include <../config/plate.scad>
include <ATX.scad>
include <connector.scad>

function plate_mount_holes_pattern() = connector_holes_pattern();

/*function plate_mount_holes_pattern() = [
    [
        -plate_mount_width / 2 + plate_mount_rounding, 
        plate_mount_depth / 2 - plate_mount_rounding - plate_mount_small
    ],
    [
        -plate_mount_width / 2 + plate_mount_rounding, 
        -plate_mount_depth / 2 + plate_mount_rounding + plate_mount_small
    ],
    [
        0, 
        plate_mount_depth / 2 - plate_mount_rounding - plate_mount_small / 2
    ],
    [
        0, 
        -plate_mount_depth / 2 + plate_mount_rounding + plate_mount_small / 2
    ],
    [
        plate_mount_width / 2 - plate_mount_rounding, 
        plate_mount_depth / 2 - plate_mount_rounding
    ],
    [
        plate_mount_width / 2 - plate_mount_rounding, 
        -plate_mount_depth / 2 + plate_mount_rounding
    ]
];*/

module plate_shape() {
    size = plate_size;
    holes = plate_holes;
    padding = plate_padding;
    hole = plate_hole;

    module corner(x = 0, y = 0) {
        translate([x, y]) {
            circle(r = padding);
        }
    }

    module board_mount_hole(hole = [0, 0]) {
        translate(hole) {
            circle(r = hole / 2);
        }
    }

    module base_shape() {
        hull() {
            move_x = size[0] / 2;
            move_y = size[1] / 2;

            corner(move_x, move_y);
            corner(-move_x, move_y);
            corner(move_x, -move_y);
            corner(-move_x, -move_y);
        }
    }

    module shape_with_mobo_mount() {
        difference() {
            base_shape();
            
            for (hole = holes) {
                board_mount_hole(hole);  
            }
        }
    }

    module mount_shape(position = [0, 0], mirrored = false, scaled = false) {
        if (mirrored) {
            mirror([1, 0]) {
                mount_shape(mirrored = false);
            }
        } else {
            
            width = plate_mount_width;
            depth = plate_mount_depth;
            small = plate_mount_small;
            rounding = plate_mount_rounding;
            hole_scale = plate_mount_hole_scale;
            hole = plate_mount_hole;

            move_x = width / 2 - rounding;
            move_y_big = depth / 2 - rounding;
            move_y_small = move_y_big - small;

            translate(position) {
                difference() {
                    hull() {
                        translate([move_x, move_y_big]) {
                            circle(r = rounding);
                        }

                        translate([move_x, -move_y_big]) {
                            circle(r = rounding);
                        }

                        translate([-move_x, move_y_small]) {
                            circle(r = rounding);
                        }

                        translate([-move_x, -move_y_small]) {
                            circle(r = rounding);
                        }
                    }
                    
                    if (!scaled) {
                        scale(hole_scale) {
                            mount_shape(scaled = true);
                        }

                        for (count = plate_mount_holes_pattern()) {
                            translate(count) {
                                circle(r = hole / 2);
                            }
                        }
                    }
                }
            }
        }
    }

    mount_move_x
    = plate_mount_width / 2 
    + plate_size.x / 2
    + plate_padding;

    shape_with_mobo_mount();
    
    translate([mount_move_x, 0]) {
        mount_shape(mirrored = true);
    }    
    
    translate([-mount_move_x, 0]) {
        mount_shape(mirrored = false);
    }    
}

module plate_object() {
    linear_extrude(height = plate_thickness, center = true) {
        plate_shape();
    }   
}