int main(){
void (*fun_ptr)(void) = &do_something_else;
fun_ptr();
int (*cal_ptr)(int, int, int) = &average;
int avg = cal_ptr(2,4,4);
printf("%d",avg);
return 0;
}
//-----------------------------------------------
// tb_time_ticker()
// This function recives..
// -A pointer to the universe
// -Number of time ticks to progress
// -A pointer to a function--\
// /------------------/
// |
// The function recived will be used
// on every point in space
// function (Universe pointer, x, y)
//-----------------------------------------------
void tb_time_ticker( struct toobit_space* in_u, unsigned int tc, void (*fun_ptr)(struct toobit_space*, unsigned int, unsigned int )){
int x,y;
tc=TB_OBSERVATION_TIME_GAP;
while(tc--){ // progress through 1 observation frame of time ticks
y=TB_SPACE_SIZE_Y; // cycle each point in space
while(y--){
x=TB_SPACE_SIZE_X;
while(x--){
fun_ptr(in_u,x,y); //run the function we got on each particle
}
}
// copy .space_next into .space ( now=next )
memcpy((*in_u).space,(*in_u).space_next,TB_SPACE_DATA_SIZE_BYTES);
}
return;
}
DataFrame* DataFrameCreator::CreateInstance(const string& class_name) {
CreateFunPtr fun_ptr = ptrfun_map[class_name];
return fun_ptr();
}
