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#include "objects.h"
int Computer::setup(int i) {
int j, counter=0, flag;
do {
if (++counter>4000) return 0;
x = game.RAND(BORDER, game.scrwidth - BORDER - net.width);
y = game.RAND(BORDER, game.scrheight - BORDER - net.height);
flag=1;
/*checks for conflicting computer placement*/
for (j=0; j<i && flag; j++)
if (game.INTERSECT(x, y,
net.width-bill.list[0].XOFFSET+bill.width,
net.height, net.computers[j].x,
net.computers[j].y,
net.width-bill.list[0].XOFFSET+bill.width,
net.height))
flag=0;
} while (!flag);
type = game.RAND(1, net.NUM_SYS);
os = determineOS();
busy=0;
return 1;
}
int Computer::find_stray() {
int i;
for (i=0; i < bill.MAX_BILLS; i++) {
if (bill.list[i].state != bill.list[i].STRAY) continue;
if (game.INTERSECT(x, y, net.width, net.height, bill.list[i].x,
bill.list[i].y, OS.width, OS.height))
return i;
}
return -1;
}
int Computer::oncomputer (int locx, int locy) {
return (abs(locx-x) < net.width && abs(locy-y) < net.height);
}
int Computer::compatible (int system) {
return (type==system || (type>=PC && system>=OS.PC));
}
int Computer::determineOS() {
if (type<PC) return type;
else return game.RAND (OS.PC, OS.NUM_OS);
}
void Computer::draw() {
ui.draw(net.pictures[type], x, y);
if (os != OS.OFF)
ui.draw(OS.os[os], x + OFFSET, y + OFFSET);
}
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