public void setFloorType(int newType)
{
if (newType == this.m_floorType)
{
return;
}
SimWorld simWorld = AppEngine.getCanvas().getSimWorld();
GeomStrip.remapTexCoords(this.m_compositeMesh, simWorld.getFloorTexCoords(this.m_floorType), simWorld.getFloorTexCoords(newType), 24);
this.m_floorType = newType;
}
public static Mesh createMesh(GeomStrip[] subGeomStrips)
{
int length1 = subGeomStrips.Length;
IndexBuffer[] submeshes = new IndexBuffer[length1];
int vertexCount = 0;
for (int index = 0; index < length1; ++index)
{
GeomStrip subGeomStrip = subGeomStrips[index];
if (subGeomStrip != null)
{
int num = subGeomStrip.m_posCoords.Length / 3;
vertexCount += num;
}
}
VertexArray arr1 = new VertexArray(vertexCount, 3, 2);
VertexArray arr2 = new VertexArray(vertexCount, 2, 2);
VertexArray arr3 = new VertexArray(vertexCount, 4, 1);
int firstVertex = 0;
for (int index1 = 0; index1 < length1; ++index1)
{
GeomStrip subGeomStrip = subGeomStrips[index1];
if (subGeomStrip != null)
{
int numVertices = subGeomStrip.m_posCoords.Length / 3;
arr1.set(firstVertex, numVertices, subGeomStrip.m_posCoords);
arr2.set(firstVertex, numVertices, subGeomStrip.m_texCoords);
arr3.set(firstVertex, numVertices, subGeomStrip.m_colCoords);
int length2 = subGeomStrip.m_indices.Length;
int[] indices = new int[length2];
for (int index2 = 0; index2 < length2; ++index2)
{
indices[index2] = subGeomStrip.m_indices[index2] + firstVertex;
}
IndexBuffer indexBuffer = new IndexBuffer(8, length2 / 3, indices);
submeshes[index1] = indexBuffer;
firstVertex += numVertices;
}
}
VertexBuffer vertices = new VertexBuffer();
float[] bias = (float[])null;
vertices.setPositions(arr1, 1f, bias);
vertices.setTexCoords(0, arr2, 0.0001220703f, (float[])null);
vertices.setColors(arr3);
Appearance[] appearances = new Appearance[0];
return(new Mesh(vertices, ref submeshes, ref appearances));
}
public void setWallType(int newType)
{
if (newType == this.m_wallType)
{
return;
}
SimWorld simWorld = AppEngine.getCanvas().getSimWorld();
int[] wallTexCoords1 = simWorld.getWallTexCoords(this.m_wallType);
int[] wallTexCoords2 = simWorld.getWallTexCoords(newType);
for (int index = 0; index < 4; ++index)
{
int submeshIndex = index * 6;
GeomStrip.remapTexCoords(this.m_compositeMesh, wallTexCoords1, wallTexCoords2, submeshIndex);
GeomStrip.remapTexCoords(this.m_compositeMesh, wallTexCoords1, wallTexCoords2, submeshIndex + 2);
}
this.m_wallType = newType;
}
public void setTintOutside(int tint)
{
this.m_dayNightTint = tint;
int tintInside = this.getTintInside();
for (int index = 0; index < this.m_corners.Length; ++index)
{
this.m_corners[index].setTintOutside(tint);
