An openscad example

example.scad

include <bit/boardgame_insert_toolkit_lib.2.scad>;

// determines whether lids are output.
g_b_print_lid = true;

// determines whether boxes are output.
g_b_print_box = true; 

// Focus on one box
g_isolated_print_box = ""; 

// Used to visualize how all of the boxes fit together. 
g_b_visualization = f;          
        
// this is the outer wall thickness. 
//Default = 1.5mm
g_wall_thickness = 1.5;

// The tolerance value is extra space put between planes of the lid and box that fit together.
// Increase the tolerance to loosen the fit and decrease it to tighten it.
//
// Note that the tolerance is applied exclusively to the lid.
// So if the lid is too tight or too loose, change this value ( up for looser fit, down for tighter fit ) and 
// you only need to reprint the lid.
// 
// The exception is the stackable box, where the bottom of the box is the lid of the box below,
// in which case the tolerance also affects that box bottom.
//
g_tolerance = 0.15;

// This adjusts the position of the lid detents downward. 
// The larger the value, the bigger the gap between the lid and the box.
g_tolerance_detents_pos = 0.1;


data =
[
    [   "minimal",                            // our box. name is just for code organization.
        [
            [ BOX_SIZE_XYZ, [46.5, 46.5, 15.0] ],        // one kv pair specifying the x, y, and z of our box exterior.
            [ BOX_COMPONENT,                             // our first component.
                [
                    [ CMP_NUM_COMPARTMENTS_XY, [4, 4] ],               // it's a grid of 4 x 4
                    [ CMP_COMPARTMENT_SIZE_XYZ, [ 10, 10, 13.0] ],   // each compartment is 10mm x 10mm x 13mm
                ]
            ]
        ]
    ]
    
];


MakeAll();