Exemple #1
0
int osd_is_joy_pressed(int joycode)
{
	int joy_num,stick;


	/* special case for mouse buttons */
	switch (joycode)
	{
		case MOUSE_BUTTON(1):
			return ExKey1 & GP2X_B; break;
		case MOUSE_BUTTON(2):
			return ExKey1 & GP2X_X; break;
		case MOUSE_BUTTON(3):
			return ExKey1 & GP2X_A; break;
	}

	joy_num = GET_JOYCODE_JOY(joycode);

	/* do we have as many sticks? */
	if (joy_num == 0 || joy_num > num_joysticks)
		return 0;
	joy_num--;

	stick = GET_JOYCODE_STICK(joycode);

	if (stick == 0)
	{
		/* buttons */
		int button;

		button = GET_JOYCODE_BUTTON(joycode);
		if (button == 0 || button > 6)
			return 0;
		button--;

		switch (joy_num)
		{
			case 0: return is_joy_button_pressed(button, ExKey1); break;
			case 1: return is_joy_button_pressed(button, ExKey2); break;
			case 2: return is_joy_button_pressed(button, ExKey3); break;
			case 3: return is_joy_button_pressed(button, ExKey4); break;
			default: break;
		}
	}
	else
	{
		/* sticks */
		int axis,dir;

		if (stick > 1)
			return 0;
		stick--;

		axis = GET_JOYCODE_AXIS(joycode);
		dir = GET_JOYCODE_DIR(joycode);

		if (axis == 0 || axis > 2)
			return 0;
		axis--;

		switch (joy_num)
		{
			case 0: return is_joy_axis_pressed(axis, dir, ExKey1); break;
			case 1: return is_joy_axis_pressed(axis, dir, ExKey2); break;
			case 2: return is_joy_axis_pressed(axis, dir, ExKey3); break;
			case 3: return is_joy_axis_pressed(axis, dir, ExKey4); break;
			default: break;
		}
	}

	return 0;
}
Exemple #2
0
static int DIJoystick_is_joy_pressed(int joycode)
{
	int joy_num;
	int stick;
	int axis;
	int dir;

	DIJOYSTATE dijs;

	int value;
	int dz = 60;

	joy_num = GET_JOYCODE_JOY(joycode);

	/* do we have as many sticks? */
	if (joy_num == 0 || This.num_joysticks < joy_num)
		return 0;
	joy_num--;
	
	if (This.joysticks[joy_num].use_joystick == FALSE)
		return 0;

	dijs = This.joysticks[joy_num].dijs;

	stick = GET_JOYCODE_STICK(joycode);

	if (stick == JOYCODE_STICK_BTN)
	{
		/* buttons */
		int button;

		button = GET_JOYCODE_BUTTON(joycode);
		button--;

		if (button >= This.joysticks[joy_num].num_buttons
		||	GET_JOYCODE_DIR(joycode) != JOYCODE_DIR_BTN)
			return 0;

		return dijs.rgbButtons[button] != 0;
	}

	if (stick == JOYCODE_STICK_POV)
	{
		/* POV */
		int pov_value;
		int angle;
		int axis_value;

		int num_pov = GET_JOYCODE_BUTTON(joycode) / 4;
		int code	= GET_JOYCODE_BUTTON(joycode) % 4;
		axis = code / 2;
		dir  = code % 2;

		if (num_pov >= This.joysticks[joy_num].num_pov)
			return 0;

		pov_value = dijs.rgdwPOV[num_pov];
		if (LOWORD(pov_value) == 0xffff)
			return 0;

		angle = (pov_value + 27000) % 36000;
		angle = (36000 - angle) % 36000;
		angle /= 100;

		/* angle is now in degrees counterclockwise from x axis*/
		if (axis == 1)
			axis_value = 128 + (int)(127 * cos(2 * M_PI * angle / 360.0)); /* x */
		else
			axis_value = 128 + (int)(127 * sin(2 * M_PI * angle / 360.0)); /* y */

		if (dir == 1)
			return axis_value <= (128 - 128 * dz / 100);
		else
			return axis_value >= (128 + 128 * dz / 100);
	}

	/* sticks */
	
	axis = GET_JOYCODE_AXIS(joycode);
	dir  = GET_JOYCODE_DIR(joycode);
	
	if (axis == 0 || This.joysticks[joy_num].num_axes < axis)
		return 0;
	axis--;

	value = *(int *)(((byte *)&dijs) + This.joysticks[joy_num].axes[axis].offset);

	if (dir == JOYCODE_DIR_NEG)
		return value <= (128 - 128 * dz / 100);
	else
		return value >= (128 + 128 * dz / 100);
}