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push from build pc

This commit is contained in:
amy 2023-05-23 12:49:27 +00:00
parent eb9170b07a
commit f24f476724
5 changed files with 181 additions and 64 deletions
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2
.gitignore vendored
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@ -1 +1,3 @@
a.out
*vgcore*
build

2
readme.md
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@ -1,5 +1,5 @@
optimized build : `clang ./src/*.c -lm -lglfw -lGL -lGLEW -fno-trapping-math`
optimized build : `clang ./src/*.c -lm -lglfw -lGL -lGLEW -fno-trapping-math -ffast-math`
build flags : -Dmemory_trace -Dstfu -D__debug -Dmemory_count

235
src/point.c
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@ -152,20 +152,20 @@ point_arr* basier2d(double*xx,double*yy,int n,float rr, float gg, float bb){
pa->c[iy].at.x = bcx;
pa->c[iy].at.y = bcy;
pa->c[iy].at.vertex = 0;
for(int as = 0; as<=n; as++){
/*for(int as = 0; as<=n; as++){
if(xx[as]==bcx&&yy[as]==bcy){
pa->c[iy].at.vertex = 1;
break;
}
}
}*/
pa->c[iy].color.r = rr;
pa->c[iy].color.g = gg;
pa->c[iy].color.b = bb;
}
for(int i = 0; i<=n; i++){
/*for(int i = 0; i<=n; i++){
pa->vert[i].at.x = xx[i];
pa->vert[i].at.y = yy[i];
}
}*/
pa->vlen = n;
if(pa==NULL||pa->c==NULL||pa->vert==NULL)
err("failed to allocate basier array",pexit);
@ -176,12 +176,14 @@ typedef struct {
GLfloat* col;
GLfloat* trans;
GLfloat* tricol;
GLfloat* dep;
int len;
GLfloat* tri;
int tlen;
//double depth;
cord max;
cord min;
cord avg;
int lin;
} glfl_ar;
void render_p(glfl_ar* bba,int tri){
@ -271,8 +273,7 @@ glfl_ar* poly_to_tri(GLfloat* pixels,GLfloat* colors,int fc_len){
trline->at[trline->len].at = malloc(sizeof(*trline->at[trline->len].at)*((1+c_len+get_w())*2)*20);
trline->at[trline->len].len = 0;
//printf("%f\n",dclen);
if(trline->at[trline->len].at==NULL)
abort();
/*if(aac.z||aad.z==-1){
free(trline->at[trline->len].at);
continue;
@ -566,6 +567,11 @@ glfl_ar* poly_to_tri(GLfloat* pixels,GLfloat* colors,int fc_len){
return rr;
}
float rgba_blend(float c1, float c2, float t1,float t2){
float nt = 1 - (1 - t1) * (1 - t2);
float c_r = c1 * t1 / nt + c2 * t2 * (1 - t1) / nt;
return c_r;
}
glfl_ar** transp(glfl_ar** con,int lle){
int o_a_len = lle;
int aal[o_a_len];
@ -576,13 +582,18 @@ glfl_ar** transp(glfl_ar** con,int lle){
float b_r = 0.0f;
float b_g = 0.0f;
float b_b = 0.0f;
for(int i = 0; 0&&i<=o_a_len-1; i++){
for(int ii = 0; ii<=con[i]->len; ii++){
for(int i = 0; i<=o_a_len-1; i++){
for(int ii = 0; 0&&ii<=con[i]->len; ii++){
/*
con[i]->col[ii*3] = (con[i]->col[ii*3] + b_r)/2;
con[i]->col[ii*3+1] = (con[i]->col[ii*3+1] + b_g)/2;
con[i]->col[ii*3+2] = (con[i]->col[ii*3+2] + b_b)/2;
*/
con[i]->col[ii*3] = rgba_blend(con[i]->col[ii*3], b_r, con[i]->trans[ii*3],1);
con[i]->col[ii*3+1] = rgba_blend(con[i]->col[ii*3+1], b_g, con[i]->trans[ii*3+1],1);
