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YAPPgenerator_v3.scad
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/*
***************************************************************************
** Yet Another Parameterised Projectbox generator
**
*/
Version="v3.3.2 (2025-01-21)";
/*
**
** Copyright (c) 2021, 2022, 2023, 2024, 2025 Willem Aandewiel
**
** With help from:
** - Keith Hadley (parameterized label depth)
** - Oliver Grafe (connectorsPCB)
** - Juan Jose Chong (dynamic standoff flange)
** - Dan Drum (cleanup code)
** - Dave Rosenhauer (fillets and a lot more)
**
**
** for many or complex cutouts you might need to adjust
** the number of elements:
**
** Preferences->Advanced->Turn off rendering at 250000 elements
** ^^^^^^
**
** TERMS OF USE: MIT License. See base offile.
***************************************************************************
*/
// If set to true will generate the sample box at every save
debug = false;
printMessages = debug;
//---------------------------------------------------------
// This design is parameterized based on the size of a PCB.
//---------------------------------------------------------
// Note: length/lengte refers to X axis,
// width/breedte to Y,
// height/hoogte to Z
/*
padding-back|<------pcb length --->|<padding-front
RIGHT
0 X-axis --->
+----------------------------------------+ ---
| | ^
| | padding-right
Y | | v
| | -5,y +----------------------+ | ---
B a | | 0,y x,y | | ^ F
A x | | | | | R
C i | | | | | pcb width O
K s | | | | | N
| | 0,0 x,0 | | v T
^ | -5,0 +----------------------+ | ---
| | | padding-left
0 +----------------------------------------+ ---
0 X-as --->
LEFT
*/
//-- which part(s) do you want to print?
printBaseShell = true;
printLidShell = true;
printSwitchExtenders = true;
printDisplayClips = true;
shiftLid = 10; // Set the distance between the lid and base when rendered or previewed side by side
//-- padding between pcb and inside wall
paddingFront = 1;
paddingBack = 1;
paddingRight = 1;
paddingLeft = 1;
// ********************************************************************
// The Following will be used as the first element in the pbc array
//Defined here so you can define the "Main" PCB using these if wanted
pcbLength = 120; // front to back (X axis)
pcbWidth = 50; // side to side (Y axis)
pcbThickness = 1.6;
standoffHeight = 1.0; //-- How much the PCB needs to be raised from the base to leave room for solderings
standoffDiameter = 7;
standoffPinDiameter = 2.4;
standoffHoleSlack = 0.4;
//===================================================================
// *** PCBs ***
// Printed Circuit Boards
//-------------------------------------------------------------------
// Default origin = yappCoordPCB : yappCoordBoxInside[0,0,0]
//
// Parameters:
// Required:
// p(0) = name
// p(1) = length
// p(2) = width
// p(3) = posx
// p(4) = posy
// p(5) = Thickness
// p(6) = standoff_Height (negative values measure fron the lid to the top of the PCB)
// p(7) = standoff_Diameter
// p(8) = standoff_PinDiameter
// Optional:
// p(9) = standoff_HoleSlack (default to 0.4)
//The following can be used to get PCB values. If "PCB Name" is omitted then "Main" is used
// pcbLength --> pcbLength("PCB Name")
// pcbWidth --> pcbWidth("PCB Name")
// pcbThickness --> pcbThickness("PCB Name")
// standoffHeight --> standoffHeight("PCB Name")
// standoffDiameter --> standoffDiameter("PCB Name")
// standoffPinDiameter --> standoffPinDiameter("PCB Name")
// standoffHoleSlack --> standoffHoleSlack("PCB Name")
pcb =
[
//-- Default Main PCB - DO NOT REMOVE the "Main" line.
