diff --git a/README.md b/README.md
index e880d9d..8427656 100644
--- a/README.md
+++ b/README.md
@@ -20,9 +20,9 @@ This OpenSCAD library was designed to for quick design and iteration on board ga
- Open your new scad file in your favorite text editor and also in Openscad.
- In Openscad, set "Automatic Reload and Preview" _on_ in the Design menu. Now openscad will update the display whenever you save the scad file in the text editor.
- Measure, build, measure again.
-- When you're done, in Openscad, _Render_ final geometry, then _Export_ and STL file for your slicer.
+- When you're done, in Openscad, _Render_ final geometry, then _Export_ and STL file for your slicer.
- I also recommend making a little script that will split your STL into separate STLs (one per object) using [Slic3r](https://slic3r.org)'s command line '--split' feature.
-- If you post it on Thingiverse, make it a _remix_ of [BIT](https://www.thingiverse.com/thing:3405465) and I'll get notified and eventually add it to the list of game inserts.
+- If you post it on Thingiverse, make it a _remix_ of [BIT](https://www.thingiverse.com/thing:3405465) and I'll get notified and eventually add it to the list of game inserts.
### Pay attention to your dimensions.
- Note that the box dimensions (BOX_SIZE_XYZ) are _exterior_ dimensions and are as such to guarantee that the box you're defining fits inside the game's cardboard box.
@@ -284,19 +284,19 @@ e.g. `[ LID_PATTERN_RADIUS, 5 ]`
value is expected to be a number, and determines the number of sides that the pattern outer shape has.
#### `LID_PATTERN_N2`
-value is expected to be a number, and determines the number of sides that the pattern inner shape has.
+value is expected to be a number, and determines the number of sides that the pattern inner shape has.
#### `LID_PATTERN_ANGLE`
-value is expected to be a number, and determines the angle of the pattern shape.
+value is expected to be a number, and determines the angle of the pattern shape.
#### `LID_PATTERN_ROW_OFFSET`
-value is expected to be a number, and determines the percent of height that each row will offset from each other.
+value is expected to be a number, and determines the percent of height that each row will offset from each other.
#### `LID_PATTERN_COL_OFFSET`
-value is expected to be a number, and determines the percent of width that each column will offset from each other.
+value is expected to be a number, and determines the percent of width that each column will offset from each other.
#### `LID_PATTERN_THICKNESS`
-value is expected to be a number, and determines the thickness of the shape, i.e. the difference between the inner and outer shapes` radius.
+value is expected to be a number, and determines the thickness of the shape, i.e. the difference between the inner and outer shapes` radius.
#### `LID_FIT_UNDER_B`
value is expected to be a bool, and determines whether the box bottom is formed to allow the box to sit in the lid when open. Note that this requires a printer that can print a 45 degree overhang without supports.
@@ -379,6 +379,12 @@ value is expected to be a number, and determines the letter spacing of the tab t
#### `DIV_TAB_TEXT_CHAR_THRESHOLD`
value is expected to be a number, and determines the number of characters above which the size of the font should be determined automatically.
+#### `DIV_TAB_TEXT_EMBOSSED`
+value is expected to be a bool, and determines whether the text is embossed or engraved. If ommitted, the text will be engraved.
+
+#### `DIV_TAB_TEXT_EMBOSSED_HEIGHT`
+value is expected to be a number, and determines the thickness of the text embossed. If ommitted, the text will be e,bossed by 0.5.
+
### Compartment keys
#### `CMP_NUM_COMPARTMENTS_XY`
value is expected to be an array of 2 numbers, and determines how many compartments this component will have in the width and depth direction.
@@ -417,7 +423,7 @@ value is expected to be a bool, and determines whether the shape is rotated for
value is expected to be a number, and determines the radius of the fillet, if shape is fillet.
#### `CMP_PEDESTAL_BASE_B`
-value is expected to be a bool, and determines whether the base of the compartment is a pedestal. This allows for cards or tiles to be extracted by pushing down on one of the sides. Ideal for short stacks and for compartments that are interior and where finger cutouts aren't possible or ideal.
+value is expected to be a bool, and determines whether the base of the compartment is a pedestal. This allows for cards or tiles to be extracted by pushing down on one of the sides. Ideal for short stacks and for compartments that are interior and where finger cutouts aren't possible or ideal.
#### `CMP_PADDING_XY`
value is expected to be an array of 3 numbers, and determines how far apart the compartments in a component are, in the width and depth direction.
@@ -436,15 +442,15 @@ value is expected to be an array of 4 bools, and determines whether finger cutou
e.g. `[ CMP_CUTOUT_SIDES_4B, [ t, t, f, f ] ]`
#### `CMP_CUTOUT_HEIGHT_PCT`
-value is expected to be an float between 0 and 100, and determines what percent of the box height is removed for finger cutouts, starting from the top. The default is 100.
+value is expected to be an float between 0 and 100, and determines what percent of the box height is removed for finger cutouts, starting from the top. The default is 100.
e.g. `[ CMP_CUTOUT_HEIGHT_PCT, 100 ]`
#### `CMP_CUTOUT_DEPTH_PCT`
-value is expected to be an float between 0 and 100, and determines what percent of the box depth is removed for finger cutouts, when the cutout goes into the base of the box. The default is 25.
+value is expected to be an float between 0 and 100, and determines what percent of the box depth is removed for finger cutouts, when the cutout goes into the base of the box. The default is 25.
e.g. `[ CMP_CUTOUT_DEPTH_PCT, 25 ]`
#### `CMP_CUTOUT_WIDTH_PCT`
-value is expected to be an float between 0 and 100, and determines what percent of the box width is removed for finger cutouts. The default is 50.
+value is expected to be an float between 0 and 100, and determines what percent of the box width is removed for finger cutouts. The default is 50.
e.g. `[ CMP_CUTOUT_WIDTH_PCT, 25 ]`
#### `CMP_CUTOUT_TYPE`
@@ -460,7 +466,7 @@ value is expected to be an array of 4 bools, and determines whether finger cutou
e.g. `[ CMP_CUTOUT_CORNERS_4B, [ t, t, f, f ] ]`
#### `CMP_SHEAR`
-value is expected to be an array of 2 numbers, and determines the degrees to which the component should be sheared in the direction of width and depth. The shearing pivots around the center of the component.
+value is expected to be an array of 2 numbers, and determines the degrees to which the component should be sheared in the direction of width and depth. The shearing pivots around the center of the component.
e.g. `[ CMP_SHEAR, [ 45, 0 ] ]`
#### `LABEL`
@@ -490,7 +496,7 @@ value is expected to either be `AUTO` or a number. `AUTO` will attempt to scale
e.g. `[ LBL_SIZE, 12 ]`
#### `LBL_SPACING`
-value is expected to be a number, and determines the letter spacing.
+value is expected to be a number, and determines the letter spacing.
e.g. `[ LBL_SPACING, 1.1 ]`
@@ -522,7 +528,7 @@ value is expected to be a number, and determines the degree to which the compone
e.g. `[ ROTATION, 45 ]`
#### `POSITION_XY`
-value is expected to be an array of 2 numbers, although `MAX` is also valid, and determines the position of the label or component.
+value is expected to be an array of 2 numbers, although `MAX` is also valid, and determines the position of the label or component.
- When used on a label, the values are relative to reasonable centers and can be used to adjust the positioning of the text.
- When used on a component, it is always relative to the origin of the box, and almost always needs to be present.
- When used on a component, the value `MAX` essentially aligns that value to opposite end, so 'right' when placed in the x position, and 'back' when placed in the y position.
diff --git a/boardgame_insert_toolkit_lib.2.scad b/boardgame_insert_toolkit_lib.2.scad
index 1134bb7..123f33d 100644
--- a/boardgame_insert_toolkit_lib.2.scad
+++ b/boardgame_insert_toolkit_lib.2.scad
@@ -57,6 +57,8 @@ DIV_TAB_TEXT_SIZE = "DIV_TAB_TEXT_size";
DIV_TAB_TEXT_FONT = "DIV_TAB_TEXT_font";
DIV_TAB_TEXT_SPACING = "DIV_TAB_TEXT_spacing";
DIV_TAB_TEXT_CHAR_THRESHOLD = "DIV_TAB_TEXT_char_threshold";
+DIV_TAB_TEXT_EMBOSSED = "div_tab_text_embossed";
+DIV_TAB_TEXT_EMBOSSED_HEIGHT = "div_tab_text_embossed_height";
DIV_FRAME_SIZE_XY = "div_frame_size";
@@ -170,28 +172,28 @@ function __value( table, key, default = false ) = __index_of_key( table, key ) =
g_b_print_lid = t;
// determines whether boxes are output.
-g_b_print_box = t;
+g_b_print_box = t;
// determines whether to output everything as placeholders.
g_b_fit_test = f;
// Focus on one box
-g_isolated_print_box = "";
+g_isolated_print_box = "";
// Used to visualize how all of the boxes fit together.
g_b_visualization = f;
g_b_vis_actual = g_b_visualization && $preview;
-// Turn off labels during preview.
+// Turn off labels during preview.
g_b_preview_no_labels = f;
g_b_no_labels_actual = g_b_preview_no_labels && $preview;
// Makes solid simple lids instead of the honeycomb ones.
