completed library masks for access_port, standoff, hc4_olded, hc4_oled_holder, hk_netcard
This commit is contained in:
Edward Kisiel
@@ -25,63 +25,85 @@
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DESCRIPTION: creates opening and structure for access openings
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TODO: none
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USAGE: access_port(size[], orientation)
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USAGE: access_port(size[], orientation, mask)
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size[0] = size_x
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size[1] = size_y
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size[2] = floor thickness
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orientation = "landscape", "portrait"
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mask[0] = true enables component mask
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mask[1] = mask length
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mask[2] = mask setback
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mask[3] = mstyle "default"
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*/
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module access_port(size, orientation) {
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module access_port(size, orientation, mask) {
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size_x = size[0];
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size_y = size[1];
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floorthick = size[2];
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enablemask = mask[0];
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mlength = mask[1];
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msetback = mask[2];
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mstyle = mask[3];
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adj = .01;
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$fn = 90;
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if(orientation == "portrait") {
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difference() {
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union() {
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cube([size[0], size[1], size[2]]);
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// access panel support
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translate([(size[0]/2)+.25, size[1]-6.5, 0]) cylinder(d=9, h=floorthick+(adj*2)+5);
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translate([(size[0]/2)-10, size[1]-11, floorthick-adj]) cube([20, 9.5, floorthick]);
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translate([1, 0, floorthick-adj]) cube([size[0]-2, 5, 4.5]);
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}
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// access opening
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translate([.5, 6, -adj]) cube([size[0]-1.15, size[1]-17, floorthick+(adj*2)]);
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translate([(size[0]/2)-5, size[1]-12, -adj]) slab([10.5, 5.5, floorthick], 5.5);
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translate([(size[0]/2)+.25, size[1]-6.5, floorthick+2])
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cylinder(r=3.2, h=floorthick+(adj*2)+5, $fn=6);
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translate([(size[0]/2)+.25, size[1]-6.5, -adj])
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cylinder(d=3.2, h=floorthick+(adj*2)+5);
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translate([4, 2+adj, floorthick]) cube([7.75, 3, 2.75]);
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translate([size[0]-13, 2+adj, floorthick]) cube([7.75, 3, 2.75]);
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if(size[0] > 100) {
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translate([(size[0]/2), 2+adj, floorthick]) cube([7.75, 3, 2.75]);
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}
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if(enablemask == true && mstyle == "default") {
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if(orientation == "portrait") {
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translate([0,0,floorthick+adj-mlength+msetback]) cube([size_x, size_y, mlength]);
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}
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if(orientation == "landscape") {
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translate([0, -1, floorthick+adj-mlength+msetback]) cube([size_x, size_y, mlength]);
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}
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}
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if(orientation == "landscape") {
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difference() {
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union() {
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translate([0, -1, 0]) cube([size[0], size[1], size[2]]);
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// access panel support
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translate([size[0]-6.5, (size[1]/2)-.5, 0]) cylinder(d=9, h=floorthick+(adj*2)+5);
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translate([size[0]-11, (size[1]/2)-10.5, floorthick-adj]) cube([9.5, 20, floorthick]);
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translate([0, 0, floorthick-adj]) cube([5, size[1]-2, 4.5]);
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if(enablemask == false) {
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if(orientation == "portrait") {
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difference() {
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union() {
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cube([size_x, size_y, floorthick]);
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// access panel support
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translate([(size_x/2)+.25, size_y-6.5, 0]) cylinder(d=9, h=floorthick+(adj*2)+5);
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translate([(size_x/2)-10, size_y-11, floorthick-adj]) cube([20, 9.5, floorthick]);
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translate([1, 0, floorthick-adj]) cube([size_x-2, 5, 4.5]);
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}
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// access opening
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translate([.5, 6, -adj]) cube([size_x-1.15, size_y-17, floorthick+(adj*2)]);
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translate([(size_x/2)-5, size_y-12, -adj]) slab([10.5, 5.5, floorthick], 5.5);
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translate([(size_x/2)+.25, size_y-6.5, floorthick+2])
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cylinder(r=3.2, h=floorthick+(adj*2)+5, $fn=6);
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translate([(size_x/2)+.25, size_y-6.5, -adj])
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cylinder(d=3.2, h=floorthick+(adj*2)+5);
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translate([4, 2+adj, floorthick]) cube([7.75, 3, 2.75]);
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translate([size_x-13, 2+adj, floorthick]) cube([7.75, 3, 2.75]);
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if(size_x > 100) {
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translate([(size_x/2), 2+adj, floorthick]) cube([7.75, 3, 2.75]);
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}
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}
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// access opening
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translate([6, -.5, -adj]) cube([size[0]-17, size[1]-1.15, floorthick+(adj*3)]);
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translate([size[0]-12, (size[1]/2)-6, -adj]) slab([5.5, 10.5, floorthick], 5.5);
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translate([size[0]-6.5, (size[1]/2)-.5, floorthick+2]) rotate([0, 0, 30])
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cylinder(r=3.2, h=floorthick+(adj*2)+5, $fn=6);
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translate([size[0]-6.5, (size[1]/2)-.5, -adj])
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cylinder(d=3.2, h=floorthick+(adj*2)+5);