con[i]->col[ii*3+2] = rgba_blend(con[i]->col[ii*3+2], b_b, con[i]->trans[ii*3+2],1);
}
for(int ii = 0; ii<=con[i]->tlen*4; ii++){
for(int ii = 0; 0&&ii<=con[i]->tlen*4; ii++){
con[i]->tricol[ii*3] = (con[i]->tricol[ii*3] + b_r)/2;
con[i]->tricol[ii*3+1] = (con[i]->tricol[ii*3+1] + b_g)/2;
con[i]->tricol[ii*3+2] = (con[i]->tricol[ii*3+2] + b_b)/2;
@ -593,41 +604,92 @@ glfl_ar** transp(glfl_ar** con,int lle){
// printf(" %f %f %f\n",con[z]->col[3],con[z]->col[4],con[z]->col[5]);
//printf("s\n");
//printf("---\n");
int tri_comb[o_a_len*3];
int com_at = 0;
for(int i = o_a_len-1; i>=0; i--){
for(int z = o_a_len-1; z>=0; z--){
if(i!=z){
int br = 0;
for(int yy = 0; yy<=com_at-1; yy++){
if(tri_comb[yy*2]==z&&tri_comb[yy*2+1]==i||tri_comb[yy*2]==i&&tri_comb[yy*2+1]==z)
br=1;
}
if(br)
continue;
tri_comb[com_at*2] = i;
tri_comb[com_at*2+1]=z;
com_at++;
//printf("a\n");
/*
float t1 = con[i]->min.z;
float t2 = con[z]->min.z;
float c_r = (con[i]->col[3] + con[z]->col[3])/2;
float c_g = (con[i]->col[4] + con[z]->col[4])/2;
float c_b = (con[i]->col[5] + con[z]->col[5])/2;
//*/
///*
float c_r = rgba_blend(con[i]->col[0],con[z]->col[0],con[i]->trans[0],con[z]->trans[0]);
float c_g = rgba_blend(con[i]->col[1],con[z]->col[1],con[i]->trans[0],con[z]->trans[0]);
float c_b = rgba_blend(con[i]->col[2],con[z]->col[2],con[i]->trans[0],con[z]->trans[0]);
//printf("%f %f %f\n",c_r,c_g,c_b);
//*/
/*
float nt = 1 - (1 - con[i]->trans[0]) * (1 - con[z]->trans[0]);
float c_r = con[i]->col[3] * con[i]->trans[0] / nt + con[z]->col[3] * con[z]->trans[0] * (1 - con[i]->trans[0]) / nt;
float c_g = con[i]->col[4] * con[i]->trans[0] / nt + con[z]->col[4] * con[z]->trans[0] * (1 - con[i]->trans[0]) / nt;
float c_b = con[i]->col[5] * con[i]->trans[0] / nt + con[z]->col[5] * con[z]->trans[0] * (1 - con[i]->trans[0]) / nt;
//*/
//printf("b\n");
//c_r = 1.0;
//c_g = 1.0;
//c_b = 1.0;
//printf("%f %f %f\n",c_r,c_g,c_b);
if(con[i]->max.x>=con[z]->max.x&&con[i]->min.x<=con[z]->min.x&&
con[i]->max.y>=con[z]->max.y&&con[i]->min.y<=con[z]->min.y){
con[i]->max.y>=con[z]->max.y&&con[i]->min.y<=con[z]->min.y
||
con[z]->max.x>=con[i]->max.x&&con[z]->min.x<=con[i]->min.x&&
con[z]->max.y>=con[i]->max.y&&con[z]->min.y<=con[i]->min.y){
int uz = z;
int ui = i;
if(con[z]->max.x>=con[i]->max.x&&con[z]->min.x<=con[i]->min.x&&
con[z]->max.y>=con[i]->max.y&&con[z]->min.y<=con[i]->min.y){
uz = i;
ui = z;
}
//printf("%i %i\n",z,i);
//continue;
//printf("c\n");
//neww = realloc(neww,sizeof ** neww * (neww_l + 2));
neww[neww_l] = malloc(sizeof * neww[neww_l] * (1 + con[i]->len + con[z]->len) * 40);
neww[neww_l]->pix = malloc(sizeof * neww[neww_l]->pix * (1 + con[i]->len + con[z]->len) * 4);
neww[neww_l]->col = malloc(sizeof * neww[neww_l]->col * (1 + con[i]->len + con[z]->len) * 4);
for(int zz = 0; zz<=aal[z]; zz++){
neww[neww_l]->pix[zz*2] = con[z]->pix[zz*2];
neww[neww_l]->pix[zz*2+1] = con[z]->pix[zz*2+1];
neww[neww_l]->trans = malloc(sizeof * neww[neww_l]->trans * (1 + con[i]->len + con[z]->len) * 4);