// Might be faster to print. Definitely faster to render.
-g_b_simple_lids = f;
+g_b_simple_lids = f;
// default = 1.5
-g_wall_thickness = 1.5;
+g_wall_thickness = 1.5;
// thickness of detent. For a looser snap fit, reduce this. For a tighter snap fit, increase it. ( recommended 0.05 increments )
g_detent_thickness = 0.25;
@@ -201,7 +203,7 @@ g_detent_spacing = 2;
g_detent_dist_from_corner = 1.5;
// default = g_wall_thickness
-g_lid_thickness = g_wall_thickness;
+g_lid_thickness = g_wall_thickness;
// give each compartment a different color. Useful for development
g_b_colorize = true;
@@ -211,11 +213,11 @@ g_b_colorize = true;
// tighten it.
g_tolerance = 0.1;
-// this adjusts the position of the lid detents downwards.
+// this adjusts the position of the lid detents downwards.
// The larger the value, the bigger the gap between the lid and the box.
g_tolerance_detent_pos = 0.1;
-// This determines whether the default single material version is output, or, if printing in multiple materials,
+// This determines whether the default single material version is output, or, if printing in multiple materials,
// which layer to output.
//
g_print_mmu_layer = "default"; // [ "default" | "mmu_box_layer" | "mmu_label_layer" ]
@@ -237,37 +239,37 @@ module debug( w = 0.2, l = 100 )
#translate( [ -w/2, -l/2, -w/2])
cube( [ w , l, w ] );
#translate( [ -l/2, -w/2, -w/2])
- cube( [ l , w, w ] );
+ cube( [ l , w, w ] );
}
-module RotateAndMoveBackToOrigin(a, extents )
+module RotateAndMoveBackToOrigin(a, extents )
{
- pos =
- a == 90 ? [ extents[1], 0, 0] :
- a == -90 ? [ 0, extents[0], 0 ] :
+ pos =
+ a == 90 ? [ extents[1], 0, 0] :
+ a == -90 ? [ 0, extents[0], 0 ] :
a == -180 ? [ extents[1], extents[0], 0 ] :
[0,0,0];
translate( pos )
rotate( a=a, v=[0,0,1])
- children();
+ children();
}
-module RotateAboutPoint(a, v, pt)
+module RotateAboutPoint(a, v, pt)
{
translate(pt)
rotate(a,v)
translate(-pt)
- children();
+ children();
}
-module MirrorAboutPoint( v, pt)
+module MirrorAboutPoint( v, pt)
{
translate(pt)
mirror( v )
translate(-pt)
- children();
+ children();
}
@@ -281,7 +283,7 @@ function __is_element_isolated_for_print() = g_isolated_print_box != "" && ( __i
function __is_element_enabled( lmnt ) = __value( lmnt, ENABLED_B, default = true);
function __element_dimensions( lmnt ) = __type( lmnt ) == DIVIDERS ?
- [ __div_frame_size( lmnt )[k_x], __div_total_height( lmnt ) ] :
+ [ __div_frame_size( lmnt )[k_x], __div_total_height( lmnt ) ] :
__value( lmnt, BOX_SIZE_XYZ, default = [ 100, 100] );
function __element_position_x( i ) = __element( i - 1 ) == undef ? 0 : __is_element_enabled( __element( i - 1 ) ) ? __element_dimensions( __element( i - 1 ) )[ k_x ] + __element_position_x( i - 1 ) + DISTANCE_BETWEEN_PARTS : __element_position_x( i - 2 );
@@ -304,6 +306,8 @@ function __div_tab_text_size ( div ) = __value( div, DIV_TAB_TEXT_SIZE, default
function __div_tab_text_font ( div ) = __value( div, DIV_TAB_TEXT_FONT, default = "Stencil Std:style=Bold" );
function __div_tab_text_spacing ( div ) = __value( div, DIV_TAB_TEXT_SPACING, default = 1.1 );
function __div_tab_text_char_threshold ( div ) = __value( div, DIV_TAB_TEXT_CHAR_THRESHOLD, default = 4 );
+function __div_tab_text_embossed ( div ) = __value( div, DIV_TAB_TEXT_EMBOSSED, default = f );
+function __div_tab_text_embossed_height ( div ) = __value( div, DIV_TAB_TEXT_EMBOSSED_HEIGHT, default = 0.5 );
function __div_tab_size( div ) = __value( div, DIV_TAB_SIZE_XY, default = [32, 14] );
@@ -329,7 +333,7 @@ function __label_size_raw( label ) = __value( label , LBL_SIZE, default = AUTO )
function __label_size_is_auto( label ) = __label_size_raw( label ) == AUTO;
function __label_size( label ) = __label_size_is_auto( label ) ? 10 : __label_size_raw( label);
function __label_rotation_raw( label ) = __value( label, ROTATION, default = 0 ) % 360;
-function __label_rotation( label ) = __label_rotation_raw( label ) +
+function __label_rotation( label ) = __label_rotation_raw( label ) +
( __label_placement_is_left( label ) ? 90 : __label_placement_is_right( label ) ? -90 : __label_placement_is_front( label ) && __label_placement_is_wall( label ) ? 0 : 0 );
function __label_depth( label ) = __value( label, LBL_DEPTH, default = 0.2 );
function __label_placement_raw( label ) = __value( label, LBL_PLACEMENT, default = CENTER );
@@ -339,7 +343,7 @@ function __label_placement_is_front( label ) = __label_placement_raw( label ) ==
function __label_placement_is_left( label ) = __label_placement_raw( label ) == LEFT || __label_placement_raw( label ) == LEFT_WALL;
function __label_placement_is_right( label ) = __label_placement_raw( label ) == RIGHT || __label_placement_raw( label ) == RIGHT_WALL;
function __label_placement_is_bottom( label ) = __label_placement_raw( label ) == BOTTOM;
-function __label_placement_is_wall( label ) =
+function __label_placement_is_wall( label ) =
__label_placement_raw( label ) == BACK_WALL ||
__label_placement_raw( label ) == FRONT_WALL ||
__label_placement_raw( label ) == LEFT_WALL ||
@@ -349,8 +353,8 @@ function __label_offset( label ) = __value( label, POSITION_XY, default = [0,0]
function __label_font( label ) = __value( label, LBL_FONT, default = "Stencil Std:style=Bold" );
function __label_spacing( label ) = __value( label, LBL_SPACING, default = 1 );
function __label_scale_magic_factor( label ) = 1.2 + (1 * abs(tan( __label_rotation( label ) % 90 )) );
-function __label_auto_width( label, x, y) = __label_size_is_auto( label ) ?
- ( cos( __label_rotation( label ) ) * ( x/__label_scale_magic_factor( label ) )) +
+function __label_auto_width( label, x, y) = __label_size_is_auto( label ) ?
