0.1+0.7*g/15.0));
// Good colours: mypalette(palc,(r==0?0:0.3+0.4*r/15.0),(g==0?0:0.1+0.2*g/15.0),(g==0?0:0.3+0.5*g/15.0));
}
}
V3d vel=V3d(0,0,0);
V3d acc=V3d(0,0,0);
Ori ori;
float droll=0;
float dyaw=0;
float dpitch=0;
int frame=0;
List<V3d> particles=List<V3d>(gridsize*gridsize*gridsize);
/* for (int i=1;i<gridsize*gridsize*gridsize;i++) {
particles+gridsize*V3d(floatrnd(-1,1),floatrnd(-1,1),floatrnd(-1,1));
}*/
int ps=1;
float rad=0;
for (float thru=0;thru<1.0;thru+=0.0016) {
V3d here=getpos(thru);
V3d forward=getpos(thru+0.00001)-here;
V3d up=V3d::normcross(V3d::crazy,forward);
V3d right=V3d::normcross(forward,up);
for (int i=0;i<ps;i++) {
float t=2*pi*(float)i/(float)ps;
float s=sin(t);
float c=cos(t);
particles+(here+rad*(s*up+c*right));
}
// v.print();
}
starttimer();
float thru=0;
float marker=0;
V3d pos=getpos(marker);
V3d *tail=new V3d[taillen];
int tailpos=0;
do {
thru+=0.001;
// V3d last=V3d(pos.x,pos.y,pos.z);
// V3d pos=getpos(thru);
// V3d next=getpos(thru+0.00001);
// V3d newz=next-pos;
// ori.forcez(newz);
frame++;
// float pd=1.6+1.3*sin(2*pi*frame/1000.0);
float pd=2.0;
PPsetup(scrwid,scrhei,pd);
left.clear(0);
right.clear(0);
// b.fadeby(16);
int ioff=-mydiv(pos.x,gjump);
int joff=-mydiv(pos.y,gjump);
int koff=-mydiv(pos.z,gjump);
ori.quickorisetup();
// Need to find largest axis, and do loops with that one outside
int ks=mysgn(ori.qz.z);
int js=-mysgn(ori.qz.y);
int is=-mysgn(ori.qz.x);
for (int i=1;i<=particles.len;i++) {
int x,y;
V3d p=particles.num(i);
V3d cen=p-pos+0.0*ori.y;
cen=V3d::disorientate(cen,ori);
int c=15.0-chop(14.0*(cen.z+gridsize)/(float)(gridsize*2),0,14);
// int c=7.0-chop(6.0*(i/particles.len),0,6);
plotsphere(cen,c);
}
// Plot and move marker
V3d m;
for (int i=1;i<=15;i++) {
m=V3d::disorientate(getpos(marker)-pos,ori);
if (m.mod()<markerrange)
marker+=0.0002;
}
float u=PPgetunitnoadd(m);
bool plot=false;
if (u) {
int x,y;
float rad=0.08*u;
PPgetscrposnoadd(m,PPlefteye,&x,&y);
if (left.inimage(x,y)) {
plot=true;
left.opencircle(x,y,rad,15);
}
PPgetscrposnoadd(m,PPrighteye,&x,&y);
if (right.inimage(x,y)) {
plot=true;
right.opencircle(x,y,rad,15*16);
}
}
if (!plot) {
V2d v=scrwid*2*V2d(m.x,m.y).norm();
if (abs(v.x)>scrwid/2) {
float change=(float)scrwid/2.0/abs(v.x);
v=change*v;
}
if (abs(v.y)>scrhei/2) {
float change=(float)scrhei/2.0/abs(v.y);
v=change*v;
}
v=v+V2d(scrwid/2,scrhei/2);
left.opencircle(v,5,15);
right.opencircle(v,5,15*16);
}
// Pull player towards marker
// if (m.mod()>markerrange+.1) {
V3d pulldir=getpos(marker)-pos;
// vel=vel+pulldir*0.02;
// float amount=(V3d::normdot(ori.z(),pulldir)+5.0)/6.0;
float amount=chop(0.99-(m.mod()-markerrange)/5.0,0,1);
V3d newz=ori.z()*amount+(1.0-amount)*pulldir;
ori.forcez(newz);
// vel=vel*amount;
//
//}