}
for (int index = 0; index < 4; ++index)
{
int submeshIndex = index * 6;
GeomStrip.setTint(tintInside, this.m_compositeMesh, submeshIndex);
GeomStrip.setTint(tintInside, this.m_compositeMesh, submeshIndex + 1);
GeomStrip.setTint(tintInside, this.m_compositeMesh, submeshIndex + 2);
GeomStrip.setTint(tint, this.m_compositeMesh, submeshIndex + 3);
GeomStrip.setTint(tint, this.m_compositeMesh, submeshIndex + 4);
GeomStrip.setTint(tint, this.m_compositeMesh, submeshIndex + 5);
}
GeomStrip.setTint(tintInside, this.m_compositeMesh, 24);
}
public void createGeometry()
{
ModelManager instance = ModelManager.getInstance();
Appearance appearance1 = instance.getAppearance(0);
Appearance appearance2 = instance.getAppearance(1);
this.m_appWallAlpha = instance.getAppearance(2);
this.m_appWallReplace = appearance2;
SimWorld simWorld = AppEngine.getCanvas().getSimWorld();
int length1 = JMath.min(6, this.m_sizeX >> 1);
int length2 = JMath.min(6, this.m_sizeZ >> 1);
this.m_wallWindows[0] = new MapObject[length1];
this.m_wallWindows[2] = new MapObject[length1];
this.m_wallWindows[1] = new MapObject[length2];
this.m_wallWindows[3] = new MapObject[length2];
for (int index = 0; index <= this.m_sizeX; ++index)
{
int tileX = this.m_posX + index;
int posZ = this.m_posZ;
AppEngine.appendUnique(simWorld.registerWall(this, 0, tileX, posZ), this.m_wallWindows[0], (MapObject)null);
int tileZ = this.m_posZ + this.m_sizeZ;
AppEngine.appendUnique(simWorld.registerWall(this, 2, tileX, tileZ), this.m_wallWindows[2], (MapObject)null);
}
for (int index = 0; index <= this.m_sizeZ; ++index)
{
int tileZ = this.m_posZ + index;
int posX = this.m_posX;
AppEngine.appendUnique(simWorld.registerWall(this, 3, posX, tileZ), this.m_wallWindows[3], (MapObject)null);
int tileX = this.m_posX + this.m_sizeX;
AppEngine.appendUnique(simWorld.registerWall(this, 1, tileX, tileZ), this.m_wallWindows[1], (MapObject)null);
}
GeomStrip[] geomStripArray = new GeomStrip[25];
for (int index = 0; index < geomStripArray.Length; ++index)
{
geomStripArray[index] = new GeomStrip();
}
GeomStrip geomStrip1 = geomStripArray[24];
this.m_group = new Group();
int[] floorTexCoords = simWorld.getFloorTexCoords(this.m_floorType);
int[] wallTexCoords1 = simWorld.getWallTexCoords(this.m_wallType);
int[] wallTexCoords2 = simWorld.getWallTexCoords(46);
int[] wallTexCoords3 = simWorld.getWallTexCoords(27);
int panelX1 = this.m_posX * 32;
int panelZ1 = this.m_posZ * 32;
int panelW1 = this.m_sizeX * 32;
int panelH1 = this.m_sizeZ * 32;
int num1 = 18;
geomStrip1.addFloor(panelX1, panelZ1, panelW1, panelH1, floorTexCoords, num1, num1, num1, num1);