+ ( cos( __label_rotation( label ) ) * ( x/__label_scale_magic_factor( label ) )) +
( abs( sin( __label_rotation( label ) ) ) * ( y/__label_scale_magic_factor( label ) )) :
__is_text( label ) ? 0 : __label_size( label );
@@ -394,7 +398,7 @@ module MakeAll()
else
{
MakeBox( element );
- }
+ }
}
else
{
@@ -404,7 +408,7 @@ module MakeAll()
element_position = ( g_b_vis_actual && __box_vis_position( element ) != [] ) ? __box_vis_position( element ) : [ __element_position_x( i ), 0, 0 ];
element_rotation = ( g_b_vis_actual && __box_vis_rotation( element ) != undef ) ? __box_vis_rotation( element ) : 0;
-
+
translate( element_position )
RotateAndMoveBackToOrigin( element_rotation, __element_dimensions( i ) )
{
@@ -443,7 +447,10 @@ module MakeDividers( div )
font_size = __div_tab_text_size( div );
font = __div_tab_text_font( div );
font_spacing = __div_tab_text_spacing( div );
- number_of_letters_before_scale_to_fit = __div_tab_text_char_threshold( div );;
+ number_of_letters_before_scale_to_fit = __div_tab_text_char_threshold( div );
+
+ embossed = __div_tab_text_embossed( div );
+ embossed_height = __div_tab_text_embossed_height( div );
divider_bottom = __div_frame_bottom( div );
divider_top = __div_frame_bottom( div );
@@ -456,7 +463,7 @@ module MakeDividers( div )
space_between_tabs = (width - tab_width ) / ( number_of_tabs_per_row - 1 );
- for (idx = [ 0 : len( tab_text ) - 1 ] )
+ for (idx = [ 0 : len( tab_text ) - 1 ] )
{
tab_idx = (idx + tab_starting_position - 1) % number_of_tabs_per_row;
tab_offset = space_between_tabs * tab_idx;
@@ -465,10 +472,10 @@ module MakeDividers( div )
translate( [ 0, y_offset, 0])
- MakeDivider(title = tab_text[idx], tab_offset = tab_offset );
+ MakeDivider(title = tab_text[idx], tab_offset = tab_offset, embossed = embossed, embossed_height = embossed_height );
}
- module MakeDivider( title, tab_offset )
+ module MakeDivider( title, tab_offset, embossed, embossed_height )
{
column_height = height - tab_height/2;
@@ -480,7 +487,7 @@ module MakeDividers( div )
MakeRoundedCubeAxis( [ width, height, depth ], 4, k_z);
if ( num_columns != -1 )
- for (c = [ 0 : num_columns ] )
+ for (c = [ 0 : num_columns ] )
{
translate( [ divider_column + (divider_column + gap_size) * c, divider_bottom, 0])
MakeRoundedCubeAxis( [ gap_size, height - divider_bottom - divider_top, depth ], 4, k_z);
@@ -489,36 +496,55 @@ module MakeDividers( div )
}
// TAB
+ height_overlap = tab_radius;
+ title_pos = [ tab_offset, height - height_overlap, 0];
difference()
{
- height_overlap = tab_radius;
- title_pos = [ tab_offset, height - height_overlap, 0];
-
// tab shape
translate( title_pos )
{
- MakeRoundedCubeAxis( [ tab_width, tab_height + height_overlap, depth], 4, k_z );
+ MakeRoundedCubeAxis( [ tab_width, tab_height + height_overlap, depth], 4, k_z );
}
- // words
- text_pos = title_pos + [ tab_width/2, font_size * 2, 0 ];
- text_width = len(title) > number_of_letters_before_scale_to_fit ? tab_width * 0.8 : 0;
+ // words engraved
+ if (embossed == f) {
+ text_pos = title_pos + [ tab_width/2, font_size * 2, 0 ];
- translate( text_pos)
- resize([ text_width,0, 0 ], auto=[ true, true, false])
- linear_extrude( depth )
- text(text = title,
- font = font,
- size = font_size,
- valign = "top",
- halign = "center",
- spacing = font_spacing,
- $fn = fn);
+ text_width = len(title) > number_of_letters_before_scale_to_fit ? tab_width * 0.8 : 0;
+
+ translate( text_pos )
+ resize([ text_width, 0, 0 ], auto=[ true, true, false])
+ linear_extrude( depth )
+ text(text = title,
+ font = font,
+ size = font_size,
+ valign = "top",
+ halign = "center",
+ spacing = font_spacing,
+ $fn = fn);
+ }
+
+ }
+ // words embossed
+ if (embossed == t) {
+ text_pos = title_pos + [ tab_width/2, font_size * 2, 0];
+
+ text_width = len(title) > number_of_letters_before_scale_to_fit ? tab_width * 0.8 : 0;
+
+ translate( text_pos )
+ resize([ text_width, 0, 0 ], auto=[ true, true, false])
+ linear_extrude( depth + embossed_height)
+ text(text = title,
+ font = font,
+ size = font_size,
+ valign = "top",
+ halign = "center",
+ spacing = font_spacing,
+ $fn = fn);
}
+ }
-
- }
}
module MakeBox( box )
@@ -537,19 +563,19 @@ module MakeBox( box )
m_lid_fit_under = __value( m_lid, LID_FIT_UNDER_B, default = true );
m_lid_solid = __value( m_lid, LID_SOLID_B, default = false );
- m_lid_inset = m_box_is_stackable || __value( m_lid, LID_INSET_B, default = false );
+ m_lid_inset = m_box_is_stackable || __value( m_lid, LID_INSET_B, default = false );
// the part of the lid that overlaps the box
m_lid_wall_height = __value( m_lid, LID_HEIGHT, default = m_lid_inset ? 2.0 : 4.0 );
- m_lid_wall_thickness = m_lid_inset ? 2*m_wall_thickness : m_wall_thickness/2;
+ m_lid_wall_thickness = m_lid_inset ? 2*m_wall_thickness : m_wall_thickness/2;
m_lid_thickness = m_wall_thickness;
m_box_has_lid = !__value( box, BOX_NO_LID_B, default = false );
m_box_size = ( g_b_fit_test && m_box_has_lid ) ?
- [ __element_dimensions( box )[ k_x ],
- __element_dimensions( box )[ k_y ],
+ [ __element_dimensions( box )[ k_x ],
+ __element_dimensions( box )[ k_y ],
__element_dimensions( box )[ k_z ] + __lid_external_size( k_z )
] :
__element_dimensions( box );
@@ -559,14 +585,14 @@ module MakeBox( box )
function __lid_notch_depth() = m_wall_thickness / 2;
- function __lid_external_size( D )= D == k_z ? m_lid_thickness + m_lid_wall_height :
+ function __lid_external_size( D )= D == k_z ? m_lid_thickness + m_lid_wall_height :
m_box_size[ D ];
m_has_solid_lid = m_lid_solid || g_b_vis_actual;
m_lid_has_labels = !!__value( m_lid, LABEL, default = false );
- function __lid_internal_size( D )= D == k_z ? m_lid_wall_height :
+ function __lid_internal_size( D )= D == k_z ? m_lid_wall_height :
__lid_external_size( D ) - 2*m_lid_wall_thickness;
m_lid_cutout_sides = __value( m_lid, LID_CUTOUT_SIDES_4B, default = [f,f,f,f]);
@@ -590,7 +616,7 @@ module MakeBox( box )
m_tab_width_x = max( m_box_size[ k_x ]/4, g_detent_spacing * 2 );
m_tab_width_y = max( m_box_size[ k_y ]/4, g_detent_spacing * 2 );
- m_lid_tab = [ max( m_box_size[ k_x ]/4, g_detent_spacing * 2 ), m_wall_thickness, __lid_external_size( k_z ) + 1];
+ m_lid_tab = [ max( m_box_size[ k_x ]/4, g_detent_spacing * 2 ), m_wall_thickness, __lid_external_size( k_z ) + 1];
m_box_inner_position_min = [ m_wall_thickness, m_wall_thickness, m_wall_thickness ];
m_box_inner_position_max = m_box_size - m_box_inner_position_min;
@@ -608,7 +634,7 @@ module MakeBox( box )
cube([ m_box_size[ k_x ] - 2*( m_corner_width + mod ), m_box_size[ k_y ], m_box_size[ k_z ] + __lid_external_size( k_z ) ]);// middle x
translate( [ m_wall_thickness, m_wall_thickness, 0]) // innerbox
- cube([ m_box_size[ k_x ] - 2*m_wall_thickness, m_box_size[ k_y ] - 2*m_wall_thickness, m_box_size[ k_z ] + __lid_external_size( k_z ) ]);
+ cube([ m_box_size[ k_x ] - 2*m_wall_thickness, m_box_size[ k_y ] - 2*m_wall_thickness, m_box_size[ k_z ] + __lid_external_size( k_z ) ]);
}
}
@@ -616,10 +642,10 @@ module MakeBox( box )
if ( m_box_is_spacer )
{
MakeLayer( layer = "layer_spacer" );
- }
+ }
else
{
- if( g_b_print_lid && m_box_has_lid )
+ if( g_b_print_lid && m_box_has_lid )
{
MakeLayer( layer = "layer_lid");
}
@@ -648,19 +674,19 @@ module MakeBox( box )
{
MakeLayer( component , layer = "component_subtractions");
- MakeLayer( component, layer = "component_additions" );
+ MakeLayer( component, layer = "component_additions" );
}
MakeLayer( component, layer = "final_component_subtractions" );
}
}
- }
+ }
}
}
// lid carve outs
MakeLayer( layer = "lid_substractions" );
}
-
+
}
}
@@ -700,7 +726,7 @@ module MakeBox( box )
m_component_cutout_side = __value( component, CMP_CUTOUT_SIDES_4B, default = [false, false, false, false] );
- m_component_has_side_cutouts = m_component_cutout_side[ k_front ] ||
+ m_component_has_side_cutouts = m_component_cutout_side[ k_front ] ||
m_component_cutout_side[ k_back ] ||
m_component_cutout_side[ k_left ] ||
m_component_cutout_side[ k_right ];
@@ -713,12 +739,12 @@ module MakeBox( box )
m_actually_cutout_the_bottom = !__component_is_fillet() && m_component_cutout_bottom && !m_push_base;
- m_component_has_exactly_one_cutout =
+ m_component_has_exactly_one_cutout =
(m_component_cutout_side[ k_front ]?1:0) +
(m_component_cutout_side[ k_back ]?1:0) +
(m_component_cutout_side[ k_left ]?1:0) +
(m_component_cutout_side[ k_right ]?1:0) == 1;
-
+
m_cutout_height_pct = __value( component, CMP_CUTOUT_HEIGHT_PCT, default = 100 ) / 100;
m_cutout_size_frac_aligned = __value( component, CMP_CUTOUT_DEPTH_PCT, default = 25 ) / 100;
m_cutout_size_frac_perpindicular = __value( component, CMP_CUTOUT_WIDTH_PCT, default = 50 ) / 100;
@@ -731,7 +757,7 @@ module MakeBox( box )
function __component_is_hex() = __component_shape() == HEX;
function __component_is_hex2() = __component_shape() == HEX2;
function __component_is_oct() = __component_shape() == OCT;
- function __component_is_oct2() = __component_shape() == OCT2;
+ function __component_is_oct2() = __component_shape() == OCT2;
function __component_is_round() = __component_shape() == ROUND;
function __component_is_square() = __component_shape() == SQUARE;
function __component_is_fillet() = __component_shape() == FILLET;
@@ -739,7 +765,7 @@ module MakeBox( box )
function __component_shear( D ) = __value( component, CMP_SHEAR, default = [0.0, 0.0] )[ D ];
///////////
-
+
function __partition_height_scale( D ) = D == __Y2() ? __req_lower_partitions() ? 0.5 : 1.00 : 1.00;
m_component_base_height = m_box_size[ k_z ] - __component_size( k_z ) - m_wall_thickness;
@@ -756,8 +782,8 @@ module MakeBox( box )
/////////
function __c_p_raw() = __value( component, POSITION_XY, default = [ CENTER, CENTER ]);
- function __component_position( D ) = __p_i_c( D ) ? __c_p_c( D ):
- __p_i_m( D ) ? __c_p_max( D ):
+ function __component_position( D ) = __p_i_c( D ) ? __c_p_c( D ):
+ __p_i_m( D ) ? __c_p_max( D ):
__c_p_raw()[ D ] + m_wall_thickness;
function __component_position_max( D ) = __component_position( D ) + __component_size( D );
@@ -768,9 +794,9 @@ module MakeBox( box )
function __partitions_num( D )= __compartments_num( D ) - 1;
// calculated __element local dimensions
- function __component_size( D )= ( D == k_z ) ? __compartment_size( k_z ) :
- ( __compartment_size( D ) * __compartments_num( D )) +
- ( __partitions_num( D ) * __component_padding( D )
+ function __component_size( D )= ( D == k_z ) ? __compartment_size( k_z ) :
+ ( __compartment_size( D ) * __compartments_num( D )) +
+ ( __partitions_num( D ) * __component_padding( D )
+ __component_margins_sum( D ));
function __partition_height( D ) = __component_size( k_z ) + __component_padding_height_adjust( D );
@@ -782,7 +808,7 @@ module MakeBox( box )
b_needs_trimming = false;//m_is_component_additions;
if ( b_needs_trimming &&
- (
+ (
__component_position( k_x ) < m_box_inner_position_min[ k_x ]
|| __component_position( k_y ) < m_box_inner_position_min[ k_y ]
|| __component_position( k_x ) + __component_size( k_x ) > m_box_inner_position_max[ k_x ]
@@ -792,11 +818,11 @@ module MakeBox( box )
echo( "
WARNING: Components in RED do not fit in box. If this is not intentional then adjustments are required or pieces won't fit.
