Method read_controls

Descent3/pilot_class.cpp:1399–1484

}

void pilot::read_controls(CFILE *file, bool skip) {
  float temp_f;
  uint8_t temp_b;
  int i;

  // Controller data
  temp_b = cf_ReadByte(file);

  // alway read this?
  read_controller = temp_b;

  temp_b = cf_ReadByte(file);

  for (i = 0; i < temp_b; i++) {
    int id, y;
    ct_type type[2];
    ct_config_data value;

    id = cf_ReadInt(file);
    type[0] = (ct_type)cf_ReadInt(file);
    type[1] = (ct_type)cf_ReadInt(file);
    value = (ct_config_data)cf_ReadInt(file);

    for (y = 0; y < temp_b; y++) {
      if (Controller_needs[y].id == id) {
        if (type[0] == ctNone) // do this if there are new functions that don't have ctNone.
          type[0] = Controller_needs[y].ctype[0];
        if (type[1] == ctNone) // do this if there are new functions that don't have ctNone.
          type[1] = Controller_needs[y].ctype[1];
        break;
      }
    }

    controls[y].id = id;
    controls[y].type[0] = type[0];
    controls[y].type[1] = type[1];
    controls[y].value = value;
    controls[y].flags[0] = (uint8_t)cf_ReadByte(file);
    controls[y].flags[1] = (uint8_t)cf_ReadByte(file);

    if (!skip)
      Controller->set_controller_function(controls[y].id, controls[y].type, controls[y].value, controls[y].flags);
  }

  // fill in remainder of pilot controls array.
  for (; i < NUM_CONTROLLER_FUNCTIONS; i++) {
    Controller->get_controller_function(Controller_needs[i].id, controls[i].type, &controls[i].value,
                                        controls[i].flags);
  }

  // Set controller enabled masks
  if (!skip && Controller) {
    Controller->mask_controllers((read_controller & READF_JOY) ? true : false,
                                 (read_controller & READF_MOUSE) ? true : false);
  }

  // mouse sensitivity
  temp_b = cf_ReadByte(file);