["Main", pcbLength,pcbWidth, 0,0, pcbThickness, standoffHeight, standoffDiameter, standoffPinDiameter, standoffHoleSlack]
];
//-------------------------------------------------------------------
//-- Edit these parameters for your own box dimensions
wallThickness = 2.6;
basePlaneThickness = 1.6;
lidPlaneThickness = 1.6;
//-- Total height of box = lidPlaneThickness
// + lidWallHeight
// + baseWallHeight
// + basePlaneThickness
//-- space between pcb and lidPlane :=
//-- (bottonWallHeight+lidWallHeight) - (standoff_Height+pcb_Thickness)
baseWallHeight = 10;
lidWallHeight = 10;
//-- ridge where base and lid off box can overlap
//-- Make sure this isn't less than lidWallHeight
// or 1.8x wallThickness if using snaps
ridgeHeight = 5.0;
ridgeSlack = 0.3;
//-- Radius of the shell corners
roundRadius = wallThickness + 1;
// Box Types are 0-5 with 0 as the default
// 0 = All edges rounded with radius (roundRadius) above
// 1 = All edges square
// 2 = All edges chamfered by (roundRadius) above
// 3 = Square top and bottom edges (the ones that touch the build plate) and rounded vertical edges
// 4 = Square top and bottom edges (the ones that touch the build plate) and chamfered vertical edges
// 5 = Chamfered top and bottom edges (the ones that touch the build plate) and rounded vertical edges
boxType = 0; // Default type 0
//---------------------------
//-- MISC Options --
//---------------------------
//-- Cone aperture in degrees for countersunk-head screws
countersinkAngle = 90; //-- metric: 90
// Set the layer height of your printer
printerLayerHeight = 0.2;
// Set the ratio between the wall thickness and the ridge height.
// Recommended to be left at 1.8 but for strong snaps.
wallToRidgeRatio = 1.8;
//---------------------------
//-- C O N T R O L --
//---------------------------
// -- Render --
renderQuality = 8; //-> from 1 to 32, Default = 8
// --Preview --
previewQuality = 5; //-> from 1 to 32, Default = 5
showSideBySide = true; //-> Default = true
onLidGap = 0; // tip don't override to animate the lid opening
//onLidGap = ((ridgeHeight) - (ridgeHeight * abs(($t-0.5)*2)))*2; // tip don't override to animate the lid opening/closing
colorLid = "YellowGreen";
alphaLid = 1;
colorBase = "BurlyWood";
alphaBase = 1;
hideLidWalls = false; //-> Remove the walls from the lid : only if preview and showSideBySide=true
hideBaseWalls = false; //-> Remove the walls from the base : only if preview and showSideBySide=true
showOrientation = true; //-> Show the Front/Back/Left/Right labels : only in preview
showPCB = false; //-> Show the PCB in red : only in preview
showSwitches = false; //-> Show the switches (for pushbuttons) : only in preview
showButtonsDepressed = false; //-> Should the buttons in the Lid On view be in the pressed position
showOriginCoordBox = false; //-> Shows red bars representing the origin for yappCoordBox : only in preview
showOriginCoordBoxInside = false; //-> Shows blue bars representing the origin for yappCoordBoxInside : only in preview
showOriginCoordPCB = false; //-> Shows blue bars representing the origin for yappCoordBoxInside : only in preview
showMarkersPCB = false; //-> Shows black bars corners of the PCB : only in preview
showMarkersCenter = false; //-> Shows magenta bars along the centers of all faces
inspectX = 0; //-> 0=none (>0 from Back)
inspectY = 0; //-> 0=none (>0 from Right)
inspectZ = 0; //-> 0=none (>0 from Bottom)
inspectXfromBack = true; //-> View from the inspection cut foreward
inspectYfromLeft = true; //-> View from the inspection cut to the right
inspectZfromBottom = true; //-> View from the inspection cut up
//---------------------------
//-- C O N T R O L --
//---------------------------
// ******************************
// REMOVE BELOW FROM TEMPLATE
// Set the glogal for the quality
facetCount = $preview ? previewQuality*4 : renderQuality*4;
//-- better leave these ----------
buttonWall = 2.0;
buttonPlateThickness= 2.5;
buttonSlack = 0.25;
//-- constants, do not change (shifted to large negative values so another element in the
//-- array won't match
// Define some alternates to undef
yappDefault = undef;
default = undef;
// Shapes
