protected override void OnUpdate()
{
imc.rotDelta = knInput.KMJControls.RotationDelta.ReadValue <Vector2>();
imc.zoomDelta = knInput.KMJControls.ZoomDelta.ReadValue <Vector2>();
imc.lateralMovement = knInput.KMJControls.LateralMovement.ReadValue <Vector2>();
imc.verticalMovement = knInput.KMJControls.VerticalMovement.ReadValue <float>();
// imc.menuClickDown = knInput.KMJControls.UIClickBtnPress.triggered || imc.menuClickDown;
// imc.menuClickUp = knInput.KMJControls.UIClickBtnRelease.triggered || imc.menuClickUp;
// imc.menuToggleDown = knInput.KMJControls.MenuTogglePress.triggered;
// imc.menuToggleUp = knInput.KMJControls.MenuToggleRelease.triggered;
imc.rightXRController.connected = knInput.XRControllerRight.Connected.ReadValue <float>() > 0.5f;
imc.leftXRController.connected = knInput.XRControllerLeft.Connected.ReadValue <float>() > 0.5f;
SetSingleton <InputManagerComp>(imc);
imcUpdated = imc;
imc = imcFalse;
}
protected override void OnUpdate()
{
imc = GetSingleton <InputManagerComp>();
Entities.WithAll <CamControllerTag>().ForEach((CamControllerRefs refs, ref CamControllerComp ccc, ref LocalToWorld lw, ref PhysicsVelocity pv, ref RotationEulerXYZ rot) => {
if (gmsys.showMenu)
{
return;
}
t = Time.DeltaTime;
lv = float3.zero;
// Debug.Log(imc.lateralMovement + " " + imc.verticalMovement);
/* if(Keyboard.current.rightBracketKey.wasPressedThisFrame){
* switch (refs.camType) {
* case CamControllerAuth.CamType.freeCam:
* refs.camType = CamControllerAuth.CamType.overhead;
* break;
* case CamControllerAuth.CamType.overhead:
* refs.camType = CamControllerAuth.CamType.overheadLocked;
* break;
* case CamControllerAuth.CamType.overheadLocked:
* refs.camType = CamControllerAuth.CamType.freeCam;
* break;
* }
* camSwithed = true;
* }
*
* if(Keyboard.current.leftBracketKey.wasPressedThisFrame){
* switch (refs.camType) {
* case CamControllerAuth.CamType.freeCam:
* refs.camType = CamControllerAuth.CamType.overheadLocked;
* break;
* case CamControllerAuth.CamType.overhead:
* refs.camType = CamControllerAuth.CamType.freeCam;
* break;
* case CamControllerAuth.CamType.overheadLocked:
* refs.camType = CamControllerAuth.CamType.overhead;
* break;
* }
* camSwithed = true;
* } */
if (camSwithed)
{
if (refs.camType == CamControllerAuth.CamType.freeCam)
{
refs.firstPersonCam.enabled = true;
refs.overheadCam.enabled = false;
}
else
{
refs.overheadCam.enabled = true;
refs.firstPersonCam.enabled = false;
rot.Value = float3.zero;
}
camSwithed = false;
}
lv = float3.zero;
force = ccc.force * t;
if (math.any(imc.lateralMovement != float2.zero))
{
lv += lw.Forward * imc.lateralMovement.y * force;
lv += lw.Right * imc.lateralMovement.x * force;
}
if (imc.verticalMovement != 0)
{
lv += lw.Up * imc.verticalMovement * force;
}
pv.Linear += lv;
switch (refs.camType)
{
case CamControllerAuth.CamType.freeCam: {
angleX += -imc.rotDelta.y * ccc.torque * t;
angleY += imc.rotDelta.x * ccc.torque * t;
if (angleX > maxXRads)
{
angleX = maxXRads;
}
if (angleX < -maxXRads)
{
angleX = -maxXRads;
}
if (angleY > maxYRads)
{
angleY -= maxYRads;
}
if (angleY < -maxYRads)
{
angleY += maxYRads;
}
if (math.any(imc.rotDelta != float2.zero))
{
rot.Value = new float3(angleX, angleY, 0);
}
imc.zoomDelta = 0; // no zoom in freecam.
break;
}
case CamControllerAuth.CamType.overhead: {
angleY += imc.rotDelta.x * ccc.torque * t;
if (angleY > maxYRads)
{
angleY -= maxYRads;
}
if (angleY < -maxYRads)
{
angleY += maxYRads;
}
if (imc.rotDelta.x != 0)
{
rot.Value = new float3(0, angleY, 0);
}
break;
}
/* case CamControllerAuth.CamType.overheadLocked: {
* break;
* } */
}
if (imc.zoomDelta.y != 0)
{
float3 fcam = refs.firstPersonCam.transform.position;
float3 ocam = refs.overheadCam.transform.position;
if (math.distance(fcam, ocam) > ccc.zoomSpeed * imc.zoomDelta.y)
{
refs.overheadCam.transform.position = ocam - math.normalize(ocam - fcam) * (ccc.zoomSpeed * imc.zoomDelta.y);
}
}
});
} // onupdate
