public override void Render(SpriteBatch spriteBatch, Vector2i position, ReactorLayer layer, Color color, float zOrder, ImageSize imageSize, bool forDragAndDrop)
{
base.Render(spriteBatch, position, layer, GetFeatureColor() * color, zOrder, imageSize, forDragAndDrop);
List <QuantumTunnelFeature> allTunnels;
List <Vector2i> tunnelPositions;
CollectTunnels(ownerReactor, out allTunnels, out tunnelPositions);
int tunnelIndex = allTunnels.IndexOf(this);
RenderPriority(spriteBatch, position, color, zOrder, tunnelIndex + 1);
if (!laserState.isPresent && !sensorCircleState.isPresent)
{
return;
}
if (sensorCircleState.isPresent)
{
TextureElement sensorCircle = isSensorActivatedForRed ? redSensorCircle : blueSensorCircle;
float fineCircleState = sensorCircleState.GetValue() + SimulationGlobals.partialCycle / ANIMATION_LENGTH;
Color circleColor = Color.WHITE.WithAlpha(0.75f - fineCircleState);
Vector2i circleSize = (Vector2i)(sensorCircle.GetDimensions() * (float)(1.0 + 1.0 * (double)fineCircleState));
spriteBatch.AddSprite(sensorCircle, new BoundingBox(boundingBox.GetCenter() + new Vector2i(-1, 0), circleSize), new BoundingBox?(), circleColor, (AngleInRadians)0.0f, circleSize / 2, FlipOptions.None, zOrder - 0.02f);
}
allTunnels.Add(allTunnels[0]);
tunnelPositions.Add(tunnelPositions[0]);
if (laserState.isPresent)
{
TextureElement laserBeam = isActivatedForRed ? redLaser : blueLaser;
float fineLaserState = laserState.GetValue() + SimulationGlobals.partialCycle / ANIMATION_LENGTH;
Vector2i startTunnelCenter = allTunnels[tunnelIndex].boundingBox.GetCenter();
Vector2i endTunnelCenter = allTunnels[tunnelIndex + 1].boundingBox.GetCenter();
Vector2f beamVector = endTunnelCenter - startTunnelCenter;
Vector2f beamDirectionVector = beamVector / beamVector.Length();
Vector2i beamStart = startTunnelCenter + (Vector2i)(beamDirectionVector * 29f);
Vector2i beamEnd = endTunnelCenter + (Vector2i)(beamDirectionVector * -29f);
SpriteHelper.AddTextureStretchedBetween(spriteBatch, laserBeam, beamStart, beamEnd, Color.WHITE.WithAlpha((float)((1.0 - (double)fineLaserState) / 2.0)), zOrder - 0.02f);
}
}
public ProductionTerrain(TextureElement texture, DraggableContainer container, int verticalOffset, HashSet <Vector2i> occupiedSquares, bool gridLinesLessVisible)
{
}
public static AbstractRenderable MakeTexturedRectangle(TextureElement textureElement) => null;
public static void AddTextureStretchedBetween(SpriteBatch spriteBatch, TextureElement texture, Vector2i start, Vector2i end, Color color, float zOrder)
{
}
public void AddSprite(TextureElement textureElement, BoundingBox boundingBox, BoundingBox?textureCoords, Color color, AngleInRadians rotationAngle, Vector2i translationVector, FlipOptions flipOptions, float zOrder)
{
}