geomStrip1.addFloor(panelX1, panelZ1, 32, 32, floorTexCoords, 2, 14, 2, 14, 5);
geomStrip1.addFloor(panelX1, panelZ1, panelW1, 32, floorTexCoords, 18, 18, 2, 14, 4);
geomStrip1.addFloor(panelX1 + panelW1 - 32, panelZ1, 32, 32, floorTexCoords, 14, 2, 2, 14, 6);
geomStrip1.addFloor(panelX1 + panelW1 - 32, panelZ1, 32, panelH1, floorTexCoords, 14, 2, 18, 18, 2);
geomStrip1.addFloor(panelX1 + panelW1 - 32, panelZ1 + panelH1 - 32, 32, 32, floorTexCoords, 14, 2, 14, 2, 10);
geomStrip1.addFloor(panelX1, panelZ1 + panelH1 - 32, panelW1, 32, floorTexCoords, 18, 18, 14, 2, 8);
geomStrip1.addFloor(panelX1, panelZ1 + panelH1 - 32, 32, 32, floorTexCoords, 2, 14, 14, 2, 9);
geomStrip1.addFloor(panelX1, panelZ1, 32, panelH1, floorTexCoords, 2, 14, 18, 18, 1);
for (int index1 = 0; index1 < 4; ++index1)
{
int index2 = index1 * 6;
GeomStrip geomStrip2 = geomStripArray[index2 + 2];
GeomStrip geomStrip3 = geomStripArray[index2];
GeomStrip geomStrip4 = geomStripArray[index2 + 1];
GeomStrip geomStrip5 = geomStripArray[index2 + 5];
GeomStrip geomStrip6 = geomStripArray[index2 + 3];
GeomStrip geomStrip7 = geomStripArray[index2 + 4];
int num2 = 0;
int num3 = 0;
int num4 = 0;
int num5 = 0;
int num6 = 0;
GeomStrip.Dir dir1 = GeomStrip.Dir.DIR_X_POS;
int num7 = 0;
int num8 = 0;
GeomStrip.Dir dir2 = GeomStrip.Dir.DIR_X_POS;
switch (index1)
{
case 0:
num2 = this.m_posX;
num3 = this.m_posZ;
num6 = this.m_sizeX;
dir1 = GeomStrip.Dir.DIR_X_POS;
num7 = 1;
num4 = this.m_posX * 32;
num5 = this.m_posZ * 32 + 2;
dir2 = GeomStrip.Dir.DIR_X_NEG;
break;
case 1:
num2 = this.m_posX + this.m_sizeX;
num3 = this.m_posZ;
num6 = this.m_sizeZ;
dir1 = GeomStrip.Dir.DIR_Z_POS;
num8 = 1;
num4 = this.m_posX * 32 + this.m_sizeX * 32 - 2;
num5 = this.m_posZ * 32;
dir2 = GeomStrip.Dir.DIR_Z_NEG;
break;
case 2:
num2 = this.m_posX + this.m_sizeX - 1;
num3 = this.m_posZ + this.m_sizeZ;
num6 = this.m_sizeX;
dir1 = GeomStrip.Dir.DIR_X_NEG;
num7 = -1;
num4 = this.m_posX * 32 + this.m_sizeX * 32;
num5 = this.m_posZ * 32 + this.m_sizeZ * 32 - 2;
dir2 = GeomStrip.Dir.DIR_X_POS;
break;
case 3:
num2 = this.m_posX;
num3 = this.m_posZ + this.m_sizeZ - 1;
num6 = this.m_sizeZ;
dir1 = GeomStrip.Dir.DIR_Z_NEG;
num8 = -1;
num4 = this.m_posX * 32 + 2;
num5 = this.m_posZ * 32 + this.m_sizeZ * 32;
dir2 = GeomStrip.Dir.DIR_Z_POS;
break;
}
int num9 = -num8;
int num10 = num7;
int tileX = num2;
int tileZ = num3;
int panelX2 = num4;
int panelZ2 = num5;
bool flag1 = false;
bool flag2 = false;
bool flag3 = false;
bool flag4 = false;
bool flag5 = false;
bool flag6 = false;
bool flag7 = false;
bool flag8 = false;
int num11 = 0;
int num12 = 0;
int panelW2 = 0;
