/// <summary>
/// Sets new bounds for the joystick oval
/// </summary>
/// <param name="xPosition">X-Position of the touch</param>
/// <param name="yPosition">Y-Position of the touch</param>
private void UpdateOvals(float xPosition, float yPosition)
{
// Check if touch is in left or right half of the screen
if (xPosition <= ScreenWidth / 2)
{
// Handle touch in the left half
m_LeftJS.SetPosition(xPosition, yPosition);
// Check if touch was inside the displacement radius
if ((m_LeftJS.Abs) <= Joystick.DisplacementRadius)
{
// Draw left joystick with original coordinates
SetBoundsForLeftStick(
(int)xPosition - (int)Joystick.StickRadius,
(int)yPosition - (int)Joystick.StickRadius,
(int)xPosition + (int)Joystick.StickRadius,
(int)yPosition + (int)Joystick.StickRadius);
}
else
{
// Draw left joystick with maximum coordinates
SetBoundsForLeftStick(
(int)(Joystick.DisplacementRadius * Math.Cos(m_LeftJS.Angle * Math.PI / 180)) - (int)Joystick.StickRadius + (int)m_LeftJS.CenterX,
(int)(Joystick.DisplacementRadius * Math.Sin(m_LeftJS.Angle * Math.PI / 180)) - (int)Joystick.StickRadius + (int)m_LeftJS.CenterY,
(int)(Joystick.DisplacementRadius * Math.Cos(m_LeftJS.Angle * Math.PI / 180)) + (int)Joystick.StickRadius + (int)m_LeftJS.CenterX,
(int)(Joystick.DisplacementRadius * Math.Sin(m_LeftJS.Angle * Math.PI / 180)) + (int)Joystick.StickRadius + (int)m_LeftJS.CenterY);
// OPTION: Set radius as position
//m_LeftJS.SetPosition((int)(m_LeftJS.m_DisplacementRadius * Math.Cos(m_LeftJS.GetAngle() * Math.PI / 180)) + (int)m_LeftJS.CENTER_X,
// (int)(m_LeftJS.m_DisplacementRadius * Math.Sin(m_LeftJS.GetAngle() * Math.PI / 180)) + (int)m_LeftJS.CENTER_Y);
}
}
else
{
// Handle touch in the right half
m_RightJS.SetPosition(xPosition, yPosition);
// Check if touch was inside the displacement radius
if ((m_RightJS.Abs) <= Joystick.DisplacementRadius)
{
// Draw right joystick with original coordinates
SetBoundsForRightStick(
(int)xPosition - (int)Joystick.StickRadius,
(int)yPosition - (int)Joystick.StickRadius,
(int)xPosition + (int)Joystick.StickRadius,
(int)yPosition + (int)Joystick.StickRadius);
}
else
{
// Draw left joystick with maximum coordinates
SetBoundsForRightStick(
(int)(Joystick.DisplacementRadius * Math.Cos(m_RightJS.Angle * Math.PI / 180)) - (int)Joystick.StickRadius + (int)m_RightJS.CenterX,
(int)(Joystick.DisplacementRadius * Math.Sin(m_RightJS.Angle * Math.PI / 180)) - (int)Joystick.StickRadius + (int)m_RightJS.CenterY,
(int)(Joystick.DisplacementRadius * Math.Cos(m_RightJS.Angle * Math.PI / 180)) + (int)Joystick.StickRadius + (int)m_RightJS.CenterX,
(int)(Joystick.DisplacementRadius * Math.Sin(m_RightJS.Angle * Math.PI / 180)) + (int)Joystick.StickRadius + (int)m_RightJS.CenterY);
// OPTION: Set radius as position
//m_RightJS.SetPosition((int)(m_RightJS.m_DisplacementRadius * Math.Cos(m_RightJS.GetAngle() * Math.PI / 180)) + (int)m_RightJS.CENTER_X,
// (int)(m_RightJS.m_DisplacementRadius * Math.Sin(m_RightJS.GetAngle() * Math.PI / 180)) + (int)m_RightJS.CENTER_Y);
}
}
}
/// <summary>
/// Sets new bounds for the joystick oval
/// </summary>
/// <param name="xPosition">X-Position of the touch</param>
/// <param name="yPosition">Y-Position of the touch</param>
private void UpdateOvals(float xPosition, float yPosition)
{
// Check if touch is in left or right of the screen
if (xPosition <= SCREEN_WIDTH / 2)
{
// Handle touch in the left half
m_LeftJS.SetPosition(xPosition, yPosition);
m_LeftJS.GetPower();
// Check if touch was inside the displacement radius
if ((m_LeftJS.GetAbs()) <= m_LeftJS.m_DisplacementRadius) // if((abs + m_LeftJS.m_StickRadius...