yappRectangle = -30000;
yappCircle = -30001;
yappPolygon = -30002;
yappRoundedRect = -30003;
yappCircleWithFlats = -30004;
yappCircleWithKey = -30005;
yappRing = -30006;
yappSphere = -30007; //-- New 3.3
// NEW for 3.x
// Edge Shapes
yappEdgeRounded = -30090;
yappEdgeSquare = -30091;
yappEdgeChamfered = -30092;
//Shell options
yappBoth = -30100;
yappLidOnly = -30101;
yappBaseOnly = -30102;
//PCB standoff typrs
yappHole = -30200;
yappPin = -30201;
yappTopPin = -30202;
// Faces
yappLeft = -30300;
yappRight = -30301;
yappFront = -30302;
yappBack = -30303;
yappLid = -30304;
yappBase = -30305;
yappPartBase = -30306;
yappPartLid = -30307;
//-- Placement Options
yappCenter = -30400; // Cutouts, boxMounts, lightTubes, pushButtons, pcbStands, Connectors
yappOrigin = -30401; // Cutouts, boxMounts, lightTubes, pushButtons, pcbStands, Connectors
yappSymmetric = -30402; // snapJoins
yappAllCorners = -30403; // pcbStands, Connectors
yappFrontLeft = -30404; // pcbStands, Connectors
yappFrontRight = -30405; // pcbStands, Connectors
yappBackLeft = -30406; // pcbStands, Connectors
yappBackRight = -30407; // pcbStands, Connectors
yappFromInside = -30410; // Cutouts
yappTextLeftToRight = -30470;
yappTextRightToLeft = -30471;
yappTextTopToBottom = -30472;
yappTextBottomToTop = -30473;
yappTextHAlignLeft = -30474;
yappTextHAlignCenter = -30475;
yappTextHAlignRight = -30476;
yappTextVAlignTop = -30477;
yappTextVAlignCenter = -30478;
yappTextVAlignBaseLine = -30479;
yappTextVAlignBottom = -30480;
// Lightube options
yappThroughLid = -30500; // lightTubes
// Misc Options
yappNoFillet = -30600; // pcbStands, Connectors, lightTubes, pushButtons
yappCountersink = -30601; // connectors
// Coordinate options
yappCoordPCB = -30700; // pcbStands, connectors, Cutouts, boxMounts, lightTubes, pushButtons
yappCoordBox = -30701; // pcbStands, connectors, Cutouts, boxMounts, lightTubes, pushButtons
yappCoordBoxInside = -30702; // pcbStands, connectors, Cutouts, boxMounts, lightTubes, pushButtons
yappAltOrigin = -30710; // pcbStands, connectors, Cutouts, boxMounts, lightTubes, pushButtons
yappGlobalOrigin = -30711; // pcbStands, connectors, Cutouts, boxMounts, lightTubes, pushButtons
//yappConnWithPCB - Depreciated use yappCoordPCB
//yappLeftOrigin - Depreciated use yappAltOrigin
// Grid options
yappPatternSquareGrid = -30800;
yappPatternHexGrid = -30801;
yappMaskDef = -30900;
yappPolygonDef = -30901;
yappPCBName = -30902;
minkowskiErrorCorrection = $preview ? 1.0125 : 1;
boxLength = maxLength(pcb);
boxWidth = maxWidth(pcb);
//-- For New boxTypes (Default to all edges rounded)
//-- options:
//-- yappEdgeRounded - rounded using roundRadius
//-- yappEdgeSquare - squared corners
//-- yappEdgeChamfered - chamfered with roundRadius sides
boxStyles = [
[0, yappEdgeRounded, yappEdgeRounded],
[1, yappEdgeSquare, yappEdgeSquare],
[2, yappEdgeChamfered, yappEdgeChamfered],
[3, yappEdgeSquare, yappEdgeRounded],
[4, yappEdgeSquare, yappEdgeChamfered],
[5, yappEdgeChamfered, yappEdgeRounded],
];
shellEdgeTopBottom = boxStyles[boxType][1];
shellEdgeVert = boxStyles[boxType][2];
//-------------------------------------------------------------------
// Misc internal values
shellInsideWidth = boxWidth+paddingLeft+paddingRight;
shellInsideLength = boxLength+paddingFront+paddingBack;
shellInsideHeight = baseWallHeight+lidWallHeight;
shellWidth = shellInsideWidth+(wallThickness*2);
shellLength = shellInsideLength+(wallThickness*2);
shellHeight = basePlaneThickness+shellInsideHeight+lidPlaneThickness;
// REMOVE ABOVE FROM TEMPLATE
// ******************************
//-------------------------------------------------------------------
//-------------------------------------------------------------------
// Start of Debugging config (used if not overridden in template)
// ------------------------------------------------------------------
// ------------------------------------------------------------------
// ==================================================================
// Shapes
// ------------------------------------------------------------------
// Shapes should be defined to fit into a 1x1 box (+/-0.5 in X and Y) - they will be scaled as needed.
