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271 lines
8.7 KiB
271 lines
8.7 KiB
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/*
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Creator : Kerem Yollu
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date : 30.06.2021
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Description :
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*/
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$fn=50;
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/*"
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a=[0,0,10];
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b=[10,0,0];
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c=[10,10,4];
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d=[0,10,0];
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height = 5;
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roundingRadious = 1;
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*/
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startWidht = 21;
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stopWidht = 18;
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startHeight = 0.6;
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stopHeight = 0.6;
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lenght = 113;
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shortLenght = 75;
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shaftDia = 2;
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rolloverLenght = 25;
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rolloverThikcness = 0.6;
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holeCount = 5;
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holeDia = 2;
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holeSpace = 7;
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holeOffset = 20;
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endDia= 20;
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endLen = 15;
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stichResess = 2;
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stichStep = 4;
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stichHole = 2.2;
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stichAngle = 45;
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stichWidth = 0.5;
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stichGroove = 2;
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buckleDia = 4;
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BuckleWidth = 1.5;
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leatherThikness = 2;
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//trapeziod(lenght,stopWidht,startWidht,startHeight,stopHeight);
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//trapeziod(40,10,20,5,1);
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module trapeziod(lenght,startWidht,stopWidht,startHeight,stopHeight)
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{
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widthOffset = (startWidht-stopWidht)/2;
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trapPoints = [
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[0,0,0], //0
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[lenght,widthOffset,0], //1
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[lenght,stopWidht + widthOffset,0], //2
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[0,startWidht,0], // 3
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[0,0,startHeight], // 4
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[lenght,widthOffset,stopHeight], // 5
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[lenght,stopWidht + widthOffset,stopHeight], //6
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[0,startWidht,startHeight]];
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trapFaces = [
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[0,1,2,3],
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[4,5,6,7],
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[4,5,1,0],
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[5,1,2,6],
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[6,7,3,2],
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[4,7,3,0]];
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polyhedron(trapPoints,trapFaces,100);
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}
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//filledTrapeziod(lenght,startWidht,stopWidht,startHeight,stopHeight);
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module filledTrapeziod(lenght,startWidht,stopWidht,startHeight,stopHeight)
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{
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adj = lenght;
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opp = (startWidht - stopWidht)/2;
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alpha = atan(opp/adj);
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echo(alpha);
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polygon(points=[[0,0],[1,0],[1,1]]);
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}
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//translate([0,0,0])polyFull(lenght,startWidht,stopWidht,startHeight,stopHeight);
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module polyFull(lenght,startWidht,stopWidht,startHeight,stopHeight)
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{
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extraHeight = startHeight + stopHeight;
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extraWidth = startWidht + stopWidht;
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widthOffset = (startWidht-stopWidht)/2;
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trapPoints = [
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[0,0], //0
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[lenght,widthOffset], //1
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[lenght,startWidht-widthOffset], //2
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[0,startWidht]]; //3
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if(startWidht >= stopWidht)
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{
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difference()
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{
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if(startHeight >= stopHeight)
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{
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linear_extrude(startHeight)polygon(trapPoints);
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}
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else
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{
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linear_extrude(stopHeight)polygon(trapPoints);
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}
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translate([0,startWidht,0])rotate([90,0,0])linear_extrude(startWidht)polygon(points=[[0,startHeight],[lenght,stopHeight],[lenght,stopHeight+extraHeight],[0,startHeight+extraHeight]]);
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}
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}
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else
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{
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difference()
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{
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if(startHeight >= stopHeight)
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{
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linear_extrude(startHeight)polygon(trapPoints);
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}
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else
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{
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linear_extrude(stopHeight)polygon(trapPoints);
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}
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translate([0,stopWidht + widthOffset,0])rotate([90,0,0])linear_extrude(stopWidht)polygon(points=[[0,startHeight],[lenght,stopHeight],[lenght,stopHeight+extraHeight],[0,startHeight+extraHeight]]);
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}
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}
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}
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//whatchBandLong(lenght,startWidht,stopWidht,startHeight,stopHeight,shaftDia,rolloverLenght,rolloverThikcness,endDia,endLen,holeCount,holeDia,holeSpace,holeOffset,stichGroove);
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module whatchBandLong(lenght,startWidht,stopWidht,startHeight,stopHeight,oDia,oLenght,oThinning,endDia,endLen,holeCount,holeDia,holeSpace,oleOffset,stichGroove)
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{
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widthOffset = (startWidht-stopWidht)/2;
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oLenghtDia = oLenght + (PI*(oDia/2))/2;
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lenghtWoEnding = lenght - endLen;
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alpha = atan(widthOffset/lenght);
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oStopBright = startWidht - (2*oLenghtDia*tan(alpha));
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holeStart = lenght + oLenghtDia - holeOffset;
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roundingLen = lenght + oLenghtDia - endDia/2;
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roundingOpp = (roundingLen-oLenghtDia-endDia)/atan(alpha);
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difference()
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{
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union()
