void fd_interpret(player *user)
{
////////////////////////// Testing
static int first_pass = 0;
if(first_pass == 0){
set_up_test("FD Suite (Interpreting)", "Test of fd_interpret()", test_fd_interpret);
++first_pass;
}
//////////////////////////
if(user -> constant_checker == on){
draw_angled_line(user, user -> current_constant);
}
else if(user -> variable_checker == on){
check_variable(user);
draw_angled_line(user, user -> variable_values[ user -> current_variable ]);
}
else{
clear_screen();
ERROR("\nNeither a constant nor variable was assigned before attempting to move forward.\n\n");
}
}
void fd_interpret(player *user)
{
if(user -> constant_checker == on){
draw_angled_line(user, user -> current_constant);
}
else if(user -> variable_checker == on){
check_variable(user);
draw_angled_line(user, user -> variable_values[ user -> current_variable ]);
}
}
static void draw_electronic_level(int angle, int prev_angle, int force_redraw)
{
if (!force_redraw && angle == prev_angle) return;
int x0 = os.x0 + os.x_ex/2;
int y0 = os.y0 + os.y_ex/2;
int r = 200;
int prev_dx = (prev_angle % 1800 >= 450 && prev_angle % 1800 < 1350);
int prev_dy = 1 - prev_dx;
int dx = (angle % 1800 >= 450 && angle % 1800 < 1350);
int dy = 1 - dx;
draw_angled_line(x0, y0, r, prev_angle, 0);
draw_angled_line(x0 + prev_dx, y0 + prev_dy, r, prev_angle, 0);
draw_angled_line(x0, y0, r, angle, (angle % 900) ? COLOR_BLACK : COLOR_GREEN1);
draw_angled_line(x0 + dx, y0 + dy, r, angle, (angle % 900) ? COLOR_WHITE : COLOR_GREEN2);
}