// defined as a vector of [x,y] vertices pairs.(min 3 vertices)
// for example a triangle could be [yappPolygonDef,[[-0.5,-0.5],[0,0.5],[0.5,-0.5]]];
// Pre-defined shapes
shapeIsoTriangle = [yappPolygonDef,[[-0.5,-sqrt(3)/4],[0,sqrt(3)/4],[0.5,-sqrt(3)/4]]];
shapeIsoTriangle2 = [yappPolygonDef,[[0,+sqrt(1/3)],[+0.5,-sqrt(1/12)],[-0.5,-sqrt(1/12)]]];
shapeHexagon = [yappPolygonDef,[[-0.50,0],[-0.25,+0.433012],[+0.25,+0.433012],[+0.50 ,0],[+0.25,-0.433012],[-0.25,-0.433012]]];
shape6ptStar = [yappPolygonDef,[[-0.50,0],[-0.25,+0.144338],[-0.25,+0.433012],[0,+0.288675],[+0.25,+0.433012],[+0.25,+0.144338],[+0.50 ,0],[+0.25,-0.144338],[+0.25,-0.433012],[0,-0.288675],[-0.25,-0.433012],[-0.25,-0.144338]]];
shapeTriangle = [yappPolygonDef,[[-0.5,-1/3],[0,+2/3],[+0.5,-1/3]]];
shapeTriangle2 = [yappPolygonDef,[[-0.5,-0.5],[0,0.5],[0.5,-0.5]]];
shapeArrow = [yappPolygonDef,[[-1/3,+0.5],[0.166667,+0.5],[+2/3,0],[0.166667,-0.5],[-1/3,-0.5]]];
preDefinedShapes=[
["shapeIsoTriangle", shapeIsoTriangle],
["shapeIsoTriangle2", shapeIsoTriangle2],
["shapeHexagon", shapeHexagon],
["shape6ptStar", shape6ptStar],
["shapeTriangle", shapeTriangle],
["shapeTriangle2",shapeTriangle2],
["shapeArrow", shapeArrow],
];
//==================================================================
// *** Masks ***
//------------------------------------------------------------------
// Parameters:
// maskName = [yappMaskDef,[
// p(0) = Grid pattern :{ yappPatternSquareGrid, yappPatternHexGrid }
// p(1) = horizontal Repeat : if yappPatternSquareGrid then 0 = no repeat one
// shape per column, if yappPatternHexGrid 0 is not valid
// p(2) = vertical Repeat : if yappPatternSquareGrid then 0 = no repeat one shape
// per row, if yappPatternHexGrid 0 is not valid
// p(3) = grid rotation
// p(4) = openingShape : {yappRectangle | yappCircle | yappPolygon | yappRoundedRect}
// p(5) = openingWidth, : if yappPatternSquareGrid then 0 = no repeat one shape per
// column, if yappPatternHexGrid 0 is not valid
// p(6) = openingLength, if yappPatternSquareGrid then 0 = no repeat one shape per
// row, if yappPatternHexGrid 0 is not valid
// p(7) = openingRadius
// p(8) = openingRotation
// p(9) = shape polygon : Required if openingShape = yappPolygon
// ]];
//------------------------------------------------------------------
maskHoneycomb = [yappMaskDef,[
yappPatternHexGrid, // pattern
5, // hRepeat
5, // vRepeat
0, // rotation
yappPolygon, // openingShape
4, // openingWidth,
4, // openingLength,
0, // openingRadius
30, // openingRotation
shapeHexagon]];
maskHexCircles = [yappMaskDef,[
yappPatternHexGrid, // pattern
5, // hRepeat
5, // vRepeat
30, // rotation
yappCircle, // openingShape
0, // openingWidth,
0, // openingLength,
2, // openingRadius
0 // openingRotation
]];
maskCircles = [yappMaskDef,[
yappPatternSquareGrid, // pattern
5, // hRepeat
5, // vRepeat
0, // rotation
yappCircle, // openingShape
0, // openingWidth,
0, // openingLength,
2, // openingRadius
0 // openingRotation
]
];
maskSquares = [yappMaskDef,[
yappPatternSquareGrid, // pattern
4, // hRepeat
4, // vRepeat
0, // rotation
yappRectangle, // openingShape
2, // openingWidth,
2, // openingLength,
0, // openingRadius
0 // openingRotation
]
];
maskBars = [yappMaskDef,[
yappPatternSquareGrid, // pattern
0, // hRepeat 0= Default to opening width - no repeat
4, // vRepeat
0, // rotation
yappRectangle, // openingShape
0, // openingWidth, 0= Default to opening width - no repeat
2, // openingLength,
2.5, // openingRadius
0 // openingRotation
]
];
maskOffsetBars = [yappMaskDef,[
yappPatternHexGrid, // pattern
7, // hRepeat
2*sqrt(3), // vRepeat
-30, // rotation
yappRoundedRect, // openingShape
10, // openingWidth,
2, // openingLength,
1, // openingRadius
30 // openingRotation
]
];
preDefinedMasks=[
["maskHoneycomb", maskHoneycomb],
["maskHexCircles", maskHexCircles],
["maskCircles", maskCircles],
["maskSquares", maskSquares],
["maskBars", maskBars],
["maskOffsetBars", maskOffsetBars],
];
//-- Define 3 optional custom masks that can be defined in the script
maskCustom1 = [];
maskCustom2 = [];
maskCustom3 = [];
//-- Show sample of a Mask.in the negative X,Y quadrant
//SampleMask(maskHoneycomb);
//===================================================================
// *** PCB Supports ***
// Pin and Socket standoffs
//-------------------------------------------------------------------
// Default origin = yappCoordPCB : pcb[0,0,0]
//
