ForgeMultipart/codechicken/microblock/EdgeMicroblock.scala

package codechicken.microblock

import codechicken.core.vec.Cuboid6
import codechicken.core.vec.Scale
import codechicken.core.vec.Vector3
import codechicken.core.raytracer.SelectionBox
import codechicken.core.vec.TransformationList
import codechicken.core.vec.AxisCycle
import codechicken.core.vec.Rotation
import codechicken.multipart.TMultiPart
import codechicken.multipart.TNormalOcclusion
import codechicken.multipart.JPartialOcclusion
import codechicken.multipart.NormalOcclusionTest
import codechicken.multipart.TileMultipart
import codechicken.multipart.MultiPartRegistry
import codechicken.core.lighting.LazyLightMatrix
import codechicken.microblock.MicroMaterialRegistry.IMicroMaterial
import cpw.mods.fml.relauncher.SideOnly
import cpw.mods.fml.relauncher.Side
import codechicken.scala.ScalaBridge._
import codechicken.core.raytracer.ExtendedMOP

object EdgePlacement extends PlacementProperties
{
    import codechicken.multipart.PartMap._
    
    def microClass = EdgeMicroClass
    
    def placementGrid = EdgePlacementGrid
    
    def opposite(slot:Int, side:Int):Int = 
    {
        if(slot < 0)//custom placement
            return slot
        val e = slot-15
        return 15+(packEdgeBits(e, unpackEdgeBits(e)^(1<<(side>>1))))
    }
    
    override def customPlacement(pmt:MicroblockPlacement):ExecutablePlacement = 
    {
        if(pmt.size%2 == 1) return null
        
        val part = PostMicroClass.create(pmt.size, pmt.hit.sideHit>>1, pmt.material, pmt.world.isRemote)
        if(pmt.doExpand)
        {
            val hpart = pmt.htile.partList(ExtendedMOP.getData[(Int, _)](pmt.hit)._1)
            if(hpart.getType == PostMicroClass.getName)
            {
                val mpart = hpart.asInstanceOf[Microblock]
                if(mpart.material == pmt.material && mpart.getSize + pmt.size < 8)
                {
                    part.shape = ((mpart.getSize+pmt.size)<<4|mpart.getShape).toByte
                    return pmt.expand(mpart, part)
                }
            }
        }
        
        if(pmt.slot >= 0)
            return null
        
        if(pmt.internal && !pmt.oppMod)
            return pmt.internalPlacement(pmt.htile.asInstanceOf[TileMultipart], part)
        
        return pmt.externalPlacement(part)
    }
}

object EdgeMicroClass extends MicroblockClass
{
    var aBounds:Array[Cuboid6] = new Array(256)
    
    for(s <- 0 until 12)
    {
        val rx = if((s&2) != 0) -1 else 1
        val rz = if((s&1) != 0) -1 else 1
        val transform = new TransformationList(new Scale(new Vector3(rx, 1, rz)), AxisCycle.cycles(s>>2)).at(Vector3.center)
        
        for(t <- 1 until 8)
        {
            val d = t/8D
            aBounds(t<<4|s) = new SelectionBox(new Cuboid6(0, 0, 0, d, 1, d))
                .transform(transform).bound
        }
    }
    
    override def itemSlot = 15
    
    def getName = "mcr_edge"
    
    def create(client:Boolean) = 
        if(client)
            new EdgeMicroblockClient
        else
            new EdgeMicroblock
    
    def create(size:Int, slot:Int, material:Int, client:Boolean) = 
        if(client)
            new EdgeMicroblockClient(size, slot, material)
        else
            new EdgeMicroblock(size, slot, material)
    
    def placementProperties = EdgePlacement
    
    override def sizeToVolume(size:Int) = size*size
    
    def getDisplayName(size:Int):String = size match
    {
        case 1 => "Strip"
        case 2 => "Post"
        case 4 => "Pillar"
    }
}

class EdgeMicroblockClient(shape$:Byte = 0, material$:Int = 0) extends EdgeMicroblock(shape$, material$) with CommonMicroblockClient
{
    def this(size:Int, slot:Int, material:Int) = this((size<<4|(slot-15)).toByte, material)
}

class EdgeMicroblock(shape$:Byte = 0, material$:Int = 0) extends CommonMicroblock(shape$, material$)
{
    def this(size:Int, slot:Int, material:Int) = this((size<<4|(slot-15)).toByte, material)
    
    def microClass = EdgeMicroClass
    
    def getBounds = EdgeMicroClass.aBounds(shape)
    
    override def getSlot = getShape+15
}

object PostMicroClass
{
    var aBounds:Array[Cuboid6] = new Array(256)
    
