/* *************************************************************************** ** Yet Another Parameterised Projectbox generator ** */ Version="v2.0.4 (15-07-2023)"; /* ** ** Copyright (c) 2021, 2022, 2023 Willem Aandewiel ** ** With help from: ** - Keith Hadley (parameterized label depth) ** - Oliver Grafe (connectorsPCB) ** - Juan Jose Chong (dynamic standoff flange) ** - Dan Drum (cleanup code) ** ** ** for many or complex cutoutsGrill you might need to adjust ** the number of elements: ** ** Preferences->Advanced->Turn of rendering at 100000 elements ** ^^^^^^ ** ** TERMS OF USE: MIT License. See base offile. *************************************************************************** */ //--------------------------------------------------------- // 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-right | | v | -5,y +----------------------+ | --- B Y | | 0,y x,y | | ^ F A - | | | | | R C a | | | | | 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 = false; printLidShell = false; printSwitchExtenders = true; //-- pcb dimensions -- very important!!! //-- pcb dimensions -- very important!!! pcbLength = 30; pcbWidth = 40; pcbThickness = 1.6; //-xxxx- //-- padding between pcb and inside wall paddingFront = 2; paddingBack = 1; paddingRight = 1; paddingLeft = 1; //-- Edit these parameters for your own box dimensions wallThickness = 2.0; basePlaneThickness = 1.5; lidPlaneThickness = 1.0; //-- Total height of box = basePlaneThickness + lidPlaneThickness //-- + baseWallHeight + lidWallHeight //-- space between pcb and lidPlane := //-- (bottonWallHeight+lidWallHeight) - (standoffHeight+pcbThickness) baseWallHeight = 10; lidWallHeight = 8; //-- ridge where base and lid off box can overlap //-- Make sure this isn't less than lidWallHeight ridgeHeight = 3.0; ridgeSlack = 0.2; roundRadius = 2.0; //-- How much the PCB needs to be raised from the base //-- to leave room for solderings and whatnot standoffHeight = 3.0; //-- used only for pushButton and showPCB standoffPinDiameter = 2.3; standoffHoleSlack = 0.5; standoffDiameter = 7; //-- D E B U G -----------------//-> Default --------- showSideBySide = true; //-> true onLidGap = 0; shiftLid = 5; hideLidWalls = false; //-> false hideBaseWalls = false; //-> false showOrientation = true; showPCB = true; showSwitches = true; showPCBmarkers = false; showShellZero = false; showCenterMarkers = false; inspectX = 0; //-> 0=none (>0 from front, <0 from back) inspectY = 0; //-> 0=none (>0 from left, <0 from right) inspectLightTubes = 0; //-> { -1 | 0 | 1 } inspectButtons = 0; //-> { -1 | 0 | 1 } //-- D E B U G --------------------------------------- /* ********* don't change anything below this line *************** */ //-- better leave these ---------- buttonWall = 2.0; buttonCupDepth = 3.0; buttonPlateThickness= 2.5; buttonSlack = 0.5; //-- constants, do not change yappRectangle = -1; yappCircle = -2; yappBoth = -3; yappLidOnly = -4; yappBaseOnly = -5; yappHole = -6; yappPin = -7; yappLeft = -8; yappRight = -9; yappFront = -10; yappBack = -11; yappCenter = -12; yappSymmetric = -13; yappAllCorners = -14; yappFrontLeft = -15; yappFrontRight = -16; yappBackLeft = -17; yappBackRight = -18; yappConnWithPCB = -19; yappThroughLid = -20; //------------------------------------------------------------------- shellInsideWidth = pcbWidth+paddingLeft+paddingRight; shellWidth = shellInsideWidth+(wallThickness*2)+0; shellInsideLength = pcbLength+paddingFront+paddingBack; shellLength = pcbLength+(wallThickness*2)+paddingFront+paddingBack; shellpcbTop2Lid = baseWallHeight+lidWallHeight; shellHeight = basePlaneThickness+shellpcbTop2Lid+lidPlaneThickness; pcbX = wallThickness+paddingBack; pcbY = wallThickness+paddingLeft; pcbYlid = wallThickness+pcbWidth+paddingRight; pcbZ = basePlaneThickness+standoffHeight+pcbThickness; pcbZlid = (baseWallHeight+lidWallHeight+lidPlaneThickness) -(standoffHeight+pcbThickness); //-- pcb_standoffs -- origin is pcb[0,0,0] // (0) = posx // (1) = posy // (2) = standoffHeight // (3) = flangeHeight // (4) = flangeDiam // (5) = { yappBoth | yappLidOnly | yappBaseOnly } // (6) = { yappHole, YappPin } // (7) = { yappAllCorners | yappFrontLeft | yappFrondRight | yappBackLeft | yappBackRight } pcbStands = [ [5, 5, 3, 4, 9, yappBoth, yappFrontLeft] , [5, 5, 3, 4, 9, yappBoth, yappBackRight] , [5, 5, 3, 4, 9, yappBaseOnly, yappFrontRight] , [5, 5, 3, 4, 9, yappBaseOnly, yappBackLeft] ]; //-- base plane -- origin is pcb[0,0,0] // (0) = posx // (1) = posy // (2) = width // (3) = length // (4) = angle // (5) = { yappRectangle | yappCircle } // (6) = { yappCenter } cutoutsBase = [ // [30, 0, 10, 24, yappRectangle] // , [pcbLength/2, pcbWidth/2, 12, 4, yappCircle] // , [pcbLength-8, 25, 10, 14, yappRectangle, yappCenter] ]; //-- Lid plane -- origin is pcb[0,0,0] // (0) = posx // (1) = posy // (2) = width // (3) = length // (4) = angle // (5) = { yappRectangle | yappCircle } // (6) = { yappCenter } cutoutsLid = [ [92, 45, 13, 15, 0, yappRectangle] // microUSB // [20, 0, 10, 24, 0, yappRectangle] // , [pcbWidth-6, 40, 12, 4, 20, yappCircle] // , [30, 25, 10, 14, 45, yappRectangle, yappCenter] ]; //-- cutoutsGrill -- origin is pcb[0,0,0] // (0) = xPos // (1) = yPos // (2) = grillWidth // (3) = grillLength // (4) = gWidth // (5) = gSpace // (6) = gAngle // (7) = plane { "base" | "led" } // (7) = {polygon points}} // //starShape =>>> [ [0,15],[20,15],[30,0],[40,15],[60,15] // ,[50,30],[60,45], [40,45],[30,60] // ,[20,45], [0,45],[10,30] // ] cutoutsGrill =[ ]; //-- front plane -- origin is pcb[0,0,0] // (0) = posy // (1) = posz // (2) = width // (3) = height // (4) = angle // (5) = { yappRectangle | yappCircle } // (6) = { yappCenter } cutoutsFront = [ [2,(baseWallHeight-5.5)*-1,pcbWidth-4, lidWallHeight+baseWallHeight, 0, yappRectangle] ]; //-- back plane -- origin is pcb[0,0,0] // (0) = posy // (1) = posz // (2) = width // (3) = height // (4) = angle // (5) = { yappRectangle | yappCircle } // (6) = { yappCenter } cutoutsBack = [ [2,(baseWallHeight-5.5)*-1,pcbWidth-4, lidWallHeight+baseWallHeight, 0, yappRectangle] ]; //-- left plane -- origin is pcb[0,0,0] // (0) = posx // (1) = posz // (2) = width // (3) = height // (4) = angle // (5) = { yappRectangle | yappCircle } // (6) = { yappCenter } cutoutsLeft = [ // , [0, 0, 15, 20, 0, yappRectangle] // , [30, 5, 25, 10, 0, yappRectangle, yappCenter] // , [pcbLength-10, 2, 10, 0, 0, yappCircle] ]; //-- right plane -- origin is pcb[0,0,0] // (0) = posx // (1) = posz // (2) = width // (3) = height // (4) = angle // (5) = { yappRectangle | yappCircle } // (6) = { yappCenter } cutoutsRight = [ // [0, 0, 15, 7, 0, yappRectangle] // , [30, 10, 25, 15, 0, yappRectangle, yappCenter] // , [pcbLength-10, 2, 10, 0, 0, yappCircle] ]; //-- connectors //-- normal : origen = box[0,0,0] //-- yappConnWithPCB: origen = pcb[0,0,0] // (0) = posx // (1) = posy // (2) = pcbStandHeight // (3) = screwDiameter // (4) = screwHeadDiameter // (5) = insertDiameter // (6) = outsideDiameter // (7) = flangeHeight // (8) = flangeDiam // (9) = { yappConnWithPCB } // (10) = { yappAllCorners | yappFrontLeft | yappFrondRight | yappBackLeft | yappBackRight } connectors = [ // x y H screwHead Out fH fD // [5, 5, 4, 3, 5, 4.3, 6, 3.5, 14, yappConnWithPCB, yappFrontRight] //, [5, 5, 4, 3, 5, 4.3, 6, 3.5, 14, yappConnWithPCB, yappBackLeft] ]; //-- base mounts -- origen = box[x0,y0] // (0) = posx | posy // (1) = screwDiameter // (2) = width // (3) = height // (4..7) = yappLeft / yappRight / yappFront / yappBack (one or more) // (5) = { yappCenter } baseMounts = [ // [-5, 3.3, 10, 3, yappLeft, yappRight, yappCenter] // , [40, 3, 8, 3, yappBack, yappFront] // , [4, 3, 34, 3, yappFront] // , [25, 3, 3, 3, yappBack] ]; //-- snap Joins -- origen = box[x0,y0] // (0) = posx | posy // (1) = width // (2..5) = yappLeft / yappRight / yappFront / yappBack (one or more) // (n) = { yappSymmetric } snapJoins = [ [(pcbLength/2)+1.5, 3, yappLeft, yappRight] ]; //-- lightTubes -- origin is pcb[0,0,0] // (0) = posx // (1) = posy // (2) = tubeLength // (3) = tubeWidth // (4) = tubeWall // (5) = abovePcb // (6) = throughLid {yappThroughLid} // (7) = tubeType {yappCircle|yappRectangle} lightTubes = [ //--- 0, 1, 2, 3, 4, 5, 6 // [84.5, 21, 3, 6, 1, 2, yappRectangle, yappThroughLid] // , [10, 10, 2, 5, 2, 2, yappRectangle, yappThroughLid] // , [10, 30, 5, 0, 2, 4, yappThroughLid, yappCircle] ]; //-- pushButtons -- origin is pcb[0,0,0] // (0) = posx // (1) = posy // (2) = capLength // (3) = capWidth // (4) = capAboveLid // (5) = switchHeight // (6) = switchTrafel // (7) = poleDiameter // (8) = buttonType {yappCircle|yappRectangle} pushButtons = [ //-- 0, 1, 2, 3, 4, 5, 6, 7, 8 [15, 30, 8, 8, 0, 2.3, 1, 3.5, yappCircle] , [15, 10, 8, 6, 3, 5, 1, 3.5, yappRectangle] ]; //-- origin of labels is box [0,0,0] // (0) = posx // (1) = posy/z // (2) = orientation // (3) = depth // (4) = plane {lid | base | left | right | front | back } // (5) = font // (6) = size // (7) = "label text" labelsPlane = [ // [5, 5, 0, 1, "lid", "Liberation Mono:style=bold", 5, "YAPP" ] ]; //=========================================================== function getMinRad(p1, wall) = ((p1<(wall+0.001)) ? 1 : (p1 - wall)); function isTrue(w, aw) = (( w==aw[2] || w==aw[3] || w==aw[4] || w==aw[5] || w==aw[6] || w==aw[7] || w==aw[8] || w==aw[9] || w==aw[10] || w==aw[11] || w==aw[12] || w==aw[13] || w==aw[14] || w==aw[15] || w==aw[16] || w==aw[17] || w==aw[18] || w==aw[19] ) ? 