{
// Draw left joystick with original coordinates
SetBoundsForLeftStick(
(int)xPosition - (int)m_LeftJS.m_StickRadius,
(int)yPosition - (int)m_LeftJS.m_StickRadius,
(int)xPosition + (int)m_LeftJS.m_StickRadius,
(int)yPosition + (int)m_LeftJS.m_StickRadius);
}
else
{
// Draw left joystick with maximum coordinates
SetBoundsForLeftStick(
(int)(m_LeftJS.m_DisplacementRadius * Math.Cos(m_LeftJS.GetAngle() * Math.PI / 180)) - (int)m_LeftJS.m_StickRadius + (int)m_LeftJS.CENTER_X,
(int)(m_LeftJS.m_DisplacementRadius * Math.Sin(m_LeftJS.GetAngle() * Math.PI / 180)) - (int)m_LeftJS.m_StickRadius + (int)m_LeftJS.CENTER_Y,
(int)(m_LeftJS.m_DisplacementRadius * Math.Cos(m_LeftJS.GetAngle() * Math.PI / 180)) + (int)m_LeftJS.m_StickRadius + (int)m_LeftJS.CENTER_X,
(int)(m_LeftJS.m_DisplacementRadius * Math.Sin(m_LeftJS.GetAngle() * Math.PI / 180)) + (int)m_LeftJS.m_StickRadius + (int)m_LeftJS.CENTER_Y);
}
}
else
{
// Handle touch in the right half
m_RightJS.SetPosition(xPosition, yPosition);
// Check if touch was inside the displacement radius
if ((m_RightJS.GetAbs()) <= m_RightJS.m_DisplacementRadius)
{
// Draw right joystick with original coordinates
SetBoundsForRightStick(
(int)xPosition - (int)m_RightJS.m_StickRadius,
(int)yPosition - (int)m_RightJS.m_StickRadius,
(int)xPosition + (int)m_RightJS.m_StickRadius,
(int)yPosition + (int)m_RightJS.m_StickRadius);
}
else
{
// Draw left joystick with maximum coordinates
SetBoundsForRightStick(
(int)(m_RightJS.m_DisplacementRadius * Math.Cos(m_RightJS.GetAngle() * Math.PI / 180)) - (int)m_RightJS.m_StickRadius + (int)m_RightJS.CENTER_X,
(int)(m_RightJS.m_DisplacementRadius * Math.Sin(m_RightJS.GetAngle() * Math.PI / 180)) - (int)m_RightJS.m_StickRadius + (int)m_RightJS.CENTER_Y,
(int)(m_RightJS.m_DisplacementRadius * Math.Cos(m_RightJS.GetAngle() * Math.PI / 180)) + (int)m_RightJS.m_StickRadius + (int)m_RightJS.CENTER_X,
(int)(m_RightJS.m_DisplacementRadius * Math.Sin(m_RightJS.GetAngle() * Math.PI / 180)) + (int)m_RightJS.m_StickRadius + (int)m_RightJS.CENTER_Y);
}
}
}