void
ellipse3d(Image *im, Point p, int rad, int i, Image **c, Point sp)
{
fillarc(im, p, rad, rad, c[0], sp, 45, 180);
fillarc(im, p, rad, rad, c[1], sp, 45, -180);
fillellipse(im, p, rad-i, rad-i, c[2], sp);
}
void init(void *_prms)
{
param_set *p = (param_set *) _prms;
int i, j;
*p->mid = (L + 1) / 2; /* screen mid */
for (i = 0; i < L + 2; i++)
for (j = 0; j < L + 2; j++)
grid[i][j] = 0;
grid[(int) *p->mid][(int) *p->mid] = 1;
if (*p->R >= L) {
while (*p->R >= L - 1) {
*p->R -= dR;
}
}
*p->src_r = 0;
*p->new_r = 1;
*p->rem_r = 0;
*p->reset = 0;
layer(*p->win, 0, 2);
gsetbgcolor(*p->win, ECTRL_BGCOLOR);
newcolor(*p->win, "#303030");
gclr(*p->win);
fillarc(*p->win, *p->mid, *p->mid, *p->R / 2, *p->R / 2, 0, 360, 0);
layer(*p->win, 0, 1);
copylayer(*p->win, 2, 1);
copylayer(*p->win, 1, 0);
}
void human(void){// 棒人間
newpen(win, 1);
fillarc(win,x, 25.0, 5.0, 5.0, 0.0, 360.0, 1);
line(win, x, 5.0, PENUP);
line(win, x, 20.0, PENDOWN);
line(win, x, 5.0, PENUP);
line(win, x-5.0, 0.0, PENDOWN);
line(win, x, 5.0, PENUP);
line(win, x+5.0, 0.0, PENDOWN);
line(win, x, 13.0, PENUP);
line(win, x-5.0, 17.0, PENDOWN);
line(win, x, 13.0, PENUP);
line(win, x+5.0, 17.0, PENDOWN);
}
void drawFeature(unsigned i, char mini)
{
t_point* featurePoints;
if(mini)
{
allLargeFeatures[i].updatepolyMiniPoints();
featurePoints = allLargeFeatures[i].getpolyPoints();
i = allLargeFeatures[i].getID();
} else {
featurePoints = allFeatures[i].getpolyPoints();
}
//closed features are polygons
if (allFeatures[i].isClosed())
{
setcolor(colorScheme[allFeatures[i].getcolorID()][colorMode]);
fillpoly(featurePoints, allFeatures[i].getnPoints());
} else { //open features are lines
setcolor(colorScheme[allFeatures[i].getcolorID()][colorMode]);
if(mini)
{
for (unsigned j = 0; j < allFeatures[i].getnPoints() - 1; j ++) {
drawline(featurePoints[j],featurePoints[j+1]);
}
} else {
setlinewidth(floor(allFeatures[i].getlineWidth()/trueScreen.get_width()));
setlinestyle(allFeatures[i].getlineStyle());
for (unsigned j = 0; j < allFeatures[i].getnPoints() - 1; j ++) {
drawline(featurePoints[j],featurePoints[j+1]);
fillarc(featurePoints[j].x,featurePoints[j].y,allFeatures[i].getlineWidth()/2200,0,360);
}
fillarc(featurePoints[allFeatures[i].getnPoints() - 1].x,featurePoints[allFeatures[i].getnPoints() - 1].y,allFeatures[i].getlineWidth()/2200,0,360);
}
}
}