int num13 = 0;
int num14 = 0;
int num15 = 0;
int num16 = 0;
int num17 = 0;
int panelW3 = 0;
for (int index3 = 0; index3 < num6; ++index3)
{
int attribute = simWorld.getAttribute(tileX, tileZ);
bool flag9 = (attribute & 3840) != 0;
bool flag10 = (attribute & 64) != 0;
bool flag11 = !flag10 && (attribute & 32) != 0;
bool flag12 = (attribute & 128) != 0;
bool flag13 = (simWorld.getAttribute(tileX - num9, tileZ - num10) & 16) == 0;
bool flag14 = flag9 && flag13;
if (flag9 && !flag1 || (flag5 || flag4))
{
num11 = panelX2;
num12 = panelZ2;
panelW2 = 0;
}
if (!flag9 && flag1)
{
num13 = panelX2;
num14 = panelZ2;
num15 = 0;
}
if (flag14 && !flag2 || (flag5 || flag4))
{
num16 = panelX2;
num17 = panelZ2;
panelW3 = 0;
flag6 = flag3;
flag7 = flag4;
flag8 = flag5;
}
if (flag9)
{
panelW2 += 32;
}
else
{
num15 += 32;
}
if (flag14)
{
panelW3 += 32;
}
if (flag10)
{
geomStrip2.addDoorWall(panelX2, panelZ2, 32, dir1, wallTexCoords1, 0, 0);
geomStrip2.addTallWallTop(panelX2, panelZ2, 32, dir1, wallTexCoords2, 0, 0);
if (flag13)
{
int num18 = num16 + num7 * panelW3 - num9 * 4;
int num19 = num17 + num8 * panelW3 - num10 * 4;
int panelX3 = num18 + num7 * 32;
int panelZ3 = num19 + num8 * 32;
geomStrip5.addDoorWall(panelX3, panelZ3, 32, dir2, wallTexCoords3, 0, 0);
geomStrip5.addTallWallTop(panelX3, panelZ3, 32, dir2, wallTexCoords2, 0, 0);
}
}
if (panelW2 > 0 && (flag12 && flag9 || !flag9 && flag1 || index3 == num6 - 1))
{
int panelX3 = num11;
int panelZ3 = num12;
int flags = 0;
int trimStart = 0;
int trimEnd = 0;
if (num11 == num4 && num12 == num5)
{
trimStart = 2;
flags |= 1;
}
if (index3 == num6 - 1)
{
trimEnd = 2;
flags |= 2;
}
if (flag12)
{
geomStrip2.addWindowWall(panelX2, panelZ2, 32, dir1, wallTexCoords1, 0, 0);
geomStrip2.addTallWallTop(panelX2, panelZ2, 32, dir1, wallTexCoords2, 0, 0);
geomStrip3.addShortWall(panelX2, panelZ2, 32, dir1, wallTexCoords1, 0, 0);
geomStrip4.addShortWallTop(panelX2, panelZ2, 32, dir1, wallTexCoords2, 0, 0);
panelW2 -= 32;
}
if (panelW2 > 0)
{
geomStrip2.addTallWall(panelX3, panelZ3, panelW2, dir1, wallTexCoords1, trimStart, trimEnd, flags);
geomStrip2.addTallWallTop(panelX3, panelZ3, panelW2, dir1, wallTexCoords2, trimStart, trimEnd);
geomStrip3.addShortWall(panelX3, panelZ3, panelW2, dir1, wallTexCoords1, trimStart, trimEnd, flags);
geomStrip4.addShortWallTop(panelX3, panelZ3, panelW2, dir1, wallTexCoords2, trimStart, trimEnd);
if (!flag8 && !flag7)
{
int panelX4 = panelX3 + num7 * trimStart;
int panelZ4 = panelZ3 + num8 * trimStart;
geomStrip2.addTallCap(panelX4, panelZ4, dir1, wallTexCoords2);
geomStrip4.addShortCap(panelX4, panelZ4, dir1, wallTexCoords2);