// Parameters:
// Required:
// p(0) = posx
// p(1) = posy
// Optional:
// p(2) = Height to bottom of PCB : Default = standoffHeight
// p(3) = PCB Gap : Default = -1 : Default for yappCoordPCB=pcbThickness, yappCoordBox=0
// p(4) = standoffDiameter Default = standoffDiameter;
// p(5) = standoffPinDiameter Default = standoffPinDiameter;
// p(6) = standoffHoleSlack Default = standoffHoleSlack;
// p(7) = filletRadius (0 = auto size)
// p(8) = Pin Length : Default = 0 -> PCB Gap + standoff_PinDiameter
// Indicated length of pin without the half sphere tip.
// Example : pcbThickness() only leaves the half sphere tip above the PCB
// n(a) = { <yappBoth> | yappLidOnly | yappBaseOnly }
// n(b) = { <yappPin>, yappHole, yappTopPin }
// yappPin = Pin on Base and Hole on Lid
// yappHole = Hole on Both
// yappTopPin = Hole on Base and Pin on Lid
// n(c) = { yappAllCorners, yappFrontLeft | <yappBackLeft> | yappFrontRight | yappBackRight }
// n(d) = { <yappCoordPCB> | yappCoordBox | yappCoordBoxInside }
// n(e) = { yappNoFillet } : Removes the internal and external fillets and the Rounded tip on the pins
// n(f) = [yappPCBName, "XXX"] : Specify a PCB. Defaults to [yappPCBName, "Main"]
//-------------------------------------------------------------------
pcbStands =
[
];
//===================================================================
// *** Connectors ***
// Standoffs with hole through base and socket in lid for screw type connections.
//-------------------------------------------------------------------
// Default origin = yappCoordPCB : pcb[0,0,0]
//
// Parameters:
// Required:
// p(0) = posx
// p(1) = posy
// p(2) = StandHeight : From specified origin
// p(3) = screwDiameter
// p(4) = screwHeadDiameter (don't forget to add extra for the fillet)
// p(5) = insertDiameter
// p(6) = outsideDiameter
// Optional:
// p(7) = insert Depth : default to entire connector
// p(8) = PCB Gap : Default if yappCoordPCB then pcbThickness else 0
// p(9) = filletRadius : Default = 0/Auto(0 = auto size)
// n(a) = { yappAllCorners, yappFrontLeft | <yappBackLeft> | yappFrontRight | yappBackRight }
// n(b) = { <yappCoordPCB> | yappCoordBox | yappCoordBoxInside }
// n(c) = { yappNoFillet }
// n(d) = { yappCountersink }
// n(e) = [yappPCBName, "XXX"] : Specify a PCB. Defaults to [yappPCBName, "Main"]
// n(f) = { yappThroughLid = changes the screwhole to the lid and the socket to the base}
//-------------------------------------------------------------------
connectors =
[
];
//===================================================================
// *** Cutouts ***
// There are 6 cutouts one for each surface:
// cutoutsBase (Bottom), cutoutsLid (Top), cutoutsFront, cutoutsBack, cutoutsLeft, cutoutsRight
//-------------------------------------------------------------------
// Default origin = yappCoordPCB : pcb[0,0,0]
//
// Required Not Used Note
//----------------------+-----------------------+---------------+------------------------------------
// yappRectangle | width, length | radius |
// yappCircle | radius | width, length |
// yappRoundedRect | width, length, radius | |
// yappCircleWithFlats | width, radius | length | length=distance between flats
// yappCircleWithKey | width, length, radius | | width = key width length=key depth
// | | | (negative indicates outside of circle)
// yappPolygon | width, length | radius | yappPolygonDef object must be
// | | | provided
// yappRing | width, length, radius | | radius = outer radius,
// | | | length = inner radius
// | | | width = connection between rings
// | | | 0 = No connectors
// | | | positive = 2 connectors
// | | | negative = 4 connectors
// yappSphere | width, radius | | Width = Sphere center distance from
// | | | center of depth. negative = below
// | | | radius = sphere radius
//----------------------+-----------------------+---------------+------------------------------------
//
// Parameters:
// Required:
// p(0) = from Back
// p(1) = from Left
// p(2) = width
// p(3) = length
// p(4) = radius
// p(5) = shape : { yappRectangle | yappCircle | yappPolygon | yappRoundedRect
// | yappCircleWithFlats | yappCircleWithKey | yappSphere }
// Optional:
// p(6) = depth : Default = 0/Auto : 0 = Auto (plane thickness)
// p(7) = angle : Default = 0
// n(a) = { yappPolygonDef } : Required if shape = yappPolygon specified -
// n(b) = { yappMaskDef } : If a yappMaskDef object is added it will be used as a mask
// for the cutout.
