{"slice":{"locale":"en","from":20000,"to":30077,"total_chars":30077,"html":"

rotate([90, 0, 0])
\ncylinder(h = backThickness + 0.1, r = 7, $fn = 256);
\n}
\n}
\n// Remove back plate cut outs for screw heads
\nfor (slotNum = [0:1:slotCount-1]) {
\ntranslate(v = [distanceBetweenSlots/2+(backWidth/distanceBetweenSlots-slotCount)distanceBetweenSlots/2+slotNumdistanceBetweenSlots, -4, backHeight + 0.46 - GOEWS_Cleat_custom_height_from_top_of_back + 11.24]) {
\nrotate([-90, 0, 0])
\ncylinder(h = 4.1, r = 10, $fn = 256);
\n}
\n}
\n}
\n}
\n}
\n}

\n

//Create GOEWS cleats
\nmodule GOEWSCleatTool(totalHeight) {
\ndifference() {
\n// main profile
\nrotate(a = [180,0,0])
\nlinear_extrude(height = 13.15)
\nlet (cleatProfile = [[0,0],[15.1,0],[17.6,2.5],[15.1,5],[0,5]])
\nunion(){
\npolygon(points = cleatProfile);
\nmirror([1,0,0])
\npolygon(points = cleatProfile);
\n};
\n// angled slice off bottom
\ntranslate([-17.6, -8, -26.3])
\nrotate([45, 0, 0])
\ntranslate([0, 5, 0])
\ncube([35.2, 10, 15]);
\n// cutout
\ntranslate([0, -0.005, 2.964])
\nrotate([90, 0, 0])
\ncylinder(h = 6, r = 9.5, $fn = 256);
\n}
\n}

\n

//Create Slot Tool
\nmodule multiConnectSlotTool(totalHeight) {
\n//In slotTool, added a new variable distanceOffset which is set by the option:
\ndistanceOffset = onRampHalfOffset ? distanceBetweenSlots / 2 : 0;
\nscale(v = slotTolerance)
\n//slot minus optional dimple with optional on-ramp
\nlet (slotProfile = [[0,0],[10.15,0],[10.15,1.2121],[7.65,3.712],[7.65,5],[0,5]])
\ndifference() {
\nunion() {
\n//round top
\nrotate(a = [90,0,0,])
\nrotate_extrude($fn=50)
\npolygon(points = slotProfile);
\n//long slot
\ntranslate(v = [0,0,0])
\nrotate(a = [180,0,0])
\nunion(){
\ndifference() {
\n// Main half slot
\nlinear_extrude(height = totalHeight+1)
\npolygon(points = slotProfile);

\n

// Snap cutout
\nif (slotQuickRelease == false && multiConnectVersion == "v2")
\ntranslate(v= [10.15,0,0])
\nrotate(a= [-90,0,0])
\nlinear_extrude(height = 5) // match slot height (5mm)
\npolygon(points = [[0,0],[-0.4,0],[0,-8]]); // triangle polygon with multiconnect v2 specs
\n}

\n

mirror([1,0,0])
\ndifference() {
\n// Main half slot
\nlinear_extrude(height = totalHeight+1)
\npolygon(points = slotProfile);

\n

// Snap cutout
\nif (slotQuickRelease == false && multiConnectVersion == "v2")
\ntranslate(v= [10.15,0,0])
\nrotate(a= [-90,0,0])
\nlinear_extrude(height = 5) // match slot height (5mm)
\npolygon(points = [[0,0],[-0.4,0],[0,-8]]); // triangle polygon with multiconnect v2 spec
\n}
\n}
\n//on-ramp
\nif(onRampEnabled)
\nfor(y = [1:onRampEveryXSlots:totalHeight/distanceBetweenSlots])
\n//then modify the translate within the on-ramp code to include the offset
\ntranslate(v = [0,-5,(-y*distanceBetweenSlots)+distanceOffset])
\nrotate(a = [-90,0,0])
\ncylinder(h = 5, r1 = 12, r2 = 10.15);
\n}
\n//dimple
\nif (slotQuickRelease == false && multiConnectVersion == "v1")
\nscale(v = dimpleScale)
\nrotate(a = [90,0,0,])
\nrotate_extrude($fn=50)
\npolygon(points = [[0,0],[0,1.5],[1.5,0]]);
\n}
\n}