}
if (!flag12 && !flag10)
{
int panelX4 = panelX3 + -num9 * 2 + num7 * (panelW2 - trimEnd);
int panelZ4 = panelZ3 + -num10 * 2 + num8 * (panelW2 - trimEnd);
geomStrip2.addTallCap(panelX4, panelZ4, dir2, wallTexCoords2);
geomStrip4.addShortCap(panelX4, panelZ4, dir2, wallTexCoords2);
}
}
}
if (num15 > 0 && flag9 && !flag1)
{
int panelX3 = 0;
int panelZ3 = 0;
int panelW4 = 0;
int panelH2 = 0;
int trimStartX = 0;
int trimEndX = 0;
int trimStartZ = 0;
int trimEndZ = 0;
switch (dir1)
{
case GeomStrip.Dir.DIR_X_POS:
panelX3 = num13;
panelZ3 = num14 - 2;
panelW4 = num15;
panelH2 = 32;
trimStartZ = 0;
trimEndZ = 30;
break;
case GeomStrip.Dir.DIR_Z_POS:
panelX3 = num13 - 32 + 2;
panelZ3 = num14;
panelW4 = 32;
panelH2 = num15;
trimStartX = 30;
trimEndX = 0;
break;
case GeomStrip.Dir.DIR_X_NEG:
panelX3 = num13 - num15;
panelZ3 = num14 - 32 + 2;
panelW4 = num15;
panelH2 = 32;
trimStartZ = 30;
trimEndZ = 0;
break;
case GeomStrip.Dir.DIR_Z_NEG:
panelX3 = num13 - 2;
panelZ3 = num14 - num15;
panelW4 = 32;
panelH2 = num15;
trimStartX = 0;
trimEndX = 30;
break;
}
geomStrip1.addFloor(panelX3, panelZ3, panelW4, panelH2, floorTexCoords, trimStartX, trimEndX, trimStartZ, trimEndZ, 15);
}
if (panelW3 > 0 && ((flag12 || flag10) && flag14 || (!flag14 && flag2 || flag14 && index3 == num6 - 1)))
{
int panelX3 = num16 + num7 * panelW3 - num9 * 4;
int panelZ3 = num17 + num8 * panelW3 - num10 * 4;
int trimEnd = flag6 || flag8 || flag7 ? 0 : 2;
int trimStart = flag11 || flag12 || flag10 ? 0 : 2;
if (flag12)
{
geomStrip5.addWindowWall(panelX3, panelZ3, 32, dir2, wallTexCoords3, 0, 0);
geomStrip5.addTallWallTop(panelX3, panelZ3, 32, dir2, wallTexCoords2, 0, 0);
geomStrip6.addShortWall(panelX3, panelZ3, 32, dir2, wallTexCoords3, 0, 0);
geomStrip7.addShortWallTop(panelX3, panelZ3, 32, dir2, wallTexCoords2, 0, 0);
panelW3 -= 32;
panelX3 += -num7 * 32;
panelZ3 += -num8 * 32;
}
if (panelW3 > 0)
{
geomStrip5.addTallWall(panelX3, panelZ3, panelW3, dir2, wallTexCoords3, trimStart, trimEnd);
geomStrip5.addTallWallTop(panelX3, panelZ3, panelW3, dir2, wallTexCoords2, trimStart, trimEnd);
geomStrip6.addShortWall(panelX3, panelZ3, panelW3, dir2, wallTexCoords3, trimStart, trimEnd);
geomStrip7.addShortWallTop(panelX3, panelZ3, panelW3, dir2, wallTexCoords2, trimStart, trimEnd);
if (!flag12 && !flag10)
{
int panelX4 = panelX3 - num7 * trimStart;
int panelZ4 = panelZ3 - num8 * trimStart;
geomStrip5.addTallCap(panelX4, panelZ4, dir2, wallTexCoords2);
geomStrip6.addShortCap(panelX4, panelZ4, dir2, wallTexCoords2);
}
if (!flag8 && !flag7)
{
int panelX4 = panelX3 + num9 * 2 + -num7 * (panelW3 - trimEnd);
