Method handleGhostCameraUpdate

src/actplayer.cpp:1908–2116

}

void Player::Ghost_t::handleGhostCameraUpdate(const bool useRefreshRateDelta)
{
	if ( !my ) { return; }

	bool controllable = isControllable();

	real_t mousex_relative = mousexrel;
	real_t mousey_relative = mouseyrel;

	mousex_relative = inputs.getMouseFloat(player.playernum, Inputs::ANALOGUE_XREL);
	mousey_relative = inputs.getMouseFloat(player.playernum, Inputs::ANALOGUE_YREL);

	const bool smoothmouse = playerSettings[multiplayer ? 0 : player.playernum].smoothmouse;
	const bool reversemouse = playerSettings[multiplayer ? 0 : player.playernum].reversemouse;
	real_t mouse_speed = playerSettings[multiplayer ? 0 : player.playernum].mousespeed;
	if ( inputs.getVirtualMouse(player.playernum)->lastMovementFromController )
	{
		mouse_speed = 32.0;
	}

	double refreshRateDelta = 1.0;
	if ( useRefreshRateDelta && fps > 0.0 )
	{
		refreshRateDelta *= TICKS_PER_SECOND / (real_t)fpsLimit;
	}

	if ( player.shootmode && !player.usingCommand()
		&& !gamePaused
		&& player.bControlEnabled
		&& controllable )
	{
		if ( Input::inputs[player.playernum].consumeBinaryToggle("Quick Turn") )
		{
			startQuickTurn();
		}
	}

	// rotate
	if ( !player.usingCommand() && controllable
		&& player.bControlEnabled && !gamePaused && my->isMobile() && !inputs.hasController(player.playernum) )
	{
		if ( noclip )
		{
			my->z -= (Input::inputs[player.playernum].analog("Turn Right")
				- Input::inputs[player.playernum].analog("Turn Left")) * .25 * refreshRateDelta;
		}
		else
		{
			my->yaw += (Input::inputs[player.playernum].analog("Turn Right")
				- Input::inputs[player.playernum].analog("Turn Left")) * .05 * refreshRateDelta;
		}
	}
	bool shootmode = player.shootmode;

	if ( handleQuickTurn(useRefreshRateDelta) )
	{
		// do nothing, override rotations.
	}