void Human::interact(Organism* o){
if( isA<Human>(o) ){
Human* partner = (Human*)o;
if( offspringCount < Human::maxOffspring && partner->offspringCount < Human::maxOffspring ){
offspringCount ++;
partner->offspringCount ++;
copulate();
}
}
}
int main(int argc, char** argv)
{
//Iniatialize random
srand(time(NULL));
//Initialize all parent boards
initParentBoards();
//Initialize child board
initStructBoard(&childBoard);
//Tmps for function call
int tmpChildPID;
int tmpToChildID;
int tmpFromChildID;
//Child counter
int i;
//Create children
for(i=0; i< M_CHILDREN; i++)
{
//Children end up calling birth() and run from there
//Parent returns from copulate
copulate(&tmpChildPID,&tmpToChildID,&tmpFromChildID);
//Kept track of new child
sendIDs[i] = tmpToChildID;
receiveIDs[i] = tmpFromChildID;
childrenPIDs[i] = tmpChildPID;
}
//Children have been born and are running
//Now parent needs to do its thing
//Parent is always first move
//Make first move for all children
//Keep making moves followed by waiting for
//child to make move - gameOver is called
//and proper action will be taken from there
while(1)
{
if(allChildrenDead())
{
//Parents turn to die
exit(0);
}
int i;
//Make a move for each child
for(i=0; i< M_CHILDREN; i++)
{
if(childAlive[i])
{
parentPlayChild(i);
}
}
if(allChildrenDead())
{
//Parents turn to die
exit(0);
}
//Wait for a move from each child
for(i=0; i< M_CHILDREN; i++)
{
if(childAlive[i])
{
waitForChildMove(i);
}
}
if(allChildrenDead())
{
//Parents turn to die
exit(0);
}
}
return 0;
}
