import static uk.co.nickthecoder.foocad.arrange.v1.Arrange.*
import static uk.co.nickthecoder.foocad.layout.Layout2d.*
import static uk.co.nickthecoder.foocad.layout.Layout3d.*
/**
I downloaded some stl files, and rather than manually slice and upload them
to my printer, I chose to wrap them in a foocad script, so that I can
use my FooCAD application to upload them.

This is really weird, as I am parsing an stl file, and then generating a
scad file from it, and then using that to produce a near exact copy of the
original stl file, which is then sliced and uploaded.

Ghost_emoji is WAY too big, so I added "smallGhost", "mediumGhost" and "thinGhost"

Hanging_Bat is a nice idea, but its a bit "blocky"
    Maybe I should use the basic outline, and use foocad to round the edges!

*/
class Decorations : Model {

    @Piece
    fun wobbleStand() : Shape3d {
        val hole = Circle.hole(24/2)
        val small = hole.offset(1)
        val large = small.offset(8)
        val height = 20

        val floor = (Circle( 21 ) - Circle( 13 )).extrude( 0.4 )

        return ExtrusionBuilder().apply {
            forward( 3 )
            crossSection( hole )
            forward(-3)
            crossSection()
            crossSection(small)
            forward(height)
            crossSection(large)
            crossSection(large.offset(-1))
            forward(-height+4+2)
            crossSection(small.offset(-1))
            forward(-2)
            crossSection(small.offset(-3))
        }.build().mirrorZ().toOriginZ() -
            Cylinder( 100, 10 ) +
            floor
    }
    
    @Piece
    fun hat() : Shape3d {
        val brim = Circle(15).hull( Circle(17).translateY(5) )
        val main = brim.offset(-4)

        val inside = main.offset(-1)
        return ExtrusionBuilder().apply {
            turnX(-4)
            forward( 17 )
            crossSection( inside.offset(-1) )
            forward( -17 )
            turnX(4)
            crossSection()
            crossSection( brim )
            forward(1)
            crossSection()
            crossSection( main )
            turnX(-4)
            forward(20)
            crossSection( main.offset(-1) )
            crossSection( main.offset(-2) )
            forward(-0.75)
            crossSection()
        }.build()
    }

    override fun build() : Shape3d {
        return arrangeX( 10,
            wobbleStand(), hat()
        )
    }
}