\n

module multiPointSlotTool(totalHeight) {
\nslotBaseRadius = 17.0 / 2.0; // wider width of the inner part of the channel
\nslotSkinRadius = 13.75 / 2.0; // narrower part of the channel near the skin of the model
\nslotBaseCatchDepth = .2; // innermost before the chamfer, base to chamfer height
\nslotBaseToSkinChamferDepth = 2.2; // middle part of the chamfer
\nslotSkinDepth = .1; // top or skinmost part of the channel
\ndistanceOffset = onRampHalfOffset ? distanceBetweenSlots / 2 : 0;
\noctogonScale = 1/sin(67.5); // math convenience function to convert an octogon hypotenuse to the short length
\nlet (slotProfile = [
\n[0,0],
\n[slotBaseRadius,0],
\n[slotBaseRadius, slotBaseCatchDepth],
\n[slotSkinRadius, slotBaseCatchDepth + slotBaseToSkinChamferDepth],
\n[slotSkinRadius, slotBaseCatchDepth + slotBaseToSkinChamferDepth + slotSkinDepth],
\n[0, slotBaseCatchDepth + slotBaseToSkinChamferDepth + slotSkinDepth]
\n])
\nunion() {
\n//octagonal top. difference on union because we need to support the dimples cut in.
\ndifference(){
\n//union of top and rail.
\nunion(){
\nscale([octogonScale,1,octogonScale])
\nrotate(a = [90,67.5,0,])
\nrotate_extrude($fn=8)
\npolygon(points = slotProfile);
\n//long slot
\ntranslate(v = [0,0,0])
\nrotate(a = [180,0,0])
\nlinear_extrude(height = totalHeight+1)
\nunion(){
\npolygon(points = slotProfile);
\nmirror([1,0,0])
\npolygon(points = slotProfile);
\n}
\n}
\n//dimples on each catch point
\nif (!slotQuickRelease){
\nfor(z = [1:On_Ramp_Every_X_Slots:totalHeight/distanceBetweenSlots ])
\n{
\necho("building on z", z);
\nyMultipointSlotDimples(z, slotBaseRadius, distanceBetweenSlots, distanceOffset);
\n}
\n}
\n}
\n//on-ramp
\nif(onRampEnabled)
\nunion(){
\nfor(y = [1:On_Ramp_Every_X_Slots:totalHeight/distanceBetweenSlots])
\n{
\n// create the main entry hexagons
\ntranslate(v = [0,-5,(-y*distanceBetweenSlots)+distanceOffset])
\nscale([octogonScale,1,octogonScale])
\nrotate(a = [-90,67.5,0])
\ncylinder(h=5, r=slotBaseRadius, $fn=8);

\n

// make the required "pop-in" locking channel dimples.
\nxSlotDimples(y, slotBaseRadius, distanceBetweenSlots, distanceOffset);
\nmirror([1,0,0])
\nxSlotDimples(y, slotBaseRadius, distanceBetweenSlots, distanceOffset);
\n}
\n}
\n}
\n}

\n

module xSlotDimples(y, slotBaseRadius, distanceBetweenSlots, distanceOffset){
\n//Multipoint dimples are truncated (on top and side) pyramids
\n//this function makes one pair of them
\ndimple_pitch = 4.5 / 2; //distance between locking dimples
\ndifference(){
\ntranslate(v = [slotBaseRadius-0.01,0,(-ydistanceBetweenSlots)+distanceOffset+dimple_pitch])
\nrotate(a = [90,45,90])
\nrotate_extrude($fn=4)
\npolygon(points = [[0,0],[0,1.5],[1.7,0]]);
\ntranslate(v = [slotBaseRadius+.75, -2, (-ydistanceBetweenSlots)+distanceOffset-1])
\ncube(4);
\ntranslate(v = [slotBaseRadius-2, 0.01, (-ydistanceBetweenSlots)+distanceOffset-1])
\ncube(7);
\n}
\ndifference(){
\ntranslate(v = [slotBaseRadius-0.01,0,(-ydistanceBetweenSlots)+distanceOffset-dimple_pitch])
\nrotate(a = [90,45,90])
\nrotate_extrude($fn=4)
\npolygon(points = [[0,0],[0,1.5],[1.7,0]]);
\ntranslate(v = [slotBaseRadius+.75, -2.01, (-ydistanceBetweenSlots)+distanceOffset-3])
\ncube(4);
\ntranslate(v = [slotBaseRadius-2, 0.01, (-ydistanceBetweenSlots)+distanceOffset-5])
\ncube(10);
\n}
\n}
\nmodule yMultipointSlotDimples(z, slotBaseRadius, distanceBetweenSlots, distanceOffset){
\n//This creates the multipoint point out dimples within the channel.
\noctogonScale = 1/sin(67.5);
\ndifference(){
\ntranslate(v = [0,0.01,((-z+.5)*distanceBetweenSlots)+distanceOffset])
\nscale([octogonScale,1,octogonScale])
\nrotate(a = [-90,67.5,0])
\nrotate_extrude($fn=8)
\npolygon(points = [[0,0],[0,-1.5],[5,0]]);
\ntranslate(v = [0,0,((-z+.5)*distanceBetweenSlots)+distanceOffset])
\ncube([10,3,3], center=true);
\ntranslate(v = [0,0,((-z+.5)*distanceBetweenSlots)+distanceOffset])
\ncube([3,3,10], center=true);
\n}
\n}

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