internal void ComputeEffects(DefenseShields shield, Vector3D impactPos, int prevLod, float shieldPercent, bool activeVisible)
{
Shield = shield;
if (Shield?.ShellActive != null)
{
ComputeSides();
}
else
{
return;
}
_matrix = Shield.ShieldShapeMatrix;
if (Session.Instance.Settings.ClientConfig.ShowHitRings && impactPos != Vector3D.NegativeInfinity && impactPos != Vector3D.PositiveInfinity)
{
CreateImpactRing(shield, impactPos, _lod);
}
_flash = shieldPercent <= 10;
if (_flash && _mainLoop < 30)
{
shieldPercent += 10;
}
var newActiveColor = UtilsStatic.GetShieldColorFromFloat(shieldPercent);
_activeColor = newActiveColor;
ImpactPosState = impactPos;
_active = activeVisible && _activeColor != Session.Instance.Color90;
if (prevLod != _lod)
{
var ib = _backing.IndexBuffer[_lod];
Array.Resize(ref _preCalcNormLclPos, ib.Length / 3);
Array.Resize(ref _triColorBuffer, ib.Length / 3);
}
StepEffects();
/*
* if (refreshAnim && _refresh && ImpactsFinished && prevLod == _lod) RefreshColorAssignments(prevLod);
* if (ImpactsFinished && prevLod == _lod) return;
*
* ImpactColorAssignments(prevLod);
*/
//// vec3 localSpherePositionOfImpact;
// foreach (vec3 triangleCom in triangles) {
// var surfDistance = Math.acos(dot(triangleCom, localSpherePositionOfImpact));
// }
// surfDistance will be the distance, along the surface, between the impact point and the triangle
// Equinox - It won't distort properly for anything that isn't a sphere
// localSpherePositionOfImpact = a direction
// triangleCom is another direction
// Dot product is the cosine of the angle between them
// Acos gives you that angle in radians
// Multiplying by the sphere radius(1 for the unit sphere in question) gives the arc length.
}
internal void ComputeEffects(MatrixD matrix, Vector3D impactPos, MyEntity shellPassive, MyEntity shellActive, int prevLod, float shieldPercent, bool activeVisible, bool refreshAnim)
{
if (ShellActive == null)
{
ComputeSides(shellActive);
}
_flash = shieldPercent <= 10;
if (_flash && _mainLoop < 30)
{
shieldPercent += 10;
}
var newActiveColor = UtilsStatic.GetShieldColorFromFloat(shieldPercent);
_activeColor = newActiveColor;
_matrix = matrix;
ImpactPosState = impactPos;
_active = activeVisible && _activeColor != Session.Instance.Color90;
if (prevLod != _lod)
{
var ib = _backing.IndexBuffer[_lod];
Array.Resize(ref _preCalcNormLclPos, ib.Length / 3);
Array.Resize(ref _triColorBuffer, ib.Length / 3);
}
StepEffects();
if (refreshAnim && _refresh && ImpactsFinished && prevLod == _lod)
{
RefreshColorAssignments(prevLod);
}
if (ImpactsFinished && prevLod == _lod)
{
return;
}
ImpactColorAssignments(prevLod);
//// vec3 localSpherePositionOfImpact;
// foreach (vec3 triangleCom in triangles) {
// var surfDistance = Math.acos(dot(triangleCom, localSpherePositionOfImpact));
// }
// surfDistance will be the distance, along the surface, between the impact point and the triangle
// Equinox - It won't distort properly for anything that isn't a sphere
// localSpherePositionOfImpact = a direction
// triangleCom is another direction
// Dot product is the cosine of the angle between them
// Acos gives you that angle in radians
// Multiplying by the sphere radius(1 for the unit sphere in question) gives the arc length.
}