1 : 0); function minOutside(ins, outs) = ((((ins*1.5)+0.2)>=outs) ? (ins*1.5)+0.2 : outs); function newHeight(T, h, z, t) = (((h+z)>t)&&(T=="base")) ? t+standoffHeight : h; //=========================================================== module printBaseMounts() { //echo("printBaseMounts()"); //------------------------------------------------------------------- module roundedRect(size, radius) { x1 = size[0]; x2 = size[1]; y = size[2]; l = size[3]; h = size[4]; //echo("roundRect:", x1=x1, x2=x2, y=y, l=l); //if (l>radius) { 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); } } // extrude.. } // translate } // roundRect() //------------------------------------------------------------------- module oneMount(bm, scrwX1pos, scrwX2pos) { // [0]=pos, [1]=scrwDiameter, [2]=len outRadius = bm[1]; // rad := diameter (r=6 := d=6) bmX1pos = scrwX1pos-bm[1]; bmX2pos = scrwX2pos-outRadius; bmYpos = (bm[1]*-2); bmLen = (bm[1]*4)+bmYpos; difference() { { color("red") //--roundedRect x1, x2, y , l, h roundedRect([bmX1pos,bmX2pos,bmYpos,bmLen,bm[3]], outRadius); } translate([0, (bm[1]*-1), -1]) { hull() { linear_extrude(bm[3]+2) { //===translate([scrwX1pos, (bm[1]*-1.3), 4]) translate([scrwX1pos,0, 4]) color("blue") { circle(bm[1]/2); } //===translate([scrwX2pos, (bm[1]*-1.3), -4]) //==translate([scrwX2pos, sW+scrwYpos*-1, -4]) translate([scrwX2pos, 0, -4]) color("blue") circle(bm[1]/2); } // extrude } // hull } // translate } // difference.. } // oneMount() //-------------------------------------------------------------------- function calcScrwPos(p, l, ax, c) = (c==1) ? (ax/2)-(l/2) : p; function maxWidth(w, r, l) = (w>(l-(r*4))) ? l-(r*4) : w; function minPos(p, r) = (p<(r*2)) ? r*2 : p; function maxPos(p, w, r, mL) = ((p+w)>(mL-(r*2))) ? mL-(w+(r*2)) : p; //-------------------------------------------------------------------- //-------------------------------------------------------- //-- position is: [(shellLength/2), //-- shellWidth/2, //-- (baseWallHeight+basePlaneThickness)] //-------------------------------------------------------- //-- back to [0,0,0] translate([(shellLength/2)*-1, (shellWidth/2)*-1, (baseWallHeight+basePlaneThickness)*-1]) { if (showPCBmarkers) { color("red") translate([0,0,((shellHeight+onLidGap)/2)]) %cylinder(r=1,h=shellHeight+onLidGap+20, center=true); } for (bm = baseMounts) { c = isTrue(yappCenter, bm); // (0) = posx | posy // (1) = screwDiameter // (2) = width // (3) = Height // (4..7) = yappLeft / yappRight / yappFront / yappBack (one or more) if (isTrue(yappLeft, bm)) { newWidth = maxWidth(bm[2], bm[1], shellLength); tmpPos = calcScrwPos(bm[0], newWidth, shellLength, c); tmpMinPos = minPos(tmpPos, bm[1]); scrwX1pos = maxPos(tmpMinPos, newWidth, bm[1], shellLength); scrwX2pos = scrwX1pos + newWidth; oneMount(bm, scrwX1pos, scrwX2pos); } // if yappLeft // (0) = posx | posy // (1) = screwDiameter // (2) = width // (3) = Height // (4..7) = yappLeft / yappRight / yappFront / yappBack (one or more) if (isTrue(yappRight, bm)) { rotate([0,0,180]) { mirror([1,0,0]) { translate([0,shellWidth*-1, 0]) { newWidth = maxWidth(bm[2], bm[1], shellLength); tmpPos = calcScrwPos(bm[0], newWidth, shellLength, c); tmpMinPos = minPos(tmpPos, bm[1]); scrwX1pos = maxPos(tmpMinPos, newWidth, bm[1], shellLength); scrwX2pos = scrwX1pos + newWidth; oneMount(bm, scrwX1pos, scrwX2pos); } } // mirror() } // rotate } // if yappRight // (0) = posx | posy // (1) = screwDiameter // (2) = width // (3) = Height // (4..7) = yappLeft / yappRight / yappFront / yappBack (one or more) if (isTrue(yappFront, bm)) { rotate([0,180,0]) { rotate([0,0,90]) { rotate([0,0,180]) { mirror([1,0,0]) { translate([0,shellLength*-1, (bm[3]*-1)]) { newWidth = maxWidth(bm[2], bm[1], shellWidth); tmpPos = calcScrwPos(bm[0], newWidth, shellWidth, c); tmpMinPos = minPos(tmpPos, bm[1]); scrwX1pos = maxPos(tmpMinPos, newWidth, bm[1], shellWidth); scrwX2pos = scrwX1pos + newWidth; oneMount(bm, scrwX1pos, scrwX2pos); } } // mirror } // rotate Z-ax } // rotate Z-?? } // rotate-Y } // if yappFront // (0) = posx | posy // (1) = screwDiameter // (2) = width // (3) = Height // (4..7) = yappLeft / yappRight / yappFront / yappBack (one or more) if (isTrue(yappBack, bm)) { //echo("printBaseMount: BACK!!"); rotate([0,180,0]) { rotate([0,0,90]) { translate([0,0,(bm[3]*-1)]) { newWidth = maxWidth(bm[2], bm[1], shellWidth); tmpPos = calcScrwPos(bm[0], newWidth, shellWidth, c); tmpMinPos = minPos(tmpPos, bm[1]); scrwX1pos = maxPos(tmpMinPos, newWidth, bm[1], shellWidth); scrwX2pos = scrwX1pos + newWidth; oneMount(bm, scrwX1pos, scrwX2pos); } } // rotate Z-ax } // rotate Y-ax } // if yappFront } // for .. } // translate to [0,0,0] } // printBaseMounts() //=========================================================== //-- snapJoins -- origen = box[x0,y0] // (0) = posx | posy // (1) = width // (2..5) = yappLeft / yappRight / yappFront / yappBack (one or more) // (n) = { yappSymmetric } module printBaseSnapJoins() { snapHeight = 2; snapDiam = 1.2; for (snj = snapJoins) { snapWidth = snj[1]; snapZposLR = (basePlaneThickness+baseWallHeight)-((snapHeight/2)-0.2); snapZposBF = (basePlaneThickness+baseWallHeight)-((snapHeight/2)-0.2); tmpYmin = (roundRadius*2)+(snapWidth/2); tmpYmax = shellWidth - tmpYmin; tmpY = max(snj[0]+(snapWidth/2), tmpYmin); snapYpos = min(tmpY, tmpYmax); tmpXmin = (roundRadius*2)+(snapWidth/2); tmpXmax = shellLength - tmpXmin; tmpX = max(snj[0]+(snapWidth/2), tmpXmin); snapXpos = min(tmpX, tmpXmax); if (isTrue(yappLeft, snj)) { translate([snapXpos-(snapWidth/2), wallThickness/2, snapZposLR]) { rotate([0,90,0]) //color("blue") cylinder(d=wallThickness, h=snapWidth); color("blue") cylinder(d=snapDiam, h=snapWidth); // 13-02-2022 } if (isTrue(yappSymmetric, snj)) { translate([shellLength-(snapXpos+(snapWidth/2)), wallThickness/2, snapZposLR]) { rotate([0,90,0]) color("blue") cylinder(d=snapDiam, h=snapWidth); } } // yappCenter } // yappLeft if (isTrue(yappRight, snj)) { translate([snapXpos-(snapWidth/2), shellWidth-(wallThickness/2), snapZposLR]) { rotate([0,90,0]) //color("blue") cylinder(d=wallThickness, h=snapWidth); color("blue") cylinder(d=snapDiam, h=snapWidth); // 13-02-2022 } if (isTrue(yappSymmetric, snj)) { translate([shellLength-(snapXpos+(snapWidth/2)), shellWidth-(wallThickness/2), snapZposLR]) { rotate([0,90,0]) //color("blue") cylinder(d=wallThickness, h=snapWidth); color("blue") cylinder(d=snapDiam, h=snapWidth); // 13-02-2022 } } // yappCenter } // yappRight if (isTrue(yappBack, snj)) { translate([(wallThickness/2), snapYpos-(snapWidth/2), snapZposBF]) { rotate([270,0,0]) //color("blue") cylinder(d=wallThickness, h=snapWidth); color("blue") cylinder(d=snapDiam, h=snapWidth); // 13-02-2022 } if (isTrue(yappSymmetric, snj)) { translate([(wallThickness/2), shellWidth-(snapYpos+(snapWidth/2)), snapZposBF]) { rotate([270,0,0]) //color("blue") cylinder(d=wallThickness, h=snapWidth); color("blue") cylinder(d=snapDiam, h=snapWidth); // 13-02-2022 } } // yappCenter } // yappBack if (isTrue(yappFront, snj)) { translate([shellLength-(wallThickness/2), snapYpos-(snapWidth/2), snapZposBF]) { rotate([270,0,0]) //color("blue") cylinder(d=wallThickness, h=snapWidth); color("blue") cylinder(d=snapDiam, h=snapWidth); // 13-02-2022 } if (isTrue(yappSymmetric, snj)) { translate([shellLength-(wallThickness/2), shellWidth-(snapYpos+(snapWidth/2)), snapZposBF]) { rotate([270,0,0]) //color("blue") cylinder(d=wallThickness, h=snapWidth); color("blue") cylinder(d=snapDiam, h=snapWidth); // 13-02-2022 } } // yappCenter } // yappFront } // for snj .. } // printBaseSnapJoins() //=========================================================== //-- snapJoins -- origen = box[x0,y0] // (0) = posx | posy // (1) = width // (2..5) = yappLeft / yappRight / yappFront / yappBack (one or more) // (n) = { yappSymmetric } module printLidSnapJoins() { for (snj = snapJoins) { snapWidth = snj[1]+1; snapHeight = 2; snapDiam = 1.4; // fixed tmpYmin = (roundRadius*2)+(snapWidth/2); tmpYmax = shellWidth - tmpYmin; tmpY = max(snj[0]+(snapWidth/2), tmpYmin); snapYpos = min(tmpY, tmpYmax); tmpXmin = (roundRadius*2)+(snapWidth/2); tmpXmax = shellLength - tmpXmin; tmpX = max(snj[0]+(snapWidth/2), tmpXmin); snapXpos = min(tmpX, tmpXmax); snapZposLR = ((lidPlaneThickness+lidWallHeight)*-1)-(snapHeight/2)-0.5; snapZposBF = ((lidPlaneThickness+lidWallHeight)*-1)-(snapHeight/2)-0.5; if (isTrue(yappLeft, snj)) { translate([snapXpos-(snapWidth/2)-0.5, -0.5, snapZposLR]) { color("red") cube([snapWidth, wallThickness+1, snapDiam]); // 13-02-2022 } if (isTrue(yappSymmetric, snj)) { translate([shellLength-(snapXpos+(snapWidth/2))+0.5, -0.5, snapZposLR]) { color("red") cube([snapWidth, wallThickness+1, snapDiam]); // 13-02-2022 } } // yappSymmetric } // yappLeft if (isTrue(yappRight, snj)) { translate([snapXpos-(snapWidth/2)-0.5, shellWidth-(wallThickness-0.5), snapZposLR]) { color("red") cube([snapWidth, wallThickness+1, snapDiam]); // 13-02-2022 } if (isTrue(yappSymmetric, snj)) { translate([shellLength-(snapXpos+(snapWidth/2)-0.5), shellWidth-(wallThickness-0.5), snapZposLR]) { color("green") cube([snapWidth, wallThickness+1, snapDiam]); // 13-02-2022 } } // yappSymmetric } // yappRight if (isTrue(yappBack, snj)) { translate([-0.5, snapYpos-(snapWidth/2)-0.5, snapZposBF]) { color("red") cube([wallThickness+1, snapWidth, snapDiam]); // 13-02-2022 } if (isTrue(yappSymmetric, snj)) { translate([-0.5, shellWidth-(snapYpos+(snapWidth/2))+0.5, snapZposBF]) { color("red") cube([wallThickness+1, snapWidth, snapDiam]); // 13-02-2022 } } // yappSymmetric } // yappBack if (isTrue(yappFront, snj)) { translate([shellLength-wallThickness+0.5, snapYpos-(snapWidth/2)-0.5, snapZposBF]) { color("red") cube([wallThickness+1, snapWidth, snapDiam]); // 13-02-2022 } if (isTrue(yappSymmetric, snj)) { translate([shellLength-(wallThickness-0.5), shellWidth-(snapYpos+(snapWidth/2))+0.5, snapZposBF]) { color("red") cube([wallThickness+1, snapWidth, snapDiam]); // 13-02-2022 } } // yappSymmetric } // yappFront } // for snj .. } // printLidSnapJoins() //=========================================================== module minkowskiBox(shell, L, W, H, rad, plane, wall) { iRad = getMinRad(rad, wall); //-------------------------------------------------------- module minkowskiOuterBox(L, W, H, rad, plane, wall) { minkowski() { cube([L+(wall*2)-(rad*2), W+(wall*2)-(rad*2), (H*2)+(plane*2)-(rad*2)], center=true); sphere(rad); } } //-------------------------------------------------------- module