fix QRTZ spot saving, rotate should change FAN vector as well
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d6837437f2
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@ -8,7 +8,7 @@
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#endif
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#define SAVE_VERSION 45
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#define MINOR_VERSION 1
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#define MINOR_VERSION 2
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#define IDENT_VERSION "G" //Change this if you're not Simon! It should be a single letter.
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//#define BETA
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@ -1667,7 +1667,7 @@ void draw_parts(pixel *vid)
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}
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else if(t==PT_QRTZ || t==PT_PQRT)
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{
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int z = parts[i].tmp;
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int z = parts[i].tmp - 5;
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if(parts[i].temp>(pstates[t].ltemp-800.0f))
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{
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float frequency = 3.1415/(2*pstates[t].ltemp-(pstates[t].ltemp-800.0f));
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@ -1756,7 +1756,7 @@ int main(int argc, char *argv[])
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int tctype = parts[cr>>8].ctype;
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if(tctype>=PT_NUM)
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tctype = 0;
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sprintf(heattext, "%s (%s), Pressure: %3.2f, Temp: %4.2f C, Life: %d", ptypes[cr&0xFF].name, ptypes[tctype].name, pv[(y/sdl_scale)/CELL][(x/sdl_scale)/CELL], parts[cr>>8].temp-273.15f, parts[cr>>8].life);
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sprintf(heattext, "%s (%s), Pressure: %3.2f, Temp: %4.2f C, Life: %d,tmp: %d", ptypes[cr&0xFF].name, ptypes[tctype].name, pv[(y/sdl_scale)/CELL][(x/sdl_scale)/CELL], parts[cr>>8].temp-273.15f, parts[cr>>8].life,parts[cr>>8].tmp);
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//sprintf(heattext, "%s (%s), Pressure: %3.2f, Temp: %4.2f C, Life: %d", ptypes[cr&0xFF].name, ptypes[parts[cr>>8].ctype].name, pv[(y/sdl_scale)/CELL][(x/sdl_scale)/CELL], parts[cr>>8].temp-273.15f, parts[cr>>8].life);
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} else {
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sprintf(heattext, "%s, Pressure: %3.2f, Temp: %4.2f C", ptypes[cr&0xFF].name, pv[(y/sdl_scale)/CELL][(x/sdl_scale)/CELL], parts[cr>>8].temp-273.15f);
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23
src/powder.c
23
src/powder.c
@ -648,9 +648,9 @@ inline int create_part(int p, int x, int y, int t)
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if(t==PT_SING)
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parts[i].life = rand()%50+60;
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if(t==PT_QRTZ)
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parts[i].tmp = (rand()%11) -5;
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parts[i].tmp = (rand()%11);
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if(t==PT_PQRT)
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parts[i].tmp = (rand()%11) -5;
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parts[i].tmp = (rand()%11);
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if(t==PT_FSEP)
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parts[i].life = 50;
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if(t==PT_COAL) {
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@ -5785,16 +5785,25 @@ void rotate_area(int area_x, int area_y, int area_w, int area_h, int invert)
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unsigned rtpmap[area_w][area_h];
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unsigned char tbmap[area_h/CELL][area_w/CELL];
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unsigned char rtbmap[area_w/CELL][area_h/CELL];
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float tfvy[area_h/CELL][area_w/CELL];
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float tfvx[area_h/CELL][area_w/CELL];
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for(cy=0; cy<area_h; cy++)
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{
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for(cx=0; cx<area_w; cx++)//save walls to temp
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{
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if(area_x + cx<XRES&&area_y + cy<YRES)
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{
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if(bmap[(cy+area_y)/CELL][(cx+area_x)/CELL])
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if(bmap[(cy+area_y)/CELL][(cx+area_x)/CELL]){
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tbmap[cy/CELL][cx/CELL] = bmap[(cy+area_y)/CELL][(cx+area_x)/CELL];
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else
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if(bmap[(cy+area_y)/CELL][(cx+area_x)/CELL]==WL_FAN){
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tfvx[cy/CELL][cx/CELL] = fvx[(cy+area_y)/CELL][(cx+area_x)/CELL];
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tfvy[cy/CELL][cx/CELL] = fvy[(cy+area_y)/CELL][(cx+area_x)/CELL];
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}
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}else {
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tbmap[cy/CELL][cx/CELL] = 0;
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tfvx[cy/CELL][cx/CELL] = 0;
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tfvy[cy/CELL][cx/CELL] = 0;
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}
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}
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}
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}
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@ -5818,11 +5827,15 @@ void rotate_area(int area_x, int area_y, int area_w, int area_h, int invert)
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{
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rtbmap[cy/CELL][((area_h-1)-cx)/CELL] = tbmap[cy/CELL][cx/CELL];
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rtpmap[cy][(area_h-1)-cx] = tpmap[(int)(cy+0.5f)][(int)(cx+0.5f)];
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tfvx[cy/CELL][((area_h-1)-cx)/CELL] = -tfvx[cy/CELL][cx/CELL];
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tfvy[cy/CELL][((area_h-1)-cx)/CELL] = tfvy[cy/CELL][cx/CELL];
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}
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else
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{
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rtbmap[((area_h-1)-cx)/CELL][cy/CELL] = tbmap[cy/CELL][cx/CELL];
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rtpmap[(area_h-1)-cx][cy] = tpmap[(int)(cy+0.5f)][(int)(cx+0.5f)];
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tfvy[((area_h-1)-cx)/CELL][cy/CELL] = -tfvx[cy/CELL][cx/CELL];
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tfvx[((area_h-1)-cx)/CELL][cy/CELL] = tfvy[cy/CELL][cx/CELL];
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}
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}
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}
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@ -5838,6 +5851,8 @@ void rotate_area(int area_x, int area_y, int area_w, int area_h, int invert)
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parts[rtpmap[(int)(cy+0.5f)][(int)(cx+0.5f)]>>8].y = area_y +cy;
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}
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bmap[(area_y+cy)/CELL][(area_x+cx)/CELL] = rtbmap[cy/CELL][cx/CELL];
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fvy[(area_y+cy)/CELL][(area_x+cx)/CELL] = tfvy[cy/CELL][cx/CELL];
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fvx[(area_y+cy)/CELL][(area_x+cx)/CELL] = tfvx[cy/CELL][cx/CELL];
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}
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}
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}
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