private static void AddSpotLightRenderElement(MyLight light)
{
float cosAngle = 1 - light.ReflectorConeMaxAngleCos;
// Near clip is 5 to prevent cockpit bugs
float nearClip = 5;
float c = nearClip / cosAngle;
// 'a' is "screen size" at near clip (a, c and nearclip makes right triangle)
float a = (float)Math.Sqrt(c * c - nearClip * nearClip);
if (nearClip < light.ReflectorRange)
{
Matrix lightView = Matrix.CreateLookAt(light.Position, light.Position + light.ReflectorDirection, light.ReflectorUp);
float distanceSquared = Vector3.DistanceSquared(MyCamera.Position, light.Position);
bool drawShadows = DrawPlayerLightShadow || (PlayerLight != light);
drawShadows &= distanceSquared < light.ShadowDistance * light.ShadowDistance * MyRenderConstants.RenderQualityProfile.SpotShadowsMaxDistanceMultiplier;
//drawShadows &= distanceSquared < 200*200 * MyRenderConstants.RenderQualityProfile.SpotShadowsMaxDistanceMultiplier;
Matrix lightProjection = Matrix.CreatePerspectiveOffCenter(-a, a, -a, a, nearClip, light.ReflectorRange);
bool renderShadows = EnableSpotShadows && MyRender.CurrentRenderSetup.EnableSmallLightShadows.Value && drawShadows;
MyLightRenderElement lightElement = null;
lightElement = m_spotLightsPool.Allocate(true);
Debug.Assert(lightElement != null, "Out of lights, increase pool");
if (lightElement != null)
{
lightElement.Light = light;
lightElement.World = light.SpotWorld;
lightElement.View = lightView;
lightElement.Projection = lightProjection;
lightElement.RenderShadows = renderShadows;
lightElement.BoundingBox = light.SpotBoundingBox;
lightElement.UseReflectorTexture = (light.LightOwner == MyLight.LightOwnerEnum.SmallShip);
if (renderShadows)
{
Matrix lightViewProjectionShadow = m_spotShadowRenderer.CreateViewProjectionMatrix(lightView, a, nearClip, light.ReflectorRange);
lightElement.ShadowLightViewProjection = lightViewProjectionShadow;
}
m_spotLightRenderElements.Add(lightElement);
}
}
}
static void RenderSpotLight(MyLightRenderElement lightElement, MyEffectPointLight effectPointLight)
{
MyRenderLight light = lightElement.Light;
//Matrix lightViewProjectionShadow = Matrix.Identity;
// Always cull clockwise (render inner parts of object), depth test is done in PS using light radius and cone angle
RasterizerState.CullClockwise.Apply();
DepthStencilState.None.Apply();
//m_device.BlendState = BlendState.Additive;
//Need to use max because of overshinning places where multiple lights shine
MyStateObjects.Light_Combination_BlendState.Apply();
if (lightElement.RenderShadows && lightElement.ShadowMap != null)
{
m_spotShadowRenderer.SetupSpotShadowBaseEffect(effectPointLight, lightElement.ShadowLightViewProjectionAtZero, lightElement.ShadowMap);
}
effectPointLight.SetNearSlopeBiasDistance(0);
effectPointLight.SetLightPosition((Vector3)(light.Position - MyRenderCamera.Position));
effectPointLight.SetLightIntensity(light.Intensity);
effectPointLight.SetSpecularLightColor(light.SpecularColor);
effectPointLight.SetFalloff(light.Falloff);
effectPointLight.SetLightViewProjection((Matrix)(lightElement.ViewAtZero * lightElement.Projection));
effectPointLight.SetReflectorDirection(light.ReflectorDirection);
effectPointLight.SetReflectorConeMaxAngleCos(1 - light.ReflectorConeMaxAngleCos);
effectPointLight.SetReflectorColor(light.ReflectorColor);
effectPointLight.SetReflectorRange(light.ReflectorRange);
effectPointLight.SetReflectorIntensity(light.ReflectorIntensity);
effectPointLight.SetReflectorTexture(light.ReflectorTexture);
effectPointLight.SetReflectorFalloff(light.ReflectorFalloff);
if (lightElement.RenderShadows)
{
effectPointLight.SetTechnique(effectPointLight.SpotShadowTechnique);
}
else
{
effectPointLight.SetTechnique(effectPointLight.SpotTechnique);
}
MyDebugDraw.DrawConeForLight(effectPointLight, lightElement.World);
}
static void RenderSpotLight(MyLightRenderElement lightElement, MyEffectPointLight effectPointLight)
{
MyLight light = lightElement.Light;
Matrix lightViewProjectionShadow = Matrix.Identity;
// Always cull clockwise (render inner parts of object), depth test is done in PS using light radius and cone angle