for(int zz = 0; zz<=aal[uz]; zz++){
neww[neww_l]->pix[zz*2] = con[uz]->pix[zz*2];
neww[neww_l]->pix[zz*2+1] = con[uz]->pix[zz*2+1];
//printf("%f %f\n",con[z]->pix[zz*2+1],con[z]->pix[zz*2]);
neww[neww_l]->col[zz*3] = c_r;
neww[neww_l]->col[zz*3+1] = c_g;
neww[neww_l]->col[zz*3+2] = c_b;
neww[neww_l]->trans[zz] = con[uz]->trans[zz];
/*con[z]->col[zz*3] = 1.0f;
con[z]->col[zz*3+1] = 0.0f;
con[z]->col[zz*3+2] = 0.0f;*/
}
neww[neww_l]->len = aal[z];
neww[neww_l]->len = aal[uz];
neww_l++;
//err("haven't tested this yet",pexit);
continue;
}
}
//printf("c2\n");
int o_c = aal[i];
cord last;
@ -638,9 +700,11 @@ glfl_ar** transp(glfl_ar** con,int lle){
neww[neww_l] = malloc(sizeof * neww[neww_l]* 90);
neww[neww_l]->pix = malloc(sizeof * neww[neww_l]->pix* 8);
neww[neww_l]->col = malloc(sizeof * neww[neww_l]->col* 8);
neww[neww_l]->trans = malloc(sizeof * neww[neww_l]->trans* 8);
neww[neww_l]->len = 0;
neww[neww_l]->tlen = 0;
//neww[neww_l]->max = con[i]->max;
//
//neww[neww_l]->min = con[i]->min;
neww[neww_l]->max.index = -INFINITY;
neww[neww_l]->max.vertex = -INFINITY;
@ -670,8 +734,8 @@ glfl_ar** transp(glfl_ar** con,int lle){
cord tesm = poi_d(con[i]->pix[ii*2],con[i]->pix[ii*2+1]
,con[i]->pix[(ii+1)*2],con[i]->pix[(ii+1)*2+1],aal[z],con[z]->pix,0,ny.index);
//printf("%i %f\n",tesm.index,tesm.z);
last = tesm;
//ny = tesm;
last = ny;
ny = tesm;
lali=ii;
//continue;
}
@ -695,6 +759,13 @@ glfl_ar** transp(glfl_ar** con,int lle){
//int zzz = 0;
//printf("g\n");
//printf("%i,%i | %i %i\n",lali,ii,last.index,ny.index);
float aaad = (diff(last.index,ny.index)+1) * 32;
neww[neww_l]->pix = realloc(neww[neww_l]->pix,
sizeof * neww[neww_l]->pix* aaad * (neww[neww_l]->len+1) * 3);
neww[neww_l]->col = realloc(neww[neww_l]->col,
sizeof * neww[neww_l]->col* aaad * (neww[neww_l]->len+1) * 4);
neww[neww_l]->trans = realloc(neww[neww_l]->trans,
sizeof * neww[neww_l]->trans* aaad * (neww[neww_l]->len+1) * 2);
double zzzz = 77777.0;
cord aa = poi_d(con[i]->pix[(lali+1)*2],con[i]->pix[(lali+1)*2+1],zzzz,con[i]->pix[(lali+1)*2+1],con[z]->len,con[z]->pix,0,-1);
cord bb = poi_d(con[i]->pix[(lali+1)*2],con[i]->pix[(lali+1)*2+1],-zzzz,con[i]->pix[(lali+1)*2+1],con[z]->len,con[z]->pix,0,-1);
@ -712,35 +783,36 @@ glfl_ar** transp(glfl_ar** con,int lle){
int tes2 = aa2.z==-1||bb2.z==-1;
//printf("%i %i\n",tes,tes2);
neww[neww_l]->pix = realloc(neww[neww_l]->pix,
sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
neww[neww_l]->col = realloc(neww[neww_l]->col,
sizeof * neww[neww_l]->col* 4 * (neww[neww_l]->len+1));
neww[neww_l]->pix[neww[neww_l]->len*2] = last.x;
neww[neww_l]->pix[neww[neww_l]->len*2+1] = last.y;
neww[neww_l]->col[neww[neww_l]->len*3] = c_r;
neww[neww_l]->col[neww[neww_l]->len*3+1] = c_g;
neww[neww_l]->col[neww[neww_l]->len*3+2] = c_b;
neww[neww_l]->trans[neww[neww_l]->len] = con[i]->trans[0];
neww[neww_l]->len++;
