public void update()
{
setCylinderValues();
//Updates mesh
multiCylinder.UpdateCylinders();
}
public void update(float bottomStart, float height, float botWidth, float topWidth, float thickness)
{
float maxWidth = (topWidth > botWidth)? topWidth : botWidth;
float widthDiff = (topWidth > botWidth) ? topWidth - botWidth : botWidth - topWidth;
Cylinder c0 = multiCylinder.cylinders[0];
Cylinder c1 = multiCylinder.cylinders[1];
Cylinder c2 = multiCylinder.cylinders[2];
//Sets outer shell values
c0.bottomStart = bottomStart;
c0.height = height;
c0.botWidth = botWidth;
c0.topWidth = topWidth;
c0.tiling = 2;
c0.uvBot = 0;
c0.uvTop = (height) / (6 * maxWidth / c0.tiling);
if (c0.uvTop > 240 / 512f)
{
}
c0.uvTop = 240 / 512f;
//Sets top bit values
c1.bottomStart = bottomStart + height;
c1.height = 0;
c1.botWidth = topWidth;
c1.topWidth = topWidth - thickness * topWidth;
c1.uvBot = (241 / 512f);
c1.uvTop = ((512 - 241) / 512f);
c1.tiling = ((int)(6 * (30 / 512f) / (thickness * topWidth) * (6 * topWidth))) / 6f;
//Sets inner shell values
c2.bottomStart = bottomStart + height;
c2.height = -height;
c2.botWidth = topWidth - thickness * topWidth;
c2.topWidth = botWidth - thickness * topWidth;
c2.uvBot = ((512 - 240) / 512f);
c2.uvTop = 1;
//Updates mesh
multiCylinder.UpdateCylinders();
}
public void update()
{
getDecouplerShroudValues();
topWidth += antiZFightSizeIncrease;
botWidth += antiZFightSizeIncrease;
float maxWidth = (topWidth > botWidth)? topWidth : botWidth;
float widthDiff = (topWidth > botWidth) ? topWidth - botWidth : botWidth - topWidth;
Cylinder c0 = multiCylinder.cylinders[0]; //outside shell
Cylinder c1 = multiCylinder.cylinders[1]; //top flat bit
Cylinder c2 = multiCylinder.cylinders[2]; //inside
Cylinder c3 = multiCylinder.cylinders[3]; //bottom tucked in edge
Cylinder c4 = multiCylinder.cylinders[4]; //top bevel in edge
Vector2 bevel = new Vector2((botWidth - topWidth), height).normalized + Vector2.right;
bevel = bevel.normalized * topBevelSize;
//Creates bottom edge
c3.bottomStart = vertOffset - bottomEdgeSize;
c3.height = bottomEdgeSize;
c3.botWidth = botWidth - bottomEdgeSize;
c3.topWidth = botWidth;
c3.tiling = 2;
c3.uvBot = 0;
c3.uvTop = .01f;
//Sets outer shell values
c0.bottomStart = vertOffset;
c0.height = height - bevel.y;
c0.botWidth = botWidth;
c0.topWidth = topWidth;
c0.tiling = 2;
c0.uvBot = 0.01f;
c0.uvTop = 240 / 512f - .01f;
//c0.uvTop = (height) / (6*maxWidth / c0.tiling);
//if (c0.uvTop > 240 / 512f) {
//}
//Set top Bevel
c4.bottomStart = vertOffset + height - bevel.y;
c4.height = bevel.y;
c4.botWidth = topWidth;
c4.topWidth = topWidth - bevel.x;
c4.tiling = 2;
c4.uvBot = 240 / 512f - .01f;
c4.uvTop = 240 / 512f;
//Sets top bit values
c1.bottomStart = vertOffset + height;
c1.height = 0;
c1.botWidth = topWidth - bevel.x;
c1.topWidth = (topWidth - bevel.x) - thickness * topWidth;
c1.uvBot = (241 / 512f);
c1.uvTop = ((512 - 241) / 512f);
c1.tiling = ((int)(6 * (30 / 512f) / (thickness * topWidth) * (6 * topWidth))) / 6f;
//Sets inner shell values
c2.bottomStart = vertOffset + height;
c2.height = -height;
c2.botWidth = topWidth - thickness * topWidth;
c2.topWidth = botWidth - thickness * topWidth;
c2.uvBot = ((512 - 240) / 512f);
c2.uvTop = 1;
topWidth -= antiZFightSizeIncrease;
botWidth -= antiZFightSizeIncrease;
//Updates mesh
multiCylinder.UpdateCylinders();
}