// n(c) = { [yappMaskDef, hOffset, vOffset, rotation] } : If a list for a mask is added
// it will be used as a mask for the cutout. With the Rotation
// and offsets applied. This can be used to fine tune the mask
// placement within the opening.
// n(d) = { <yappCoordPCB> | yappCoordBox | yappCoordBoxInside }
// n(e) = { <yappOrigin>, yappCenter }
// n(f) = { <yappGlobalOrigin>, yappAltOrigin } // Only affects Top(lid), Back and Right Faces
// n(g) = [yappPCBName, "XXX"] : Specify a PCB. Defaults to [yappPCBName, "Main"]
// n(h) = { yappFromInside } Make the cut from the inside towards the outside
//-------------------------------------------------------------------
cutoutsBase =
[
];
cutoutsLid =
[
];
cutoutsFront =
[
];
cutoutsBack =
[
];
cutoutsLeft =
[
];
cutoutsRight =
[
];
//===================================================================
// *** Snap Joins ***
//-------------------------------------------------------------------
// Default origin = yappCoordBox: box[0,0,0]
//
// Parameters:
// Required:
// p(0) = posx | posy
// p(1) = width
// p(2) = { yappLeft | yappRight | yappFront | yappBack } : one or more
// Optional:
// n(a) = { <yappOrigin>, yappCenter }
// n(b) = { yappSymmetric }
// n(c) = { yappRectangle } == Make a diamond shape snap
//-------------------------------------------------------------------
snapJoins =
[
];
//===================================================================
// *** Box Mounts ***
// Mounting tabs on the outside of the box
//-------------------------------------------------------------------
// Default origin = yappCoordBox: box[0,0,0]
//
// Parameters:
// Required:
// p(0) = pos : position along the wall : [pos,offset] : vector for position and offset X.
// Position is to center of mounting screw in leftmost position in slot
// p(1) = screwDiameter
// p(2) = width of opening in addition to screw diameter
// (0=Circular hole screwWidth = hole twice as wide as it is tall)
// p(3) = height
// n(a) = { yappLeft | yappRight | yappFront | yappBack } : one or more
// Optional:
// p(4) = filletRadius : Default = 0/Auto(0 = auto size)
// n(b) = { yappNoFillet }
// n(c) = { <yappBase>, yappLid }
// n(d) = { yappCenter } : shifts Position to be in the center of the opening instead of
// the left of the opening
// n(e) = { <yappGlobalOrigin>, yappAltOrigin } : Only affects Back and Right Faces
//-------------------------------------------------------------------
boxMounts =
[
];
//===================================================================
// *** Light Tubes ***
//-------------------------------------------------------------------
// Default origin = yappCoordPCB: PCB[0,0,0]
//
// Parameters:
// Required:
// p(0) = posx
// p(1) = posy
// p(2) = tubeLength
// p(3) = tubeWidth
// p(4) = tubeWall
// p(5) = gapAbovePcb
// p(6) = { yappCircle | yappRectangle } : tubeType
// Optional:
// p(7) = lensThickness (how much to leave on the top of the lid for the
// light to shine through 0 for open hole : Default = 0/Open
// p(8) = Height to top of PCB : Default = standoffHeight+pcbThickness
// p(9) = filletRadius : Default = 0/Auto
// n(a) = { <yappCoordPCB> | yappCoordBox | yappCoordBoxInside }
// n(b) = { <yappGlobalOrigin>, yappAltOrigin }
// n(c) = { yappNoFillet }
// n(d) = [yappPCBName, "XXX"] : Specify a PCB. Defaults to [yappPCBName, "Main"]
//-------------------------------------------------------------------
lightTubes =
[
];
//===================================================================
// *** Push Buttons ***
//-------------------------------------------------------------------
// Default origin = yappCoordPCB: PCB[0,0,0]
