include <../config.scad>
include <../modules.scad>

module top_side() {


    // sidetable top
    translate([
        0,
        0,
        MAIN_HEIGHT - TOP_THICKNESS
    ]){
        difference(){

            color(COLORSCHEME == "semantic" ? COLOR_SEMANTIC_USABLE_SURFACE : COLOR_WOOD) {
                cube([SIDETABLE_WIDTH, SIDETABLE_DEPTH, TOP_THICKNESS]);
            }

            // cut cable slots
            color(COLORSCHEME == "semantic" ? COLOR_SEMANTIC_CABLE_MANAGEMENT : COLOR_CUTOUT) {
                for (i=[1:CABLE_SLOT_NUM_SIDETABLE]){
                    translate([
                        (i * ( SIDETABLE_WIDTH / (CABLE_SLOT_NUM_SIDETABLE + 1) )) - CABLE_SLOT_WIDTH / 2,
                        SIDETABLE_DEPTH - CABLE_SLOT_TOP_OFFSET - CABLE_SLOT_DEPTH,
                        -CUTOUT_OVERCOMMIT
                    ]){
                        cube([
                            CABLE_SLOT_WIDTH,
                            CABLE_SLOT_DEPTH,
                            CUTOUT_OVERCOMMIT + TOP_THICKNESS + CUTOUT_OVERCOMMIT
                        ]);
                    }
                }
            }
        }
    }

    // sidetable backplate
    translate([
        0,
        SIDETABLE_DEPTH,
        MAIN_HEIGHT - TOP_THICKNESS - _BACKPLATE_HEIGHT
    ]){
        rotate([90, 0, 0]){
            color(COLORSCHEME == "semantic" ? COLOR_SEMANTIC_LOAD_BEARING : COLOR_WOOD) {
                cube([SIDETABLE_WIDTH, _BACKPLATE_HEIGHT, BACKPLATE_THICKNESS]);
            }
        }
    }

    // sidetable sideplate (touches main table backplate)
    translate([
        0,
        0,
        MAIN_HEIGHT - TOP_THICKNESS - _BACKPLATE_HEIGHT
    ]){
        rotate([90, 0, 90]){
            color(COLORSCHEME == "semantic" ? COLOR_SEMANTIC_LOAD_BEARING : COLOR_WOOD) {
                cube([SIDETABLE_DEPTH - BACKPLATE_THICKNESS, _BACKPLATE_HEIGHT, BACKPLATE_THICKNESS]);
            }
        }
    }

    // sidetable stand bottom, backside
    translate([
        0,
        SIDETABLE_DEPTH - BACKPLATE_THICKNESS - STAND_DEPTH,
        MAIN_HEIGHT - TOP_THICKNESS - STAND_HEIGHT
    ]){
        difference() {
            color(COLORSCHEME == "semantic" ? COLOR_SEMANTIC_LOAD_BEARING : COLOR_WOOD) {
                cube([
                    SIDETABLE_WIDTH,
                    STAND_DEPTH + BACKPLATE_THICKNESS,
                    STAND_THICKNESS
                ]);
            }

            // cutout in overlap so we can stack stand bottom planks (side and back) in the corner
            color(COLOR_CUTOUT) {
                cube([
                    STAND_DEPTH + BACKPLATE_THICKNESS,
                    STAND_DEPTH + BACKPLATE_THICKNESS,
                    STAND_THICKNESS / 2
                ]);
            }
        }
    }

    // sidetable stand bottom, connecting side
    translate([
        0,
        0,
        MAIN_HEIGHT - TOP_THICKNESS - STAND_HEIGHT
    ]){
        difference() {
            color(COLORSCHEME == "semantic" ? COLOR_SEMANTIC_LOAD_BEARING : COLOR_WOOD) {
                cube([
                    STAND_DEPTH + BACKPLATE_THICKNESS,
                    SIDETABLE_DEPTH,
                    STAND_THICKNESS
                ]);
            }

            // cutout in overlap so we can stack stand bottoms in the corner
            color(COLOR_CUTOUT) {
                translate([
                    0,
                    SIDETABLE_DEPTH - BACKPLATE_THICKNESS - STAND_DEPTH,
                    STAND_THICKNESS / 2
                ]){
                    cube([
                        STAND_DEPTH + BACKPLATE_THICKNESS,
                        STAND_DEPTH + BACKPLATE_THICKNESS,
                        STAND_THICKNESS / 2
                    ]);
                }
            }
        }
    }

    // sidetable stand left
    translate([
        BACKPLATE_THICKNESS,
        STAND_THICKNESS,
        MAIN_HEIGHT - TOP_THICKNESS - _BACKPLATE_HEIGHT
    ]){
        rotate([90, 0, 0]){
            stand_side();
        }
    }

    // sidetable stand right
    translate([
        SIDETABLE_WIDTH - STAND_THICKNESS,
        MAIN_DEPTH - STAND_DEPTH - BACKPLATE_THICKNESS,
        MAIN_HEIGHT - TOP_THICKNESS - _BACKPLATE_HEIGHT
    ]){
        rotate([90, 0, 90]){
            stand_side();
        }
    }

