/// <summary>
/// Calculates motor speed values using deviation as direction(speed balance between motor A and B) and touch field movement distance (motor power multiplier)
/// <returns>A normalized(0-100, int) 2 dimensional vector containing the calculated speed on both motors ('x' for motor A and 'y' for motor B)</returns>
/// </summary>
public Vector2Int GetMotorSpeedValues()
{
float power = Mathf.Clamp01(PointerMovementDistanceNormalized); // Treat normalized distance (between touch start and touch end) as a motor power multiplier
Vector2 motorValues = new Vector2(power, power);
Vector2 deviation = PointerDeviation; // Get pointer relation between the touch field's center position
if (deviation.x < 0f)
{
motorValues.x *= deviation.y; // Pointer is on the left side
}
else if (deviation.x > 0f)
{
motorValues.y *= deviation.y; // Pointer is on the right side
}
if (deviation.y < 0f) // Pointer is below the center
{
// Negate the motor power to make them run backwards
motorValues.x = MathTools.Neg(motorValues.x);
motorValues.y = MathTools.Neg(motorValues.y);
}
// Clamp motor values to an interval
if (m_ClampToIntervalToggle.isOn && m_MotorSpeedClampInterval > 0f)
{
float msci = m_MotorSpeedClampInterval / 100f; // 'Convert' from percentage to decimal form
motorValues.x = Mathf.Round(motorValues.x / msci) * msci;
motorValues.y = Mathf.Round(motorValues.y / msci) * msci;
}
// Clamp motor values to each other, if they are close enough
if (m_ClampMotorValuesToggle.isOn && m_MotorSpeedClampDelta > 0f)
{
float mscd = m_MotorSpeedClampDelta / 100f; // 'Convert' from percentage to decimal form
// Clamp them to zero, if near center
if (MathTools.Approximately(motorValues.x, 0f, mscd) && MathTools.Approximately(motorValues.y, 0f, mscd))
{
motorValues.y = motorValues.x = 0f;
}
else if (MathTools.Approximately(motorValues.x, motorValues.y, mscd))
{
if (deviation.y > 0)
{
// Clamp to maximum value if going forwards
motorValues.y = motorValues.x = Mathf.Max(motorValues.x, motorValues.y);
}
else if (deviation.y < 0f)
{
// Clamp to minumum value if going backwards
motorValues.y = motorValues.x = Mathf.Min(motorValues.x, motorValues.y);
}
}
}
motorValues *= 100f; // 'Convert' decimal to percent form
return(new Vector2Int((int)Mathf.Clamp(motorValues.x, -100, 100), (int)Mathf.Clamp(motorValues.y, -100, 100))); // Clamp values to min/max and return them as int version of Vector2
}