fn eglm 3d models

## API // Customization needs modifications in file office-tree.scad // We can play with part parameters in this line to see each part: showParts (part=6, sub_part=0, $fn=SMOOTH, $layer=0.3 ); // The file office-tree-branch-beds contains the...

... Connection Between Last Cable and Floor-part, and Top Cable and Wall-part. **If OpenSCAD Complains About Non-Manifold Solids, Try Disabling Fillets.** Misc. ----- * $fn: Number of Subdivisions for Curves; Higher Value Makes It Nicer but Slower

The options used were teethHolderH = 5, teethHolderW = 5, MusicCylinderName = test song, gammaTooth = 1.875, GENERATE_PULLEY = 1, axisSlack = 0.3, ro_PLA = 924, GENERATE_MID_GEAR = 1, pulleyH = 10, gearH = 3, FOR_PRINT = 1, gear_hold_R = 4,...

The following options were used for this print: teethHolderH = 5, teethHolderW = 5, MusicCylinderName = SARA, gammaTooth = 1.875, GENERATE_PULLEY = 1, axisSlack = 0.3, ro_PLA = 924, GENERATE_MID_GEAR = 1, pulleyH = 10, gearH = 3, FOR_PRINT = 1,...

## API ```scad // Include API use // Rendering precision $fn=100; // Create star with default sizes star = newStar(); // Show the core snapStarCore(star); // Show the bed full of 26 branches (18 square + 8 triangle) snapStarAllBranches(star); //...

The original was created at high resolution ($fn=80) and was 120 MB in size, taking more than 6 hours to render. The second stl file is solid, so it can be printed in "Vase" mode (or "Spiralize Outer Contour" mode if you're a Cura user like me). I...

It was generated with the following options: snapAxisSlack = 0.35, diametral_pitch = 0.6, crankExtraH = 4, gearH = 3, crankAxisCutAwayH = 4, baseFrequC0 = 16.3516, gear_gap = 1, GENERATE_PULLEY = 1, GENERATE_CRANK = 1, $fn = 32, midBigTeeth = 20,...

... on that side relative to the non-exposed parts. I used the a library that's technically very good however it looks like my $fn value was too high, thus producing a very large STL file. ...It also takes a very long time to render in OpenSCAD.

To make the curves even smoother and more precise, I increased $fn, making it fully customizable for your taste. kitlaan is truly a master of creative genius. Download the .scad file and open it in OpenSCAD. If you don't already have this amazing...

This customized version of http://www.thingiverse.com/thing:53235 was created using the Customizer at http://www.thingiverse.com/apps/customizer/run?thing_id=53235, with the following options: axisSlack = 0.3, GENERATE_MID_GEAR = 1, teethHolderH = 5,...

... be p5=11,p4=14,p3=20,p2=17,p1=10, Try all prime numbers! Try all even numbers! It's really fun. There are many parameters in the code to make fascinating vases that look like crystals, for example: $fn = 6; thickness = 4; amplitude = 2; step = 12;

Here's the code: module maze_cube() { // Define the size of the maze $fn = 100; size = [50, 50, 10]; // Create the base of the cube translate([0, 0, -5]) difference() { cube(size); // Carve out the maze pattern for (x = [0:1:size[0]-1]) { for (y =...

Modify the Marlin firmware: #define NOZZLE_CLEAN_FEATURE #if ENABLED(NOZZLE_CLEAN_FEATURE) // Default number of pattern repetitions #define NOZZLE_CLEAN_STROKES 12 // Default number of triangles #define NOZZLE_CLEAN_TRIANGLES 3 // Specify positions...

// Import the necessary modules module mobius_strip() { difference() { // Define the main body of the strip cylinder(h=5, r=2); // Create a series of concentric circles for the tiled design translate([0, 0, -1]) union() { for (i = [0 : 10]) {...

... learning it, so don't be surprised if my scad file looks messy. I tried to make it parameterized but it's probably easy to break with weird parameters. Additionally, compiling and rendering takes a long time at $fn = 24, around 20 minutes or so.

