internal static void ApplyParameters(InertiaTranslationBehavior behavior, InertiaProcessor2D processor, Vector initialVelocity)
{
if (behavior != null && behavior.CanUseForInertia())
{
InertiaTranslationBehavior2D behavior2D = new InertiaTranslationBehavior2D();
if (behavior._isInitialVelocitySet)
{
behavior2D.InitialVelocityX = (float)behavior._initialVelocity.X;
behavior2D.InitialVelocityY = (float)behavior._initialVelocity.Y;
}
else
{
behavior2D.InitialVelocityX = (float)initialVelocity.X;
behavior2D.InitialVelocityY = (float)initialVelocity.Y;
}
if (behavior._isDesiredDecelerationSet)
{
behavior2D.DesiredDeceleration = (float)behavior._desiredDeceleration;
}
if (behavior._isDesiredDisplacementSet)
{
behavior2D.DesiredDisplacement = (float)behavior._desiredDisplacement;
}
processor.TranslationBehavior = behavior2D;
}
}
internal static void ApplyParameters(InertiaTranslationBehavior behavior, InertiaProcessor2D processor, Vector initialVelocity)
{
if (behavior != null && behavior.CanUseForInertia())
{
InertiaTranslationBehavior2D behavior2D = new InertiaTranslationBehavior2D();
if (behavior._isInitialVelocitySet)
{
behavior2D.InitialVelocityX = (float)behavior._initialVelocity.X;
behavior2D.InitialVelocityY = (float)behavior._initialVelocity.Y;
}
else
{
behavior2D.InitialVelocityX = (float)initialVelocity.X;
behavior2D.InitialVelocityY = (float)initialVelocity.Y;
}
if (behavior._isDesiredDecelerationSet)
{
behavior2D.DesiredDeceleration = (float)behavior._desiredDeceleration;
}
if (behavior._isDesiredDisplacementSet)
{
behavior2D.DesiredDisplacement = (float)behavior._desiredDisplacement;
}
processor.TranslationBehavior = behavior2D;
}
}