");
color([1,0,0])
- children();
+ children();
}
else
{
- children();
+ children();
}
}
@@ -820,7 +846,7 @@ module MakeBox( box )
module PositionInnerLayer()
{
ContainWithinBox()
- RotateAboutPoint( __component_rotation(), [0,0,1], [__component_position( k_x ) + __component_size( k_x )/2, __component_position( k_y )+ __component_size( k_y )/2, 0] )
+ RotateAboutPoint( __component_rotation(), [0,0,1], [__component_position( k_x ) + __component_size( k_x )/2, __component_position( k_y )+ __component_size( k_y )/2, 0] )
translate( [ __component_position( k_x ), __component_position( k_y ), m_wall_thickness ] )
Shear( __component_shear( k_x ), __component_shear( k_y ), __component_size( k_z ) )
children();
@@ -837,7 +863,7 @@ module MakeBox( box )
MakeDetachedLidLabels();
color([0,0,1])
- MakeAllBoxLabels();
+ MakeAllBoxLabels();
}
else if ( layer == "component_additions" )
{
@@ -884,11 +910,11 @@ module MakeBox( box )
MirrorAboutPoint( v=[0,0,1], pt=[0,0,__lid_external_size(k_z)/2])
MakeLidBase_Cap();
- notch_pos_z = m_box_size[ k_z ] - m_lid_wall_height + __lid_notch_depth();
+ notch_pos_z = m_box_size[ k_z ] - m_lid_wall_height + __lid_notch_depth();
if ( m_lid_notches )
- translate([ 0, 0, notch_pos_z])
- MakeLidCornerNotches();
+ translate([ 0, 0, notch_pos_z])
+ MakeLidCornerNotches();
}
// bottom of the box
@@ -901,50 +927,50 @@ module MakeBox( box )
MirrorAboutPoint( v=[0,0,1], pt=[0,0,__lid_external_size(k_z)/2])
MakeLidBase_Inset( tolerance = g_tolerance, tolerance_detent_pos = g_tolerance_detent_pos, omit_detents = !m_lid_inset );
- }
+ }
}
-
+
if ( m_lid_fit_under && m_box_has_lid )
{
if ( m_lid_inset )
translate( [ 0, 0, - __lid_external_size( k_z) ] ) // move it down
- MakeLidTabs( mod = 0 );
+ MakeLidTabs( mod = 0 );
else
{
translate( [ 0, 0, - m_lid_thickness ] )
MakeLidBase_Cap( omit_detents = false );
}
-
- }
+
+ }
}
-
+
else
- {
+ {
PositionInnerLayer()
- InnerLayer();
+ InnerLayer();
}
}
module MakeLidBase_Inset( tolerance = 0, tolerance_detent_pos = 0, omit_detents = false )
{
- difference()
+ difference()
{
// main __element
cube([__lid_external_size( k_x ), __lid_external_size( k_y ), __lid_external_size( k_z )]);
-
+
// lid exterior lip
-
+
translate( [ 0, 0, __lid_external_size( k_z )/2 ])
{
- cube([ __lid_external_size( k_x ), __lid_notch_depth() + tolerance, __lid_external_size( k_z )/1]);
- cube([ __lid_notch_depth() + tolerance, __lid_external_size( k_y ), __lid_external_size( k_z )/1]);
+ cube([ __lid_external_size( k_x ), __lid_notch_depth() + tolerance, __lid_external_size( k_z )/1]);
+ cube([ __lid_notch_depth() + tolerance, __lid_external_size( k_y ), __lid_external_size( k_z )/1]);
MirrorAboutPoint( v=[0,1,0], pt= [__lid_external_size( k_x )/2, __lid_external_size( k_y )/2, m_lid_wall_height/2 ] )
MirrorAboutPoint( v=[1,0,0], pt= [__lid_external_size( k_x )/2, __lid_external_size( k_y )/2, m_lid_wall_height/2 ] )
{
- cube([ __lid_external_size( k_x ), __lid_notch_depth() + tolerance, __lid_external_size( k_z )/1]);
- cube([ __lid_notch_depth() + tolerance, __lid_external_size( k_y ), __lid_external_size( k_z )/1]);
+ cube([ __lid_external_size( k_x ), __lid_notch_depth() + tolerance, __lid_external_size( k_z )/1]);
+ cube([ __lid_notch_depth() + tolerance, __lid_external_size( k_y ), __lid_external_size( k_z )/1]);
}
}
@@ -962,15 +988,15 @@ module MakeBox( box )
MakeLidEdges( offset = m_wall_thickness/2 + tolerance, extra_depth = tolerance);
}
- }
+ }
}
//detents
if ( !omit_detents )
{
detent_height = ( __lid_external_size( k_z ) + __lid_notch_depth() )/2 + tolerance_detent_pos;
translate([ 0, 0, detent_height ]) // lower because tolerance
- MakeDetents( mod = -tolerance, offset = tolerance );
- }
+ MakeDetents( mod = -tolerance, offset = tolerance );
+ }
}
@@ -980,7 +1006,7 @@ module MakeBox( box )
{
// main __element
cube([__lid_external_size( k_x ), __lid_external_size( k_y ), __lid_external_size( k_z )]);
-
+
// #TODO: modulize this!
translate( [ 0, 0, __lid_external_size( k_z ) - __lid_notch_depth() ] )
hull()
@@ -1002,7 +1028,7 @@ module MakeBox( box )
{
detent_height = ( m_lid_wall_height - __lid_notch_depth() )/2 + m_lid_thickness + tolerance_detent_pos;
translate([ 0, 0, detent_height ]) // lower because tolerance
- MakeDetents( mod = 0, offset = -tolerance );
+ MakeDetents( mod = 0, offset = -tolerance );
}
}
@@ -1015,12 +1041,12 @@ module MakeBox( box )
translate( [ offset, offset, 0 ] )
{
cube( [ m_box_size[ k_x ] - ( 2 * offset ),
- __lid_notch_depth() + extra_depth,
- m_lid_wall_height + extra_height ] );
+ __lid_notch_depth() + extra_depth,
+ m_lid_wall_height + extra_height ] );
cube( [ __lid_notch_depth() + extra_depth,
m_box_size[ k_y ] - ( 2 * offset ),
- m_lid_wall_height + extra_height ] );
+ m_lid_wall_height + extra_height ] );
}
}
@@ -1036,10 +1062,10 @@ module MakeBox( box )
module MakeBoxShell()
{
- cube([ m_box_size[ k_x ],
- m_box_size[ k_y ],
+ cube([ m_box_size[ k_x ],
+ m_box_size[ k_y ],
m_box_size[ k_z ]]);
-
+
}
module MakeBoxShellWithNewLidBits()
@@ -1060,15 +1086,15 @@ module MakeBox( box )
MirrorAboutPoint( v=[0,0,1], pt=[0,0,__lid_external_size(k_z)/2])
MakeLidBase_Inset();
- }
+ }
}
}
-
+
// subtract tabs
translate( [ 0, 0, m_box_size[ k_z ] - m_lid_tab[ k_z ] + 1 ])
- MakeLidTabs( mod = 0, square = true ); // this needs to be wide
- }
+ MakeLidTabs( mod = 0, square = true ); // this needs to be wide
+ }
}
module MakeSpacer()
@@ -1087,14 +1113,14 @@ module MakeBox( box )
module InnerLayer()
{
- if ( m_is_component_subtractions )
+ if ( m_is_component_subtractions )
{
// 'carve-outs' are the big shapes of the 'components.' Each is then subdivided
// by adding partitions.
