Snowflake Loop3

thingiverse

Customized version of http://www.thingiverse.com/thing:1159436 Created with Customizer! http://www.thingiverse.com/apps/customizer/run?thing_id=1159436 Instructions Using the following settings: Steps: Six precise adjustments have been made to create a unique design. Seed value: The custom seed value is set to zero for optimal randomization. Fat layers: Five generous fat layers provide extra strength and stability. Rotation angle: The rotateAngle is currently at 0, creating a symmetrical shape. Organic elements: Four distinct organic features are present in the design. Target diameter: The target_diameter is set at one hundred units. Wide and sharp turns: Both wide and sharp features have been implemented to create a dynamic structure. Scale factor: A scale factor of point nine has been applied for reduced size. Show target circle: This feature displays a visible circle around the target center. Branchy elements: Five prominent branchy components are incorporated into the design. Nozzle width: The nozzle is set at 0.3 units, affecting precision and smoothness. Plate settings: No plate is shown in this customization. Rounded features: Five distinct ringed elements have been included to soften the overall appearance. Loop radius: The loopRadius has been adjusted to four units for balanced flow. Long strokes: Five prominent long components have been implemented to enhance stability. Random seed: The random_seed value is set at 4108108 for diverse customization outcomes. Thickness levels: The design includes one level of thickness to minimize structural weaknesses. Full iterations: Seven complete iterations have been applied, allowing the model to reach maximum precision. Fuzzy texture: Five soft fuzzy features add an artistic flair to the structure. Loop settings: The loop feature has been enabled to create interconnected shapes. Plate diameter: The plate_diameter is set at 233 units, contributing to a sturdy base. Hole radius: The holeRadius value of two units balances air flow within the model.