/Boxes/StackingComponentBox.foocad

A stacking box, which will contain standard sized component organiser inserts from ComponentOrganiser.foocad.

Oops. I later created a near-duplicate of this model called ComponentOrganiserStacking.

Print Notes

main

Use many perimeters, which is better than it doing infill when it gets to the thick bit at the top.

lid

10% infill, and 2 perimeters is fine.

FooCAD Source Code

import static uk.co.nickthecoder.foocad.layout.v1.Layout2d.*
import static uk.co.nickthecoder.foocad.layout.v1.Layout3d.*

include StackingBox.foocad
include ComponentOrganiser.foocad

class StackingComponentBox : AbstractModel() {
    
    @Custom
    var size = Vector2( 2, 4 )

    @Piece( printable = false )
    override fun build() : Shape3d {
        val main : Shape3d = main()
        val lid : Shape3d = lid().mirrorZ()

        return main + lid.bottomTo( main.top + 10 )
    }

    fun componentOrganiser() = ComponentOrganiser().apply {
        drawerX = size.x
        drawerY = size.y
    }

    fun inserts( co : ComponentOrganiser ) : Shape3d {
        return co.insert(1,1)
            .tileX( size.x, co.insertGap ).tileY( size.y, co.insertGap )
            .previewOnly()
            .centerXY()
            
    }

    @Piece
    fun main() : Shape3d {
        //println( "Size : ${ComponentOrganiser().insert(1,1).size}" )

        val co = componentOrganiser()
        val inserts : Shape3d = inserts(co)


        val sb = StackingBox().apply {
            boxWidth = inserts.size.x // 54*size.x
            boxDepth = inserts.size.y //39*size.y
            boxHeight = 49
        }

        co.drawerThickness = sb.baseThickness
        val drawerBottom = co.drawerBottom().centerXY()

        val box = sb.main()

        return box + inserts.bottomTo( drawerBottom.top ) + drawerBottom
    }
    
    @Piece
    fun lid() : Shape3d {

        val co = componentOrganiser()
        val inserts : Shape3d = inserts(co)
        val sb = StackingBox().apply {
            boxWidth = inserts.size.x // 54*size.x
            boxDepth = inserts.size.y //39*size.y
            boxHeight = 49
        }


        val slatT = sb.thickness

        val lid = sb.lid()

        val ys = Cube( inserts.size.x + 2, slatT, lid.size.z )
            .repeatY( size.y-1, inserts.size.y/size.y )
            .centerXY()

        val xs = Cube( slatT, inserts.size.y+2, lid.size.z )
            .repeatX( size.x-1, inserts.size.x/size.x )
            .centerXY()

        val cornerR = 9
        val corners = Circle( cornerR )
            .repeatX( size.x+1, inserts.size.x/size.x )
            .repeatY( size.y+1, inserts.size.y/size.y )
            .center()

        val castle = Circle( cornerR ) /
            (Square(10).roundAllCorners(co.insertRadius+1).translate(3,3)
                .mirrorX().also().mirrorY().also())
   
            
        val castles = castle
                .repeatX( size.x+1, inserts.size.x/size.x )
                .repeatY( size.y+1, inserts.size.y/size.y )
                .center()
            
        val within = Square( inserts.size.x+2, inserts.size.y+2 )
            .roundAllCorners(sb.round - sb.thickness)
            .center()

        val details = (corners / within).extrude( lid.size.z ) +
            (castles / within).extrude( lid.size.z + 3 )

        
        return lid + xs + ys + details //-
            //details.mirrorZ().topTo( 0.8 ) //-
            //xs.topTo( 0.8 ) - ys.topTo( 0.8 )
    }

}