public void Map(KeyTrigger trigger, KeyboardInputCallback callback, InputState inputCondition = (InputState.Down | InputState.Pressed | InputState.Released | InputState.Up))
{
if (!Bindings.ContainsKey(trigger.Name))
{
KeyboardBinding binding = new KeyboardBinding(trigger.Name);
Bindings.Add(trigger.Name, binding);
Bindings[trigger.Name].AddAction(callback);
Bindings[trigger.Name].Condition = inputCondition;
}
if (keyBinds.ContainsKey(trigger.Name))
{
return;
}
Keys[] keys = new Keys[1 + trigger.AlternateKeys.Length];
keys[0] = trigger.Key;
for (int i = 0, j = 1; i < trigger.AlternateKeys.Length; i++, j++)
{
keys[j] = trigger.AlternateKeys[i];
}
keyBinds.Add(trigger.Name, keys);
}
public void Map(KeyTrigger trigger, KeyboardInputCallback callback, InputState inputCondition = (InputState.Down | InputState.Pressed | InputState.Released | InputState.Up))
{
if (!Bindings.ContainsKey(trigger.Name))
{
KeyboardBinding binding = new KeyboardBinding(trigger.Name);
Bindings.Add(trigger.Name, binding);
Bindings[trigger.Name].AddAction(callback);
Bindings[trigger.Name].Condition = inputCondition;
}
if (keyBinds.ContainsKey(trigger.Name))
{
return;
}
Keys[] keys = new Keys[1 + trigger.AlternateKeys.Length];
keys[0] = trigger.Key;
for (int i = 0, j = 1; i < trigger.AlternateKeys.Length; i++, j++)
{
keys[j] = trigger.AlternateKeys[i];
}
keyBinds.Add(trigger.Name, keys);
}