With these options: snapAxisSlack = 0.35, crankExtraH = 4, diametral_pitch = 0.6, $fn = 32, GENERATE_PULLEY = 1, baseFrequC0 = 16.3516, gear_gap = 1, gearH = 3, midBigTeeth = 20, GENERATE_CRANK = 1, crankAxisCutAwayH = 4, epsilonCSG = 0.1, gammaTooth...

I wish I could say the same about OpenSCAD's compile and render process, but unfortunately, it took over an hour at $fn = 50. The new cap turned out great and fits perfectly. It prints like a charm with no problems whatsoever. In fact, I think my...

It includes options such as snapAxisSlack set at 0.35, crankExtraH at 4, diametral_pitch of 0.6, $fn of 32, GENERATE_PULLEY and GENERATE_CRANK both enabled, baseFrequC0 of 16.3516, gear_gap of 1, gearH of 3, midBigTeeth at 20, FOR_PRINT set to 1,...

Using the options: pulleyH=10, GENERATE_PULLEY=0, gammaTooth=1.875, ro_PLA=924, axisSlack=0.3, MusicCylinderName="test song", teethHolderH=5, teethHolderW=5, GENERATE_MID_GEAR=0, gearH=3, gear\_hold\_R=4, crankSlack=0.2, gear\_min\_gap=0.1,...

Note: If you have trouble with the J-head fitting into the cutout, increase $FN. A value of 116 takes a while to render but fits great. A value of 28 for the setting may require some filing on the center hole to fit. ... <b>Update 2/5/2018: Adjusted...

$fn = 20; // at least 20, preferably more. flowerKnob(height, diameter, numberOfPetals, roundingRadius, curvatureFactor); ``` The provided .stl files demonstrate the generated model for a few different input values. ... If you want to stay up to date...

with the following options: pteethMinD = 1.5, E_PLA = 8240000, teethNotes = C 0C#0D 0D#0E 0F 0F#0G 0G#0A 0A#0B 0C 1C#1D 1D#1E 1F 1, MusicCylinderName = test song, diametral_pitch = 0.6, crankSlack = 0.2, snapAxisSlack = 0.35, gearH = 3, midSmallTeeth...

... If it doesn't fit the tray initially, try rotating it to see if that resolves the issue. How I Designed This: This design was created using OpenSCAD, where a hexagon was drawn with the cylinder($fn=6) method, followed by for loops to create rows.

Customize your own version of this thing at http://www.thingiverse.com/apps/customizer/run?thing_id=53235 with these options: snapAxisSlack = 0.35, diametral_pitch = 0.6, crankExtraH = 4, gearH = 3, crankAxisCutAwayH = 4, baseFrequC0 = 16.3516,...

Create a customized version of this thing at http://www.thingiverse.com/apps/customizer/run?thing_id=53235 using the following options: snapAxisSlack = 0.35, crankExtraH = 4, diametral_pitch = 0.6, baseFrequC0 = 16.3516, gear_gap = 1,...

The following options were used for the generation: snapAxisSlack = 0.35, crankExtraH = 4, diametral_pitch = 0.6, baseFrequC0 = 16.3516, gear_gap = 1, crankAxisCutAwayH = 4, $fn = 32, gearH = 3, GENERATE_PULLEY = 1, midBigTeeth = 20, GENERATE_CRANK =...

... This approach results in very appealing corner and edge designs. However, calculating hulls around curved primitives is a relatively slow operation, so I typically do my drafting with $fn set to 30 or lower, then increase it to 100 for STL renders.

Customize your own version of this thing at http://www.thingiverse.com/apps/customizer/run?thing_id=53235 with the following options: snapAxisSlack (0.35), crankExtraH (4), diametral_pitch (0.6), baseFrequC0 (16.3516), gear_gap (1), crankAxisCutAwayH...

The following options were used for this creation: MusicCylinderName = "test song", pulleyH = 10, wall = 2, pinD = 1.5, pinH = 3, musicAxisHolderH = 3.4, pins =...

(http://www.thingiverse.com/apps/customizer/run?thing_id=53235) Options include: - ro_PLA = 924 - MusicCylinderName set to "test song" - pulleyH of 10 - gearH of 3 - teethHolderH and teethHolderW both 5 - GENERATE_MID_GEAR and GENERATE_PULLEY set as...