//
// Parameters:
// Required:
// p(0) = posx
// p(1) = posy
// p(2) = capLength
// p(3) = capWidth
// p(4) = capRadius
// p(5) = capAboveLid
// p(6) = switchHeight
// p(7) = switchTravel
// p(8) = poleDiameter
// Optional:
// p(9) = Height to top of PCB : Default = standoffHeight + pcbThickness
// p(10) = { yappRectangle | yappCircle | yappPolygon | yappRoundedRect
// | yappCircleWithFlats | yappCircleWithKey } : Shape, Default = yappRectangle
// p(11) = angle : Default = 0
// p(12) = filletRadius : Default = 0/Auto
// p(13) = buttonWall : Default = 2.0;
// p(14) = buttonPlateThickness : Default= 2.5;
// p(15) = buttonSlack : Default= 0.25;
// p(16) = snapSlack : Default= 0.20;
// n(a) = { <yappCoordPCB> | yappCoordBox | yappCoordBoxInside }
// n(b) = { <yappGlobalOrigin>, yappAltOrigin }
// n(c) = { yappNoFillet }
// n(d) = [yappPCBName, "XXX"] : Specify a PCB. Defaults to [yappPCBName, "Main"]
//-------------------------------------------------------------------
pushButtons =
[
];
//===================================================================
// *** Labels ***
//-------------------------------------------------------------------
// Default origin = yappCoordBox: box[0,0,0]
//
// Parameters:
// p(0) = posx
// p(1) = posy/z
// p(2) = rotation degrees CCW
// p(3) = depth : positive values go into case (Remove) negative values are raised (Add)
// p(4) = { yappLeft, yappRight, yappFront, yappBack, yappLid, yappBase } : plane
// p(5) = font
// p(6) = size
// p(7) = "label text"
// Optional:
// p(8) = Expand : Default = 0 : mm to expand text by (making it bolder)
// p(9) = Direction : { <yappTextLeftToRight>, yappTextRightToLeft, yappTextTopToBottom, yappTextBottomToTop }
// p(10) = Horizontal alignment : { <yappTextHAlignLeft>, yappTextHAlignCenter, yappTextHAlignRight }
// p(11) = Vertical alignment : { yappTextVAlignTop, yappTextVAlignCenter, yappTextVAlignBaseLine, <yappTextVAlignBottom> }
//-------------------------------------------------------------------
labelsPlane =
[
];
//===================================================================
// *** Images ***
//-------------------------------------------------------------------
// Default origin = yappCoordBox: box[0,0,0]
//
// Parameters:
// p(0) = posx
// p(1) = posy/z
// p(2) = rotation degrees CCW
// p(3) = depth : positive values go into case (Remove) negative values are raised (Add)
// p(4) = { yappLeft, yappRight, yappFront, yappBack, yappLid, yappBase } : plane
// p(5) = "image filename.svg"
// Optional:
// p(6) = Scale : Default = 1 : ratio to scale image by (making it larger or smaller)
//-------------------------------------------------------------------
imagesPlane =
[
];
//===================================================================
// *** Ridge Extension ***
// Extension from the lid into the case for adding split opening at various heights
//-------------------------------------------------------------------
// Default origin = yappCoordBox: box[0,0,0]
//
// Parameters:
// Required:
// p(0) = pos
// p(1) = width
// p(2) = height : Where to relocate the seam : yappCoordPCB = Above (positive) the PCB
// yappCoordBox = Above (positive) the bottom of the shell (outside)
// Optional:
// n(a) = { <yappOrigin>, yappCenter }
// n(b) = { <yappCoordPCB> | yappCoordBox | yappCoordBoxInside }
// n(c) = { <yappGlobalOrigin>, yappAltOrigin } // Only affects Top(lid), Back and Right Faces
// n(d) = [yappPCBName, "XXX"] : Specify a PCB. Defaults to [yappPCBName, "Main"]
//
// Note: Snaps should not be placed on ridge extensions as they remove the ridge to place them.