// Draw and update tail
V3d last=(tail[tailpos]-pos).disorientate(ori);
for (int k=1;k<taillen;k++) {
int j=mymod(tailpos+k,taillen);
V3d next=(tail[j]-pos).disorientate(ori);
plotline(last,next,(float)k/(float)taillen);
last=next;
}
if ((frame % 5)==0) {
tail[tailpos]=pos-ori.qz;
tailpos=mymod(tailpos+1,taillen);
}
// Or screens
for (int i=0;i<scrwid;i++) {
for (int j=0;j<scrhei;j++) {
b.bmp[j][i]=(left.bmp[j][i] | right.bmp[j][i]);
}
}
b.writetoscreen();
// acc=hang(acc,V3d::origin,0.95,0.01);
// Movement
float angvel=turnability;
if (key[KEY_LCONTROL])
vel=vel+ori.z()*forcevel;
else
angvel=turnability*2.0;
if (key[KEY_UP])
dpitch=dpitch+angvel;
if (key[KEY_DOWN])
dpitch=dpitch-angvel;
if (key[KEY_LEFT])
if (key[KEY_ALT])
droll=droll-angvel;
else
dyaw=dyaw-angvel;
if (key[KEY_RIGHT])
if (key[KEY_ALT])
droll=droll+angvel;
else
dyaw=dyaw+angvel;
vel=hang(vel,V3d::o,0.91,0);
pos=pos+vel;
droll=hang(droll,0,0.9,0);
dyaw=hang(dyaw,0,0.9,0);
dpitch=hang(dpitch,0,0.9,0);
ori.roll(droll/5.0);
ori.yaw(dyaw/5.0);
ori.pitch(dpitch/5.0);
framedone();
} while (!key[KEY_SPACE] && !key[KEY_ESC]);
savetimer();
allegro_exit();
displayframespersecond();
}
void main() {
int scrwid=320; int scrhei=200;
int jump=10;
allegrosetup(scrwid,scrhei);
makepalette(&greypalette);
List<S> xs=List<S>();
List<S> ys=List<S>();
List<S> xvs=List<S>();
List<S> yvs=List<S>();
randomise();
for (int i=0;i<12;i++) {
S s=S(myrnd()*scrwid,(1.0+myrnd()*4.0)*pi/(float)scrwid,myrnd()*1.0);
S v=S(0,0,0);
if (i%2) {
xs+s;
xvs+v;
} else {
ys+s;
yvs+v;
}
}
JBmp j=JBmp(scrwid,scrhei);
do {
for (int x=0;x<scrwid;x+=jump)
for (int y=0;y<scrhei;y+=jump) {
float sum=0;
for (int i=1;i<=xs.len;i++) {
S s=xs.num(i);
sum+=s.amp*sin(s.off+s.fre*x);
}
for (int i=1;i<=ys.len;i++) {
S s=ys.num(i);
sum+=s.amp*sin(s.off+s.fre*y);
}
sum=3.0*sum/(float)(xs.len+ys.len);
int se=ucharchop(128+128*sum);
j.bmp[y][x]=se;
if (x>0 && y>0) {
int nw=j.bmp[y-jump][x-jump];
int ne=j.bmp[y-jump][x];
int sw=j.bmp[y][x-jump];
for (int i=0;i<=jump;i++)
for (int k=0;k<=jump;k++) {
float a=(float)i/(float)jump;
float na=1.0-a;
float b=(float)k/(float)jump;
float nb=1.0-b;
j.bmp[y-jump+k][x-jump+i]=na*nb*nw+a*nb*ne+na*b*sw+a*b*se;
}
}
}
j.writetoscreen();
for (int i=1;i<=xs.len;i++) {
xvs.p2num(i)->off+=magrnd(pi/128);
xvs.p2num(i)->fre+=magrnd(pi/(float)10/(float)scrwid);
xvs.p2num(i)->amp+=magrnd(0.005);
xs.p2num(i)->add(xvs.num(i));
}
for (int i=1;i<=ys.len;i++) {
yvs.p2num(i)->off+=magrnd(pi/128);
yvs.p2num(i)->fre+=magrnd(pi/(float)10/(float)scrwid);
yvs.p2num(i)->amp+=magrnd(0.005);
ys.p2num(i)->add(yvs.num(i));
}
} while (!key[KEY_ESC]);
}
void randomise() {
#ifndef STUPIDUNIX
int i=(int)time(NULL);
randomise(i);
#endif
}
void main(int argc,String *argv) {
randomise();
