import uk.co.nickthecoder.foocad.woodworking.v1.*
import static uk.co.nickthecoder.foocad.woodworking.v1.Woodworking.*
import uk.co.nickthecoder.foocad.screws.v3.*
import static uk.co.nickthecoder.foocad.layout.v1.Layout2d.*
import static uk.co.nickthecoder.foocad.layout.v1.Layout3d.*
import static uk.co.nickthecoder.foocad.along.v3.Along.*
import uk.co.nickthecoder.foocad.woodworking.v1.*
import static uk.co.nickthecoder.foocad.woodworking.v1.Woodworking.*

class DemoNoobWoodworker : Model {

    @Custom
    var noob = NoobWoodworker()

    @Custom
    var wood = Wood( "wood", 45, 16 )

    @Custom
    var angleRadius = 20

    @Piece
    meth guideShim() = noob.guideShim( wood.size )

    meth preview() = wood.cut( 100 ).previewOnly()

    @Piece
    meth angle() = noob.angle( wood.size.x, angleRadius ) +
        preview().edgeDownAlongX().mirrorY() +
        preview().edgeDownAlongY().rightTo(0).frontTo(-wood.thickness)

    @Piece
    meth angle2() = noob.angle2( wood.width, wood.thickness, angleRadius ) +
        preview().edgeDownAlongX().backTo(0).bottomTo( noob.flatThickness ) +
        preview().edgeDownAlongY().leftTo(-wood.thickness).frontTo(-wood.thickness).bottomTo( noob.flatThickness )

    @Piece
    meth corner() = noob.corner( wood ) +
        preview().sideDownAlongX().bottomTo( noob.flatThickness ).leftTo( noob.betweenThickness ) +
        preview().sideDownAlongY().bottomTo( noob.flatThickness ).rightTo( 0 )

    @Piece
    meth doubleCorner() = noob.doubleCorner( wood )
    
    @Piece
    meth tConnector() = noob.tConnector( wood ) +
        preview().sideDownAlongX().bottomTo( noob.flatThickness )  +
        preview().sideDownAlongY().bottomTo( noob.flatThickness ).rightTo( -noob.betweenThickness ).centerYTo( wood.width/2 )

    @Piece
    meth simpleConnector() = noob.simpleConnector( wood.size )

    override fun build() : Shape3d {
        return guideShim()
    }
}

class NoobWoodworker {
    
    @Custom
    var betweenThickness = 2

    @Custom
    var edgeThickness = 3

    @Custom
    var flatThickness = 1
    
    @Custom
    var betweenCountersink = Countersink()

    @Custom
    var outsideCountersink = Countersink()

    @Custom
    var guideCountersink = Countersink()

    @Custom
    var rounding = 4

    var color = "Orange"

    // Set to true when rendering the large-scale, so that the plastic hardware
    // is greatly simplified. i.e. no holes, no threads etc.
    var mock = false

    
    meth guideShim( size : Vector2 ) : Shape3d {
        val shim = Square( size ).center()
            .roundAllCorners(rounding)
            .extrude( edgeThickness )
        val hole = outsideCountersink.topTo( shim.top )

        return if ( mock ) {
            shim
        } else {
            shim - hole
        }.color( color )
    }
    
    meth angle( width : double ) = angle( width, width*0.7 )

    meth angle( width : double, radius : double ) : Shape3d {

        val shape = Square( width, edgeThickness )
            .rotate(90).leftTo(0).also(2)
            .roundCorner(3, radius)
        val holes = outsideCountersink
            .depth( width )
            .recess( width - outsideCountersink.recessDiameter/4 - 1 )
            .rotateX(-90)
            .backTo( width )
            .centerXTo( width *0.75 )
            .centerZTo( width/2 )
            .rotateZ(90).mirrorX().also(2)

        return if (mock) {
            shape.extrude( width )
        } else {
            val roundMask = Square( width )
                .roundCorner(2, rounding)
                .roundCorner(1, rounding)
                .extrude( width*3 )
                .rotateX(90)
                .centerY()
                .bottomTo(0)

            (shape.extrude( width ) - holes)
                .intersection(roundMask)
                .intersection(roundMask.rotateZ(90))
        }
    }

    meth angle2( width : double, thickness : double ) = angle2( width, thickness, width*0.7 )

    meth angle2( width : double, thickness : double, radius : double ) : Shape3d {
        
        val shape = Square( width, edgeThickness )
            .rotate(90).leftTo(0).also(2)
            .roundCorner(3, radius)
        val holes = outsideCountersink
            .depth( width )
            .recess( width - outsideCountersink.recessDiameter/4 - 1 )
            .rotateX(-90)
            .backTo( width )
            .centerXTo( width *0.75 )
            .centerZTo( width/2 )
            .rotateZ(90).mirrorX().also(2)

        val baseShape = (
                Square( width + thickness ).leftTo(-thickness).frontTo(-thickness) -
                Square( width * 2 ).translate(edgeThickness, edgeThickness )
            ).toPolygon()
        val base = baseShape
            .roundCorner(5, rounding )
            .roundCorner(4, rounding )
            .roundCorner(3, rounding )
            .extrude( flatThickness )

        return if (mock) {
            base + shape.extrude( width + flatThickness )
        } else {
            val roundMask = Square( width, width + flatThickness )
                .roundCorner(2, rounding)
                .extrude( width*3 )
                .rotateX(90)
                .centerY()
                .bottomTo(0)
            base + (shape.extrude( width + flatThickness ) - holes)
                .intersection(roundMask)
                .intersection(roundMask.rotateZ(90))
        }