//-------------------------------------------------------------------
ridgeExtFront =
[
];
ridgeExtBack =
[
];
ridgeExtLeft =
[
];
ridgeExtRight =
[
];
//===================================================================
// *** Display Mounts ***
// add a cutout to the lid with mounting posts for a display
//-------------------------------------------------------------------
// Default origin = yappCoordBox: box[0,0,0]
//
// Parameters:
// Required:
// p(0) = posx
// p(1) = posy
// p[2] : displayWidth = overall Width of the display module
// p[3] : displayHeight = overall Height of the display module
// p[4] : pinInsetH = Horizontal inset of the mounting hole
// p[5] : pinInsetV = Vertical inset of the mounting hole
// p[6] : pinDiameter,
// p[7] : postOverhang = Extra distance on outside of pins for the display to sit on - pin Diameter is a good value
// p[8] : walltoPCBGap = Distance from the display PCB to the surface of the screen
// p[9] : pcbThickness = Thickness of the display module PCB
// p[10] : windowWidth = opening width for the screen
// p[11] : windowHeight = Opening height for the screen
// p[12] : windowOffsetH = Horizontal offset from the center for the opening
// p[13] : windowOffsetV = Vertical offset from the center for the opening
// p[14] : bevel = Apply a 45degree bevel to the opening
// Optionl:
// p[15] : rotation
// p[16] : snapDiameter : default = pinDiameter*2
// p[17] : lidThickness : default = lidPlaneThickness
// p[18] : snapSlack : default = 0.05
// n(a) = { <yappOrigin>, yappCenter }
// n(b) = { <yappCoordBox> | yappCoordPCB | yappCoordBoxInside }
// n(c) = { <yappGlobalOrigin>, yappAltOrigin } // Only affects Top(lid), Back and Right Faces
// n(d) = [yappPCBName, "XXX"] : Specify a PCB. Defaults to [yappPCBName, "Main"]
//-------------------------------------------------------------------
displayMounts =
[
];
//========= HOOK functions ============================
//-- Hook functions allow you to add 3d objects to the case.
//-- Lid/Base = Shell part to attach the object to.
//-- Inside/Outside = Join the object from the midpoint of the shell to the inside/outside.
//-- Pre = Attach the object Pre before doing Cutouts/Stands/Connectors.
//===========================================================
//-- origin = box(0,0,0)
module hookLidInsidePre()
{
//if (printMessages) echo("hookLidInsidePre() ..");
} //-- hookLidInsidePre()
//===========================================================
//-- origin = box(0,0,0)
module hookLidInside()
{
//if (printMessages) echo("hookLidInside() ..");
} //-- hookLidInside()
//===========================================================
//===========================================================
//-- origin = box(0,0,shellHeight)
module hookLidOutsidePre()
{
//if (printMessages) echo("hookLidOutsidePre() ..");
} //-- hookLidOutsidePre()
//===========================================================
//-- origin = box(0,0,shellHeight)
module hookLidOutside()
{
//if (printMessages) echo("hookLidOutside() ..");
} //-- hookLidOutside()
//===========================================================
//===========================================================
//-- origin = box(0,0,0)
module hookBaseInsidePre()
{
//if (printMessages) echo("hookBaseInsidePre() ..");
} //-- hookBaseInsidePre()
//===========================================================
//-- origin = box(0,0,0)
module hookBaseInside()
{
//if (printMessages) echo("hookBaseInside() ..");
} //-- hookBaseInside()
//===========================================================
//===========================================================
//-- origin = box(0,0,0)
module hookBaseOutsidePre()
{
//if (printMessages) echo("hookBaseOutsidePre() ..");
} //-- hookBaseOutsidePre()
//===========================================================
//-- origin = box(0,0,0)
module hookBaseOutside()
{
//if (printMessages) echo("hookBaseOutside() ..");
} //-- hookBaseOutside()
//===========================================================
//===========================================================
//-- **********************************************************
//-- **********************************************************
//-- **********************************************************
//-- *************** END OF TEMPLATE SECTION ******************
//-- **********************************************************
//-- **********************************************************
//-- **********************************************************
//===========================================================
module printBoxMounts()
{
//-------------------------------------------------------------------
module roundedRect(size, radius)
{
x1 = size[0];
x2 = size[1];
y = size[2];
l = size[3];
h = size[4];
linear_extrude(h)
{
hull()
{
// place 4 circles in the corners, with the given radius
translate([(x1+radius), (y+radius), 0])
circle(r=radius);
translate([(x1+radius), (y+l)+radius, 0])
circle(r=radius);
translate([(x2+radius), (y+l)+radius, 0])
circle(r=radius);
translate([(x2+radius), (y+radius), 0])
circle(r=radius);
}
} // linear_extrude
} //-- roundRect()
//-------------------------------------------------------------------