public static LaserGraphics.VertexBuffer Size(int i)
{
LaserGraphics.VertexBuffer buffer;
if (!Register.all.TryGetValue(i, out buffer))
{
Register.all.Add(i, buffer = new LaserGraphics.VertexBuffer(i));
}
return(buffer);
}
private static LaserGraphics.MeshBuffer ForMaterial(Dictionary <Material, LaserGraphics.MeshBuffer> all, Material material)
{
LaserGraphics.MeshBuffer buffer;
if (!all.TryGetValue(material, out buffer))
{
buffer = new LaserGraphics.MeshBuffer(material);
all.Add(material, buffer);
}
return(buffer);
}
public static LaserGraphics.VertexBuffer Size(int i)
{
LaserGraphics.VertexBuffer vertexBuffer;
if (!LaserGraphics.VertexBuffer.Register.all.TryGetValue(i, out vertexBuffer))
{
Dictionary <int, LaserGraphics.VertexBuffer> nums = LaserGraphics.VertexBuffer.Register.all;
LaserGraphics.VertexBuffer vertexBuffer1 = new LaserGraphics.VertexBuffer(i);
vertexBuffer = vertexBuffer1;
nums.Add(i, vertexBuffer1);
}
return(vertexBuffer);
}
private bool SetSize(int size)
{
if (this.quadCount == size)
{
return(false);
}
if (size == 0)
{
this.buffer = null;
}
else
{
this.buffer = LaserGraphics.VertexBuffer.Size(size);
}
this.quadCount = size;
return(true);
}
private void RenderLasers(Camera camera)
{
Vector3 vector3 = new Vector3();
Vector3 vector31 = new Vector3();
Vector3 vector32 = new Vector3();
Vector3 vector33 = new Vector3();
float single;
if (!this.madeLists)
{
this.beams = new List <LaserBeam>();
this.willRender = new List <LaserBeam>();
this.madeLists = true;
}
int num = camera.cullingMask;
if (this.beams != null)
{
this.beams.Clear();
this.beams.AddRange(LaserBeam.Collect());
}
else
{
this.beams = new List <LaserBeam>(LaserBeam.Collect());
}
LaserGraphics.allBeamsMask = 0;
foreach (LaserBeam beam in this.beams)
{
LaserGraphics.UpdateBeam(ref beam.frame, beam);
}
if ((num & LaserGraphics.allBeamsMask) != 0 && this.beams.Count > 0)
{
Plane[] planeArray = GeometryUtility.CalculateFrustumPlanes(camera);
foreach (LaserBeam laserBeam in this.beams)
{
if (!laserBeam.isViewModel && ((num & laserBeam.frame.beamsLayer) != laserBeam.frame.beamsLayer || !GeometryUtility.TestPlanesAABB(planeArray, laserBeam.frame.bounds)))
{
continue;
}
this.willRender.Add(laserBeam);
}
if (this.willRender.Count > 0)
{
LaserGraphics.world2Cam = camera.worldToCameraMatrix;
LaserGraphics.cam2World = camera.cameraToWorldMatrix;
LaserGraphics.camProj = camera.projectionMatrix;
try
{
foreach (LaserBeam laserBeam1 in this.willRender)
{
LaserGraphics.RenderBeam(planeArray, camera, laserBeam1, ref laserBeam1.frame);
}
foreach (LaserGraphics.MeshBuffer meshBuffer in LaserGraphics.Computation.beams)
{
bool flag = meshBuffer.Resize();
int num1 = 0;
LaserGraphics.VertexBuffer vertexBuffer = meshBuffer.buffer;
float single1 = Single.PositiveInfinity;
single = single1;
vector3.z = single1;
float single2 = single;
single = single2;
vector3.y = single2;
vector3.x = single;
float single3 = Single.NegativeInfinity;
single = single3;
vector31.z = single3;
float single4 = single;
single = single4;
vector31.y = single4;
vector31.x = single;