// we carve all the way to the bottom and then fill it back up
- cube([ __component_size( k_x ),
- __component_size( k_y ),
+ cube([ __component_size( k_x ),
+ __component_size( k_y ),
m_box_size[ k_z] + __lid_external_size(k_z)]);
}
else if ( m_is_component_additions )
@@ -1128,19 +1154,19 @@ module MakeBox( box )
resize( [ 0, 0, m_component_base_height ], auto=false ) // fit it to the base
scale( v = [ frac, frac, 1 ]) // bring in the sides
MakeCompartmentShape();
-
+
}
else
{
// fill in the bottom
cube ( [ __component_size( k_x ), __component_size( k_y ), m_component_base_height ] );
}
-
+
}
else if ( m_is_final_component_subtractions )
{
// Some shapes, such as the finger cutouts for card compartments
- // need to be done at the end because they substract from the
+ // need to be done at the end because they substract from the
// entire box.
if ( m_component_has_side_cutouts )
@@ -1151,7 +1177,7 @@ module MakeBox( box )
sizex = __component_size( k_x) - 2 * m_cutout_size_frac_aligned * __compartment_size( k_x ) - __component_margins_sum( k_x );
sizey = __component_size( k_y) - 2 * m_cutout_size_frac_aligned * __compartment_size( k_y ) - __component_margins_sum( k_y );
-
+
if ( m_component_cutout_type == BOTH )
{
MakeAllBoxSideCutouts();
@@ -1165,7 +1191,7 @@ module MakeBox( box )
cube ( [ sizex, sizey, m_box_size[ k_z]]);
MakeAllBoxSideCutouts();
- }
+ }
}
else if ( m_component_cutout_type == EXTERIOR )
{
@@ -1181,7 +1207,7 @@ module MakeBox( box )
}
MakeAllBoxSideCutouts();
- }
+ }
}
}
@@ -1213,25 +1239,25 @@ module MakeBox( box )
if ( m_component_cutout_side[ k_front ])
MakeSideCutouts( k_front, margin = true );
- if ( m_component_cutout_side[ k_back ])
+ if ( m_component_cutout_side[ k_back ])
MakeSideCutouts( k_back, margin = true );
}
ForEachCompartment( k_y )
{
- if ( m_component_cutout_side[ k_left ])
+ if ( m_component_cutout_side[ k_left ])
MakeSideCutouts( k_left, margin = true );
- if ( m_component_cutout_side[ k_right ])
+ if ( m_component_cutout_side[ k_right ])
MakeSideCutouts( k_right, margin = true );
- }
+ }
InEachCompartment( )
{
for ( side = [ k_front:k_right ])
if ( m_component_cutout_side[ side ])
- MakeSideCutouts( side );
- }
+ MakeSideCutouts( side );
+ }
}
module MakeAllBoxCornerCutouts()
@@ -1240,8 +1266,8 @@ module MakeBox( box )
{
for ( side = [ k_front_left:k_front_right ])
if ( m_component_cutout_corner[ side ])
- MakeCornerCutouts( side );
- }
+ MakeCornerCutouts( side );
+ }
}
@@ -1252,7 +1278,7 @@ module MakeBox( box )
{
n = 3;
a = 2 * ( PI / n) * 180 / PI;
-
+
polygon([
[ R * cos(0 * a), R * sin(0 * a) ],
[ R * cos(1 * a), R * sin(1 * a) ],
@@ -1262,18 +1288,18 @@ module MakeBox( box )
[ ( R - t ) * cos(1 * a), ( R - t ) * sin(1 * a) ],
[ ( R - t ) * cos(2 * a), ( R - t ) * sin(2 * a) ],
],
-
+
[
[0,1,2],[3,4,5]
]
- );
- };
+ );
+ };
module Quad( R = 1, t = 0.2 )
{
n = 4;
a = 2 * ( PI / n) * 180 / PI;
-
+
polygon([
[ R * cos(0 * a), R * sin(0 * a) ],
[ R * cos(1 * a), R * sin(1 * a) ],
@@ -1285,18 +1311,18 @@ module MakeBox( box )
[ ( R - t ) * cos(2 * a), ( R - t ) * sin(2 * a) ],
[ ( R - t ) * cos(3 * a), ( R - t ) * sin(3 * a) ],
],
-
+
[
[0,1,2,3],[4,5,6,7]
]
- );
- };
+ );
+ };
module Pent( R = 1, t = 0.2 )
{
n = 5;
a = 2 * ( PI / n) * 180 / PI;
-
+
polygon([
[ R * cos(0 * a), R * sin(0 * a) ],
[ R * cos(1 * a), R * sin(1 * a) ],
@@ -1310,12 +1336,12 @@ module MakeBox( box )
[ ( R - t ) * cos(3 * a), ( R - t ) * sin(3 * a) ],
[ ( R - t ) * cos(4 * a), ( R - t ) * sin(4 * a) ],
],
-
+
[
[0,1,2,3,4],[5,6,7,8,9]
]
- );
- };
+ );
+ };
module Hex( R = 1, t = 0.2 )
{
@@ -1337,20 +1363,20 @@ module MakeBox( box )
[ ( R - t ) * cos(4 * a), ( R - t ) * sin(4 * a) ],
[ ( R - t ) * cos(5 * a), ( R - t ) * sin(5 * a) ]
],
-
+
[
[0,1,2,3,4,5],[6,7,8,9,10,11]
]
);
-
-
- };
+
+
+ };
module Sept( R = 1, t = 0.2 )
{
n = 7;
a = 2 * ( PI / n) * 180 / PI;
-
+
polygon([
[ R * cos(0 * a), R * sin(0 * a) ],
[ R * cos(1 * a), R * sin(1 * a) ],
@@ -1358,7 +1384,7 @@ module MakeBox( box )
[ R * cos(3 * a), R * sin(3 * a) ],
[ R * cos(4 * a), R * sin(4 * a) ],
[ R * cos(5 * a), R * sin(5 * a) ],
- [ R * cos(6 * a), R * sin(6 * a) ],
+ [ R * cos(6 * a), R * sin(6 * a) ],
[ ( R - t ) * cos(0 * a), ( R - t ) * sin(0 * a) ],
[ ( R - t ) * cos(1 * a), ( R - t ) * sin(1 * a) ],
@@ -1368,18 +1394,18 @@ module MakeBox( box )
[ ( R - t ) * cos(5 * a), ( R - t ) * sin(5 * a) ],
[ ( R - t ) * cos(6 * a), ( R - t ) * sin(6 * a) ],
],
-
+
[
[0,1,2,3,4,5,6],[7,8,9,10,11,12,13]
]
- );
- };
+ );
+ };
module Oct( R = 1, t = 0.2 )
{
n = 8;
a = 2 * ( PI / n) * 180 / PI;
-
+
polygon([
[ R * cos(0 * a), R * sin(0 * a) ],
[ R * cos(1 * a), R * sin(1 * a) ],
@@ -1387,8 +1413,8 @@ module MakeBox( box )
[ R * cos(3 * a), R * sin(3 * a) ],
[ R * cos(4 * a), R * sin(4 * a) ],
[ R * cos(5 * a), R * sin(5 * a) ],
- [ R * cos(6 * a), R * sin(6 * a) ],
- [ R * cos(7 * a), R * sin(7 * a) ],
+ [ R * cos(6 * a), R * sin(6 * a) ],
+ [ R * cos(7 * a), R * sin(7 * a) ],
[ ( R - t ) * cos(0 * a), ( R - t ) * sin(0 * a) ],
[ ( R - t ) * cos(1 * a), ( R - t ) * sin(1 * a) ],
@@ -1397,17 +1423,17 @@ module MakeBox( box )
[ ( R - t ) * cos(4 * a), ( R - t ) * sin(4 * a) ],
[ ( R - t ) * cos(5 * a), ( R - t ) * sin(5 * a) ],
[ ( R - t ) * cos(6 * a), ( R - t ) * sin(6 * a) ],
- [ ( R - t ) * cos(7 * a), ( R - t ) * sin(7 * a) ],
+ [ ( R - t ) * cos(7 * a), ( R - t ) * sin(7 * a) ],
],
-
+
[
[0,1,2,3,4,5,6,7],[8,9,10,11,12,13,14,15]
]
- );
- };
+ );
+ };
- function AddPoint( R, t, n, i = 0 ) = i == n ? [] :
+ function AddPoint( R, t, n, i = 0 ) = i == n ? [] :
concat( [[ ( R - t ) * cos( i * 2 * ( PI / n) * 180 / PI ), ( R - t ) * sin( i * 2 * ( PI / n) * 180 / PI ) ]],
AddPoint( R, t, n, i + 1 ) );
@@ -1417,17 +1443,17 @@ module MakeBox( box )
module Make2dShape( R, t, n1, n2 )
{
-
+
if ( n1 == 3 && n2 == 3 )
Tri( R, t );
else if ( n1 == 4 && n2 == 4 )
- Quad( R, t );
+ Quad( R, t );
else if ( n1 == 5 && n2 == 5 )
Pent( R, t );
else if ( n1 == 6 && n1 == 6 )
Hex( R, t );
else if ( n1 == 7 && n2 == 7 )
- Sept( R, t );
+ Sept( R, t );
else if ( n1 == 8 && n2 == 8 )
Oct( R, t );
else
@@ -1439,10 +1465,10 @@ module MakeBox( box )
order = concat( [ AddOrderIndex( 0, n1)], [AddOrderIndex( n1, n1 + n2, n1 )] );
- polygon( combined, order );
+ polygon( combined, order );
}
- };
+ };
module Make2DPattern( x = 200, y = 200, R = 1, t = 0.5 )
{
@@ -1496,7 +1522,7 @@ module MakeBox( box )
module MoveToLidInterior( tolerance = 0)
{
- translate([ m_lid_wall_thickness + tolerance , m_lid_wall_thickness + tolerance, 0])
+ translate([ m_lid_wall_thickness + tolerance , m_lid_wall_thickness + tolerance, 0])
children();
}
@@ -1528,7 +1554,7 @@ module MakeBox( box )