ArgParser a=ArgParser(argc,argv);
String fname=a.argafter("-i","GF lines filename","ls.gf");
cdclip=a.floatafter("-ed","Maximum end distance of lines",30);
creepintoline=a.floatafter("-ic","Intersection can creep in this much of the line",0.02);
dotabove=a.floatafter("-pd","Parallelity: dot product must be above this",0.5);
minlen=a.floatafter("-ml","Minimum length of a line",20);
bool displaying=!a.argexists("nod","Don't display");
String imname=a.argafter("-oi","Original image","none");
oiscale=a.floatafter("-ois","Scale to original image",2);
bool overlaylines=a.argexists("-ol","Overlay lines");
int imwidth=a.intafter("-rqw","width of recovered quad images (pixels)",200);
// float favourlarge=a.floatafter("-fl","Favour large by",0.8); // old method
float favourlarge=a.floatafter("-fl","Favour large by",1.2);
dividebyarea=!a.argexists("-dd","Don't divide V by area");
oldmethod=a.argexists("-osm","Old stats method (area not sum mags, score reciprocal not -ve)");
a.done();
// Specific to my images
printf("Auto scale? ");
String tmp=imname;
if (Sinstrlast(tmp,"/"))
tmp=Sfrom(tmp,Sinstrlast(tmp,"/")+1);
if (Sstarts(tmp,"image")) {
printf("2.5");
oiscale=2.5;
}
if (Sstarts(tmp,"img") || Slen(Sbefore(tmp,"."))==2) {
printf("2.0");
oiscale=2.0;
}
printf("\n");
// Read list from file and find quads (looks easy!)
List<QuadsLine2d> ls=readgfset(fname);
helloworld();
printf("Finding quads\n");
List<Polygon2d> qs=findquads(ls);
printf("df...");
JFont coolfont=JFont(0.5);
printf("fd...\n");
if (!Seq(imname,"none")) {
printf("Trying to read original file (%s)...",imname);
oi=RGBmp::readfile(imname);
Map2d<float> *gs=oi->getgreyscale();
jbmp=JBmp(oi->width*0.5,oi->height*0.5);
jbmp.clear(255);
for (int i=1; i<=ls.len; i++) {
QuadsLine2d l=ls.num(i)*oiscale*0.5;
jbmp.line(l,0);
//jbmp.thickline(l,1,255);
}
jbmp.writefile("lines.bmp");
// Simple quad map
Map2d<bool> jb=Map2d<bool>(oi->width*0.5,oi->height*0.5,255);
for (int i=1; i<=qs.len; i++) {
// jb.clear();
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
jb.line(p.linefrom(j)*0.5*oiscale,0);
}
}
jb.writefile("quads.bmp");
// Edge detection
printf("Doing edge detection\n");
gs->edgedetection(Map2d<float>::sobel(),&mag,&angs);
// angs->display();
// exit(0);
qs.applycall(&scalepoly); // No need for oiscale after this point
for (int i=1; i<=qs.len; i++) {
Polygon2d *quad=qs.p2num(i);
quad->name=Schr(Sasc("A")+(i-1)%26);
}
// Overlay lines on original
if (overlaylines) {
RGBmp *linesover=oi->scaledby(0.5);
for (int i=1; i<=ls.len; i++)
linesover->thickline(0.5*oiscale*ls.num(i),myRGB(0,0,0),4);
for (int i=1; i<=ls.len; i++)
linesover->line(0.5*oiscale*ls.num(i),myRGB(255,255,255));
linesover->writefile("linesover.bmp");
}
// Overlay quads on original
RGBmp *rgbmp=oi->scaledby(0.5);