//printf("%i %i | %i %i, %i %i\n",neww_l,tes,lali,ii,last.index,ny.index);
if(!tes2){
//printf("%i %i %i\n",neww_l,last.index,ny.index);
for(int zz = last.index+1; zz<=ny.index;
zz++){
//printf("aa\n");
//printf("zzz %lu\n",sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
neww[neww_l]->pix = realloc(neww[neww_l]->pix,
sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
neww[neww_l]->col = realloc(neww[neww_l]->col,
sizeof * neww[neww_l]->col* 4 * (neww[neww_l]->len+1));
//neww[neww_l]->pix = realloc(neww[neww_l]->pix,
// sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
//neww[neww_l]->col = realloc(neww[neww_l]->col,
// sizeof * neww[neww_l]->col* 4 * (neww[neww_l]->len+1));
neww[neww_l]->pix[neww[neww_l]->len*2] = con[z]->pix[zz*2];
neww[neww_l]->pix[neww[neww_l]->len*2+1] = con[z]->pix[zz*2+1];
neww[neww_l]->col[neww[neww_l]->len*3] = c_r;
neww[neww_l]->col[neww[neww_l]->len*3+1] = c_g;
neww[neww_l]->col[neww[neww_l]->len*3+2] = c_b;
neww[neww_l]->trans[neww[neww_l]->len] = con[i]->trans[0];
neww[neww_l]->len++;
//zzz++;
@ -761,15 +833,16 @@ glfl_ar** transp(glfl_ar** con,int lle){
//printf("%i, %i / %i / %i\n",neww_l,zz,ny.index,o_c);
//printf("aa\n");
//printf("zzz %lu\n",sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
neww[neww_l]->pix = realloc(neww[neww_l]->pix,
sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
neww[neww_l]->col = realloc(neww[neww_l]->col,
sizeof * neww[neww_l]->col* 4 * (neww[neww_l]->len+1));
//neww[neww_l]->pix = realloc(neww[neww_l]->pix,
// sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
//neww[neww_l]->col = realloc(neww[neww_l]->col,
// sizeof * neww[neww_l]->col* 4 * (neww[neww_l]->len+1));
neww[neww_l]->pix[neww[neww_l]->len*2] = con[z]->pix[zz*2];
neww[neww_l]->pix[neww[neww_l]->len*2+1] = con[z]->pix[zz*2+1];
neww[neww_l]->col[neww[neww_l]->len*3] = c_r;
neww[neww_l]->col[neww[neww_l]->len*3+1] = c_g;
neww[neww_l]->col[neww[neww_l]->len*3+2] = c_b;
neww[neww_l]->trans[neww[neww_l]->len] = con[i]->trans[0];
neww[neww_l]->len++;
//printf("%i\n",zz);
//break;
@ -790,15 +863,16 @@ glfl_ar** transp(glfl_ar** con,int lle){
}
//printf("hhhh\n");
neww[neww_l]->pix = realloc(neww[neww_l]->pix,
sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
neww[neww_l]->col = realloc(neww[neww_l]->col,
sizeof * neww[neww_l]->col* 4 * (neww[neww_l]->len+1));
//neww[neww_l]->pix = realloc(neww[neww_l]->pix,
// sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
//neww[neww_l]->col = realloc(neww[neww_l]->col,
// sizeof * neww[neww_l]->col* 4 * (neww[neww_l]->len+1));
neww[neww_l]->pix[neww[neww_l]->len*2] = ny.x;
neww[neww_l]->pix[neww[neww_l]->len*2+1] = ny.y;
neww[neww_l]->col[neww[neww_l]->len*3] = c_r;
neww[neww_l]->col[neww[neww_l]->len*3+1] = c_g;
neww[neww_l]->col[neww[neww_l]->len*3+2] = c_b;
neww[neww_l]->trans[neww[neww_l]->len] = con[i]->trans[0];
neww[neww_l]->len++;
//printf("%f %f\n",aa.z,bb.z);