Helper_MakeBoxLabel( label, x, y );
}
}
- }
+ }
module Make2dLidLabel( label, width, offset )
{
@@ -1574,7 +1600,7 @@ module MakeBox( box )
RotateAboutPoint( 90, [1,0,0], [0,0,0] )
translate( [ __label_offset( label )[k_x], __label_offset( label )[k_y], 0])
resize( [ width, 0, 0], auto=true)
- translate([0,0,-__label_depth( label )])
+ translate([0,0,-__label_depth( label )])
linear_extrude( height = __label_depth( label ) )
if ( __is_text( label ) )
{
@@ -1617,7 +1643,7 @@ module MakeBox( box )
children();
}
else if ( __label_placement_is_right( label) )
- {
+ {
translate( [ m_box_size[k_x], m_box_size[k_y]/2, z_pos_vertical ] )
rotate( 90, [ 0,0,1])
rotate( 90, [ 0,1,0])
@@ -1628,7 +1654,7 @@ module MakeBox( box )
translate( [ m_box_size[k_x]/2, m_box_size[k_y]/2, 0 ] )
rotate( 90, [ 1,0,0])
children();
- }
+ }
}
@@ -1676,9 +1702,9 @@ module MakeBox( box )
translate( [ 0,200,0])
Make2dLidLabel( label, width, offset );
- }
- }
-
+ }
+ }
+
}
module MakeDetachedLidLabels()
@@ -1686,12 +1712,12 @@ module MakeBox( box )
lid_print_position = [0, m_box_size[ k_y ] + DISTANCE_BETWEEN_PARTS, 0 ];
MoveToLidInterior( tolerance = -g_tolerance )
- translate( g_b_vis_actual ? lid_vis_position : lid_print_position )
- RotateAboutPoint( g_b_vis_actual ? 180 : 0, [0, 1, 0], [__lid_external_size( k_x )/2, __lid_external_size( k_y )/2, 0] )
+ translate( g_b_vis_actual ? lid_vis_position : lid_print_position )
+ RotateAboutPoint( g_b_vis_actual ? 180 : 0, [0, 1, 0], [__lid_external_size( k_x )/2, __lid_external_size( k_y )/2, 0] )
MakeAllLidLabels();
}
-
- module MakeLid()
+
+ module MakeLid()
{
module MakeMesh( thickness )
@@ -1723,7 +1749,7 @@ module MakeBox( box )
MakeMesh( thickness = thickness );
// stencil out the text
-
+
union()
{
@@ -1731,8 +1757,8 @@ module MakeBox( box )
MakeAllLidLabelFrames( offset = m_lid_label_bg_thickness, thickness = thickness );
MakeAllLidLabels( thickness = thickness );
- }
- }
+ }
+ }
if ( m_lid_has_labels )
{
@@ -1761,7 +1787,7 @@ module MakeBox( box )
y = __lid_external_size( k_y );
x2 = y*sin(theta) + x*cos(theta);
- y2 = y*cos(theta) + x*sin(theta);
+ y2 = y*cos(theta) + x*sin(theta);
translate( [x/2-x2/2, y/2-y2/2, 0])
RotateAboutPoint( theta, [0,0,1], [x2/2,y2/2,0] )
@@ -1772,15 +1798,15 @@ module MakeBox( box )
// in the case of mmu, we want to cut out the labels
if ( g_print_mmu_layer == "mmu_box_layer" )
- MakeAllLidLabels( );
+ MakeAllLidLabels( );
}
// positive text
if ( g_print_mmu_layer != "mmu_box_layer" )
- MakeAllLidLabels( );
+ MakeAllLidLabels( );
}
else if ( m_lid_label_bg_thickness > 0 )
- {
+ {
// negative text
difference()
{
@@ -1788,7 +1814,7 @@ module MakeBox( box )
MakeAllLidLabelFrames( offset = m_lid_label_bg_thickness );
MakeAllLidLabels();
}
- }
+ }
}
else
{
@@ -1798,11 +1824,11 @@ module MakeBox( box )
MakeAllLidLabels( offset = m_lid_label_border_thickness );
MakeAllLidLabels();
}
- }
+ }
}
}
}
-
+
}
module Helper__BuildLid()
@@ -1814,7 +1840,7 @@ module MakeBox( box )
MakeLidBase_Cap( tolerance = g_tolerance, tolerance_detent_pos = g_tolerance_detent_pos );
}
else // new lid
- {
+ {
if ( m_lid_inset )
{
// main structure of lid minus center
@@ -1826,7 +1852,7 @@ module MakeBox( box )
MoveToLidInterior()
cube([ __lid_internal_size( k_x ), __lid_internal_size( k_y ), __lid_external_size( k_z )]);
}
-
+
// add the flat notch tabs to the sides
// difference()
// {
@@ -1834,7 +1860,7 @@ module MakeBox( box )
// // hollow the center
// MoveToLidInterior()
- // cube([ __lid_internal_size( k_x ), __lid_internal_size( k_y ), __lid_external_size( k_z )]);
+ // cube([ __lid_internal_size( k_x ), __lid_internal_size( k_y ), __lid_external_size( k_z )]);
// MakeCorners( mod = 1 );
// }
@@ -1860,8 +1886,8 @@ module MakeBox( box )
lid_print_position = [0, m_box_size[ k_y ] + DISTANCE_BETWEEN_PARTS, 0 ];
lid_vis_position = [ 0, 0, m_box_size[ k_z ] + m_lid_thickness ];
-
- translate( g_b_vis_actual ? lid_vis_position : lid_print_position )
+
+ translate( g_b_vis_actual ? lid_vis_position : lid_print_position )
RotateAboutPoint( g_b_vis_actual ? 180 : 0, [0, 1, 0], [__lid_external_size( k_x )/2, __lid_external_size( k_y )/2, 0] )
difference()
{
@@ -1872,7 +1898,7 @@ module MakeBox( box )
for ( side = [ k_front:k_right ])
if ( m_lid_cutout_sides[ side ])
MakeSideCutouts( side );
- }
+ }
}
module ForEachPartition( D, )
@@ -1927,7 +1953,7 @@ module MakeBox( box )
translate( [ x_pos , y_pos , 0 ] )
children();
}
- }
+ }
}
module LabelEachCompartment()
@@ -1958,22 +1984,22 @@ module MakeBox( box )
}
}
- }
+ }
}
module MakeSideCutouts( side, margin = false )
{
- function __cutout_z() = m_is_lid ? m_lid_wall_height + m_lid_thickness :
- m_box_size[ k_z ] + __lid_external_size( k_z ) * 2 * m_cutout_height_pct;
+ function __cutout_z() = m_is_lid ? m_lid_wall_height + m_lid_thickness :
+ m_box_size[ k_z ] + __lid_external_size( k_z ) * 2 * m_cutout_height_pct;
function __padding( D ) = m_is_lid ? 0 : __component_padding( D );
function __size( D ) = m_is_lid ? __lid_external_size( D ) : __compartment_size( D );
- function __finger_cutouts_bottom() = m_is_lid ?__lid_external_size( k_z ) - __cutout_z() :
+ function __finger_cutouts_bottom() = m_is_lid ?__lid_external_size( k_z ) - __cutout_z() :
- __lid_external_size( k_z ) + (m_box_size[ k_z ] * (1-m_cutout_height_pct));
function __round_bottom() = __finger_cutouts_bottom() > m_box_size[ k_z ] - __size( k_z );
// main and perpendicular dimensions
- main_d = ( side == k_back || side == k_front ) ? k_y : k_x;
+ main_d = ( side == k_back || side == k_front ) ? k_y : k_x;
perp_d = ( side == k_back || side == k_front ) ? k_x : k_y;
max_radius = 3;
@@ -1981,7 +2007,7 @@ module MakeBox( box )
// main and perpendicular size of hole
// main dimension intrudes into the compartment by some fraction ( e.g. 1/5 )
- main_size = margin ? m_component_margin_side[ side ] + g_wall_thickness + radius :
+ main_size = margin ? m_component_margin_side[ side ] + g_wall_thickness + radius :
__padding( main_d )/2 + __size( main_d ) * m_cutout_size_frac_aligned;
// perp dimension is a half of the width and no more than 3cm
@@ -1989,56 +2015,56 @@ module MakeBox( box )
pos_standard = [
// front
- [
- __size( k_x )/2 - perp_size/2,
- - __padding( k_y )/2,
- __finger_cutouts_bottom()
- ],
+ [
+ __size( k_x )/2 - perp_size/2,
+ - __padding( k_y )/2,
+ __finger_cutouts_bottom()
+ ],
// back
- [
- __size( k_x )/2 - perp_size/2,
- __size( main_d ) - main_size + __padding( k_y )/2,
- __finger_cutouts_bottom()
+ [
+ __size( k_x )/2 - perp_size/2,
+ __size( main_d ) - main_size + __padding( k_y )/2,
+ __finger_cutouts_bottom()
],
// left
- [
- - __padding( k_x )/2,
- __size( k_y )/2 - perp_size/2,
