static void onButtonEvent(const std::string& vendorName, int controllerID, AndroidControllerCode btnCode, bool isPressed, float value, bool isAnalog)
{
auto iter = findController(vendorName, controllerID);
if (iter == Controller::_controllers.end())
{
onConnected(vendorName, controllerID);
iter = findController(vendorName, controllerID);
}
auto gamepad = (*iter)->getGamepad();
auto thiz = (*iter)->getImpl();
switch(btnCode)
{
case AndroidControllerCode::BUTTON_A:
{
thiz->sendEventButton(gamepad->getButtonA(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_B:
{
thiz->sendEventButton(gamepad->getButtonB(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_X:
{
thiz->sendEventButton(gamepad->getButtonX(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_Y:
{
thiz->sendEventButton(gamepad->getButtonY(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_LEFT_SHOULDER:
{
thiz->sendEventButton(gamepad->getLeftShoulder(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_RIGHT_SHOULDER:
{
thiz->sendEventButton(gamepad->getRightShoulder(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_LEFT_TRIGGER:
{
thiz->sendEventButton(gamepad->getLeftTrigger(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_RIGHT_TRIGGER:
{
thiz->sendEventButton(gamepad->getRightTrigger(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_DPAD_UP:
{
thiz->sendEventButton(gamepad->getDirectionPad()->getUp(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_DPAD_DOWN:
{
thiz->sendEventButton(gamepad->getDirectionPad()->getDown(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_DPAD_LEFT:
{
thiz->sendEventButton(gamepad->getDirectionPad()->getLeft(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_DPAD_RIGHT:
{
thiz->sendEventButton(gamepad->getDirectionPad()->getRight(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_START:
{
thiz->sendEventButton(gamepad->getButtonStart(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_SELECT:
{
thiz->sendEventButton(gamepad->getButtonSelect(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_LEFT_THUMBSTICK:
{
thiz->sendEventButton(gamepad->getLeftThumbstick()->getButton(), isPressed, value, isAnalog);
}
break;
case AndroidControllerCode::BUTTON_RIGHT_THUMBSTICK:
{
thiz->sendEventButton(gamepad->getRightThumbstick()->getButton(), isPressed, value, isAnalog);
}
break;
default:
// CCASSERT(false, "Invalid controller button code!");
break;
}
}
void GameController::handleAnalog()
{
if (!isActive())
{
return;
}
//Right analog stick = look.
if (!shootmode || gamePaused)
{
int rightx = getRawRightXMove() / gamepad_menux_sensitivity;
int righty = getRawRightYMove() / gamepad_menuy_sensitivity;
//The right stick's inversion and the menu's inversion should be independent of eachother. This just undoes any inversion.
if (gamepad_rightx_invert)
{
rightx = -rightx;
}
if (gamepad_righty_invert)
{
righty = -righty;
}
if (gamepad_menux_invert)
{
rightx = -rightx;
}
if (gamepad_menuy_invert)
{
righty = -righty;
}
if (rightx || righty)
{
SDL_WarpMouseInWindow(screen, std::max(0, std::min(camera.winw, mousex + rightx)), std::max(0, std::min(camera.winh, mousey + righty)));
}
}
else
{
int rightx = getRightXMove();
int righty = getRightYMove();
if (rightx || righty)
{
SDL_Event e;
e.type = SDL_MOUSEMOTION;
e.motion.x = mousex + rightx;
e.motion.y = mousey + righty;
e.motion.xrel = rightx;
e.motion.yrel = righty;
SDL_PushEvent(&e);
}
}
if (getLeftTrigger())
{
if ( !oldLeftTrigger )
{
oldLeftTrigger = 1;
joy_trigger_status[0] = 1;
lastkeypressed = 299;
}
}
else
{
oldLeftTrigger = 0;
joy_trigger_status[0] = 0;
}
if (getRightTrigger())
{
if ( !oldRightTrigger )
{
oldRightTrigger = 1;
joy_trigger_status[1] = 1;
lastkeypressed = 300;
}
}
else
{
oldRightTrigger = 0;
joy_trigger_status[1] = 0;
}
}
