private void OnGameSpeedChanging(GameSpeed newGameSpeed) {
_courseUpdateFrequency *= GameTime.Instance.GameSpeed.SpeedMultiplier() / newGameSpeed.SpeedMultiplier();
}
private void RefreshReadout(GameSpeed clockSpeed) {
RefreshReadout(CommonTerms.MultiplySign + clockSpeed.SpeedMultiplier().ToString());
}
private void OnGameSpeedChanging(GameSpeed newSpeed) { // OPTIMIZE static?
//D.Log("{0}.OnGameSpeedChanging() called. OldSpeed = {1}, NewSpeed = {2}.", GetType().Name, GameTime.Instance.GameSpeed.GetName(), newSpeed.GetName());
float currentSpeedMultiplier = GameTime.Instance.GameSpeed.SpeedMultiplier();
float speedChangeRatio = newSpeed.SpeedMultiplier() / currentSpeedMultiplier;
_hudRefreshRate *= speedChangeRatio;
}
/// <summary>
/// Adjusts the velocity and thrust of the fleet to reflect the new GameClockSpeed setting.
/// The reported speed and directional heading of the fleet is not affected.
/// </summary>
/// <param name="gameSpeed">The game speed.</param>
private void AdjustForGameSpeed(GameSpeed gameSpeed) {
float previousGameSpeedMultiplier = _gameSpeedMultiplier; // FIXME where/when to get initial GameSpeed before first GameSpeed change?
_gameSpeedMultiplier = gameSpeed.SpeedMultiplier();
float gameSpeedChangeRatio = _gameSpeedMultiplier / previousGameSpeedMultiplier;
// must immediately adjust velocity when game speed changes as just adjusting thrust takes
// a long time to get to increased/decreased velocity
if (_gameStatus.IsPaused) {
_velocityOnPause = _velocityOnPause * gameSpeedChangeRatio;
}
else {
_rigidbody.velocity = _rigidbody.velocity * gameSpeedChangeRatio;
// drag should not be adjusted as it will change the velocity that can be supported by the adjusted thrust
}
}
private void GameSpeedPropChangingHandler(GameSpeed newGameSpeed) {
float previousGameSpeedMultiplier = _gameTime.GameSpeedMultiplier;
float newGameSpeedMultiplier = newGameSpeed.SpeedMultiplier();
float gameSpeedChangeRatio = newGameSpeedMultiplier / previousGameSpeedMultiplier;
AdjustForGameSpeed(gameSpeedChangeRatio);
}