- __finger_cutouts_bottom()
+ [
+ - __padding( k_x )/2,
+ __size( k_y )/2 - perp_size/2,
+ __finger_cutouts_bottom()
],
// right
- [
- __size( main_d ) - main_size + __padding( k_x )/2,
- __size( k_y )/2 - perp_size/2,
+ [
+ __size( main_d ) - main_size + __padding( k_x )/2,
+ __size( k_y )/2 - perp_size/2,
__finger_cutouts_bottom()
- ],
+ ],
];
pos_margin = [
// front
- [
- __size( k_x )/2 - perp_size/2,
- -__padding( main_d )/2 - g_wall_thickness,
- __finger_cutouts_bottom()
- ],
+ [
+ __size( k_x )/2 - perp_size/2,
+ -__padding( main_d )/2 - g_wall_thickness,
+ __finger_cutouts_bottom()
+ ],
// back
- [
- __size( k_x )/2 - perp_size/2,
- __component_size( k_y) - m_component_margin_side[ k_back] + __padding( main_d )/2 - radius,
- __finger_cutouts_bottom()
+ [
+ __size( k_x )/2 - perp_size/2,
+ __component_size( k_y) - m_component_margin_side[ k_back] + __padding( main_d )/2 - radius,
+ __finger_cutouts_bottom()
],
// left
- [
- -__padding( main_d )/2 - g_wall_thickness,
- __size( k_y )/2 - perp_size/2,
- __finger_cutouts_bottom()
+ [
+ -__padding( main_d )/2 - g_wall_thickness,
+ __size( k_y )/2 - perp_size/2,
+ __finger_cutouts_bottom()
],
// right
- [
- __component_size( k_x ) - m_component_margin_side[ k_right ] + __padding( main_d )/2 - radius,
- __size( k_y )/2 - perp_size/2,
+ [
+ __component_size( k_x ) - m_component_margin_side[ k_right ] + __padding( main_d )/2 - radius,
+ __size( k_y )/2 - perp_size/2,
__finger_cutouts_bottom()
- ],
+ ],
];
@@ -2049,7 +2075,7 @@ module MakeBox( box )
[ perp_size, main_size, __cutout_z() ], // front
[ perp_size, main_size, __cutout_z() ], // back
- [ main_size , perp_size, __cutout_z() ], // left
+ [ main_size , perp_size, __cutout_z() ], // left
[ main_size , perp_size, __cutout_z() ] // right
];
@@ -2084,9 +2110,9 @@ module MakeBox( box )
shape_square = [ f,f,f,f];
- shape = __round_bottom() ? [ t,t,t,t] :
+ shape = __round_bottom() ? [ t,t,t,t] :
m_actually_cutout_the_bottom ? shape_square : shape_standard[ side ];
-
+
translate( pos[ side ] )
if ( __round_bottom() ) {
if ( side == k_back || side == k_front )
@@ -2103,7 +2129,7 @@ module MakeBox( box )
function __cutout_z() = ( m_is_lid ? m_lid_wall_height + m_lid_thickness : m_box_size[ k_z ] + __lid_external_size( k_z ) * 2 );
function __padding( D ) = m_is_lid ? 0 : __component_padding( D );
function __size( D ) = m_is_lid ? __lid_internal_size( D ) : __compartment_size( D );
- function __finger_cutouts_bottom() = m_is_lid ?__lid_external_size( k_z ) - __cutout_z() :
+ function __finger_cutouts_bottom() = m_is_lid ?__lid_external_size( k_z ) - __cutout_z() :
- __lid_external_size( k_z );
inset_into_compartment_fraction = 1/4;
@@ -2116,36 +2142,36 @@ module MakeBox( box )
pos = [
// k_front_left
- [
- - __padding( k_x )/2 ,
- - __padding( k_y )/2 ,
- __finger_cutouts_bottom()
- ],
+ [
+ - __padding( k_x )/2 ,
+ - __padding( k_y )/2 ,
+ __finger_cutouts_bottom()
+ ],
// k_back_right
- [
- __size( k_x ) * inverse_inset,
- __size( k_y ) * inverse_inset ,
- __finger_cutouts_bottom()
+ [
+ __size( k_x ) * inverse_inset,
+ __size( k_y ) * inverse_inset ,
+ __finger_cutouts_bottom()
],
// k_back_left
- [
- __size( k_x ) * inverse_inset ,
- - __padding( k_y )/2 ,
- __finger_cutouts_bottom()
+ [
+ __size( k_x ) * inverse_inset ,
+ - __padding( k_y )/2 ,
+ __finger_cutouts_bottom()
],
// k_front_right
- [
- - __padding( k_x )/2,
- __size( k_y ) * inverse_inset ,
+ [
+ - __padding( k_x )/2,
+ __size( k_y ) * inverse_inset ,
- __finger_cutouts_bottom()
- ],
+ __finger_cutouts_bottom()
+ ],
];
shape = [
//k_front_left
- [
+ [
!m_component_cutout_corner[ k_back_left ] && !m_component_cutout_corner[ k_front_right ],
!m_component_cutout_corner[ k_front_right ],
!m_component_cutout_corner[ k_back_left ],
@@ -2153,7 +2179,7 @@ module MakeBox( box )
],
//k_back_right
- [
+ [
t,
!m_component_cutout_corner[ k_front_right ],
!m_component_cutout_corner[ k_back_left ],
@@ -2162,7 +2188,7 @@ module MakeBox( box )
],
//k_back_left
- [
+ [
!m_component_cutout_corner[ k_back_right ],
!m_component_cutout_corner[ k_front_left ] && !m_component_cutout_corner[ k_back_right ],
t,
@@ -2170,17 +2196,17 @@ module MakeBox( box )
],
//k_front_right
- [
+ [
!m_component_cutout_corner[ k_back_right ],
t,
!m_component_cutout_corner[ k_front_left ] && !m_component_cutout_corner[ k_back_right ],
!m_component_cutout_corner[ k_front_left ],
- ],
+ ],
];
- size = [ __padding( k_x )/2 + __size( k_x ) * inset_into_compartment_fraction,
- __padding( k_y )/2 + __size( k_y ) * inset_into_compartment_fraction,
+ size = [ __padding( k_x )/2 + __size( k_x ) * inset_into_compartment_fraction,
+ __padding( k_y )/2 + __size( k_y ) * inset_into_compartment_fraction,
__cutout_z() ];
translate( pos[ corner ] )
@@ -2199,11 +2225,11 @@ module MakeBox( box )
{
difference()
{
- cube_rotated = __component_shape_rotated_90() ? [ __compartment_size( k_x ), r, r ] : [ r, __compartment_size( k_y ), r ];
+ cube_rotated = __component_shape_rotated_90() ? [ __compartment_size( k_x ), r, r ] : [ r, __compartment_size( k_y ), r ];
cube ( cube_rotated );
-
- cylinder_translated = __component_shape_rotated_90() ? [ 0, r, r ] : [ r, __compartment_size( k_y ), r ];
+
+ cylinder_translated = __component_shape_rotated_90() ? [ 0, r, r ] : [ r, __compartment_size( k_y ), r ];
translate( cylinder_translated )
{
cylinder_rotation = __component_shape_rotated_90() ? [ 0, 1, 0, ] : [ 1, 0, 0 ];
@@ -2211,8 +2237,8 @@ module MakeBox( box )
rotate( v=cylinder_rotation, a=90 )
{
h = __component_shape_rotated_90() ? __compartment_size( k_x ) : __compartment_size( k_y );
- cylinder(h = h, r1 = r, r2 = r);
- }
+ cylinder(h = h, r1 = r, r2 = r);
+ }
}
}
@@ -2222,11 +2248,11 @@ module MakeBox( box )
mirrorv = __component_shape_rotated_90() ? [ 0,1,0] : [1,0,0];
mirrorpt = __component_shape_rotated_90() ? [ 0, __compartment_size( k_y ) / 2, 0 ] : [ __compartment_size( k_x ) / 2, 0, 0 ];
-
+
MirrorAboutPoint(mirrorv, mirrorpt)
{
- _MakeFillet();
- }
+ _MakeFillet();
+ }
}
module MakeVerticalShape( h, x, r )
@@ -2241,9 +2267,9 @@ module MakeBox( box )
angle = __component_is_hex() ? 30 : __component_is_oct() ? 22.5 : 0;
rotate( a=angle, v=[0, 0, 1] )
- cylinder(h, r, r, center = false );
+ cylinder(h, r, r, center = false );
}
-
+
}
module MakeCompartmentShape()
@@ -2279,8 +2305,8 @@ module MakeBox( box )
translate( cylinder_translation )
{
- RotateAboutPoint( a= __component_shape_rotated_90() ? 90 : 0,
- v=[0,0,1],
+ RotateAboutPoint( a= __component_shape_rotated_90() ? 90 : 0,
+ v=[0,0,1],
pt=[ 0,0, 0] )
{
{
@@ -2288,14 +2314,14 @@ module MakeBox( box )
rotate( a= 90, v=[ 1,0,0])
{
// do we want hex point down?