foreach (LaserBeam beam1 in meshBuffer.beams)
{
int num2 = num1;
num1 = num2 + 1;
int num3 = num2;
int num4 = num1;
num1 = num4 + 1;
int num5 = num4;
int num6 = num1;
num1 = num6 + 1;
int num7 = num6;
int num8 = num1;
num1 = num8 + 1;
int num9 = num8;
vertexBuffer.v[num3] = beam1.frame.beamVertices.m0;
vertexBuffer.v[num5] = beam1.frame.beamVertices.m1;
vertexBuffer.v[num9] = beam1.frame.beamVertices.m2;
vertexBuffer.v[num7] = beam1.frame.beamVertices.m3;
vertexBuffer.n[num3] = beam1.frame.beamNormals.m0;
vertexBuffer.n[num5] = beam1.frame.beamNormals.m1;
vertexBuffer.n[num9] = beam1.frame.beamNormals.m2;
vertexBuffer.n[num7] = beam1.frame.beamNormals.m3;
vertexBuffer.c[num3] = beam1.frame.beamColor.m0;
vertexBuffer.c[num5] = beam1.frame.beamColor.m1;
vertexBuffer.c[num9] = beam1.frame.beamColor.m2;
vertexBuffer.c[num7] = beam1.frame.beamColor.m3;
vertexBuffer.t[num3] = beam1.frame.beamUVs.m0;
vertexBuffer.t[num5] = beam1.frame.beamUVs.m1;
vertexBuffer.t[num9] = beam1.frame.beamUVs.m2;
vertexBuffer.t[num7] = beam1.frame.beamUVs.m3;
for (int i = num3; i <= num7; i++)
{
if (vertexBuffer.v[i].x < vector3.x)
{
vector3.x = vertexBuffer.v[i].x;
}
if (vertexBuffer.v[i].x > vector31.x)
{
vector31.x = vertexBuffer.v[i].x;
}
if (vertexBuffer.v[i].y < vector3.y)
{
vector3.y = vertexBuffer.v[i].y;
}
if (vertexBuffer.v[i].y > vector31.y)
{
vector31.y = vertexBuffer.v[i].y;
}
if (vertexBuffer.v[i].z < vector3.z)
{
vector3.z = vertexBuffer.v[i].z;
}
if (vertexBuffer.v[i].z > vector31.z)
{
vector31.z = vertexBuffer.v[i].z;
}
}
beam1.frame.bufBeam = null;
}
meshBuffer.beams.Clear();
meshBuffer.BindMesh(flag, vector3, vector31);
Graphics.DrawMesh(meshBuffer.mesh, Matrix4x4.identity, meshBuffer.material, 1, camera, 0, null, false, false);
}
foreach (LaserGraphics.MeshBuffer dot in LaserGraphics.Computation.dots)
{
bool flag1 = dot.Resize();
int num10 = 0;
LaserGraphics.VertexBuffer vertexBuffer1 = dot.buffer;
float single5 = Single.PositiveInfinity;
single = single5;
vector32.z = single5;
float single6 = single;
single = single6;
vector32.y = single6;
vector32.x = single;
float single7 = Single.NegativeInfinity;
single = single7;
vector33.z = single7;
float single8 = single;
single = single8;
vector33.y = single8;
vector33.x = single;
foreach (LaserBeam beam2 in dot.beams)
{
int num11 = num10;
num10 = num11 + 1;
int num12 = num11;
int num13 = num10;
num10 = num13 + 1;
int num14 = num13;
int num15 = num10;
num10 = num15 + 1;
int num16 = num15;
int num17 = num10;
num10 = num17 + 1;
int num18 = num17;
vertexBuffer1.v[num12] = beam2.frame.dotVertices1.m0;
vertexBuffer1.v[num14] = beam2.frame.dotVertices1.m1;
vertexBuffer1.v[num18] = beam2.frame.dotVertices1.m2;
vertexBuffer1.v[num16] = beam2.frame.dotVertices1.m3;
vertexBuffer1.n[num12] = beam2.frame.beamNormals.m0;
vertexBuffer1.n[num14] = beam2.frame.beamNormals.m1;
vertexBuffer1.n[num18] = beam2.frame.beamNormals.m2;
vertexBuffer1.n[num16] = beam2.frame.beamNormals.m3;
vertexBuffer1.c[num12] = beam2.frame.dotColor1.m0;
vertexBuffer1.c[num14] = beam2.frame.dotColor1.m1;
