void debug_input(void)
{
// screenshot always works
if (input_action_get_state_single(nc_debug_screenshot)) {
debug_screenshot();
return;
}
// others require debug mode to be on
if (!hud.debug) return;
if (input_action_get_state_single(nc_debug_status)) {
debug_dump();
return;
}
if (input_action_get_state_single(nc_debug_game)) {
debug_game();
return;
}
if (input_action_get_state_single(nc_debug_map)) {
map_pick_trigger_set();
return;
}
}
void file_input(void)
{
char err_str[256];
if (input_action_get_state_single(nc_save)) {
file_setup(TRUE);
server.next_state=gs_file;
return;
}
if (input_action_get_state_single(nc_load)) {
file_setup(FALSE);
server.next_state=gs_file;
return;
}
if (input_action_get_state_single(nc_quick_save)) {
if (!game_file_save(FALSE,FALSE,err_str)) console_add_error(err_str);
return;
}
}
void score_limit_run(void)
{
int tick;
// we are paused so use regular ticks
tick=time_get();
// draw score limit
gl_frame_start(NULL);
gui_draw_background(1.0f);
network_draw(tick);
gl_frame_end();
// pump events since we aren't calling
// the regular gui routines
input_event_pump();
// if we are hosting, we can exit early
// and send the reset message to clients
if (net_setup.host.hosting) {
// check for time exit or escape exit
if ((tick>(score_limit_start_tick+(SCORE_LIMIT_SECOND_PAUSE*1000))) || (input_action_get_state_single(nc_menu))) {
game_reset();
score_limit_close();
}
return;
}
// clients can't exit, but if they don't
// get an update in the time + 10 seconds,
// they auto-quit the game
if (tick>(score_limit_start_tick+((SCORE_LIMIT_SECOND_PAUSE+10)*1000))) {
score_limit_close();
remote_host_exit();
}
}
void player_movement_fpp_xz_input(obj_type *obj)
{
bool key_forward,key_backward,joy_ok;
// forward or backwards movement keys
joy_ok=(input_check_joystick_ok()) && (setup.joystick_mode==joystick_mode_turn_move);
key_backward=FALSE;
key_forward=input_action_get_state(nc_move_forward);
if (joy_ok) key_forward=input_get_joystick_move_forward();
if (!key_forward) {
key_backward=input_action_get_state(nc_move_backward);
if (joy_ok) key_backward=input_get_joystick_move_backward();
}
// no quick reverse locks
if (!obj->quick_reverse) {
if (key_forward) {
if ((obj->forward_move.reverse) && (obj->forward_move.speed!=0)) key_forward=FALSE;
}
if (key_backward) {
if ((!obj->forward_move.reverse) && (obj->forward_move.speed!=0)) key_backward=FALSE;
}
}
// forward movement
if (key_forward) {
obj->forward_move.moving=TRUE;
if (obj->forward_move.reverse) {
obj->forward_move.speed=0;
}
obj->forward_move.reverse=FALSE;
}
if (key_backward) {
obj->forward_move.moving=TRUE;
if (!obj->forward_move.reverse) {
obj->forward_move.speed=0;
}
obj->forward_move.reverse=TRUE;
}
// run, walk
if (obj->single_speed) {
obj->forward_move.running=FALSE;
}
else {
if (!setup.toggle_run) {
toggle_run_state=input_action_get_state(nc_run);
}
else {
if (input_action_get_state_single(nc_run)) toggle_run_state=!toggle_run_state;
}
if (setup.always_run) {
obj->forward_move.running=!toggle_run_state;
}
else {
obj->forward_move.running=toggle_run_state;
}
}
// side movement
if (input_action_get_state(nc_sidestep_left)) {
obj->side_move.moving=TRUE;
if (obj->side_move.reverse) {
obj->side_move.speed=0;
}
obj->side_move.reverse=FALSE;
}
else {
if (input_action_get_state(nc_sidestep_right)) {
obj->side_move.moving=TRUE;
if (!obj->side_move.reverse) {
obj->side_move.speed=0;
}
obj->side_move.reverse=TRUE;
}
}
}