- rotate( a=__component_is_hex2() ?
- 30 : __component_is_oct() ?
- 22.5 : 0,
+ rotate( a=__component_is_hex2() ?
+ 30 : __component_is_oct() ?
+ 22.5 : 0,
v=[ 0, 0, 1])
{
- cylinder(h = __compartment_size( dim2 ), r1 = r, r2 = r );
+ cylinder(h = __compartment_size( dim2 ), r1 = r, r2 = r );
}
- }
+ }
}
}
}
@@ -2303,7 +2329,7 @@ module MakeBox( box )
// from midpoint--up. clear the rest of the compartment
translate( [ 0,0, r ])
cube ( [ __compartment_size( k_x ), __compartment_size( k_y ), m_box_size[ k_z ]] );
- }
+ }
}
}
@@ -2327,7 +2353,7 @@ module MakeBox( box )
RotateAboutPoint( label_on_side ? 90:0, [1,0,0], [0,0,0] )
translate( [ __label_offset( label )[k_x], __label_offset( label )[k_y], 0])
resize( [ width, 0, 0], auto=true)
- translate([0,0,-__label_depth( label )])
+ translate([0,0,-__label_depth( label )])
linear_extrude( height = __label_depth( label ) )
if ( __is_text( label ) )
{
@@ -2361,7 +2387,7 @@ module MakeBox( box )
if ( __label_placement_is_wall( label ) )
translate( [ __compartment_size(k_x)/2, 0, z_pos_vertical ] )
children();
- else
+ else
translate( [ __compartment_size(k_x)/2, -__component_padding( k_y )/4, __partition_height( k_y ) + z_pos] )
children();
}
@@ -2386,7 +2412,7 @@ module MakeBox( box )
children();
}
else if ( __label_placement_is_right( label) )
- {
+ {
if ( __label_placement_is_wall( label ) )
translate( [ __compartment_size(k_x), __compartment_size(k_y)/2, z_pos_vertical ] )
rotate( -90, [ 0,0,1])
@@ -2401,21 +2427,21 @@ module MakeBox( box )
module MakePartitions()
{
MakeMargin( side = k_front );
- MakeMargin( side = k_back );
+ MakeMargin( side = k_back );
MakeMargin( side = k_left );
MakeMargin( side = k_right );
- ForEachPartition( k_x )
+ ForEachPartition( k_x )
{
- MakePartition( axis = k_x );
+ MakePartition( axis = k_x );
}
- ForEachPartition( k_y )
+ ForEachPartition( k_y )
{
- MakePartition( axis = k_y );
+ MakePartition( axis = k_y );
}
-
+
}
module MakeMargin( side )
@@ -2441,7 +2467,7 @@ module MakeBox( box )
}
else if ( axis == k_y )
{
- cube ( [ __component_size( k_x ), __component_padding( k_y ) , __partition_height( k_y ) + m_component_base_height ] );
+ cube ( [ __component_size( k_x ), __component_padding( k_y ) , __partition_height( k_y ) + m_component_base_height ] );
}
}
@@ -2474,7 +2500,7 @@ module MakeBox( box )
{
MirrorAboutPoint( [0,1,0], [ m_box_size[ k_x ] / 2, m_box_size[ k_y ] / 2, 0] )
{
- MakeLidCornerNotch();
+ MakeLidCornerNotch();
}
}
}
@@ -2510,8 +2536,8 @@ module MakeBox( box )
cylinder( h= x, r=0.01);
}
- }
- }
+ }
+ }
translate( [ ( m_box_size[ k_x ])/2, 0, 0])
{
@@ -2543,7 +2569,7 @@ module MakeBox( box )
module MakeDetent( mod )
{
resize( [g_detent_thickness*2 + mod, 1, 1.0])
- sphere( r = 1, $fn = 12 );
+ sphere( r = 1, $fn = 12 );
}
module MakeOneSet( mod )
@@ -2561,7 +2587,7 @@ module MakeBox( box )
hull()
for ( i = [ 0 : num_detents - 1 ] )
translate( [m_wall_thickness/2, m_wall_thickness/2 + g_detent_spacing * i + g_detent_dist_from_corner, 0] )
- MakeDetent( mod );
+ MakeDetent( mod );
}
MakeOneSet( mod );
@@ -2580,7 +2606,7 @@ module MakeBox( box )
{
MirrorAboutPoint( [0,1,0], [ m_box_size[ k_x ] / 2, m_box_size[ k_y ] / 2, 0] )
{
- MakeOneSet( mod );
+ MakeOneSet( mod );
}
}
}
@@ -2589,14 +2615,14 @@ module MakeBox( box )
}
module MakeRoundedCubeAxis( vec3, radius, vecRounded = [ t, t, t, t ], axis = k_z ) {
- radii =
+ radii =
[
vecRounded[ 0 ] ? radius : .001,
vecRounded[ 1 ] ? radius : .001,
vecRounded[ 2 ] ? radius : .001,
vecRounded[ 3 ] ? radius : .001,
];
-
+
pos =
[
[
@@ -2610,7 +2636,7 @@ module MakeRoundedCubeAxis( vec3, radius, vecRounded = [ t, t, t, t ], axis = k_
[ 0, vec3[k_y] - radii[1], radii[1] ],
[ 0, radii[0], vec3[k_z] - radii[0] ],
[ 0, vec3[k_y] - radii[1], vec3[k_z] - radii[1] ],
- ],
+ ],
[
[ radii[0], radii[0], 0 ],
[ vec3[k_x] - radii[1], radii[1], 0 ],
@@ -2618,23 +2644,23 @@ module MakeRoundedCubeAxis( vec3, radius, vecRounded = [ t, t, t, t ], axis = k_
[ vec3[k_x] - radii[3], vec3[k_y] - radii[3], 0 ]
]
] ;
-
+
rot =
[
[270,0,0],
[0,90,0],
[0,0,0]
] ;
-
+
hull()
{
h = vec3[axis];
-
+
for ( idx = [ 0 : 3] )
{
// collapse the cylinder if we're approximating a point
fn = radii[ idx ] >= 1 ? $fn: 4;
-
+
translate( pos[ axis ][ idx ])
rotate(rot[ axis ])
cylinder(r=radii[ idx ], h=h, $fn = fn);
@@ -2644,8 +2670,8 @@ module MakeRoundedCubeAxis( vec3, radius, vecRounded = [ t, t, t, t ], axis = k_
module MakeRoundedCubeAll( vecCube, radius, axis = k_z, vecRounded = [ t, t, t, t ] ){
-
- radii =
+
+ radii =
[
vecRounded[ 0 ] ? radius : .001,
vecRounded[ 1 ] ? radius : .001,
@@ -2657,14 +2683,14 @@ module MakeRoundedCubeAll( vecCube, radius, axis = k_z, vecRounded = [ t, t, t,
axis == k_y ? [ vecCube[2], vecCube[1], vecCube[0] ] :
[ vecCube[0], vecCube[2], vecCube[1] ];
- pos =
+ pos =
[
[ radii[0], radii[0], 0 ],
[ vecCube2[k_x] - radii[1], radii[1], 0 ],
[ radii[2], vecCube2[k_y] - radii[2], 0 ],
[ vecCube2[k_x] - radii[3], vecCube2[k_y] - radii[3], 0 ]
] ;
-
+
vecCubeCtr = vecCube/2;
translate( vecCubeCtr )
@@ -2675,26 +2701,13 @@ module MakeRoundedCubeAll( vecCube, radius, axis = k_z, vecRounded = [ t, t, t,
{
h = vecCube2[ k_z ];
- for ( idx = [ 0 : 3] )
+ for ( idx = [ 0 : 3] )
{
// collapse the cylinder if we're approximating a point
fn = radii[ idx ] >= 1 ? $fn: 4;
translate( pos[ idx ])
- cylinder(r=radii[ idx ], h=h, $fn = fn);
+ cylinder(r=radii[ idx ], h=h, $fn = fn);
}
}
-}
-
-
-
-
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-
-
-
-
-
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-
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+}