import static uk.co.nickthecoder.foocad.chamferedextrude.v1.ChamferedExtrude.*

/**
 * Zip ties inspired by SunShine :
 * https://www.youtube.com/watch?v=AJyiSVeIEqY
 *
 * NOTE. Do NOT try to print one at a time, as the small size will probably
 * prevent one layer cooling before the next layer starts.
 */
class MyModel : Model {

    val size = Vector3( 9.5, 5.5, 2.8 )
    val diameter = 2.15
    val overhang = 2.0
    val offset = 2.75
    val anvilHeight = 2
   
    fun one(diameter : float, overhang : float) : Shape3d {
        val base = Square( size.x, size.y )
            .center().roundAllCorners( size.y / 6 )
            .extrude( size.z )

        val hole = Circle( diameter / 2 ).sides(20)
            .chamferedExtrude(size.z+1, -0.8, 0)
            .translate(offset, 0, -0.001)
        val holes = hole.mirrorX().also().translateZ(-0.01)

        val chamfer = 1
        val anvil = ExtrusionBuilder().apply {
            crossSection(Square( offset *2 - diameter, size.y ).center())
            forward( anvilHeight *0.25)
            crossSection(Square( offset *2 - diameter, (size.y + diameter)/2).center())
            forward( anvilHeight *0.75)
            crossSection(Square( offset *2 - diameter + overhang, diameter ).center())
        }.build()
            .bottomTo(base.top)

        return (base + anvil) - holes
    }

    /**
     * 7 clips, each with a different diameters
     * NOTE. The speed and layer height will probably affect the finish result,
     * The center item uses "diameter".
     * Once you have worked out the best diameter (the filament should just fit in the hole),
     * move on to "overhangVariations"
     */
    @Piece
    fun diameterVariations() : Shape3d {
        val variation = 0.05
        val overhangVariation = 0.2

        val items = listOf<Shape3d>()
        for (i in 0 .. 6) {

            items.add(
                one( diameter + variation * (i-3), 0 )
                    .translateY( i * (size.y + 1) )
            )
        }
        items.add(
            Cube( 1.5, (size.y + 1)* 6, 0.4 ).centerX()
        )
        
        return Union3d( items )
    }

    @Piece
    fun overhangVariations() : Shape3d {
        val variation = 0.2

        val items = listOf<Shape3d>()
        for (i in 0 .. 6) {

            items.add(
                one( diameter, overhang + variation * (i-3) )
                    .translateY( i * (size.y + 1) )
            )
        }
        items.add(
            Cube( 1.5, (size.y + 1)* 6, 0.4 ).centerX()
        )
        
        return Union3d( items )
    }

   
    /**
     * 16 clips in a 4x4 grid
     */
    @Piece
    fun many() : Shape3d {
        return one( diameter, overhang )
    }

    override fun build() : Shape3d {
        return one(diameter, overhang)
    }
}