minkowskiInnerBox(L, W, H, iRad, plane, wall) { minkowski() { cube([L-((iRad*2)), W-((iRad*2)), (H*2)-((iRad*2))], center=true); sphere(iRad); } } //-------------------------------------------------------- //echo("Box:", L=L, W=W, H=H, rad=rad, iRad=iRad, wall=wall, plane=plane); //echo("Box:", L2=L-(rad*2), W2=W-(rad*2), H2=H-(rad*2), rad=rad, wall=wall); difference() { minkowskiOuterBox(L, W, H, rad, plane, wall); minkowskiInnerBox(L, W, H, iRad, plane, wall); } // difference if (shell=="base") { if (len(baseMounts) > 0) { difference() { printBaseMounts(); minkowskiInnerBox(L, W, H, iRad, plane, wall); } } } } // minkowskiBox() //=========================================================== module showPCBmarkers(posX, posY, posZ) { translate([posX, posY, posZ]) // (t1) { if (showPCBmarkers) { markerHeight=shellHeight+onLidGap+10; echo("Markers:", markerHeight=markerHeight); translate([0, 0, basePlaneThickness+(onLidGap/2)]) color("black") %cylinder( r = .5, h = markerHeight, center = true, $fn = 20); translate([0, pcbWidth, basePlaneThickness+(onLidGap/2)]) color("black") %cylinder( r = .5, h = markerHeight, center = true, $fn = 20); translate([pcbLength, pcbWidth, basePlaneThickness+(onLidGap/2)]) color("black") %cylinder( r = .5, h = markerHeight, center = true, $fn = 20); translate([pcbLength, 0, basePlaneThickness+(onLidGap/2)]) color("black") %cylinder( r = .5, h = markerHeight, center = true, $fn = 20); translate([(shellLength/2)-posX, 0, pcbThickness]) rotate([0,90,0]) color("black") %cylinder( r = .5, h = shellLength+(wallThickness*2)+paddingBack, center = true, $fn = 20); translate([(shellLength/2)-posX, pcbWidth, pcbThickness]) rotate([0,90,0]) color("black") %cylinder( r = .5, h = shellLength+(wallThickness*2)+paddingBack, center = true, $fn = 20); } // show_markers } } // showPCBmarkers() //=========================================================== module printPCB(posX, posY, posZ) { difference() // (d0) { { translate([posX, posY, posZ]) // (t1) { color("red") cube([pcbLength, pcbWidth, pcbThickness]); } showPCBmarkers(posX, posY, posZ); } // translate(t1) //--- show inspection X-as if (inspectX > 0) { translate([shellLength-inspectX,-2,-2]) { cube([shellLength, shellWidth+3, shellHeight+3]); } } else if (inspectX < 0) { translate([(shellLength*-1)+abs(inspectX),-2,-2]) { cube([shellLength, shellWidth+3, shellHeight+3]); } } //--- show inspection Y-as if (inspectY > 0) { translate([-1, inspectY-shellWidth, -2]) { cube([shellLength+2, shellWidth, (baseWallHeight+basePlaneThickness)+4]); } } else if (inspectY < 0) { translate([-1, (shellWidth-abs(inspectY)), -2]) { cube([shellLength+2, shellWidth, (baseWallHeight+basePlaneThickness)+4]); } } } // difference(d0) } // printPCB() //=========================================================== // Place the standoffs and through-PCB pins in the base Box module pcbHolders() { //-- place pcb Standoff's // (0) = posx // (1) = posy // (2) = standoffHeight // (3) = flangeHeight // (4) = flangeDiam // (5) = { yappBoth | yappLidOnly | yappBaseOnly } // (6) = { yappHole, YappPin } // (7) = { yappAllCorners | yappFrontLeft | yappFrondRight | yappBackLeft | yappBackRight } for ( stand = pcbStands ) { //echo("pcbHolders:", pcbX=pcbX, pcbY=pcbY, pcbZ=pcbZ); //-- [0]posx, [1]posy, [2]standoffHeight, [3]flangeHeight, [4]flangeDiam //-- , [5]{yappBoth|yappLidOnly|yappBaseOnly} //-- , [6]{yappHole|YappPin} pcbStandHeight = stand[2]; flangeH = stand[3]; flangeD = stand[4]; standType = isTrue(yappHole, stand) ? yappHole : yappPin; if (!isTrue(yappLidOnly, stand)) { if (isTrue(yappAllCorners, stand) || isTrue(yappBackLeft, stand)) translate([pcbX+stand[0], pcbY+stand[1], basePlaneThickness]) pcbStandoff("base", pcbStandHeight, flangeH, flangeD, standType, "green"); if (isTrue(yappAllCorners, stand) || isTrue(yappFrontLeft, stand)) translate([(pcbX+pcbLength)-stand[0], pcbY+stand[1], basePlaneThickness]) pcbStandoff("base", pcbStandHeight, flangeH, flangeD, standType, "green"); if (isTrue(yappAllCorners, stand) || isTrue(yappFrontRight, stand)) translate([(pcbX+pcbLength)-stand[0], (pcbY+pcbWidth)-stand[1], basePlaneThickness]) pcbStandoff("base", pcbStandHeight, flangeH, flangeD, standType, "green"); if (isTrue(yappAllCorners, stand) || isTrue(yappBackRight, stand)) translate([pcbX+stand[0], (pcbY+pcbWidth)-stand[1], basePlaneThickness]) pcbStandoff("base", pcbStandHeight, flangeH, flangeD, standType, "green"); if (!isTrue(yappAllCorners, stand) && !isTrue(yappBackLeft, stand) && !isTrue(yappFrontLeft, stand) && !isTrue(yappFrontRight, stand) && !isTrue(yappBackRight, stand)) translate([pcbX+stand[0], pcbY+stand[1], basePlaneThickness]) pcbStandoff("base", pcbStandHeight, flangeH, flangeD, standType, "green"); } //if } //for } // pcbHolders() //=========================================================== module pcbPushdowns() { //-- place pcb Standoff-pushdown on the lid // (0) = posx // (1) = posy // (2) = standoffHeight // (3) = flangeHeight // (4) = flangeDiam // (5) = { yappBoth | yappLidOnly | yappBaseOnly } // (6) = { yappHole, YappPin } // (7) = { yappAllCorners | yappFrontLeft | yappFrondRight | yappBackLeft | yappBackRight } for ( pushdown = pcbStands ) { //echo("pcb_pushdowns:", pcbX=pcbX, pcbY=pcbY, pcbZ=pcbZ); //-- [0]posx, [1]posy, [2]standoffHeight, [3]flangeHeight, [4]flangeDiam //-- , [5]{yappBoth|yappLidOnly|yappBaseOnly} //-- , [6]{yappHole|YappPin} // //-- stands in lid are alway's holes! posx = pcbX+pushdown[0]; posy = (pcbY+pushdown[1]); flangeH = pushdown[3]; flangeD = pushdown[4]; pcbStandHeight=(baseWallHeight+lidWallHeight) -(pushdown[2]+pcbThickness); pcbZlid = (baseWallHeight+lidWallHeight+lidPlaneThickness) -(pushdown[2]+pcbThickness); if (!isTrue(yappBaseOnly, pushdown)) { if (isTrue(yappAllCorners, pushdown) || isTrue(yappBackLeft, pushdown)) { translate([pcbX+pushdown[0], pcbY+pushdown[1], pcbZlid*-1]) pcbStandoff("lid", pcbStandHeight, flangeH, flangeD, yappHole, "yellow"); } if (isTrue(yappAllCorners, pushdown) || isTrue(yappFrontLeft, pushdown)) { translate([(pcbX+pcbLength)-pushdown[0], pcbY+pushdown[1], pcbZlid*-1]) pcbStandoff("lid", pcbStandHeight, flangeH, flangeD, yappHole, "yellow"); } if (isTrue(yappAllCorners, pushdown) || isTrue(yappFrontRight, pushdown)) { translate([(pcbX+pcbLength)-pushdown[0], (pcbY+pcbWidth)-pushdown[1], pcbZlid*-1]) pcbStandoff("lid", pcbStandHeight, flangeH, flangeD, yappHole, "yellow"); } if (isTrue(yappAllCorners, pushdown) || isTrue(yappBackRight, pushdown)) { translate([pcbX+pushdown[0], (pcbY+pcbWidth)-pushdown[1], pcbZlid*-1]) pcbStandoff("lid", pcbStandHeight, flangeH, flangeD, yappHole, "yellow"); } if (!isTrue(yappAllCorners, pushdown) && !isTrue(yappBackLeft, pushdown) && !isTrue(yappFrontLeft, pushdown) && !isTrue(yappFrontRight, pushdown) && !isTrue(yappBackRight, pushdown)) { translate([pcbX+pushdown[0], pcbY+pushdown[1], pcbZlid*-1]) pcbStandoff("lid", pcbStandHeight, flangeH, flangeD, yappHole, "yellow"); } } } } // pcbPushdowns() //=========================================================== module cutoutsInXY(type, XYcutoutsArray) { function actZpos(T) = (T=="base") ? -1 : ((roundRadius+lidPlaneThickness)*-1); function planeThickness(T) = (T=="base") ? (basePlaneThickness+roundRadius+2) : (lidPlaneThickness+roundRadius+2); //-2.0-function setCutoutArray(T) = (T=="base") ? cutoutsBase : cutoutsLid; //echo("cutoutsInXY()", type=type, XYcutoutsArray=XYcutoutsArray); zPos = actZpos(type); thickness = planeThickness(type); //-- [0]pcb_x, [1]pcb_y, [2]width, [3]length, [4]angle //-- [5]{yappRectangle | yappCircle} //-- [6] yappCenter //-2.0-for ( cutOut = setCutoutArray(type) ) for ( cutOut = XYcutoutsArray ) { if (isTrue(yappRectangle, cutOut) && !isTrue(yappCenter, cutOut)) // org pcb_x/y { posx=pcbX+cutOut[0]; posy=pcbY+cutOut[1]; if (type=="base") { translate([posx, posy, zPos]) { rotate([0,0,cutOut[4]]) color("blue") cube([cutOut[3], cutOut[2], thickness+1]); } } else { translate([posx, posy, zPos]) { rotate([0,0,cutOut[4]]) color("blue") cube([cutOut[3], cutOut[2], thickness+1]); } } } else if (isTrue(yappRectangle, cutOut) && isTrue(yappCenter, cutOut)) // center around x/y { posx=pcbX+(cutOut[0]); posy=pcbY+(cutOut[1]); //if (type=="base") // echo("XY-base:", posx=posx, posy=posy, zPos=zPos); //else echo("XY-lid:", posx=posx, posy=posy, zPos=zPos); translate([posx, posy, zPos]) { rotate([0,0,cutOut[4]]) color("red") cube([cutOut[3], cutOut[2], thickness*2],center = true); } } else if (isTrue(yappCircle, cutOut)) // circle centered around x/y { posx=pcbX+cutOut[0]; posy=pcbY+(cutOut[1]+cutOut[2]/2)-cutOut[2]/2; translate([posx, posy, zPos]) color("green") linear_extrude(thickness*2) circle(d=cutOut[2], $fn=20); } } // for .. //--- make screw holes for connectors if (type=="base") { // (0) = posx // (1) = posy // (2) = pcbStandHeight // (3) = screwDiameter // (4) = screwHeadDiameter // (5) = insertDiameter // (6) = outsideDiameter // (7) = supportHeight // (8) = supportDiam // (9) = { yappConnWithPCB } // (10) = { yappAllCorners | yappFrontLeft | yappFrondRight | yappBackLeft | yappBackRight } for(conn = connectors) { if (!isTrue(yappConnWithPCB, conn)) { if(isTrue(yappAllCorners, conn) || isTrue(yappBackLeft, conn)) { translate([conn[0], conn[1], (basePlaneThickness)*-1]) { linear_extrude((basePlaneThickness*2)+1) { circle( d = conn[4], //-- screwHeadDiam $fn = 20); } } } if (isTrue(yappAllCorners, conn) || isTrue(yappFrontLeft, conn)) { translate([shellLength-conn[0], conn[1], (basePlaneThickness-1)*-1]) { linear_extrude(basePlaneThickness+3) circle( d = conn[4], //-- screwHeadDiam $fn = 20); } } if (isTrue(yappAllCorners, conn) || isTrue(yappFrontRight, conn)) { translate([shellLength-conn[0], shellWidth-conn[1], (basePlaneThickness-1)*-1]) { linear_extrude(basePlaneThickness+3) circle( d = conn[4], //-- screwHeadDiam $fn = 20); } } if (isTrue(yappAllCorners, conn) || isTrue(yappBackRight, conn)) { translate([conn[0], shellWidth-conn[1], (basePlaneThickness-1)*-1]) { color("green") linear_extrude(basePlaneThickness+3) circle( d = conn[4], //-- screwHeadDiam $fn = 20); } } if (!isTrue(yappAllCorners, conn) && !isTrue(yappBackLeft, conn) && !isTrue(yappFrontLeft, conn) && !isTrue(yappFrontRight, conn) && !isTrue(yappBackRight, conn)) { translate([conn[0], conn[1], (basePlaneThickness)*-1]) { linear_extrude((basePlaneThickness*2)+1) { circle( d = conn[4], //-- screwHeadDiam $fn = 20); } } } } //-- connect Shells if (isTrue(yappConnWithPCB, conn)) { // (0) = posx // (1) = posy // (2) = pcbStandHeight // (3) = screwDiameter // (4) = screwHeadDiameter // (5) = insertDiameter // (6) = outsideDiameter // (7) = supportHeight // (8) = supportDiam // (9) = { yappConnWithPCB } // (10) = { yappAllCorners | yappFrontLeft | yappFrondRight | yappBackLeft | yappBackRight } if (isTrue(yappAllCorners, conn) || isTrue(yappBackLeft, conn)) { translate([pcbX + conn[0], pcbY + conn[1], (basePlaneThickness*-1)]) { linear_extrude((basePlaneThickness*2)+1) circle( d = conn[4], //-- screwHeadDiam $fn = 20); } } if (isTrue(yappAllCorners, conn) || isTrue(yappFrontLeft, conn)) { translate([pcbX+pcbLength-conn[0], pcbY+conn[1], (basePlaneThickness*-1)]) { linear_extrude((basePlaneThickness*2)+1) circle( d = conn[4], //-- screwHeadDiam $fn = 20); } } if (isTrue(yappAllCorners, conn) || isTrue(yappFrontRight, conn)) { translate([pcbX+pcbLength-conn[0], pcbY+pcbWidth-conn[1], (basePlaneThickness*-1)]) { linear_extrude((basePlaneThickness*2)+1) circle( d = conn[4], //-- screwHeadDiam $fn = 20); } } if (isTrue(yappAllCorners, conn) || isTrue(yappBackRight, conn)) { translate([pcbX + conn[0], pcbY + pcbWidth-conn[1], (basePlaneThickness*-1)]) { color("green") linear_extrude((basePlaneThickness*2)+1) circle( d = conn[4], //-- screwHeadDiam $fn = 20); } } if (!isTrue(yappAllCorners, conn) && !isTrue(yappBackLeft, conn) && !isTrue(yappFrontLeft, conn) && !isTrue(yappFrontRight, conn) && !isTrue(yappBackRight, conn)) { translate([pcbX + conn[0], pcbY + conn[1], (basePlaneThickness*-1)]) { linear_extrude((basePlaneThickness*2)+1) circle( d = conn[4], //-- screwHeadDiam $fn = 20); } } } // connWithPCB .. } // for conn .. } //-- base } // cutoutsInXY(type) //=========================================================== module cutoutsInXZ(type) { function actZpos(T) = (T=="base") ? pcbZ : pcbZlid*-1; //-- place cutOuts in left plane //-- [0]pcb_x, [1]pcb_z, [2]width, [3]height, [4]angle //-- [5]{yappRectangle | yappCircle}, //-- [6]yappCenter // // [0]pos_x->| // | // F | +-----------+ ^ // R | | | | // O | |<[2]length>| [3]height // N | +-----------+ v // T | ^ // | | [1]z_pos // | v // +----------------------------- pcb(0,0) // for ( cutOut = cutoutsLeft ) { //echo("XZ (Left):", cutOut); if (cutOut[5]==yappRectangle && cutOut[6]!=yappCenter) { posx=pcbX+cutOut[0]; posz=actZpos(type)+cutOut[1]; z=standoffHeight+pcbThickness+cutOut[1]; t=(baseWallHeight-ridgeHeight); newH=newHeight(type, cutOut[3], z, t); translate([posx, -1, posz]) color("red") rotate([0,cutOut[4],0]) cube([cutOut[2], wallThickness+roundRadius+2, newH]); } else if (cutOut[5]==yappRectangle && cutOut[6]==yappCenter) { posx=pcbX+cutOut[0]-(cutOut[2]/2); //posz=actZpos(type)+cutOut[1]; posz=actZpos(type)+cutOut[1]-(cutOut[3]/2); z=standoffHeight+pcbThickness+cutOut[1]-(cutOut[3]/2); t=(baseWallHeight-ridgeHeight)-(cutOut[3]/2); newH=newHeight(type, (cutOut[3]/2), z, t)+(cutOut[3]/2); translate([posx+(cutOut[2]/2), wallThickness, posz+(pcbThickness*cos(cutOut[4]))+(cutOut[3]/2)]) color("blue") rotate([0,cutOut[4],0]) cube([cutOut[2], wallThickness+roundRadius+2, newH], center=true); } else if (cutOut[5]==yappCircle) { posx=pcbX+cutOut[0]; posz=actZpos(type)+cutOut[1]; //echo("circle Left:", posx=posx, posz=posz); translate([posx, (roundRadius+wallThickness+2), posz]) rotate([90,0,0]) color("green") cylinder(h=wallThickness+roundRadius+3, d=cutOut[2], $fn=20); } } // for cutOut's .. //-- [0]pcb_x, [1]pcb_z, [2]width, [3]height, [4]angle //-- {yappRectangle | yappCircle}, yappCenter for ( cutOut = cutoutsRight ) { //echo("XZ (Right):", cutOut); if (cutOut[5]==yappRectangle && cutOut[6]!=yappCenter) { posx=pcbX+cutOut[0]; posz=actZpos(type)+cutOut[1]; z=standoffHeight+pcbThickness+cutOut[1]; t=(baseWallHeight-ridgeHeight); newH=newHeight(type, cutOut[3], z, t); translate([posx, shellWidth-(wallThickness+roundRadius+1), posz]) color("red") rotate([0,cutOut[4],0]) cube([cutOut[2], wallThickness+roundRadius+2, newH]); } else if (cutOut[5]==yappRectangle && cutOut[6]==yappCenter) { posx=pcbX+cutOut[0]; posz=actZpos(type)+cutOut[1]; z=standoffHeight+pcbThickness+cutOut[1]-(cutOut[3]/2); t=(baseWallHeight-ridgeHeight)-(cutOut[3]/2); newH=newHeight(type, (cutOut[3]/2), z, t)+(cutOut[3]/2); translate([posx, (shellWidth-2), posz+(pcbThickness*cos(cutOut[4]))]) color("blue") rotate([0,cutOut[4],0]) cube([cutOut[2], (wallThickness+roundRadius)*2+2, newH], center=true); } else if (cutOut[5]==yappCircle) { posx=pcbX+cutOut[0]; posz=actZpos(type)+cutOut[1]; //echo("circle Right:", posx=posx, posz=posz); translate([posx, shellWidth+2, posz]) rotate([90,0,0]) color("green") cylinder(h=wallThickness+roundRadius+3, d=cutOut[2], $fn=20); } } // for ... } // cutoutsInXZ() //=========================================================== module cutoutsInYZ(type) { function actZpos(T) = (T=="base") ? pcbZ : (pcbZlid)*-1; for ( cutOut = cutoutsFront ) { // (0) = posy // (1) = posz // (2) = width // (3) = height // (4) = angle // (5) = { yappRectangle | yappCircle } // (6) = { yappCenter } //-dbg-echo("YZ (Front):", plane=type, cutOut); if (cutOut[5]==yappRectangle && cutOut[6]!=yappCenter) { posy=pcbY+cutOut[0]; posz=actZpos(type)+cutOut[1]; z=standoffHeight+pcbThickness+cutOut[1]; t=baseWallHeight-ridgeHeight; newH=newHeight(type, cutOut[3], z, t); translate([shellLength-wallThickness-roundRadius-1, posy, posz]) rotate([cutOut[4],0,0]) color("blue") cube([wallThickness+roundRadius+2, cutOut[2], newH]); } else if (cutOut[5]==yappRectangle && cutOut[6]==yappCenter) { posy=pcbY+cutOut[0]-(cutOut[2]/2); posz=actZpos(type)+cutOut[1]-(cutOut[3]/2); z=standoffHeight+pcbThickness+cutOut[1]-(cutOut[3]/2); t=(baseWallHeight-ridgeHeight)-(cutOut[3]/2); newH=newHeight(type, (cutOut[3]/2), z, t)+(cutOut[3]/2); translate([shellLength-(wallThickness+1), posy+(cutOut[2]/2), posz+(pcbThickness*cos(cutOut[4]))+(cutOut[3]/2)]) color("blue") rotate([cutOut[4],0,0]) cube([wallThickness+roundRadius+wallThickness+2, cutOut[2], newH], center=true); } else if (cutOut[5]==yappCircle) { posy=pcbY+cutOut[0]; posz=actZpos(type)+cutOut[1]; translate([shellLength-(roundRadius+wallThickness+1), posy, posz]) rotate([0, 90, 0]) color("green") cylinder(h=wallThickness+roundRadius+2, d=cutOut[2], $fn=20); } } // for cutOut's .. //-- [0]pcb_x, [1]pcb_z, [2]width, [3]height, [4]angle //-- {yappRectangle | yappCircle}, yappCenter for ( cutOut = cutoutsBack ) { //echo("YZ (Back):", cutOut); if (cutOut[5]==yappRectangle && cutOut[6]!=yappCenter) { posy=pcbY+cutOut[0]; posz=actZpos(type)+cutOut[1]; z=standoffHeight+pcbThickness+cutOut[1]; t=baseWallHeight-ridgeHeight; newH=newHeight(type, cutOut[3], z, t); translate([-1 , posy, posz]) rotate([cutOut[4],0,0]) color("blue") cube([wallThickness+roundRadius+2, cutOut[2], newH]); } else if (cutOut[5]==yappRectangle && cutOut[6]==yappCenter) { posy=pcbY+cutOut[0]-(cutOut[2]/2); posz=actZpos(type)+cutOut[1]-(cutOut[3]/2); z=standoffHeight+pcbThickness+cutOut[1]-(cutOut[3]/2); t=(baseWallHeight-ridgeHeight)-(cutOut[3]/2); newH=newHeight(type, (cutOut[3]/2), z, t)+(cutOut[3]/2); translate([(wallThickness+1), posy+(cutOut[2]/2), posz+(pcbThickness*cos(cutOut[4]))+(cutOut[3]/2)]) //translate([-1, posy, posz]) rotate([cutOut[4],0,0]) color("orange") cube([wallThickness+roundRadius+2, cutOut[2], newH], center=true); } else if (cutOut[5]==yappCircle) { posy=pcbY+cutOut[0]; posz=actZpos(type)+cutOut[1]; //echo("circle Back:", posy=posy, posz=posz); translate([-1, posy, posz]) rotate([0,90,0]) color("green") cylinder(h=wallThickness+3, d=cutOut[2], $fn=20); } } // for .. } // cutoutsInYZ() //=========================================================== module makeLightTubes() { for(tube=lightTubes) { //-- lightTubes -- origin is pcb[0,0,0] // (0) = posx // (1) = posy // (2) = tubeLength // (3) = tubeWidth // (4) = tubeWall // (5) = abovePcb // (6) = throughLid {yappThroughLid} // (7) = tubeType {yappCircle|yappRectangle} xPos = tube[0]; yPos = tube[1]; tLength = tube[2]; tWidth = tube[3]; tWall = tube[4]; tAbvPcb = tube[5]; tTroughLid= tube[6]; tType = tube[7]; //-debug-echo("makeLightTubes()", xPos=xPos, yPos=yPos, tLength=tLength, tWidth=tWidth, tWall=tWall, tAbvPcb=tAbvPcb); if (isTrue(yappCircle, tube)) { tmpArray = [[xPos, yPos, tLength, tWidth, tWidth, yappCircle, yappCenter]]; //-debug-echo("makeLightTubes(Circle)", tmpArray=tmpArray); cutoutsInXY("lid", tmpArray); } else if (isTrue(yappRectangle, tube)) { tmpArray = [[xPos, yPos, tLength, tWidth, 0, yappRectangle, yappCenter]]; //-debug-echo("makeLightTubes()", tmpArray=tmpArray); cutoutsInXY("lid", tmpArray); } else echo("makeLightTubes() ERROR! No type specified"); } //-- for tubes } // makeLightTubes() //=========================================================== module buildLightTubes() { for(tube=lightTubes) { //-- lightTubes -- origin is pcb[0,0,0] // (0) = posx // (1) = posy // (2) = tubeLength // (3) = tubeWidth // (4) = tubeWall // (5) = abovePcb // (6) = throughLid {yappThroughLid} // (7) = tubeType {yappCircle|yappRectangle} xPos = tube[0]; yPos = tube[1]; tLength = tube[2]; tWidth = tube[3]; tWall = tube[4]; tAbvPcb = tube[5]; tTroughLid= tube[6]; tType = tube[7]; pcbTop2Lid = (baseWallHeight+lidWallHeight+lidPlaneThickness)-(standoffHeight+pcbThickness+tAbvPcb); X=xPos+wallThickness+paddingBack; Y=yPos+wallThickness+paddingLeft; throughLid = isTrue(yappThroughLid, tube); //-debug-echo("buildLedTubes()", throughLid=throughLid); //-debug-echo("buildLightTube()", xPos=xPos, X=X, yPos=yPos, Y=Y, tLength=tLength, tWidth=tWidth, tWall=tWall, pcbTop2Lid=pcbTop2Lid); translate([X, Y, (pcbTop2Lid/-2)]) { if (isTrue(yappCircle, tube)) { difference() { color("red") cylinder(h=pcbTop2Lid, d=tWidth+(tWall*2), center=true); translate([0,0,-0.5+throughLid]) color("blue") cylinder(h=pcbTop2Lid+(throughLid+0.5), d=tWidth, center=true); if (inspectLightTubes) { thisX=(tLength-(tLength/2))*inspectLightTubes; //-debug-echo("buildLightTube()", thisX=thisX, tLength=tLength, tWall=tWall, wallThickness=wallThickness); translate([thisX+0,0,0]) { color("white") cube([((tLength+tWall)/2)+2, tLength+tWall*3, pcbTop2Lid+1], center=true); } } } } else { difference() { tubeRib=max(tLength, tWidth); color("red") cube([tubeRib+(tWall*2), tubeRib+(tWall*2), pcbTop2Lid], center=true); translate([0,0,tWall*-1]) color("green") cube([tubeRib, tubeRib, pcbTop2Lid], center=true); translate([0,0, -0.5+throughLid]) color("blue") cube([tWidth, tLength, pcbTop2Lid], center=true); if (inspectLightTubes) { //-19-thisX=(tLength+(tWall*2))-(tLength/2); thisX=(tLength*inspectLightTubes)-(tLength/2)*inspectLightTubes; translate([thisX,0,0]) { color("white") //cube([(tubeRib/2)+(tWall*2), tubeRib+tWall*2, pcbTop2Lid+1], center=true); cube([(tubeRib/2)+(tWall*2), tubeRib+tWall*3, pcbTop2Lid+1], center=true); } } } } } } //--for(..) } // buildLightTubes() //=========================================================== module makeButtons() { for(button=pushButtons) { //-- pushButtons -- origin is pcb[0,0,0] // (0) = posx // (1) = posy // (2) = capLength // (3) = capWidth // (4) = capAboveLid // (5) = switchHeight // (6) = switchTrafel // (7) = poleDiameter // (9) = buttonType {yappCircle|yappRectangle} xPos = button[0]; yPos = button[1]; cLength = button[2]; cWidth = button[3]; cAbvLid = button[4]+buttonCupDepth; swHeight = button[5]; swTrafel = button[6]; pDiam = button[7]; bType = button[8]; //-debug-echo("makeButtons()", xPos=xPos, yPos=yPos, cLength=cLength, cWidth=cWidth, cAbvLid=cAbvLid //-test- , pDiam=pDiam, swHeight=swHeight, swTrafel=swTrafel); tmpArray = [[xPos, yPos, cWidth+1, cLength+1, 0, bType, yappCenter]]; //-debug-echo("makeButtons()", tmpArray=tmpArray); cutoutsInXY("lid", tmpArray); } //-- for buttons } // makeButtons() //=========================================================== module buildButtons() { echo("buildButtons(): process ", len(pushButtons)," buttons"); if(len(pushButtons) > 0) { for(i=[0:len(pushButtons)-1]) { button=pushButtons[i]; //-- pushButtons -- origin is pcb[0,0,0] // (0) = posx // (1) = posy // (2) = capLength // (3) = capWidth // (4) = capAboveLid // (5) = switchHeight // (6) = switchTrafel // (7) = poleDiameter // (8) = buttonType {yappCircle|yappRectangle} xPos = button[0]; yPos = button[1]; cLength = button[2]; cWidth = button[3]; cAbvLid = button[4]+buttonCupDepth; swHeight = button[5]; swTrafel = button[6]; pDiam = button[7]; bType = button[8]; //-debug-echo("buildButtons()", i=i, xPos=xPos, yPos=yPos, cLength=cLength, cAbvLid=cAbvLid, pDiam=pDiam //-test- , swHeight=swHeight, swTrafel=swTrafel, bType=bType); // // <--cLength--> // -------- ---------------------------------------------------- // # lidPlaneThickness ^ // ----+--+ +--+--------------------------------------- | // | | | | ^ ^ | // | | | | |-- buttonCupDepth | | // | | | | v | | // | | | | ^ |-- cupDepth | // | | | | |-- switchTrafel | | // | | | | v v | // | +---+ +---+ | | // +----+ | | +----+ poleHolderLength --| // | | | | >--<-- buttonWall | // | | | | v // +-+ +-+ ----------- // // |<--->|------poleDiam // // +------------------------------------ topPcb // +-+--+------------------------------- // | | # standoffHeight //-----+ +------------------------------------- // # basePlaneThickness //--------------------------------------------- pcbTop2Lid = (baseWallHeight+lidWallHeight)-(standoffHeight+pcbThickness); rX = pcbX+xPos; rY = pcbY+yPos; cupDepth = buttonCupDepth+swTrafel+lidPlaneThickness; poleHolderLength = pcbTop2Lid-(swHeight+swTrafel+(buttonPlateThickness)); //-debug-echo("buildButtons():", pcbTop2Lid=pcbTop2Lid, cupDepth=cupDepth //-debug- , swHeight=swHeight, swTrafel=swTrafel //-debug- , buttonPlateThickness=(buttonPlateThickness-0.5) //-debug- , poleHolderLength=poleHolderLength); translate([rX, rY, (pcbTop2Lid*-1)-0.5]) { if (isTrue(yappCircle, button)) { //-debug-echo("insideButton(circle):",cupDepth=cupDepth); difference() { union() { //--------- outside circle translate([(cLength+buttonSlack+buttonWall)/-2,(cLength+buttonSlack+buttonWall)/-2,pcbTop2Lid-cupDepth]) { color("red") translate([(cLength+buttonSlack+buttonWall)/2,(cLength+buttonSlack+buttonWall)/2, 0]) { cylinder(h=cupDepth, d=cLength+buttonSlack+buttonWall); } } //-------- outside pole holder translate([0, 0, (pcbTop2Lid-poleHolderLength-1)]) { color("gray") cylinder(h=poleHolderLength, d=pDiam+buttonSlack+buttonWall); } } //-- union() //-------- inside Cap translate([((pDiam+buttonSlack)/-2),((pDiam+buttonSlack)/-2),pcbTop2Lid-(cupDepth-buttonWall)]) { translate([(pDiam+buttonSlack)/2, (pDiam+buttonSlack)/2, (buttonWall)*-0.5]) { //-- uitsparing voor CAP color("blue") cylinder(h=cupDepth, d=cLength+buttonSlack); } } //-- extenderPole geleider -- translate([0, 0, pcbTop2Lid/2]) { color("orange") cylinder(h=pcbTop2Lid, d=pDiam+buttonSlack, center=true); } //-- test test test -- if (inspectButtons) { translate([0, -7, 0]) { color("white") cube([10,15,pcbTop2Lid]); } } } // difference() } else //-- rectangle (square) { //-debug-echo("insideButton(rectangle):",cupDepth=cupDepth); difference() { union() { //-- outside rectangle translate([(cLength+buttonSlack+buttonWall)/-2, (cWidth+buttonSlack+buttonWall)/-2 ,pcbTop2Lid-cupDepth]) { color("red") cube([(cLength+buttonSlack+buttonWall), (cWidth+buttonSlack+buttonWall), cupDepth]); } //-------- outside pole holder translate([0, 0, (pcbTop2Lid-poleHolderLength-1)]) { color("gray") cylinder(h=poleHolderLength, d=pDiam+buttonWall+buttonSlack); } } //-- union() //-------- inside Cap translate([((cLength+buttonSlack)/-2),((cWidth+buttonSlack)/-2),pcbTop2Lid-(cupDepth-buttonWall+1)]) { color("blue") cube([cLength+buttonSlack, cWidth+buttonSlack, cupDepth]); } //-- extenderPole geleider -- translate([0, 0, pcbTop2Lid/2]) { color("orange") cylinder(d=pDiam+buttonSlack, h=pcbTop2Lid+10, center=true); } //-- test test test -- if (inspectButtons) { translate([0, -7, 0]) { color("white") cube([10,15,pcbTop2Lid]); } } } //-- difference() } //-- if .. else } //-- translate() boxHeight = baseWallHeight+lidWallHeight; extHeight = boxHeight-(standoffHeight+pcbThickness)-swHeight-(buttonPlateThickness-0.5); xOff = max(cLength, cWidth); //-debug-echo("buildButtons()", i=i, extHeight=extHeight, xOff=xOff); if (printSwitchExtenders && showSideBySide) { if (isTrue(yappCircle, button)) printSwitchExtender(true, cLength, cWidth, cAbvLid, pDiam, extHeight, buttonPlateThickness , (baseWallHeight+lidWallHeight), -10, (pcbLength*1)+(i*(10+cLength))); else printSwitchExtender(false, cLength, cWidth, cAbvLid, pDiam, extHeight, buttonPlateThickness , (baseWallHeight+lidWallHeight), -10, (pcbLength*1)+(i*(10+cLength))); //--printSwitchPlate(pDiam, cLength, buttonPlateThickness, (pcbLength*1)+(i*(10+cLength))); printSwitchPlate(pDiam, xOff, buttonPlateThickness, (pcbLength*1)+(i*(10+cLength))); } } //-- for buttons .. } //-- len(pushButtons) > 0 } // buildButtons() //=========================================================== module cutoutsGrill(type, planeTckns) { //-------------------------------------------------------------------- function actZpos(T) = (T=="base") ? -1 : ((roundRadius+lidPlaneThickness)*-1); function angleLim(a) = (a>60 || a<-60) ? 60*sign(a) : a; function calcAB(c, BC) = (BC * tan(c)); function calcBC(c, AC) = (AC / cos(c)); function calcAC(c, AB) = (AB * tan(c)); // C | // | \ BC = AB / cos(c) // | \ AB = BC * tan(c) // | \ AC = AB * tan(c) // | \ // A +-----+ B //------------------------------------------------------------------- module oneGrill2(xC, yC, gW, gL, slotW, slotS, oneStep, newSlotL, xOverhang, newW, gAngle) { function xStart(a, o1) = (a<0) ? (o1*2) : 0; function xEndpos(l1, o1) = (l1+(o1*2)); //echo("1Gr", xC=xC, yC=yC, gW=gW, gL=gL, slotW=slotW, slotS=slotS, oneStep=oneStep // , newSlotL=newSlotL, xOverhang=xOverhang, newW=newW, gAngle=gAngle); translate([0, yC, 0]) { if (gAngle < 0) { //echo("[a<0] for ", xStart(gAngle, xOverhang), "step", oneStep, "to", gL); for(posX=[xStart(gAngle, xOverhang) : oneStep : gL]) { translate([(posX-slotS/2),-(yC+(newW/2)),0]) { rotate([0,0,gAngle]) { if ((posX > 0) || (posX <= gL)) { cube([slotS, newSlotL , planeTckns]); } } // rotate } // transl.. } // for posX.. } // gAngle < 0 else if (gAngle > 0) { //echo("[a>0] for ", xStart(gAngle, xOverhang), "step", oneStep, "to", xEndpos(gL, xOverhang)); for(posX=[xStart(gAngle, xOverhang) : oneStep : xEndpos(gL, xOverhang)]) { translate([(posX-slotS/2),-(yC+(newW/2)),0]) { rotate([0,0,gAngle]) { if ((posX > 0) || (posX <= gL)) { cube([slotS, newSlotL , planeTckns]); } } // rotate } // transl.. } // for posX.. } else // angle == 0 { if (gW > gL) { echo(gW=gW, ">", gL=gL, "add 90 graden .."); echo("[a==0] for ", xStart(gAngle, xOverhang), "step", oneStep, "to", gW); for(posY=[gW/-2 : oneStep : gW/2]) { translate([-(xC)+(gL/2), posY, 0]) { if ((posY > 0) || (posY <= gW)) { cube([gL ,slotS, planeTckns]); } } // transl.. } // for posY.. } else { //echo("[a==0] for ", xStart(gAngle, xOverhang), "step", oneStep, "to", gL); for(posX=[(gL/-2) : oneStep : (gL/2)]) { translate([xC+posX,-(yC+(newW/2)),0]) { if ((posX > 0) || (posX <= gL)) { cube([slotS, newSlotL , planeTckns]); } } // transl.. } // for posX.. } } } // transl.. } // oneGrill2() for(g=cutoutsGrill) { xPos = g[0]; yPos = g[1]; grillW = g[2]; grillL = g[3]; slotW = g[4]; slotS = g[5]; slotA = g[6]; plane = g[7]; polyg = g[8]; //echo("parm", xPos=xPos, yPos=yPos, grillW=grillW, grillL=grillL, slotA=slotA // , slotW=slotW, slotS=slotS, plane=plane); if (type==plane) { zPos = actZpos(plane); newA = angleLim(slotA); newW = abs(calcBC(newA, slotW)); newS = abs(calcBC(newA, slotS)); newSl = abs(calcBC(newA, grillW+newW)); xOverhang = calcAB(newA, grillW/2); oneStep = newW+newS; nrSpikes = grillW / (oneStep); xCenter = grillL / 2; yCenter = grillW / 2; //echo(xCenter=xCenter, yCenter=yCenter, grillL=grillL, grillW=grillW // , oneStep=oneStep, newSl=newSl, xOverhang=xOverhang); translate([xPos+pcbX, yPos+pcbY, zPos]) { difference() { //--- set base of grill if (polyg) { echo("use polygon(",polyg,")"); linear_extrude(height=planeTckns-0.5) { color("blue") polygon(polyg); } } else { color("gray") cube([grillL, grillW, planeTckns+0.5]); } //-- subtract actual grill oneGrill2(xCenter, yCenter, grillW, grillL, slotW, slotS, oneStep, newSl, xOverhang, newW, newA); } } } // type = plane } // for .. } // cutoutsGrill() //=========================================================== module subtractLabels(plane, side) { for ( label = labelsPlane ) { // [0]x_pos, [1]y_pos, [2]orientation, [3]depth, [4]plane, [5]font, [6]size, [7]"text" if (plane=="base" && side=="base" && label[4]=="base") { translate([label[0], label[1], -0.015]) { rotate([0,0,label[2]]) { mirror([1,0,0]) color("red") linear_extrude(max(label[3] + 0.02,0.0)) { { text(label[7] , font=label[5] , size=label[6] , direction="ltr" , halign="left" , valign="bottom"); } // mirror.. } // rotate } // extrude } // translate } // if base/base if (plane=="base" && side=="front" && label[4]=="front") { translate([shellLength - label[3] - 0.01, label[0], label[1]]) { rotate([90,0,90+label[2]]) { linear_extrude(max(label[3] + 0.02,0.0)) { text(label[7] , font=label[5] , size=label[6] , direction="ltr" , halign="left" , valign="bottom"); } // extrude } // rotate } // translate } // if base/front // [0]x_pos, [1]y_pos, [2]orientation, [3]depth, [4]plane, [5]font, [6]size, [7]"text" if (plane=="base" && side=="back" && label[4]=="back") { translate([ -0.15, shellWidth-label[0], label[1]]) { rotate([90,0,90+label[2]]) mirror([1,0,0]) { linear_extrude(max(label[3] + 0.02,0.0)) { text(label[7] , font=label[5] , size=label[6] , direction="ltr" , halign="left" , valign="bottom"); } // extrude } // rotate } // translate } // if base/back if (plane=="base" && side=="left" && label[4]=="left") { translate([label[0], label[3]+0.01, label[1]]) { rotate([90,label[2],0]) { linear_extrude(max(label[3] + 0.02,0.0)) { text(label[7] , font=label[5] , size=label[6] , direction="ltr" , halign="left" , valign="bottom"); } // extrude } // rotate } // translate } // if..base/left if (plane=="base" && side=="right" && label[4]=="right") { translate([shellLength-label[0], shellWidth+0.005, label[1]]) { rotate([90,label[2],0]) { mirror([1,0,0]) linear_extrude(max(label[3] + 0.02,0.0)) { text(label[7] , font=label[5] , size=label[6] , direction="ltr" , halign="left" , valign="bottom"); } // extrude } // rotate } // translate } // if..base/right // [0]x_pos, [1]y_pos, [2]orientation, [3]depth, [4]plane, [5]font, [6]size, [7]"text" if (plane=="lid" && side=="lid" && label[4]=="lid") { translate([label[0], label[1], -label[3]+0.015]) { rotate([0,0,label[2]]) { linear_extrude(max(label[3] + (lidPlaneThickness+0.02),0.0)) { { text(label[7] , font=label[5] , size=label[6] , direction="ltr" , halign="left" , valign="bottom"); } // mirror.. } // rotate } // extrude } // translate } // if lid/lid if (plane=="lid" && side=="front" && label[4]=="front") { translate([shellLength - label[3] - 0.01, label[0], (shellHeight*-1)+label[1]]) { rotate([90,0,90+label[2]]) { linear_extrude(max(label[3] + 0.02,0.0)) { text(label[7] , font=label[5] , size=label[6] , direction="ltr" , halign="left" , valign="bottom"); } // extrude } // rotate } // translate } // if lid/front if (plane=="lid" && side=="back" && label[4]=="back") { translate([ -0.15, shellWidth-label[0], (shellHeight*-1)+label[1]]) { rotate([90,0,90+label[2]]) mirror([1,0,0]) { linear_extrude(max(label[3] + 0.02,0.0)) { text(label[7] , font=label[5] , size=label[6] , direction="ltr" , halign="left" , valign="bottom"); } // extrude } // rotate } // translate } // if lid/back if (plane=="lid" && side=="left" && label[4]=="left") { translate([label[0], label[3]+0.01, (shellHeight*-1)+label[1]]) { rotate([90,label[2],0]) { linear_extrude(max(label[3] + 0.02,0.0)) { text(label[7] , font=label[5] , size=label[6] , direction="ltr" , halign="left" , valign="bottom"); } // extrude } // rotate } // translate } // if..lid/left if (plane=="lid" && side=="right" && label[4]=="right") { translate([shellLength-label[0], shellWidth + 0.01, (shellHeight*-1)+label[1]]) { rotate([90,label[2],0]) { mirror([1,0,0]) linear_extrude(max(label[3] + 0.02,0.0)) { text(label[7] , font=label[5] , size=label[6] , direction="ltr" , halign="left" , valign="bottom"); } // extrude } // rotate } // translate } // if..lid/right } // for labels... } // subtractLabels() //=========================================================== module baseShell() { //------------------------------------------------------------------- module subtrbaseRidge(L, W, H, posZ, rad) { wall = (wallThickness/2)+(ridgeSlack/2); // 26-02-2022 oRad = rad; iRad = getMinRad(oRad, wall); difference() { translate([0,0,posZ]) { //color("blue") //-- outside of ridge linear_extrude(H+1) { minkowski() { square([(L+wallThickness+1)-(oRad*2), (W+wallThickness+1)-(oRad*2)] , center=true); circle(rad); } } // extrude } //-- hollow inside translate([0, 0, posZ]) { linear_extrude(H+1) { minkowski() { square([(L-ridgeSlack)-((iRad*2)), (W-ridgeSlack)-((iRad*2))], center=true); // 14-01-2023 circle(iRad); } } // linear_extrude.. } // translate() } // diff } // subtrbaseRidge() //------------------------------------------------------------------- posZ00 = (baseWallHeight) + basePlaneThickness; //echo("base:", posZ00=posZ00); translate([(shellLength/2), shellWidth/2, posZ00]) { difference() //(b) { minkowskiBox("base", shellInsideLength, shellInsideWidth, baseWallHeight, roundRadius, basePlaneThickness, wallThickness); if (hideBaseWalls) { //--- wall's translate([-1,-1,shellHeight/2]) { cube([shellLength+3, shellWidth+3, shellHeight+((baseWallHeight*2)-(basePlaneThickness+roundRadius))], center=true); } // translate } else //-- normal { //--- only cutoff upper half translate([-1,-1,shellHeight/2]) { cube([shellLength+3, shellWidth+3, shellHeight], center=true); } // translate //-- build ridge subtrbaseRidge(shellInsideLength+wallThickness, shellInsideWidth+wallThickness, ridgeHeight, (ridgeHeight*-1), roundRadius); } } // difference(b) } // translate pcbHolders(); if (ridgeHeight < 3) echo("ridgeHeight < 3mm: no SnapJoins possible"); else printBaseSnapJoins(); shellConnectors("base"); } // baseShell() //=========================================================== module lidShell() { function newRidge(p1) = (p1>0.5) ? p1-0.5 : p1; //------------------------------------------------------------------- module addlidRidge(L, W, H, rad) { wall = (wallThickness/2); oRad = rad; iRad = getMinRad(oRad, wall); //echo("Ridge:", L=L, W=W, H=H, rad=rad, wallThickness=wallThickness); //echo("Ridge:", L2=L-(rad*2), W2=W-(rad*2), H2=H, oRad=oRad, iRad=iRad); translate([0,0,(H-0.005)*-1]) { difference() // (b) { //color("blue") //-- outside of ridge linear_extrude(H+1) { minkowski() { square([(L+wallThickness)-(oRad*2), (W+wallThickness)-(oRad*2)] , center=true); circle(rad); } } // extrude //-- hollow inside translate([0, 0, -0.5]) { //color("green") linear_extrude(H+2) { minkowski() { square([L-(iRad*2)+(ridgeSlack/2), W-(iRad*2)+(ridgeSlack/2)], center=true); // 26-02-2022 circle(iRad); } } // linear_extrude.. } // translate() } // difference(b) } // translate(0) } // addlidRidge() //------------------------------------------------------------------- posZ00 = lidWallHeight+lidPlaneThickness; //echo("lid:", posZ00=posZ00); translate([(shellLength/2), shellWidth/2, posZ00*-1]) { difference() // d1 { minkowskiBox("lid", shellInsideLength,shellInsideWidth, lidWallHeight, roundRadius, lidPlaneThickness, wallThickness); if (hideLidWalls) { //--- cutoff wall translate([((shellLength/2)+2)*-1,(shellWidth/2)*-1,shellHeight*-1]) { color("black") cube([(shellLength+4)*1, (shellWidth+4)*1, shellHeight+(lidWallHeight+lidPlaneThickness-roundRadius)], center=false); } // translate } else //-- normal { //--- cutoff lower half translate([((shellLength/2)+2)*-1,((shellWidth/2)+2)*-1,shellHeight*-1]) { color("black") cube([(shellLength+3)*1, (shellWidth+3)*1, shellHeight], center=false); } // translate } // if normal } // difference(d1) if (!hideLidWalls) { //-- add ridge addlidRidge(shellInsideLength+wallThickness, shellInsideWidth+wallThickness, newRidge(ridgeHeight), roundRadius); } } // translate pcbPushdowns(); shellConnectors("lid"); } // lidShell() //=========================================================== module pcbStandoff(plane, pcbStandHeight, flangeHeight, flangeDiam, type, color) { module standoff(color) { color(color,1.0) cylinder(d = standoffDiameter, h = pcbStandHeight, center = false, $fn = 20); //-- flange -- if (plane == "base") { translate([0,0,-0.3]) cylinder(h=min(flangeHeight, pcbStandHeight), d1=flangeDiam, d2=standoffDiameter); } if (plane == "lid") { if (pcbStandHeight > flangeHeight) { //-- changed in v1.9.8 translate([0,0,min((pcbStandHeight-flangeHeight), (pcbStandHeight-(lidPlaneThickness/2)))]) cylinder(h=flangeHeight, d1=standoffDiameter, d2=flangeDiam); } else { //-- changed in v1.9.8 (was: translate([0,0,flangeHeight-1.8])) translate([0,0,0]) cylinder(h=pcbStandHeight, d1=standoffDiameter/2, d2=flangeDiam); } } } // standoff() module standPin(color) { color(color, 1.0) cylinder( d = standoffPinDiameter, h = pcbThickness+pcbStandHeight+standoffPinDiameter, center = false, $fn = 20); } // standPin() module standHole(color) { color(color, 1.0) cylinder( d = standoffPinDiameter+.2+standoffHoleSlack, h = (pcbThickness*2)+pcbStandHeight+0.02, center = false, $fn = 20); } // standhole() //-------------------------------------------------- if (type == yappPin) // pin { standoff(color); standPin(color); } else // hole { difference() { standoff(color); standHole(color); } } } // pcbStandoff() //=========================================================== //-- holdPcb = do we need to substract pcbHeight because we are holding the PCB? module