int panelZ4 = panelZ3 + num10 * 2 + -num8 * (panelW3 - trimEnd);
geomStrip5.addTallCap(panelX4, panelZ4, dir1, wallTexCoords2);
geomStrip6.addShortCap(panelX4, panelZ4, dir1, wallTexCoords2);
}
}
}
flag1 = flag9;
flag2 = flag14;
flag3 = flag11;
flag4 = flag10;
flag5 = flag12;
tileX += num7;
tileZ += num8;
panelX2 += num7 * 32;
panelZ2 += num8 * 32;
}
}
GeomStrip[] subGeomStrips = new GeomStrip[25];
for (int index = 0; index < 25; ++index)
{
subGeomStrips[index] = (GeomStrip)null;
if (geomStripArray[index].getQuadCount() > 0)
{
subGeomStrips[index] = geomStripArray[index];
}
}
this.m_compositeMesh = GeomStrip.createMesh(subGeomStrips);
this.m_compositeMesh.setAppearance(24, appearance1);
this.m_group.addChild((Node)this.m_compositeMesh);
for (int wall = 0; wall < 4; ++wall)
{
this.m_wallAlphasF8[wall] = 0;
this.updateWallAlpha(wall, (int)byte.MaxValue, 0);
}
}
public void setTintOutside(int tint)
{
GeomStrip.setTint(tint, this.m_compositeMesh);
}
public void createGeometry()
{
ModelManager instance = ModelManager.getInstance();
Appearance appearance = instance.getAppearance(1);
this.m_appWallAlpha = instance.getAppearance(2);
this.m_appWallReplace = appearance;
Group group = new Group();
this.m_group = group;
SimWorld simWorld = AppEngine.getCanvas().getSimWorld();
int[] numArray1 = new int[4];
for (int index = 0; index < 4; ++index)
{
int tileX = this.m_posX + Room.ROOM_OFFSETS[index << 1];
int tileZ = this.m_posZ + Room.ROOM_OFFSETS[(index << 1) + 1];
numArray1[index] = simWorld.getRoomAt(tileX, tileZ);
}
int num1 = -1;
for (int index1 = 0; index1 < Room.CONFIGURATIONS_COUNT && num1 == -1; ++index1)
{
int num2 = index1 * 13;
int[] numArray2 = new int[4] {
-1, -1, -1, -1
};
bool flag = true;
for (int index2 = 0; index2 < 4 && flag; ++index2)
{
int num3 = Room.CONFIGURATIONS[num2 + index2];
int num4 = numArray1[index2];
if (num3 != 0 || num4 != -1)
{
if (num3 != 0 && num4 != -1)
{
int index3 = num3 - 1;
if (index3 != 9)
{
int num5 = numArray2[index3];
if (num5 == -1)
{
numArray2[index3] = num4;
continue;
}
if (num4 == num5)
{
continue;
}
}
else
{
continue;
}
}
flag = false;
}
}
if (flag)
{
num1 = index1;
break;
}
}
if (num1 == -1)
{
return;
}
this.m_level = -1;
this.m_subDownWall = Room.CONFIGURATIONS[num1 * 13 + 12] == 1;
int[] numArray3 = new int[Room.CONFIGURATIONS.Length - (num1 * 13 + 8)];
midp.JSystem.arraycopy((Array)Room.CONFIGURATIONS, num1 * 13 + 8, (Array)numArray3, 0, Room.CONFIGURATIONS.Length - (num1 * 13 + 8));
int[] numArray4 = new int[Room.CONFIGURATIONS.Length - (num1 * 13 + 4)];
midp.JSystem.arraycopy((Array)Room.CONFIGURATIONS, num1 * 13 + 4, (Array)numArray4, 0, Room.CONFIGURATIONS.Length - (num1 * 13 + 4));