    for(s <- 0 until 3)
    {
        val transform = Rotation.sideRotations(s<<1).at(Vector3.center)
        for(t <- 2 until 8 by 2)
        {
            val d1 = 0.5-t/16D
            val d2 = 0.5+t/16D
            aBounds(t<<4|s) = new SelectionBox(new Cuboid6(d1, 0, d1, d2, 1, d2))
                .transform(transform).bound
        }
    }
    
    def getName = "mcr_post"
    
    def create(client:Boolean) = 
        if(client)
            new PostMicroblockClient
        else
            new PostMicroblock
    
    def create(size:Int, slot:Int, material:Int, client:Boolean) = 
        if(client)
            new PostMicroblockClient(size, slot, material)
        else
            new PostMicroblock(size, slot, material)
    
    def register() = MultiPartRegistry.registerParts((_, c:Boolean) => create(c), getName)
}

class PostMicroblockClient(shape$:Byte = 0, material$:Int = 0) extends PostMicroblock(shape$, material$) with MicroblockClient
{
    var renderBounds1:Cuboid6 = _
    var renderBounds2:Cuboid6 = _
    
    def this(size:Int, orient:Int, material:Int) = this((size<<4|orient).toByte, material)
    
    override def renderStatic(pos:Vector3, olm:LazyLightMatrix, pass:Int)
    {
        val mat = MicroMaterialRegistry.getMaterial(material)
        if(mat != null && pass == mat.getRenderPass)
            render(pos, olm, mat)
    }
    
    def render(pos:Vector3, olm:LazyLightMatrix, mat:IMicroMaterial)
    {
        renderCuboid(pos, olm, mat, renderBounds1, 0)
        if(renderBounds2 != null)
            renderCuboid(pos, olm, mat, renderBounds2, 0)
    }
    
    override def onPartChanged()
    {
        if(tile.worldObj.isRemote)
            recalcBounds()
    }
    
    def recalcBounds()
    {
        renderBounds1 = getBounds.copy
        renderBounds2 = null
        
        shrinkFace(getShape<<1)
        shrinkFace(getShape<<1|1)
        
        tile.partList.foreach(p =>
            if(p.isInstanceOf[PostMicroblock] && p != this)
                shrinkPost(p.asInstanceOf[PostMicroblock])
        )
    }
    
    def shrinkFace(fside:Int)
    {
        val part = tile.partMap(fside)
        if(part != null && part.getType.equals("mcr_face"))
            MicroOcclusion.shrink(renderBounds1, part.asInstanceOf[CommonMicroblock].getBounds, fside)
    }
    
    def shrinkPost(post:PostMicroblock)
    {
        if(post == this)
            return
        
        if(thisShrinks(post))
        {
            if(renderBounds2 == null)
            {
                renderBounds2 = renderBounds1.copy
                getShape match
                {
                    case 0 => renderBounds2.min.y = 0.5; renderBounds1.max.y = 0.5
                    case 1 => renderBounds2.min.z = 0.5; renderBounds1.max.z = 0.5
                    case 2 => renderBounds2.min.x = 0.5; renderBounds1.max.x = 0.5
                }
            }
            MicroOcclusion.shrink(renderBounds1, post.getBounds, getShape<<1|1)
            MicroOcclusion.shrink(renderBounds2, post.getBounds, getShape<<1)
        }
    }
    
    def thisShrinks(other:PostMicroblock):Boolean =
    {
        if(getSize != other.getSize) return getSize < other.getSize
        if(isTransparent != other.isTransparent) return isTransparent
        return getShape > other.getShape
    }
}

class PostMicroblock(shape$:Byte = 0, material$:Int = 0) extends Microblock(shape$, material$) with JPartialOcclusion with TNormalOcclusion
{
    def this(size:Int, orient:Int, material:Int) = this((size<<4|orient).toByte, material)
    
    override def getType = PostMicroClass.getName
    
    def getBounds = PostMicroClass.aBounds(shape)
    
    def getOcclusionBoxes = Seq(getBounds)
    
    def getPartialOcclusionBoxes = getOcclusionBoxes
    
    override def itemSizes = EdgeMicroClass.itemSizes
    
    override def itemClassID = EdgeMicroClass.classID
    
    override def sizeToVolume(size:Int) = EdgeMicroClass.sizeToVolume(size)
    
    override def occlusionTest(npart:TMultiPart): Boolean = 
    {
        if(npart.isInstanceOf[PostMicroblock])
            return npart.asInstanceOf[PostMicroblock].getShape != getShape
        
        if(npart.getType.equals("mcr_face"))
            if(npart.asInstanceOf[CommonMicroblock].getSlot>>1 == getShape)
                return true
        
        return super.occlusionTest(npart)
    }
}