@ -809,15 +883,16 @@ glfl_ar** transp(glfl_ar** con,int lle){
for(int zz = ii+1; zz!=lali+1;
zz++){
neww[neww_l]->pix = realloc(neww[neww_l]->pix,
sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
neww[neww_l]->col = realloc(neww[neww_l]->col,
sizeof * neww[neww_l]->col* 4 * (neww[neww_l]->len+1));
//neww[neww_l]->pix = realloc(neww[neww_l]->pix,
// sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
//neww[neww_l]->col = realloc(neww[neww_l]->col,
// sizeof * neww[neww_l]->col* 4 * (neww[neww_l]->len+1));
neww[neww_l]->pix[neww[neww_l]->len*2] = con[i]->pix[zz*2];
neww[neww_l]->pix[neww[neww_l]->len*2+1] = con[i]->pix[zz*2+1];
neww[neww_l]->col[neww[neww_l]->len*3] = c_r;
neww[neww_l]->col[neww[neww_l]->len*3+1] = c_g;
neww[neww_l]->col[neww[neww_l]->len*3+2] = c_b;
neww[neww_l]->trans[neww[neww_l]->len] = con[i]->trans[0];
neww[neww_l]->len++;
//break;
if(zz>=o_c-1)
@ -835,15 +910,16 @@ glfl_ar** transp(glfl_ar** con,int lle){
for(int zz = ii; zz>=lali+1;
zz--){
neww[neww_l]->pix = realloc(neww[neww_l]->pix,
sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
neww[neww_l]->col = realloc(neww[neww_l]->col,
sizeof * neww[neww_l]->col* 4 * (neww[neww_l]->len+1));
//neww[neww_l]->pix = realloc(neww[neww_l]->pix,
// sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
//neww[neww_l]->col = realloc(neww[neww_l]->col,
// sizeof * neww[neww_l]->col* 4 * (neww[neww_l]->len+1));
neww[neww_l]->pix[neww[neww_l]->len*2] = con[i]->pix[zz*2];
neww[neww_l]->pix[neww[neww_l]->len*2+1] = con[i]->pix[zz*2+1];
neww[neww_l]->col[neww[neww_l]->len*3] = c_r;
neww[neww_l]->col[neww[neww_l]->len*3+1] = c_g;
neww[neww_l]->col[neww[neww_l]->len*3+2] = c_b;
neww[neww_l]->trans[neww[neww_l]->len] = con[i]->trans[0];
neww[neww_l]->len++;
//break;
//zzz++;
@ -858,15 +934,16 @@ glfl_ar** transp(glfl_ar** con,int lle){
//zzz++;
neww[neww_l]->pix = realloc(neww[neww_l]->pix,
sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
neww[neww_l]->col = realloc(neww[neww_l]->col,
sizeof * neww[neww_l]->col* 4 * (neww[neww_l]->len+1));
//neww[neww_l]->pix = realloc(neww[neww_l]->pix,
// sizeof * neww[neww_l]->pix* 4 * (neww[neww_l]->len+1));
//neww[neww_l]->col = realloc(neww[neww_l]->col,
// sizeof * neww[neww_l]->col* 4 * (neww[neww_l]->len+1));
neww[neww_l]->pix[neww[neww_l]->len*2] = neww[neww_l]->pix[0];
neww[neww_l]->pix[neww[neww_l]->len*2+1] = neww[neww_l]->pix[1];
neww[neww_l]->col[neww[neww_l]->len*3] = c_r;
neww[neww_l]->col[neww[neww_l]->len*3+1] = c_g;
neww[neww_l]->col[neww[neww_l]->len*3+2] = c_b;
neww[neww_l]->trans[neww[neww_l]->len] = con[i]->trans[0];
neww[neww_l]->len++;
//last.z = -2;
@ -907,7 +984,8 @@ glfl_ar** transp(glfl_ar** con,int lle){
glfl_ar* perspective_proj(GLFWwindow* b,point_arr* c,double ctx,double cty,double ctz,double cx, double cy, double cz){
GLfloat* pixels = malloc(sizeof(*pixels)*((1+c->len)*3));
GLfloat* colors = malloc(sizeof(*colors)*((1+c->len)*4));