    }

    meth corner( wood : Wood ) = corner( wood.width, wood.thickness )

    meth corner( width : double, thickness : double ) : Shape3d {
        val back = Square( width * 2 + betweenThickness, width )
            .roundCorners( listOf<int>(2, 3), rounding )
            .extrude( flatThickness )
            .leftTo(-width)
        
        val between = Cube( betweenThickness, width, thickness )
            .bottomTo( back.top )

        val betweenHole = betweenCountersink.rotateY(-90)
            .leftTo( between.left )
            .centerYTo( between.middle.y )
            .centerZTo( between.middle.z )
        
        val end = Square( back.size.x, between.size.z + edgeThickness )
            .roundCorners( listOf<int>(2, 3), rounding )
            .leftTo( back.left )
            .extrude( edgeThickness )
            .rotateX(90)

        val endHoles = guideCountersink
            .rotateX(90)
            .frontTo( end.front )
            .centerZTo( end.middle.z )
            .translateX( -width / 4 )
            .translateX( -width / 2 ).also()
            .translateX( width + betweenThickness ).also()

        return if ( mock ) {
            back + between + end
        } else {
            (back + between - betweenHole + end - endHoles )
        }.color( color )
        
    }

    meth doubleCorner( wood : Wood ) = doubleCorner( wood.width, wood.thickness )

    meth doubleCorner( width : double, thickness : double ) : Shape3d {

        val between1 = Square(  width + edgeThickness, thickness)
            .extrude(betweenThickness)
            .rotateY(-90)
            .leftTo(0)
            .frontTo(-thickness)

        val between2 = Square( width + betweenThickness, width + edgeThickness)
            .extrude( edgeThickness )
            .rotateX(90)
            .frontTo(0)
            .leftTo(-width)
        
        val guide1 = Square( width*2 + betweenThickness, thickness )
            .roundCorners( listOf<int>(2, 3), rounding )
            .leftTo( between2.left )
            .extrude( edgeThickness )
            .mirrorY()

        val guide2 = Square( thickness, width )
            .roundCorner( 3, rounding )
            .leftTo( between2.left )
            .frontTo( betweenThickness )
            .extrude( edgeThickness )

        val guide3 = Square( width + edgeThickness, width )
            .roundCorner(2, rounding)
            .extrude( edgeThickness )
            .rotateY(-90)
            .leftTo(guide2.right)
            .translateY(betweenThickness)

        val guide4 = guide3.rotateZ(-90)
            .leftTo(between2.right)
            .frontTo(0)

        val twoHoles = outsideCountersink
            .mirrorZ()
            .translateX(width/2).also()
            .centerXTo( - width/2 )
            .centerYTo( - thickness/2 )

        val bottomHoles = twoHoles.translateX(width + betweenThickness ).also() +
            twoHoles.rotateZ(90)
            .centerXTo( guide2.middle.x )
            .centerYTo( guide2.middle.y )

        val guide4Hole = outsideCountersink
            .rotateX(-90)
            .centerXTo( guide4.middle.x )
            .centerZTo( guide4.middle.z )
            .backTo( guide4.back )

        val guide3Hole = outsideCountersink
            .rotateY(90)
            .centerYTo( guide3.middle.y )
            .centerZTo( guide3.middle.z )
            .rightTo( guide3.right )
            
        val between1Hole = betweenCountersink
            .rotateY(-90)
            .centerYTo( between1.middle.y )
            .centerZTo( width*0.8 )
            .leftTo( between1.left )

        var between2Hole : Shape3d = betweenCountersink
            .rotateX(-90)
            .centerXTo( between2.middle.x )
            .centerZTo( width*0.8 )
            .backTo( between2.back )
        between2Hole = if ( false ) {
            between2Hole.centerXTo( -width + thickness/2 )
        } else {
            between2Hole.centerXTo( -(width-thickness)/2 )
        }
    
        return if ( mock ) {
            between1 + between2 + 
            guide1 + guide2 + guide3 + guide4
        } else {
            between1 + between2 + 
            guide1 + guide2 + guide3 + guide4 -
            guide3Hole - guide4Hole - bottomHoles - between1Hole - between2Hole
        }.color( color )
        
        
    }

    meth tConnector( wood : Wood ) = tConnector( wood.width, wood.thickness )
    meth tConnector( wood : Wood, overlap : double ) = tConnector( wood.width, wood.thickness, overlap )
    meth tConnector( width : double, thickness : double ) = tConnector( width, thickness, width * 2/3 )

    meth tConnector( width : double, thickness : double, overlap : double ) : Shape3d {

        val back = Square( width + overlap + betweenThickness, width + edgeThickness )
            .roundAllCorners(rounding)
            .extrude( flatThickness )
            .leftTo(-overlap)
        val between = Cube( betweenThickness, width, thickness )
            .bottomTo( back.top )
            .frontTo( edgeThickness )

        val guide = Cube( width + betweenThickness - rounding, edgeThickness, thickness + flatThickness )

        val betweenHole = betweenCountersink
            .rotateY(90)
            .centerYTo( between.middle.y )
            .centerZTo( between.middle.z )
            .rightTo( between.right )

        val guideHole = outsideCountersink
            .rotateX(90)
            .centerXTo( guide.middle.x )
            .centerZTo( guide.middle.z )
            .frontTo( guide.front )


        return if (mock) {
            back + between + guide
        } else {
            back + between + guide - betweenHole - guideHole
        }.color( color ).translate( -betweenThickness, -edgeThickness, 0 )
    }

    meth simpleConnector( size : Vector2 ) = simpleConnector( size.x, size.y )

    meth simpleConnector( width : double, thickness : double ) : Shape3d {
        val back = Square( width * 1.5 + betweenThickness, width )
            .extrude( edgeThickness )
            .leftTo(-width)
        val between = Cube( betweenThickness, width, thickness )
            .bottomTo( back.top )

        return (back + between).color( color )
    }
    
}