/Tools/CircularSawFrame.foocad

import static uk.co.nickthecoder.foocad.along.v2.Along.*
import static uk.co.nickthecoder.foocad.layout.v1.Layout2d.*
import static uk.co.nickthecoder.foocad.layout.v1.Layout3d.*

class CircularSawFrame : Model {
    
    val width = 2400
    val height = 1200
    val marginX = 100
    val marginZ = 100

    val frameLumber = Lumber( "frame", 35, 25 )
    val edgeLumber = Lumber( "edge", 60, 60 )

    override fun build() : Shape3d {

        val across = frameLumber.cut( width + marginX ).alongX().spreadZ( 6, height + marginZ ) 
            .color("Green")

        val down = frameLumber.cut( height + marginZ ).spreadX( 8, width + marginX )
            .translateY( frameLumber.thickness() )      
            .color("Green").darker()     

        // The rods go into these holes to support the sheet material at the bottom and left edges.
        // So that the holes can be adjusted, add off center bushings, which can be rotated
        // so that all the rods line up perfectly, and at right angles to each other.
        // Screw the bushings in place after adjustment. 
        val hole = Cylinder( edgeLumber.width()*3, 15 ).rotateX(90).center()

        val holesAcross = 13
        val bottom = (
                edgeLumber.cut( width + marginX ).alongX2() -
                hole.repeatX( holesAcross, (width+marginX)/(holesAcross+1) ).translateZ( edgeLumber.width()/2 )
                    .leftTo(width/holesAcross)
            )
            .topTo(0)
        val left = (
                edgeLumber.cut( height + marginZ + edgeLumber.thickness()).rotateZ(90) -
                hole.repeatZ( 7, height/7 ).translateX( -edgeLumber.width()/2 )
                    .translateZ(height/7)
            )
            .bottomTo(-edgeLumber.thickness())
            .rightTo(0)

        val frame = across + down + bottom + left



        return frame.rotateX(-5)
    }
}