GLfloat* depth = malloc(sizeof(*depth)*((1+c->len)*2));
GLfloat* colors = malloc(sizeof(*colors)*((1+c->len)*4));
GLfloat* trans = malloc(sizeof(*trans)*((1+c->len)*2));
if(pixels==NULL||colors==NULL||trans==NULL)
err("failed to allocate perspective array:(",pexit);
@ -938,7 +1016,8 @@ glfl_ar* perspective_proj(GLFWwindow* b,point_arr* c,double ctx,double cty,doubl
minf.x = INFINITY;
minf.y = INFINITY;
minf.z = INFINITY;
cord avg;
avg.z = 0;
for(int i = 0; i!=c->len; i++){
double ax = c->c[i].at.x;
double ay = c->c[i].at.y;
@ -970,9 +1049,12 @@ glfl_ar* perspective_proj(GLFWwindow* b,point_arr* c,double ctx,double cty,doubl
colors[c_len*3+1] = c->c[i].color.g;
colors[c_len*3+2] = c->c[i].color.b;
trans[c_len] = 0.5;
depth[c_len] = dz;
avg.z += dz;
c_len++;
}
}
avg.z = avg.z/(c_len);
//printf("%f\n",dep);
int fc_len = c_len;
@ -985,7 +1067,9 @@ glfl_ar* perspective_proj(GLFWwindow* b,point_arr* c,double ctx,double cty,doubl
//rea->depth = dep;
rea->max = maxf;
rea->min = minf;
rea->avg = avg;
//printf(" %i\n",tric);
rea->dep = depth;
rea->tricol = tt->tricol;
rea->col = colors;
rea->pix = pixels;
@ -1390,7 +1474,7 @@ int main(int argc,char*argv[]){
clock_t t;
double frames = 0;
t = clock();
double frame_limit = 60;
double frame_limit = 160;
double single_frame = ((float)1/frame_limit)*1E+6;
char sf_time_msg[60];
sprintf(sf_time_msg,"%.3fµs per frame ≈ %.3ffps",single_frame,frame_limit);
@ -1413,13 +1497,14 @@ int main(int argc,char*argv[]){
if(aaaa->len>=0){
glfl_ar**con = malloc(sizeof **con * aaaa->len);
int con_len = 0;
glfl_ar* bba = perspective_proj(w,aaaa[0].at,p1,p2,p3,p4,p5,p6);
glfl_ar* bba = perspective_proj(w,aaaa[0].at,p1,p2,p3,p4,p5,p6);
con[con_len] = bba;
con_len++;
if(aaaa->len>0){
for(int i = 1; i<=aaaa->len-1; i++){
glfl_ar* bbb = perspective_proj(w,aaaa[i].at,p1,p2,p3,p4,p5,p6);
//printf("%f\n",bbb->depth);
con[con_len] = bbb;
con_len++;
//join_glfl_a(bba,bbb);
@ -1432,12 +1517,25 @@ int main(int argc,char*argv[]){
}
}
/*
printf("---\n");
for(int i = 0; i<=aaaa->len-1; i++)
printf("%f %f %f\n",con[i]->avg.z,con[i]->max.z,con[i]->min.z);
for(int i = 0; i<=aaaa->len-2; i++){
//printf("%i %i\n",i,aaaa->len-1);
if(con[i]->max.z<con[i+1]->min.z&&
con[i]->min.z<con[i+1]->min.z||
con[i]->max.z<con[i+1]->max.z){
if(//con[i]->max.z<con[i+1]->min.z&&
//(con[i]->min.z<con[i+1]->min.z&&
//con[i]->max.z<con[i+1]->max.z)
//!(con[i]->min.z<con[i+1]->min.z&&
// con[i]->max.z>con[i+1]->max.z)&&
//!(con[i]->min.z>con[i+1]->min.z&&
// con[i]->max.z<con[i+1]->max.z)&&
(con[i]->max.z>con[i+1]->min.z&&con[i]->min.z<con[i+1]->min.z&&
con[i]->max.z>con[i+1]->max.z&&con[i]->min.z<con[i+1]->max.z)&&
(con[i+1]->max.z>con[i]->min.z&&con[i+1]->min.z<con[i]->min.z&&
con[i+1]->max.z>con[i]->max.z&&con[i+1]->min.z<con[i]->max.z)&&
con[i]->avg.z<con[i+1]->avg.z){
//printf("%i %f %f\n",i,con[i]->max.z,con[i+1]->max.z);
glfl_ar* tempp = con[i];
con[i] = con[i+1];
con[i+1] = tempp;