for (int i=1; i<=qs.len; i++) {
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
rgbmp->thickline(0.5*p.linefrom(j),myRGB(0,0,0),4);
}
}
for (int i=1; i<=qs.len; i++) {
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
rgbmp->line(0.5*p.linefrom(j),myRGB(255,255,255));
}
}
rgbmp->writefile("overlay.bmp");
RGBmp *detailed=new RGBmp(oi->width/2.0,oi->height/2.0,myRGB(255,255,255));//oi->scaledby(1);
for (int i=1; i<=qs.len; i++) {
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
detailed->line(p.linefrom(j)*0.5,myRGB(0,0,0));
}
// V2d t=(p.vs.num(1)+p.vs.num(2)+p.vs.num(3)+p.vs.num(4))/4.0/2.0+V2d::random()*100/2.0;
V2d t=V2d(myrnd()*detailed->width,myrnd()*detailed->height);
for (int k=1; k<=4; k++) {
V2d c=p.vs.num(k)/2.0;
detailed->line(c,t,myRGB(0,0,0));
}
String data=Sformat("%s",p.name);
coolfont.centerString(data,detailed,t.x,t.y,8,myRGB(0,0,0));
}
detailed->writefile("data.bmp");
List<String> left;
List<String> right;
for (int i=1; i<=qs.len; i++) {
Polygon2d *p=qs.p2num(i);
String s=Sformat("%s score %.3f, area %.3f",p->name,scorefor(p),p->area());
if (p->centroid().x<oi->width/2.0)
left.add(s);
else
right.add(s);
}
List<String> data;
// data.add(Sformat("GF %s td=%.2f ti=%.2d tp=%.2f minlen=%.2f Image %s scale=%.2f widthofrecquad=%.2f favourlarge=%.2f",fname,cdclip,creepintoline,dotabove,minlen,imname,oiscale,favourlarge));
String tmp="";
if (dividebyarea)
tmp=Sconc(tmp,"Dividing V by area. ");
data.add(tmp);
data.add("");
data.add("-- Left:");
data.add(left);
data.add("-- Right:");
data.add(right);
writelinestofile(data,"data.txt");
/* printf("Ordering\n");
qs=qs.qsort(&offness);
printf("Done ordering.\n");*/
printf("Removing overlapping quads (%i) ...\n",qs.len);
data.add("-- Rejection:");
// Check all containers first
for (int i=1; i<=qs.len; i++) {
Polygon2d *quad=qs.p2num(i);
bool done=false;
for (int j=1; j<=qs.len && !done; j++) { // Compare to all others (one-directional)
printf("Comparing (%i/%i) to %i : ",i,qs.len,j);
if (i!=j) {
Polygon2d *oquad=qs.p2num(j);
data.add(Sformat("Comparing %s to %s %i %i",quad->name,oquad->name,i,j));
bool overlaps=quad->overlaps(oquad,0.99);
if (overlaps==Polygon2d::container) { // quad envelops oquad
if (scorefor(quad)>0.8*scorefor(oquad)) {
// data.add(ql(&qs));
data.add(Sformat("%s contained %s and rejected it",quad->name,oquad->name));
qs.remnum(j);
j--;
if (i>j) {
i--;
done=true;
}
printf("Contained quad rejected");
// data.add(ql(&qs));
}
}
}
printf("\n");
}
}
// Then overlapping in general
for (int i=1; i<=qs.len; i++) {
Polygon2d *quad=qs.p2num(i);
bool done=false;
for (int j=i+1; j<=qs.len && !done; j++) { // bi-derectional
printf("Comparing (%i/%i) to %i : ",i,qs.len,j);
Polygon2d *oquad=qs.p2num(j);