int[] wallTexCoords1 = simWorld.getWallTexCoords(46);
int[] wallTexCoords2 = simWorld.getWallTexCoords(46);
int[] wallTexCoords3 = simWorld.getWallTexCoords(27);
GeomStrip[] geomStripArray = new GeomStrip[6];
for (int index = 0; index < geomStripArray.Length; ++index)
{
geomStripArray[index] = new GeomStrip();
}
GeomStrip geomStrip1 = geomStripArray[3];
GeomStrip geomStrip2 = geomStripArray[4];
GeomStrip geomStrip3 = geomStripArray[5];
GeomStrip geomStrip4 = geomStripArray[0];
GeomStrip geomStrip5 = geomStripArray[1];
GeomStrip geomStrip6 = geomStripArray[2];
int panelX1 = this.m_posX * 32;
int panelZ1 = this.m_posZ * 32;
int panelX2 = panelX1 - 2;
int panelZ2 = panelZ1 - 2;
int panelX3 = panelX1 + 2;
int panelZ3 = panelZ1 + 2;
int num6 = 30;
if (numArray4[0] != 0 || numArray4[3] != 0)
{
int trimStart = numArray4[0] != 0 ? 0 : 2;
int trimEnd = numArray4[3] != 0 ? 0 : 2;
geomStrip3.addTallWallTop(panelX2, panelZ2, 4, GeomStrip.Dir.DIR_Z_POS, wallTexCoords1, trimStart, trimEnd);
geomStrip6.addShortWallTop(panelX2, panelZ2, 4, GeomStrip.Dir.DIR_Z_POS, wallTexCoords1, trimStart, trimEnd);
}
if (numArray4[1] != 0 || numArray4[2] != 0)
{
int trimStart = numArray4[1] != 0 ? 0 : 2;
int trimEnd = numArray4[2] != 0 ? 0 : 2;
geomStrip3.addTallWallTop(panelX1, panelZ2, 4, GeomStrip.Dir.DIR_Z_POS, wallTexCoords1, trimStart, trimEnd);
geomStrip6.addShortWallTop(panelX1, panelZ2, 4, GeomStrip.Dir.DIR_Z_POS, wallTexCoords1, trimStart, trimEnd);
}
if (numArray3[0] != 2)
{
if (numArray3[0] == 1)
{
geomStrip1.addTallWall(panelX1 + 32, panelZ2, 32, GeomStrip.Dir.DIR_X_NEG, wallTexCoords2, num6, 0);
geomStrip4.addShortWall(panelX1 + 32, panelZ2, 32, GeomStrip.Dir.DIR_X_NEG, wallTexCoords2, num6, 0);
geomStrip1.addTallWall(panelX1, panelZ2, 32, GeomStrip.Dir.DIR_X_NEG, wallTexCoords2, 0, num6);
geomStrip4.addShortWall(panelX1, panelZ2, 32, GeomStrip.Dir.DIR_X_NEG, wallTexCoords2, 0, num6);
}
else
{
geomStrip2.addTallWall(panelX1 + 32, panelZ2, 32, GeomStrip.Dir.DIR_X_NEG, wallTexCoords3, num6, 0);
geomStrip5.addShortWall(panelX1 + 32, panelZ2, 32, GeomStrip.Dir.DIR_X_NEG, wallTexCoords3, num6, 0);
geomStrip2.addTallWall(panelX1, panelZ2, 32, GeomStrip.Dir.DIR_X_NEG, wallTexCoords3, 0, num6);
geomStrip5.addShortWall(panelX1, panelZ2, 32, GeomStrip.Dir.DIR_X_NEG, wallTexCoords3, 0, num6);
}
}
if (numArray3[3] != 2)
{
if (numArray3[3] == 1)
{
geomStrip1.addTallWall(panelX2, panelZ1, 32, GeomStrip.Dir.DIR_Z_POS, wallTexCoords2, 0, num6);
geomStrip4.addShortWall(panelX2, panelZ1, 32, GeomStrip.Dir.DIR_Z_POS, wallTexCoords2, 0, num6);