vertexBuffer1.c[num18] = beam2.frame.dotColor1.m2;
vertexBuffer1.c[num16] = beam2.frame.dotColor1.m3;
vertexBuffer1.t[num12] = LaserGraphics.uv[0];
vertexBuffer1.t[num14] = LaserGraphics.uv[1];
vertexBuffer1.t[num18] = LaserGraphics.uv[2];
vertexBuffer1.t[num16] = LaserGraphics.uv[3];
for (int j = num12; j <= num16; j++)
{
if (vertexBuffer1.v[j].x < vector32.x)
{
vector32.x = vertexBuffer1.v[j].x;
}
if (vertexBuffer1.v[j].x > vector33.x)
{
vector33.x = vertexBuffer1.v[j].x;
}
if (vertexBuffer1.v[j].y < vector32.y)
{
vector32.y = vertexBuffer1.v[j].y;
}
if (vertexBuffer1.v[j].y > vector33.y)
{
vector33.y = vertexBuffer1.v[j].y;
}
if (vertexBuffer1.v[j].z < vector32.z)
{
vector32.z = vertexBuffer1.v[j].z;
}
if (vertexBuffer1.v[j].z > vector33.z)
{
vector33.z = vertexBuffer1.v[j].z;
}
}
int num19 = num10;
num10 = num19 + 1;
num12 = num19;
int num20 = num10;
num10 = num20 + 1;
num14 = num20;
int num21 = num10;
num10 = num21 + 1;
num16 = num21;
int num22 = num10;
num10 = num22 + 1;
num18 = num22;
vertexBuffer1.v[num12] = beam2.frame.dotVertices2.m0;
vertexBuffer1.v[num14] = beam2.frame.dotVertices2.m1;
vertexBuffer1.v[num18] = beam2.frame.dotVertices2.m2;
vertexBuffer1.v[num16] = beam2.frame.dotVertices2.m3;
vertexBuffer1.n[num12] = beam2.frame.beamNormals.m0;
vertexBuffer1.n[num14] = beam2.frame.beamNormals.m1;
vertexBuffer1.n[num18] = beam2.frame.beamNormals.m2;
vertexBuffer1.n[num16] = beam2.frame.beamNormals.m3;
vertexBuffer1.c[num12] = beam2.frame.dotColor2.m0;
vertexBuffer1.c[num14] = beam2.frame.dotColor2.m1;
vertexBuffer1.c[num18] = beam2.frame.dotColor2.m2;
vertexBuffer1.c[num16] = beam2.frame.dotColor2.m3;
vertexBuffer1.t[num12] = LaserGraphics.uv[0];
vertexBuffer1.t[num14] = LaserGraphics.uv[1];
vertexBuffer1.t[num18] = LaserGraphics.uv[2];
vertexBuffer1.t[num16] = LaserGraphics.uv[3];
for (int k = num12; k <= num16; k++)
{
if (vertexBuffer1.v[k].x < vector32.x)
{
vector32.x = vertexBuffer1.v[k].x;
}
if (vertexBuffer1.v[k].x > vector33.x)
{
vector33.x = vertexBuffer1.v[k].x;
}
if (vertexBuffer1.v[k].y < vector32.y)
{
vector32.y = vertexBuffer1.v[k].y;
}
if (vertexBuffer1.v[k].y > vector33.y)
{
vector33.y = vertexBuffer1.v[k].y;
}
if (vertexBuffer1.v[k].z < vector32.z)
{
vector32.z = vertexBuffer1.v[k].z;
}
if (vertexBuffer1.v[k].z > vector33.z)
{
vector33.z = vertexBuffer1.v[k].z;
}
}
beam2.frame.bufDot = null;
}
dot.beams.Clear();
if (!flag1)
{
dot.mesh.vertices = vertexBuffer1.v;
dot.mesh.normals = vertexBuffer1.n;
dot.mesh.colors = vertexBuffer1.c;
dot.mesh.uv = vertexBuffer1.t;
}
else
{
dot.mesh.Clear(false);
dot.mesh.vertices = vertexBuffer1.v;
dot.mesh.normals = vertexBuffer1.n;
dot.mesh.colors = vertexBuffer1.c;
dot.mesh.uv = vertexBuffer1.t;
dot.mesh.SetIndices(vertexBuffer1.i, MeshTopology.Quads, 0);
}
dot.BindMesh(flag1, vector32, vector33);
Graphics.DrawMesh(dot.mesh, Matrix4x4.identity, dot.material, 1, camera, 0, null, false, false);
}
}
finally
{
this.willRender.Clear();
LaserGraphics.Computation.beams.Clear();
LaserGraphics.Computation.dots.Clear();
LaserGraphics.MeshBuffer.Reset();
}
}
}
}