    // sidetable tray bottom
    translate([
        BACKPLATE_THICKNESS,
        SIDETABLE_DEPTH - BACKPLATE_THICKNESS - STAND_DEPTH + CABLE_TRAY_THICKNESS,
        _CABLE_TRAY_OFFSET_Y
    ]){
        color(COLORSCHEME == "semantic" ? COLOR_SEMANTIC_CABLE_MANAGEMENT : COLOR_WOOD) {
            cube([
                SIDETABLE_WIDTH - BACKPLATE_THICKNESS - STAND_THICKNESS,
                _CABLE_TRAY_DEPTH,
                CABLE_TRAY_THICKNESS
            ]);
        }
    }

    //sidetable tray bottom, connecting side
    // TODO: "wide" orientation + rotation
    sidetable_tray_connecting_width = SIDETABLE_DEPTH - STAND_THICKNESS - _CABLE_TRAY_DEPTH - BACKPLATE_THICKNESS;
    translate([
        BACKPLATE_THICKNESS,
        STAND_THICKNESS,
        _CABLE_TRAY_OFFSET_Y
    ]){
        color(COLORSCHEME == "semantic" ? COLOR_SEMANTIC_CABLE_MANAGEMENT : COLOR_WOOD) {
            cube([
                _CABLE_TRAY_DEPTH,
                sidetable_tray_connecting_width,
                CABLE_TRAY_THICKNESS
            ]);
        }
    }

    // sidetable tray lip
    translate([
        BACKPLATE_THICKNESS + _CABLE_TRAY_DEPTH + CABLE_TRAY_THICKNESS,
        SIDETABLE_DEPTH - BACKPLATE_THICKNESS - _CABLE_TRAY_DEPTH,
        _CABLE_TRAY_OFFSET_Y
    ]){
        rotate([90, 0, 0]){
            color(COLORSCHEME == "semantic" ? COLOR_SEMANTIC_CABLE_MANAGEMENT : COLOR_WOOD) {
                cube([
                    SIDETABLE_WIDTH - BACKPLATE_THICKNESS - _CABLE_TRAY_DEPTH - CABLE_TRAY_THICKNESS - STAND_THICKNESS,
                    CABLE_TRAY_LIP + CABLE_TRAY_THICKNESS,
                    CABLE_TRAY_THICKNESS
                ]);
            }
        }
    }

    // sidetable tray lip, connecting side
    translate([
        BACKPLATE_THICKNESS + _CABLE_TRAY_DEPTH,
        STAND_THICKNESS,
        _CABLE_TRAY_OFFSET_Y
    ]){
        rotate([90, 0, 90]){
            color(COLORSCHEME == "semantic" ? COLOR_SEMANTIC_CABLE_MANAGEMENT : COLOR_WOOD) {
                cube([
                    SIDETABLE_DEPTH - STAND_THICKNESS - _CABLE_TRAY_DEPTH - BACKPLATE_THICKNESS,
                    CABLE_TRAY_LIP + CABLE_TRAY_THICKNESS,
                    CABLE_TRAY_THICKNESS
                ]);
            }
        }
    }

    // feet
    sidetable_foot_offset_x = (BACKPLATE_THICKNESS + _CABLE_TRAY_DEPTH) / 2;

    // sidetable corner foot
    translate([
        sidetable_foot_offset_x,
        _FOOT_OFFSET_Y,
        0
    ]){
        leg(_FOOT_HEIGHT);
    }

    // sidetable left foot
    translate([
        sidetable_foot_offset_x,
        LEG_OFFSET_Y,
        0
    ]){
        leg(_FOOT_HEIGHT);
    }

    // sidetable center foot
    translate([
        MAIN_DEPTH - LEG_OFFSET_X,
        _FOOT_OFFSET_Y,
        0
    ]){
        leg(_FOOT_HEIGHT);
    }


    // sidetable right foot
    translate([
        SIDETABLE_WIDTH - LEG_OFFSET_X,
        _FOOT_OFFSET_Y,
        0
    ]){
        leg(_FOOT_HEIGHT);
    }

    // sidetable center leg
    translate([
        MAIN_DEPTH - LEG_OFFSET_X,
        LEG_OFFSET_Y,
        0
    ]){
        leg(_LEG_HEIGHT);
    }

    // sidetable right leg
    translate([
        SIDETABLE_WIDTH - LEG_OFFSET_X,
        LEG_OFFSET_Y,
        0
    ]){
        leg(_LEG_HEIGHT);
    }

    // spacers
    // these distribute force from freestanding legs to the rest of the assembly

    // center leg spacer
    translate([
        MAIN_DEPTH - LEG_OFFSET_X,
        LEG_OFFSET_Y,
        _FOOT_HEIGHT - LEG_BASE_THICKNESS - SPACER_CUFF_HEIGHT
    ]){
        spacer(_LEG_TO_FOOT);
    }

    // right leg spacer
    translate([
        SIDETABLE_WIDTH - LEG_OFFSET_X,
        LEG_OFFSET_Y,
        _FOOT_HEIGHT - LEG_BASE_THICKNESS - SPACER_CUFF_HEIGHT
    ]){
        spacer(_LEG_TO_FOOT);
    }

}

top_side();