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{
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difference()
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{
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union()
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{
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translate([oLenghtDia,0,0])polyFull(lenghtWoEnding,startWidht,stopWidht,startHeight,stopHeight);
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translate([lenghtWoEnding+oLenghtDia,widthOffset,0])ending(0,endLen,stopWidht,stopHeight);
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}
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for(a=[0:holeCount]){translate([holeStart-a*holeSpace,startWidht/2,0])cylinder(d=holeDia,h=startHeight+stopHeight);}
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translate([holeStart+holeOffset-stichGroove,startWidht/2,0])cylinder(d=1,h=startHeight+stopHeight);
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}
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difference()
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{
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rotate([180,180,0])translate([-oLenghtDia,-startWidht,0])polyFull(oLenghtDia,startWidht,oStopBright,startHeight,oThinning);
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union()
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{
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translate([oLenght+(PI*(oDia/2))/4,startWidht/2,0])cylinder(d=1,h=startHeight+stopHeight);
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translate([oLenght+(PI*(oDia/2))/4,stichGroove,0])cylinder(d=1,h=startHeight+stopHeight);
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translate([oLenght+(PI*(oDia/2))/4,startWidht-stichGroove,0])cylinder(d=1,h=startHeight+stopHeight);
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}
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}
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}
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translate([oLenghtDia,0,0])stiching(5,stichGroove,lenghtWoEnding,widthOffset+stichGroove,stichStep,stichHole,stichWidth,stichAngle,startHeight);
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translate([oLenghtDia,0,0])stiching(5,startWidht-stichGroove,lenghtWoEnding,startWidht-widthOffset-stichGroove,stichStep,stichHole,stichWidth,stichAngle,startHeight);
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}
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}
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//stiching(10,10,112,2,stichStep,stichHole,stichWidth,stichAngle,1);
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module stiching(startX,startY,stopX,stopY, space, holeLenght, holeWidth, angle, height)
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{
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*hull()
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{
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translate([startX,startY,0])color("red")cylinder(d=stichWidth,h=2,center=true);
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translate([stopX,stopY,0])color("red")cylinder(d=stichWidth,h=2,center=true);
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}
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if(startY <= stopY)
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{
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alpa = atan((stopY-startY)/(stopX-startX));
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stichCount = floor((stopX-startX)/(space));
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for(a=[0:stichCount])
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{
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oppOffset = tan(alpa)*(a*space);
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translate([startX+a*space,startY+oppOffset,height/2])rotate([0,0,-angle])cube([holeWidth,holeLenght,height],center=true);
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}
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}
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else
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{
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alpa = atan((startY-stopY)/(stopX-startX));
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stichCount = floor((stopX-startX)/(space));
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for(a=[0:stichCount])
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{
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oppOffset = tan(alpa)*(a*space);
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translate([startX+a*space,startY-oppOffset,height/2])rotate([0,0,-angle])cube([holeWidth,holeLenght,height],center=true);
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}
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}
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}
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//ending(0,endLen,stopWidht,stopHeight);
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module ending(dia, lengh, bright, height)
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{
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ray = (sqrt(lengh*lengh+(bright/2)*(bright/2)))+dia;
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translate([0,bright/2,0])//intersection()
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{
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difference()
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{
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intersection()
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{
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rotate([0,0,0])translate([0,(ray-bright/2),0])cylinder(r=ray,h=height);
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rotate([0,0,0])translate([0,-(ray-bright/2),0])cylinder(r=ray,h=height);
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}
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translate([-ray,-bright/2,0])cube([ray,bright,height]);
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}
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}
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}
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%translate([-lenght+11.5,-startWidht/2,0])whatchBandShort(shortLenght,startWidht,stopWidht,startHeight,stopHeight,shaftDia,rolloverLenght,rolloverThikcness,buckleDia,BuckleWidth);
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module whatchBandShort(lenght,startWidht,stopWidht,startHeight,stopHeight,oDia,oLenght,oThinning,buckleDia, BuckleWidth)
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{
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widthOffset = (startWidht-stopWidht)/2;
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oLenghtDia = oLenght+ PI*(oDia/2)/2;
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angle = atan(widthOffset/lenght);
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oStopBrightFirst = startWidht - (2*oLenghtDia*tan(angle));
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oStopBrightSecond = startWidht - 2*((lenght - oLenghtDia)*tan(angle));
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buckleDia = buckleDia +leatherThikness*2;
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difference()
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{
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union()
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{
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translate([oLenghtDia,0,0])polyFull(lenght,startWidht,stopWidht,startHeight,stopHeight);
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rotate(a=[180,180,0])translate([-oLenghtDia,-startWidht,0])polyFull(oLenghtDia,startWidht,oStopBrightFirst,startHeight,oThinning);
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translate([lenght+oLenghtDia,widthOffset,0])polyFull(oLenghtDia,stopWidht,oStopBrightSecond,stopHeight,oThinning);
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}
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union()
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{
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translate([oLenght+(PI*(oDia/2))/4,startWidht/2,0])cylinder(d=1,h=startHeight+stopHeight);
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translate([oLenght+(PI*(oDia/2))/4,stichGroove,0])cylinder(d=1,h=startHeight+stopHeight);
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translate([oLenght+(PI*(oDia/2))/4,startWidht-stichGroove,0])cylinder(d=1,h=startHeight+stopHeight);
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}
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translate([lenght+oLenghtDia-buckleDia/2,startWidht/2-BuckleWidth/2,0])cube([buckleDia,BuckleWidth,startHeight+stopHeight]);
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}
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}
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//keyPolyRounded(a,b,c,d,height,roundingRadious);
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module keyPolyRounded(a=[0,0,0],b=[1,0,0],c=[1,1,0],d=[0,1,0],height=1,rad=1)
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{
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hull()
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{
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translate([a[0]+rad,a[1]+rad,a[2]])cylinder(r=rad, h=height);
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translate([b[0]-rad,b[1]+rad,b[2]])cylinder(r=rad, h=height);
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translate([c[0]-rad,c[1]-rad,c[2]])cylinder(r=rad, h=height);
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translate([d[0]+rad,d[1]-rad,d[2]])cylinder(r=rad, h=height);
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}
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} |