connectorNew(plane, holdPcb, x, y, conn, outD) { sH = conn[2]; //-- pcbStandHeight d1 = conn[3]; //-- screw Diameter d2 = conn[4]; //-- screwHead Diameter d3 = conn[5]; //-- insert Diameter d4 = outD; fH = conn[7]; //-- flange Height fD = conn[8]; //-- flange Diameter function flangeHeight(baseH, flangeH) = ((flangeH) > (baseH-1)) ? (baseH-1) : flangeH; if (plane=="base") { translate([x, y, 0]) { //-dbg-echo("connectorNew:", conn, sH=sH); hb = holdPcb ? (sH+basePlaneThickness) : (baseWallHeight+basePlaneThickness); fHm = flangeHeight(hb, fH); //-dbg-echo("connectorNew:", hb=hb, sH=sH); difference() { union() { //-- outerCylinder -- //-aaw-linear_extrude(hb) linear_extrude(hb) circle( d = d4, //-- outside Diam $fn = 20); //-- flange -- if (hb < fHm) { translate([0,0,(basePlaneThickness-0.5)]) { cylinder(h=2, d1=fD, d2=d4); } } else { translate([0,0,(basePlaneThickness-0.5)]) { cylinder(h=fHm, d1=fD, d2=d4); } } } //-- screw head Hole -- translate([0,0,0]) color("red") cylinder(h=hb-d1, d=d2); //-- screwHole -- translate([0,0,-1]) color("blue") cylinder(h=hb+2, d=d1); } // difference } // translate } // if base if (plane=="lid") { // calculate the Z-position for the lid connector. // for a PCB connector, start the connector on top of the PCB to push it down. // calculation identical to the one used in pcbPushdowns() zTemp = holdPcb ? ((baseWallHeight+lidWallHeight+lidPlaneThickness-pcbThickness-sH)*-1) : ((lidWallHeight+lidPlaneThickness)*-1); heightTemp = holdPcb ? ((baseWallHeight+lidWallHeight-sH-pcbThickness)) : lidWallHeight; //-dbg-echo("connectorNew:", sH=sH, heightTemp=heightTemp, zTemp=zTemp); translate([x, y, zTemp]) { ht=(heightTemp); difference() { union() { //-- outside Diameter -- linear_extrude(ht) circle( d = d4, $fn = 20); //-- flange -- if (ht < fH) { translate([0,0,ht-(lidPlaneThickness/2)]) cylinder(h=lidPlaneThickness, d1=d4, d2=fD); } else { translate([0,0,(ht-fH)+(lidPlaneThickness/2)]) cylinder(h=fH, d1=d4, d2=fD); } } //-- insert -- linear_extrude(ht) circle( d = d3, $fn = 20); } // difference } // translate } // if lid } // connectorNew() //=========================================================== module shellConnectors(plane) { for ( conn = connectors ) { // (0) = posx // (1) = posy // (2) = pcbStandHeight // (3) = screwDiameter // (4) = screwHeadDiameter // (5) = insertDiameter // (6) = outsideDiameter // (7) = flangeHeight // (8) = flangeDiam // (9) = { yappConnWithPCB } // (10) = { yappAllCorners | yappFrontLeft | yappFrondRight | yappBackLeft | yappBackRight } outD = minOutside(conn[5]+1, conn[6]); holdPcb = (isTrue(yappConnWithPCB, conn)); connX = holdPcb ? pcbX+conn[0] : conn[0]; connY = holdPcb ? pcbY+conn[1] : conn[1]; //echo("shellConn():", pcbX=pcbX, connX=connX, paddingFront=paddingFront, pcbY=pcbY, connY=connY); //-dbg-echo("lidConnector:", conn, holdPcb=holdPcb); if (isTrue(yappAllCorners, conn) || isTrue(yappBackLeft, conn)) connectorNew(plane, holdPcb, connX, connY, conn, outD); if (isTrue(yappAllCorners, conn) || isTrue(yappFrontLeft, conn)) connectorNew(plane, holdPcb, shellLength+paddingBack-paddingFront-connX, connY, conn, outD); if (isTrue(yappAllCorners, conn) || isTrue(yappFrontRight, conn)) connectorNew(plane, holdPcb, shellLength+paddingBack-paddingFront-connX, shellWidth+paddingLeft-paddingRight-connY, conn, outD); if (isTrue(yappAllCorners, conn) || isTrue(yappBackRight, conn)) connectorNew(plane, holdPcb, connX, shellWidth+paddingLeft-paddingRight-connY, conn, outD); if (!isTrue(yappAllCorners, conn) && !isTrue(yappBackLeft, conn) && !isTrue(yappFrontLeft, conn) && !isTrue(yappFrontRight, conn) && !isTrue(yappBackRight, conn)) connectorNew(plane, holdPcb, connX, connY, conn, outD); } // for .. } // shellConnectors() //=========================================================== module cutoutSquare(color, w, h) { color(color, 1) cube([wallThickness+2, w, h]); } // cutoutSquare() //=========================================================== module showOrientation() { translate([-15, 40, 0]) %rotate(270) color("gray") linear_extrude(1) text("BACK" , font="Liberation Mono:style=bold" , size=8 , direction="ltr" , halign="left" , valign="bottom"); translate([shellLength+15, 10, 0]) %rotate(90) color("gray") linear_extrude(1) text("FRONT" , font="Liberation Mono:style=bold" , size=8 , direction="ltr" , halign="left" , valign="bottom"); %translate([15, (15+shiftLid)*-1, 0]) color("gray") linear_extrude(1) text("LEFT" , font="Liberation Mono:style=bold" , size=8 , direction="ltr" , halign="left" , valign="bottom"); if (!showSideBySide) { %translate([45, (15+shellWidth), 0]) rotate([0,0,180]) color("gray") linear_extrude(1) text("RIGHT" , font="Liberation Mono:style=bold" , size=8 , direction="ltr" , halign="left" , valign="bottom"); } } // showOrientation() //========= MAIN CALL's =========================================================== //=========================================================== module lidHookInside() { //echo("lidHookInside(original) .."); } // lidHookInside(dummy) //=========================================================== module lidHookOutside() { //echo("lidHookOutside(original) .."); } // lidHookOutside(dummy) //=========================================================== module baseHookInside() { //echo("baseHookInside(original) .."); } // baseHookInside(dummy) //=========================================================== module baseHookOutside() { //echo("baseHookOutside(original) .."); } // baseHookOutside(dummy) //=========================================================== module YAPPgenerate() //=========================================================== { echo("YAPP=========================================="); echo("YAPP:", pcbLength=pcbLength); echo("YAPP:", pcbWidth=pcbWidth); echo("YAPP:", pcbThickness=pcbThickness); echo("YAPP:", paddingFront=paddingFront); echo("YAPP:", paddingBack=paddingBack); echo("YAPP:", paddingRight=paddingRight); echo("YAPP:", paddingLeft=paddingLeft); echo("YAPP=========================================="); echo("YAPP:", standoffHeight=standoffHeight); echo("YAPP:", standoffPinDiameter=standoffPinDiameter); echo("YAPP:", standoffDiameter=standoffDiameter); echo("YAPP=========================================="); echo("YAPP:", buttonWall=buttonWall); echo("YAPP:", buttonPlateThickness=buttonPlateThickness); echo("YAPP:", buttonSlack=buttonSlack); echo("YAPP:", buttonCupDepth=buttonCupDepth); echo("YAPP=========================================="); echo("YAPP:", baseWallHeight=baseWallHeight); echo("YAPP:", lidWallHeight=lidWallHeight); echo("YAPP:", wallThickness=wallThickness); echo("YAPP:", ridgeHeight=ridgeHeight); echo("YAPP:", roundRadius=roundRadius); echo("YAPP:", shellLength=shellLength); echo("YAPP:", shellInsideLength=shellInsideLength); echo("YAPP:", shellWidth=shellWidth); echo("YAPP:", shellInsideWidth=shellInsideWidth); echo("YAPP:", shellHeight=shellHeight); echo("YAPP:", shellpcbTop2Lid=shellpcbTop2Lid); echo("YAPP=========================================="); echo("YAPP:", pcbX=pcbX); echo("YAPP:", pcbY=pcbY); echo("YAPP:", pcbZ=pcbZ); echo("YAPP:", pcbZlid=pcbZlid); echo("YAPP=========================================="); echo("YAPP:", shiftLid=shiftLid); echo("YAPP:", onLidGap=onLidGap); echo("YAPP=========================================="); echo("YAPP:", Version=Version); echo("YAPP: copyright by Willem Aandewiel"); echo("YAPP=========================================="); $fn=25; if (showShellZero) { markerHeight = shellHeight+onLidGap+10; //-- box[0,0] marker -- translate([0, 0, (markerHeight/2)-5]) color("red") %cylinder( r = .5, h = markerHeight, center = true, $fn = 20); } // showShellZero if (printBaseShell) { if (showPCB) { %printPCB(pcbX, pcbY, basePlaneThickness+standoffHeight); %showPCBmarkers(pcbX, pcbY, basePlaneThickness+standoffHeight); } else if (showPCBmarkers) %showPCBmarkers(pcbX, pcbY, basePlaneThickness+standoffHeight); baseHookOutside(); difference() // (a) { baseShell(); cutoutsInXY("base", cutoutsBase); cutoutsGrill("base", basePlaneThickness+roundRadius+2); cutoutsInXZ("base"); cutoutsInYZ("base"); color("blue") subtractLabels("base", "base"); color("blue") subtractLabels("base", "front"); color("blue") subtractLabels("base", "back"); color("blue") subtractLabels("base", "left"); color("blue") subtractLabels("base", "right"); //--- show inspection X-as if (inspectX > 0) { translate([shellLength-inspectX,-2,-2]) { cube([shellLength, shellWidth+10, shellHeight+3]); } } else if (inspectX < 0) { translate([(shellLength*-1)+abs(inspectX),-2-10,-2]) { cube([shellLength, shellWidth+20, shellHeight+3]); } } //--- show inspection Y-as if (inspectY > 0) { translate([-1, inspectY-shellWidth, -2]) { cube([shellLength+2, shellWidth, (baseWallHeight+basePlaneThickness)+4]); } } else if (inspectY < 0) { translate([-1, (shellWidth-abs(inspectY)), -2]) { cube([shellLength+2, shellWidth, (baseWallHeight+basePlaneThickness)+4]); } } } // difference(a) baseHookInside(); if (showOrientation) showOrientation(); } // if printBaseShell .. if (printLidShell) { if (showSideBySide) { //-- lid side-by-side mirror([0,0,1]) { mirror([0,1,0]) { translate([0, (5 + shellWidth+(shiftLid/2))*-2, 0]) { buildLightTubes(); //-2.0- buildButtons(); //-2.0- lidHookInside(); difference() // (t1) { lidShell(); makeLightTubes(); //-2.0- makeButtons(); //-2.0- buildButtons(); //-2.0- cutoutsInXY("lid", cutoutsLid); cutoutsGrill("lid", lidPlaneThickness+roundRadius+2); cutoutsInXZ("lid"); cutoutsInYZ("lid"); if (ridgeHeight < 3) echo("ridgeHeight < 3mm: no SnapJoins possible"); else printLidSnapJoins(); color("red") subtractLabels("lid", "lid"); color("red") subtractLabels("lid", "front"); color("red") subtractLabels("lid", "back"); color("red") subtractLabels("lid", "left"); color("red") subtractLabels("lid", "right"); //--- show inspection X-as if (inspectX > 0) { translate([shellLength-abs(inspectX), -2, (lidWallHeight+lidPlaneThickness+ridgeHeight+8)*-1]) { cube([shellLength, shellWidth+3, (lidWallHeight+ridgeHeight+lidPlaneThickness+10)]); } } else if (inspectX < 0) { translate([(shellLength*-1)+abs(inspectX), -2, (lidWallHeight+lidPlaneThickness+ridgeHeight+2)*-1]) { cube([shellLength, shellWidth+3, shellHeight+ridgeHeight+lidPlaneThickness+4]); } } //--- show inspection Y-as if (inspectY > 0) { translate([-1, inspectY-shellWidth, (lidWallHeight+lidPlaneThickness+ridgeHeight+2)*-1]) { cube([shellLength+2, shellWidth, lidWallHeight+ridgeHeight+lidPlaneThickness+4]); } } else if (inspectY < 0) { translate([-1, (shellWidth-abs(inspectY)), (lidWallHeight+ridgeHeight+3)*-1]) { cube([shellLength+2, shellWidth, (baseWallHeight+basePlaneThickness+ridgeHeight)+5]); } } } // difference(t1) lidHookOutside(); translate([shellLength-15, -15, 0]) linear_extrude(1) mirror([1,0,0]) %text("LEFT" , font="Liberation Mono:style=bold" , size=8 , direction="ltr" , halign="left" , valign="bottom"); } // translate } // mirror } // mirror } else // lid on base { translate([0, 0, (baseWallHeight+basePlaneThickness+ lidWallHeight+lidPlaneThickness+onLidGap)]) { lidHookOutside(); difference() // (t2) { lidShell(); makeLightTubes(); //-2.0- makeButtons(); //-2.0- cutoutsInXY("lid", cutoutsLid); cutoutsGrill("lid", lidPlaneThickness+roundRadius+2); cutoutsInXZ("lid"); cutoutsInYZ("lid"); if (ridgeHeight < 3) echo("ridgeHeight < 3mm: no SnapJoins possible"); else printLidSnapJoins(); color("red") subtractLabels("lid", "lid"); color("red") subtractLabels("lid", "front"); color("red") subtractLabels("lid", "back"); color("red") subtractLabels("lid", "left"); color("red") subtractLabels("lid", "right"); //--- show inspection X-as if (inspectX > 0) { translate([shellLength-inspectX, -2, (shellHeight+lidPlaneThickness+ridgeHeight+4)*-1]) { cube([shellLength, shellWidth+3, (((shellHeight+lidPlaneThickness+ridgeHeight)*2)+onLidGap)]); } } else if (inspectX < 0) { translate([(shellLength*-1)+abs(inspectX), -2, (shellHeight)*-1]) { cube([shellLength, shellWidth+3, (shellHeight+onLidGap)]); } } //--- show inspection Y-as if (inspectY > 0) { translate([-1, inspectY-shellWidth, (lidWallHeight+ridgeHeight+lidPlaneThickness+2)*-1]) { cube([shellLength+2, shellWidth, (lidWallHeight+lidPlaneThickness+ridgeHeight+4)]); } } else if (inspectY < 0) { translate([-1, (shellWidth-abs(inspectY)), ((lidWallHeight+lidPlaneThickness+4)*-1)]) { cube([shellLength+2, shellWidth, (baseWallHeight+basePlaneThickness+ridgeHeight+5)]); } } } // difference(t2) buildLightTubes(); //-2.0- buildButtons(); //-2.0- lidHookInside(); } // translate .. } // lid on top off Base } // printLidShell() } // YAPPgenerate() //-- switch extender ----------- module printSwitchExtender(isRound, capLength, capWidth, capAboveLid, poleDiam, extHeight , buttonPlateThickness, baseHeight, xPos, yPos) { //-debug-echo("pse()", isRound=isRound, capLength=capLength, capWidth=capWidth, capAboveLid=capAboveLid //-debug- , poleDiam=poleDiam, extHeight=extHeight //-debug- , buttonPlateThickness=buttonPlateThickness, baseHeight=baseHeight //-debug- , xPos=xPos, yPos=yPos); if (isRound) { //-- switch extender [yappCircle] button translate([xPos, yPos, 0]) { //--- button cap translate([0,0,(capAboveLid/-2)+0.5]) color("red") cylinder(h=capAboveLid-1, d1=capLength-0.5, d2=capLength, center=true); //--- pole translate([0, 0, ((extHeight+buttonCupDepth+capAboveLid)/-2)+1]) color("orange") cylinder(d=poleDiam, h=extHeight, center=true); } } else { //-- switch extender [yappRectangle] button translate([xPos, yPos, 0]) { //--- button cap translate([0,0,(capAboveLid/-2)+0.5]) color("red") cube([capLength, capWidth, capAboveLid-1], center=true); //--- pole translate([0, 0, (extHeight+buttonCupDepth+capAboveLid-0.5)/-2]) color("purple") cylinder(d=poleDiam, h=extHeight, center=true); } } //printSwitchPlate(poleDiam, capLength, buttonPlateThickness, yPos); } // printSwitchExtender() //-- switch Plate ----------- module printSwitchPlate(poleDiam, capLength, buttonPlateThickness, yPos) { // <---(7mm)----> // +---+ +---+ ^ // | | | | | // | |____| | |>-- buttonPlateThickness // | | | // +------------+ v // >----<------- poleDiam // translate([(11+capLength)*-1,yPos, (buttonPlateThickness/-2)]) { difference() { color("green") cylinder(h=buttonPlateThickness, d=poleDiam+3, center=true); translate([0,0,-0.5]) color("blue") cylinder(h=buttonPlateThickness, d=poleDiam+0.2, center=true); } } } // .. printSwitchPlate? //=============================================================================== //-- only for testing the library --- //-develop-develop-develop-YAPPgenerate(); //-- post processing switchExtenders .. if (!printBaseShell && !printLidShell && printSwitchExtenders) { $fn=20; yOffset = ((pcbWidth*2)+shiftLid+paddingLeft+paddingRight+(wallThickness*3)+15); rotate([0,180,180]) { translate([0,yOffset*-1,0]) { for(i=[0:len(pushButtons)-1]) { button=pushButtons[i]; //-- pushButtons -- origin is pcb[0,0,0] // (0) = posx // (1) = posy // (2) = capLength // (3) = capWidth // (4) = capAboveLid // (5) = switchHeight // (6) = switchTrafel // (7) = poleDiameter // (8) = buttonType {yappCircle|yappRectangle} xPos = button[0]; yPos = button[1]; cLength = button[2]; cWidth = button[3]; cAbvLid = button[4]+buttonCupDepth; swHeight = button[5]; swTrafel = button[6]; pDiam = button[7]; bType = button[8]; pcbTop2Lid= (baseWallHeight+lidWallHeight)-(standoffHeight+pcbThickness); boxHeight = baseWallHeight+lidWallHeight; extHeight = boxHeight-(standoffHeight+pcbThickness)-swHeight-(buttonPlateThickness-0.5); xOff = max(cLength, cWidth); echo("postProcess(A):", extHeight=extHeight, xOff=xOff); if (isTrue(yappCircle, button)) printSwitchExtender(true, cLength, cWidth, cAbvLid, pDiam, extHeight, buttonPlateThickness , boxHeight, -10, (pcbLength*1)+(i*(10+cLength))); else printSwitchExtender(false, cLength, cWidth, cAbvLid, pDiam, extHeight, buttonPlateThickness , boxHeight, -10, (pcbLength*1)+(i*(10+cLength))); //--printSwitchPlate(pDiam, cLength, buttonPlateThickness, (pcbLength*1)+(i*(10+cLength))); printSwitchPlate(pDiam, xOff, buttonPlateThickness, (pcbLength*1)+(i*(10+cLength))); } //-- for ... } //-- translate } //-- rotate } //-- postProcess //-- post processing switchExtenders .. //-- place switchExtendes in button --- if (!showSideBySide && printLidShell && printSwitchExtenders) { $fn=20; yOffset = ((pcbWidth*2)+shiftLid+paddingLeft+paddingRight+(wallThickness*3)+15); //rotate([0,180,180]) { for(i=[0:len(pushButtons)-1]) { button=pushButtons[i]; //-- pushButtons -- origin is pcb[0,0,0] // (0) = posx // (1) = posy // (2) = capLength // (3) = capWidth // (4) = capAboveLid // (5) = switchHeight // (6) = switchTrafel // (7) = poleDiameter // (8) = buttonType {yappCircle|yappRectangle} xPos = button[0]; yPos = button[1]; cLength = button[2]; cWidth = button[3]; cAbvLid = button[4]+buttonCupDepth; swHeight = button[5]; swTrafel = button[6]; pDiam = button[7]; bType = button[8]; pcbTop2Lid= (baseWallHeight+lidWallHeight)-(standoffHeight+pcbThickness); boxHeight = baseWallHeight+lidWallHeight; extHeight = boxHeight-(standoffHeight+pcbThickness)-swHeight-(buttonPlateThickness-0.5); posX=xPos+wallThickness+paddingBack; posY=(yPos+wallThickness+paddingLeft); posZ=(baseWallHeight+basePlaneThickness)+(lidWallHeight+lidPlaneThickness)+button[4]; xOff = max(cLength, cWidth); //-debug-echo("BB:", xPos=xPos, wallThickness=wallThickness,paddingFront=paddingFront, paddingBack=paddingBack, posX=posX); echo("postProcess(B):", extHeight=extHeight, xOff=xOff); translate([posX, posY, posZ]) { if (isTrue(yappCircle, button)) color("purple") printSwitchExtender(true, cLength, cWidth, cAbvLid, pDiam, extHeight, buttonPlateThickness , boxHeight, 0, 0); else color("purple") printSwitchExtender(false, cLength, cWidth, cAbvLid, pDiam, extHeight, buttonPlateThickness , boxHeight, 0, 0); } } //-- for .. } //-- rotate } //-- postProcess if (showCenterMarkers) { translate([shellLength/2, shellWidth/2,-1]) color("blue") %cube([1,shellWidth+20,1], true); translate([shellLength/2, shellWidth/2,-1]) color("blue") %cube([shellLength+20,1,1], true); } //-------- test -- test -- test -- test -- test -------- module printSwitch() { // (0) = posx // (1) = posy // (2) = capLength // (3) = capWidth // (4) = capAboveLid // (5) = switchHeight // (6) = switchTrafel // (7) = poleDiameter // (8) = buttonType {yappCircle|yappRectangle} for(i=[0:len(pushButtons)-1]) { b=pushButtons[i]; //-debug-echo("printSwitch(",i,"): swHeight=", b[5], "swTrafel=", b[6], buttonPlateThickness=buttonPlateThickness); posX=(b[0]+2.5); posY=(b[1]+2.5); posZ=standoffHeight+pcbThickness+basePlaneThickness+(b[5]/2); //-- tacktile Switch base translate([posX, posY, posZ]) color("black") cube([5, 5, b[5]], center=true); //-- switchTrafel translate([posX, posY, posZ+(b[5]/2)+(b[6]/2)]) color("white") cylinder(h=b[6], d=4, center=true); //-- buttonPlateThickness translate([posX, posY, posZ+(b[5]/2)+(b[6]/2)+((buttonPlateThickness+0.5)/2)]) color("orange", alpha=0.5) cylinder(h=buttonPlateThickness, d=5, center=true); } } if (printBaseShell && showSwitches) { %printSwitch(); } /* **************************************************************************** * * Permission is hereby granted, free of charge, to any person obtaining a * copy of this software and associated documentation files (the * "Software"), to deal in the Software without restriction, including * without limitation the rights to use, copy, modify, merge, publish, * distribute, sublicense, and/or sell copies of the Software, and to permit * persons to whom the Software is furnished to do so, subject to the * following conditions: * * The above copyright notice and this permission notice shall be included * in all copies or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS * OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. * IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY * CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT * OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR * THE USE OR OTHER DEALINGS IN THE SOFTWARE. * **************************************************************************** */