bool overlaps=quad->overlaps(oquad);
if (overlaps) {
if (scorefor(quad)>scorefor(oquad)) {
// data.add(ql(&qs));
data.add(Sformat("%s beat %s.",quad->name,oquad->name));
qs.remnum(j);
j--;
printf("Second quad rejected");
// data.add(ql(&qs));
} else {
// data.add(ql(&qs));
data.add(Sformat("%s beat %s,",oquad->name,quad->name));
qs.remnum(i);
i--;
done=true;
printf("First quad rejected");
//data.add(ql(&qs));
}
}
printf("\n");
}
}
printf("Done: now (%i) quads.\n",qs.len);
// Overlay again
RGBmp *rgbmp2=oi->scaledby(0.5);
for (int i=1; i<=qs.len; i++) {
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
rgbmp2->thickline(0.5*p.linefrom(j),myRGB(0,0,0),4);
}
}
for (int i=1; i<=qs.len; i++) {
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
rgbmp2->line(0.5*p.linefrom(j),myRGB(255,255,255));
}
V2d t=0.5*p.centroid();
// rgbmp2->line(oiscale*p.num(1),t,V3d(1,0,0));
String data=Sformat("%.3f",scorefor(qs.p2num(i)));
//coolfont.centerString(data,rgbmp2,t.x,t.y,9,myRGB(255,0,0));
}
rgbmp2->writefile("overlay2.bmp");
// Simple quad map again
Map2d<bool> jbq=Map2d<bool>(oi->width*0.5,oi->height*0.5,255);
for (int i=1; i<=qs.len; i++) {
// jb.clear();
Polygon2d p=qs.num(i);
for (int j=1; j<=p.vs.len; j++) {
jbq.line(p.linefrom(j)*0.5,0);
}
}
jbq.writefile("quads2.bmp");
// Recover text
List<RGBmp *> rec;
// oi->display();
for (int i=1; i<=qs.len && i<=5; i++) {
List<V2d> *l=&qs.num(i).vs;
RGBmp *n=oi->recoverquad(l,1,imwidth);
n->writefile(getnextfilename("recquad","bmp"));
rec.add(n);
}
if (displaying) {
// waitforkeypress();
jbmp.display();
jb.display();
for (int i=1; i<=rec.len; i++)
rec.num(i)->display();
}
data.add("-- Final quads:");
for (int i=1; i<=qs.len; i++) {
Polygon2d *p=qs.p2num(i);
String s=Sformat("%s %.3f",p->name,scorefor(p));
data.add(s);
}
writelinestofile(data,"data.txt");
}
// allegroexit();
printf("%i quadrilaterals found\n",qs.len);
}
void main() {
allegrosetup(rscrwid,rscrhei);
makepalette(&greypalette);
// makepalette(&myRGB::hue);
PPsetup(rscrwid,rscrhei,2);
List<S> xs=List<S>();
List<S> xvs=List<S>();
randomise();
for (int i=0;i<20;i++) {
float amp=0;
S s=S(myrnd()*scrwid,myrnd()*scrhei,radfromamp(amp),0);
S v=S(0,0,0,0);
xs+s;
xvs+v;
}
for (int rndloop=0;rndloop<1000;rndloop++) {
for (int i=0;i<20;i++) {
S *v=xvs.p2num(i);
S *x=xs.p2num(i);
domovement(v,x);
}
}
JBmp j=JBmp(rscrwid,rscrhei);
intmap=Map2d<int>(scrwid,scrhei);
int start=jump;
do {
j.clear();
start-=3;
if (start<=0)
start=start+jump;
for (int x=0;x<scrwid;x+=jump)
for (int y=start;y<scrhei;y+=jump) {
float sum=0;
for (int i=1;i<=xs.len;i++) {
S s=xs.num(i);
sum+=plusminus(i)*s.amp*gaussian(sqrt(mysquare(x-s.cx)+mysquare(y-s.cy))/s.rad);
}
sum=scale*sum/(float)(xs.len);
int newcol=128+128*sum;
intmap.pos[x][y]=newcol;
if (x>0 && y>start) {
