public PilotActionMap(InputMap <WingsuitAction, ButtonState> buttons, InputMap <WingsuitAction, float> axes, InputMap <WingsuitAction, float> mouseAxes)
{
_buttons = buttons.Optimize();
_buttonEvents = _buttons
.Adapt <WingsuitAction, ButtonState, ButtonEvent>(() => Adapters.ButtonEvents(Clock.FrameCounter))
.Optimize();
_axes = axes.Optimize();
_mouseAxes = mouseAxes.Optimize();
}
public MenuActionMap(Func <Vector2> pollCursor, Func <Vector2> pollDiscreteCursor, InputMap <MenuAction, ButtonState> buttons)
{
_pollCursor = pollCursor;
_pollDiscreteCursor = pollDiscreteCursor;
_buttons = buttons.Optimize <MenuAction, ButtonState>();
_buttonEvents = _buttons
.Adapt <MenuAction, ButtonState, ButtonEvent>(() => Adapters.ButtonEvents(Clock.FrameCounter))
.Optimize <MenuAction, ButtonEvent>();
}
public static InputMap <CombinedAxisId <TId>, Vector2> ApplyDeadzone <TId>(
this InputMap <CombinedAxisId <TId>, Vector2> inputMap,
Func <CombinedAxisId <TId>, float> deadzones)
{
return(inputMap.Adapt((axisId, pollFn) => {
float deadzone = deadzones(axisId);
if (deadzone > 0.0f)
{
return pollFn.Adapt(Adapters.StickDeadzone(deadzone));
}
return pollFn;
}));
}
private static InputMap <WingsuitAction, float> ButtonsAsAxes(InputMap <WingsuitAction, ButtonState> inputWithButtonSource, IClock clock)
{
return(inputWithButtonSource
.Adapt <WingsuitAction, ButtonState, float>((id, pollFn) => {
if (PilotActionDetails.MappableAxes.Contains(id))
{
Func <ButtonState, float> adapter;
if (PilotBodyMovementActions.Contains(id))
{
adapter = Adapters.Button2AccumulatedAxis(speed: 1, gravity: 1, deltaTime: () => clock.DeltaTime);
}
else
{
adapter = Adapters.Button2AccumulatedAxis(speed: 4, gravity: 4, deltaTime: () => clock.DeltaTime);
}
return pollFn.Adapt(adapter).Cache(() => clock.FrameCount);
}
return pollFn.Adapt <ButtonState, float>(Adapters.Button2Axis);
}));
}