@ -1445,17 +1543,25 @@ int main(int argc,char*argv[]){
i=-1;
}
}
printf("->\n");
for(int i = 0; i<=aaaa->len-1; i++)
printf("%f %f %f\n",con[i]->avg.z,con[i]->max.z,con[i]->min.z);
*/
//printf("---\n");
//TODO: HERE
//for(int i = 0; i!=aaaa->len-1; i++)
//for(int z = 0; z!=con[i]->len-1; z++)
//printf("%f\n",con[i]->trans[z]);
glfl_ar** neww = transp(con,aaaa->len);
//for(int i = 0; i!=neww2[0]->lin-1;i++)
// printf("%i\n",neww2[i]->len);
//glfl_ar** neww2 = transp(con,aaaa->len);
glfl_ar** neww2 = transp(neww,neww[0]->lin);
//printf("end\n");
//printf("%f %f %f %f\n",neww)
//printf("--- %i\n",neww2[0]->lin);
glfl_ar** neww2 = transp(neww,neww[0]->lin);
//glfl_ar** neww2 = transp(neww,neww[0]->lin);
//for(int i = 0; i!=neww[0]->lin-1;i++)
//printf("%i\n",neww[0]->len);
//printf("e\n");
@ -1474,6 +1580,7 @@ int main(int argc,char*argv[]){
free(con[i]->tricol);
free(con[i]->pix);
free(con[i]->col);
free(con[i]->dep);
free(con[i]->trans);
free(con[i]);
}
@ -1483,37 +1590,45 @@ int main(int argc,char*argv[]){
free(con[0]->tricol);
free(con[0]->pix);
free(con[0]->col);
free(con[0]->dep);
free(con[0]->trans);
free(con[0]);
free(con);
//printf("pre %i\n",neww_l);
for(int i = 0; i<=neww_l2-1; i++){
free(neww2[i]->col);
free(neww2[i]->pix);
free(neww2[i]->pix);
free(neww2[i]->trans);
free(neww2[i]);
}
//printf("a5\n");
free(neww2);
//*/
//printf("%i\n",neww_l);
for(int i = 0; i<=neww_l-1; i++){
for(int z = 0; z<=neww[i]->len-1;z++){
//printf("%i | %f %f\n",neww[i]->len,neww[i]->pix[z*2],neww[i]->pix[z*2+1]);
}
if(i!=-9&&neww[i]->len>0){
if(i!=-1&&neww[i]->len>0){
//printf("%i %f %f %f\n",neww[i]->len,neww[i]->col[0],neww[i]->col[1],neww[i]->col[2]);
int tee = i;
glfl_ar* ttee = poly_to_tri(neww[tee]->pix,neww[tee]->col, neww[tee]->len);
neww[tee]->tri = ttee->tri;
for(int z = 0; z<=neww[tee]->len*3; z++)
neww[tee]->col[z] = 0.5f;
neww[tee]->tricol=ttee->tricol;
neww[tee]->tlen = ttee->tlen;
render_p(neww[tee],0);
//render_p(neww[tee],0);
render_p(neww[tee],1);
free(neww[tee]->tri);
free(neww[tee]->tricol);
free(ttee);
}
free(neww[i]->trans);
free(neww[i]->col);
free(neww[i]->pix);
free(neww[i]);

4
src/util.c
View File

@ -15,7 +15,7 @@ typedef struct {
unsigned long size;
} alloc;
alloc* allocations = NULL;
inline double binomial(int n, int k){
inline const double binomial(int n, int k){
if(n==k)
return 1.0;
double v = 1.0;
@ -24,7 +24,7 @@ inline double binomial(int n, int k){
}
return v;
}
inline void* mmalloc(size_t X,char*file,int line,char*func){
void* mmalloc(size_t X,char*file,int line,char*func){
void* mal = (malloc)(X);
if(mal==NULL)
err_m("malloc error",exit,file,line); //abort();

2
src/util.h
View File

@ -41,7 +41,7 @@ static const int forced_length = 20;
#define logm(s){};
#endif
double binomial(int n, int k);
const double binomial(int n, int k);
void* mmalloc(size_t,char*,int,char*);
void ffree(void*,char*,int,char*);
void err_m(char*,void (*)(int),char*,int);