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translate([2+adj, 3, floorthick]) cube([3, 8.25, 2.75]);
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translate([2+adj, size[1]-13, floorthick]) cube([3, 8.25, 2.75]);
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if(size[1] > 100) {
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translate([2+adj, (size[1]/2)-(7.75/2)-1.25, floorthick]) cube([3, 7.75, 2.5]);
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}
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if(orientation == "landscape") {
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difference() {
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union() {
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translate([0, -1, 0]) cube([size_x, size_y, floorthick]);
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// access panel support
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translate([size_x-6.5, (size_y/2)-.5, 0]) cylinder(d=9, h=floorthick+(adj*2)+5);
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translate([size_x-11, (size_y/2)-10.5, floorthick-adj]) cube([9.5, 20, floorthick]);
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translate([0, 0, floorthick-adj]) cube([5, size_y-2, 4.5]);
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}
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// access opening
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translate([6, -.5, -adj]) cube([size_x-17, size_y-1.15, floorthick+(adj*3)]);
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translate([size_x-12, (size_y/2)-6, -adj]) slab([5.5, 10.5, floorthick], 5.5);
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translate([size_x-6.5, (size_y/2)-.5, floorthick+2]) rotate([0, 0, 30])
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cylinder(r=3.2, h=floorthick+(adj*2)+5, $fn=6);
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translate([size_x-6.5, (size_y/2)-.5, -adj])
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cylinder(d=3.2, h=floorthick+(adj*2)+5);
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translate([2+adj, 3, floorthick]) cube([3, 8.25, 2.75]);
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translate([2+adj, size_y-13, floorthick]) cube([3, 8.25, 2.75]);
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if(size_y > 100) {
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translate([2+adj, (size_y/2)-(7.75/2)-1.25, floorthick]) cube([3, 7.75, 2.5]);
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}
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}
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}
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}
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@@ -103,42 +125,44 @@ module access_port(size, orientation) {
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module access_cover(size, orientation) {
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size_x = size[0];
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size_y = size[1];
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floorthick = size[2];
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adj = .01;
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$fn = 90;
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if(orientation == "portrait") {
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difference() {
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union() {
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translate([1, 6.25, 0]) cube([size[0]-2.15, size[1]-17.5, floorthick]);
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translate([(size[0]/2)-4.75, size[1]-12.25, 0]) slab([10, 5, floorthick], 5);
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translate([1, 6.25, floorthick-adj]) cube([size[0]-2.15, 6, floorthick]);
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translate([1, 6.25, 0]) cube([size_x-2.15, size_y-17.5, floorthick]);
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translate([(size_x/2)-4.75, size_y-12.25, 0]) slab([10, 5, floorthick], 5);
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translate([1, 6.25, floorthick-adj]) cube([size_x-2.15, 6, floorthick]);
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translate([4.25, 3, floorthick]) cube([7.25, 4, 2]);
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translate([size[0]-12.75, 3, floorthick]) cube([7.25, 4, 2]);
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if(size[0] > 100) {
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translate([(size[0]/2)+.25, 3, floorthick]) cube([7.25, 4, 2]);
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translate([size_x-12.75, 3, floorthick]) cube([7.25, 4, 2]);
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if(size_x > 100) {
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translate([(size_x/2)+.25, 3, floorthick]) cube([7.25, 4, 2]);
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}
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}
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translate([(size[0]/2)+.25, size[1]-6.5, -floorthick-adj])
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translate([(size_x/2)+.25, size_y-6.5, -floorthick-adj])
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cylinder(d=3.2, h=(floorthick*2)+(adj*2));
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translate([(size[0]/2)+.25, size[1]-6.5, -adj])
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translate([(size_x/2)+.25, size_y-6.5, -adj])
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cylinder(d1=6, d2=3.2, h=floorthick);
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}
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}
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if(orientation == "landscape") {
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difference() {
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union() {
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translate([6.25, 0, 0]) cube([size[0]-17.75, size[1]-2, floorthick]);
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translate([size[0]-12.25, (size[1]/2)-5.75, 0]) slab([5, 10, floorthick], 5);
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translate([6.25, 0, floorthick-adj]) cube([6,size[1]-2.15, floorthick]);
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translate([6.25, 0, 0]) cube([size_x-17.75, size_y-2, floorthick]);
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translate([size_x-12.25, (size_y/2)-5.75, 0]) slab([5, 10, floorthick], 5);
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translate([6.25, 0, floorthick-adj]) cube([6,size_y-2.15, floorthick]);
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translate([3.5+adj, 3.25, floorthick]) cube([4, 7.25, 2]);
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translate([3.5+adj, size[1]-12.75, floorthick]) cube([4, 7.25, 2]);
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if(size[1] > 100) {
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translate([3.5+adj, (size[1]/2)-(7.75/2)-1, floorthick]) cube([4, 7.25, 2]);
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translate([3.5+adj, size_y-12.75, floorthick]) cube([4, 7.25, 2]);
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if(size_y > 100) {
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translate([3.5+adj, (size_y/2)-(7.75/2)-1, floorthick]) cube([4, 7.25, 2]);
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}
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}
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translate([size[0]-6.5, (size[1]/2)-.75, -floorthick-adj])
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translate([size_x-6.5, (size_y/2)-.75, -floorthick-adj])
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cylinder(d=3.2, h=(floorthick*2)+(adj*2));
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translate([size[0]-6.5, (size[1]/2)-.75, -adj])
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translate([size_x-6.5, (size_y/2)-.75, -adj])
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cylinder(d1=6, d2=3.2, h=floorthick);
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}
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}
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