RasterizerState.CullClockwise.Apply();
DepthStencilState.None.Apply();
//m_device.BlendState = BlendState.Additive;
//Need to use max because of overshinning places where multiple lights shine
MyStateObjects.Light_Combination_BlendState.Apply();
if (lightElement.RenderShadows && lightElement.ShadowMap != null)
{
m_spotShadowRenderer.SetupSpotShadowBaseEffect(effectPointLight, lightElement.ShadowLightViewProjection, lightElement.ShadowMap);
}
effectPointLight.SetNearSlopeBiasDistance(4);
effectPointLight.SetLightPosition(light.Position);
effectPointLight.SetLightIntensity(light.Intensity);
effectPointLight.SetSpecularLightColor(light.SpecularColor);
effectPointLight.SetFalloff(light.Falloff);
effectPointLight.SetLightViewProjection(lightElement.View * lightElement.Projection);
effectPointLight.SetReflectorDirection(light.ReflectorDirection);
effectPointLight.SetReflectorConeMaxAngleCos(1 - light.ReflectorConeMaxAngleCos);
effectPointLight.SetReflectorColor(light.ReflectorColor);
effectPointLight.SetReflectorRange(light.ReflectorRange);
effectPointLight.SetReflectorIntensity(light.ReflectorIntensity);
effectPointLight.SetReflectorTexture(light.ReflectorTexture);
effectPointLight.SetReflectorFalloff(light.ReflectorFalloff);
if (lightElement.RenderShadows)
effectPointLight.SetTechnique(effectPointLight.DefaultSpotShadowTechnique);
else
effectPointLight.SetTechnique(effectPointLight.DefaultSpotTechnique);
MySimpleObjectDraw.DrawConeForLight(effectPointLight, lightElement.World);
}
private static void AddSpotLightRenderElement(MyRenderLight light)
{
float cosAngle = 1 - light.ReflectorConeMaxAngleCos;
// Near clip is 5 to prevent cockpit bugs
float nearClip = 0.5f;
float c = nearClip / cosAngle;
// 'a' is "screen size" at near clip (a, c and nearclip makes right triangle)
float a = (float)Math.Sqrt(c * c - nearClip * nearClip);
if (nearClip < light.ReflectorRange)
{
MatrixD lightView = MatrixD.CreateLookAt(light.Position, light.Position + light.ReflectorDirection * light.ReflectorRange, (Vector3D)light.ReflectorUp);
MatrixD lightViewAtZero = MatrixD.CreateLookAt(light.Position - MyRenderCamera.Position, light.Position + light.ReflectorDirection * light.ReflectorRange - MyRenderCamera.Position, (Vector3D)light.ReflectorUp);
var distanceSquared = (MyRenderCamera.Position - light.Position).LengthSquared();
bool drawShadows = light.CastShadows;
drawShadows &= distanceSquared < light.ShadowDistance * light.ShadowDistance * MyRenderConstants.RenderQualityProfile.SpotShadowsMaxDistanceMultiplier;
var lightProjection = Matrix.CreatePerspectiveOffCenter(-a, a, -a, a, nearClip, light.ReflectorRange);
bool renderShadows = Settings.EnableSpotShadows && MyRender.CurrentRenderSetup.EnableSmallLightShadows.Value && drawShadows;
MyLightRenderElement lightElement = null;
lightElement = m_spotLightsPool.Allocate(true);
Debug.Assert(lightElement != null, "Out of lights, increase pool");
if (lightElement != null)
{
MatrixD spotWorld = light.SpotWorld;
spotWorld.Translation = light.SpotWorld.Translation - MyRenderCamera.Position;
lightElement.Light = light;
lightElement.World = spotWorld;
lightElement.ViewAtZero = lightViewAtZero;
lightElement.Projection = lightProjection;
lightElement.RenderShadows = renderShadows;
if ((light.SpotQuery != null) && (light.SpotQueryState == QueryState.CheckOcc) && (light.SpotQuery.IsComplete))
{
light.QueryPixels = light.SpotQuery.PixelCount;
if (light.QueryPixels < 0) //ATI
{
light.QueryPixels = 0;
}
light.SpotQueryState = QueryState.WaitOcc;
}
//lightElement.UseReflectorTexture = (light.LightOwner == MyLight.LightOwnerEnum.SmallShip);
if (renderShadows)
{
var lightViewProjectionShadow = m_spotShadowRenderer.CreateViewProjectionMatrix(lightView, a, nearClip, light.ReflectorRange);
var lightViewProjectionShadowAtZero = m_spotShadowRenderer.CreateViewProjectionMatrix(lightViewAtZero, a, nearClip, light.ReflectorRange);
lightElement.ShadowLightViewProjection = lightViewProjectionShadow;
lightElement.ShadowLightViewProjectionAtZero = lightViewProjectionShadowAtZero;
}
m_spotLightRenderElements.Add(lightElement);
}
}
}