int nwcol=intmap.pos[x-jump][y-jump];
int wcol=intmap.pos[x-jump][y];
int ncol=intmap.pos[x][y-jump];
int xa,ya,xb,yb,xc,yc;
PPgetscrpos(hillfor(x-jump,y-jump),&xa,&ya);
PPgetscrpos(hillfor(x-jump,y),&xb,&yb);
// printf("%i %i ",xa,ya);
j.line(xa,ya,xb,yb,255);
PPgetscrpos(hillfor(x,y-jump),&xc,&yc);
j.line(xa,ya,xc,yc,255);
// PPgetscrpos(hillfor(x,y),&xa,&ya);
// j.line(xa,ya,xb,yb,255);
// j.line(xa,ya,xc,yc,255);
}
}
for (int i=1;i<=xs.len;i++) {
// j.line(myrnd()*scrwid,myrnd()*scrhei,myrnd()*scrwid,myrnd()*scrhei,myrnd()*255);
S *v=xvs.p2num(i);
S *x=xs.p2num(i);
domovement(v,x);
int c=j.point(x->cx,x->cy)+x->amp;
if (debug) {
j.vliner(x->cx,x->cy,plusminus(i)*x->amp,c);
j.hliner(x->cx,x->cy,x->rad,c);
j.setpixel(x->cx+radfromamp(x->amp),x->cy,c);
}
}
j.writetoscreen();
} while (!key[KEY_ESC]);
}
void main(int argc,String *argv) {
ArgParser a=ArgParser(argc,argv);
size=a.intafter("-gs","grid size",20);
float rotspeed=a.floatafter("-rs","rotation speed",pi/80.0);
float elevang=a.floatafter("-ea","elevation angle",pi/7.0);
float waterlevel=a.floatafter("-wl","water level",-0.2);
bool funky=a.argexists("-f","funky");
bool groovy=a.argexists("-g","groovy");
a.done();
int scrwid=800;
int scrhei=600;
//printf("z\n");
allegrosetup(scrwid,scrhei);
//printf("a\n");
PPsetup(scrwid,scrhei,4.0,4.0);
//printf("b\n");
mypalette(0,myRGB(0,0,0));
mypalette(255,myRGB(0,255,0));
makepalette(&greypalette);
alt=Map2d<float>(size,size,0.0);
randomise();
drv=Map2d<float>(size,size,&myrnd);
vel=Map2d<float>(size,size,0.0);
vs=Map2d<V3d>(size,size);
int time=0;
dogeol(300);
while (!keypressed()) {
//printf("d\n");
time++;
// Generate new mountain
alt.pos[0][0]=drv.pos[0][0];
alt.pos[size-1][0]=drv.pos[size-1][0];
alt.pos[0][size-1]=drv.pos[0][size-1];
alt.pos[size-1][size-1]=drv.pos[size-1][size-1];
makemountain(0,0,size-1,size-1);
// Render mountain
PPclear();
Matrix ma=Matrix::rotation(V3d(0,1,0),rotspeed*(float)time);
Matrix mb=Matrix::rotation(V3d(1,0,0),elevang);
//printf("!");
Octree<Renderable*> o=Octree<Renderable*>(V3d::o,2.0,&getpos);
for (int i=0;i<size;i++)
for (int j=0;j<size;j++) {
//printf(">");
V3d x=V3d((float)i/(float)size*2.0-1.0,alt.pos[i][j],(float)j/(float)size*2.0-1.0);
// x.y=x.y*ramp((float)i/(float)size*2.0);
x=x*V3d(1,2,1)-V3d(0,1,0);
bool wat;
if (x.y<waterlevel) {
x.y=waterlevel;
wat=true;
} else
wat=false;
x=ma*x;
x=mb*x;
vs.pos[i][j]=x;
if (i>0 && j>0) {
o.add(new Triangle3d(x,vs.pos[i-1][j],vs.pos[i][j-1]));
o.add(new Triangle3d(vs.pos[i-1][j],vs.pos[i][j-1],vs.pos[i-1][j-1]));
}
}
Ori ori;
Viewpoint v=Viewpoint(V3d(0,0,-4),ori);
// Viewpoint v=Viewpoint(mb*(ma*V3d(0,0,-4)),mb*(ma*ori));
render(&o,&v);
o.freedom();
// PPshow();
// alt.display();
// Change drivers
dogeol(1);
}
}