geomStrip1.addTallWall(panelX2, panelZ1 - 32, 32, GeomStrip.Dir.DIR_Z_POS, wallTexCoords2, num6, 0);
geomStrip4.addShortWall(panelX2, panelZ1 - 32, 32, GeomStrip.Dir.DIR_Z_POS, wallTexCoords2, num6, 0);
}
else
{
geomStrip2.addTallWall(panelX2, panelZ1, 32, GeomStrip.Dir.DIR_Z_POS, wallTexCoords3, 0, num6);
geomStrip5.addShortWall(panelX2, panelZ1, 32, GeomStrip.Dir.DIR_Z_POS, wallTexCoords3, 0, num6);
geomStrip2.addTallWall(panelX2, panelZ1 - 32, 32, GeomStrip.Dir.DIR_Z_POS, wallTexCoords3, num6, 0);
geomStrip5.addShortWall(panelX2, panelZ1 - 32, 32, GeomStrip.Dir.DIR_Z_POS, wallTexCoords3, num6, 0);
}
}
if (numArray3[1] != 2)
{
if (numArray3[1] == 1)
{
geomStrip1.addTallWall(panelX3, panelZ1 + 32, 32, GeomStrip.Dir.DIR_Z_NEG, wallTexCoords2, num6, 0);
geomStrip4.addShortWall(panelX3, panelZ1 + 32, 32, GeomStrip.Dir.DIR_Z_NEG, wallTexCoords2, num6, 0);
geomStrip1.addTallWall(panelX3, panelZ1, 32, GeomStrip.Dir.DIR_Z_NEG, wallTexCoords2, 0, num6);
geomStrip4.addShortWall(panelX3, panelZ1, 32, GeomStrip.Dir.DIR_Z_NEG, wallTexCoords2, 0, num6);
}
else
{
geomStrip2.addTallWall(panelX3, panelZ1 + 32, 32, GeomStrip.Dir.DIR_Z_NEG, wallTexCoords3, num6, 0);
geomStrip5.addShortWall(panelX3, panelZ1 + 32, 32, GeomStrip.Dir.DIR_Z_NEG, wallTexCoords3, num6, 0);
geomStrip2.addTallWall(panelX3, panelZ1, 32, GeomStrip.Dir.DIR_Z_NEG, wallTexCoords3, 0, num6);
geomStrip5.addShortWall(panelX3, panelZ1, 32, GeomStrip.Dir.DIR_Z_NEG, wallTexCoords3, 0, num6);
}
}
if (numArray3[2] != 2)
{
if (numArray3[2] == 1)
{
geomStrip1.addTallWall(panelX1 - 32, panelZ3, 32, GeomStrip.Dir.DIR_X_POS, wallTexCoords2, num6, 0);
geomStrip4.addShortWall(panelX1 - 32, panelZ3, 32, GeomStrip.Dir.DIR_X_POS, wallTexCoords2, num6, 0);
geomStrip1.addTallWall(panelX1, panelZ3, 32, GeomStrip.Dir.DIR_X_POS, wallTexCoords2, 0, num6);
geomStrip4.addShortWall(panelX1, panelZ3, 32, GeomStrip.Dir.DIR_X_POS, wallTexCoords2, 0, num6);
}
else
{
geomStrip2.addTallWall(panelX1 - 32, panelZ3, 32, GeomStrip.Dir.DIR_X_POS, wallTexCoords3, num6, 0);
geomStrip5.addShortWall(panelX1 - 32, panelZ3, 32, GeomStrip.Dir.DIR_X_POS, wallTexCoords3, num6, 0);
geomStrip2.addTallWall(panelX1, panelZ3, 32, GeomStrip.Dir.DIR_X_POS, wallTexCoords3, 0, num6);
geomStrip5.addShortWall(panelX1, panelZ3, 32, GeomStrip.Dir.DIR_X_POS, wallTexCoords3, 0, num6);
}
}
GeomStrip[] subGeomStrips = new GeomStrip[6];
for (int index = 0; index < 6; ++index)
{
subGeomStrips[index] = (GeomStrip)null;
if (geomStripArray[index].getQuadCount() > 0)
{
subGeomStrips[index] = geomStripArray[index];
}
}
this.m_compositeMesh = GeomStrip.createMesh(subGeomStrips);
group.addChild((Node)this.m_compositeMesh);
}
