About the job
We are looking for an experienced Grasshopper / Rhino developer to adapt an existing field-driven/voxel Grasshopper script (originally built for a shoe sole) to a new anatomical cycling pad geometry ($140.7 \times 177 \text{ mm}$).Key Requirements:Adapt existing .gh logic to the new footprint and zoning (ischial lobes, pubic dome).Ensure FDM TPU 95A print constraints: 100% self-supporting geometry, 0.8 mm wall thickness.Integrate a solid sewing flange ($1.5 \to 0.6 \text{ mm}$ gradient), living hinges, and a top perforated hexagonal mesh (0.4 mm).Target mass optimization between 12 g and 18 g.Deliverables: Updated .gh script, Rhino .3dm model, watertight .stl, and a brief metrology report (no STEP file required).Budget & Scope: Fixed adaptation task. Target budget is around €150–$160.Inputs available upon selection (technical brief, base .gh script, and .svg outline).
We are looking for an experienced Grasshopper / Rhino developer to adapt an existing field-driven/voxel Grasshopper script (originally built for a shoe sole) to a new anatomical cycling pad geometry ($140.7 \times 177 \text{ mm}$).Key Requirements:Adapt existing .gh logic to the new footprint and zoning (ischial lobes, pubic dome).Ensure FDM TPU 95A print constraints: 100% self-supporting geometry, 0.8 mm wall thickness.Integrate a solid sewing flange ($1.5 \to 0.6 \text{ mm}$ gradient), living hinges, and a top perforated hexagonal mesh (0.4 mm).Target mass optimization between 12 g and 18 g.Deliverables: Updated .gh script, Rhino .3dm model, watertight .stl, and a brief metrology report (no STEP file required).Budget & Scope: Fixed adaptation task. Target budget is around €150–$160.Inputs available upon selection (technical brief, base .gh script, and .svg outline).
We are looking for an experienced Grasshopper / Rhino developer to adapt an existing field-driven/voxel Grasshopper script (originally built for a shoe sole) to a new anatomical cycling pad geometry ($140.7 \times 177 \text{ mm}$).Key Requirements:Adapt existing .gh logic to the new footprint and zoning (ischial lobes, pubic dome).Ensure FDM TPU 95A print constraints: 100% self-supporting geometry...
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We are looking for an experienced Grasshopper / Rhino developer to adapt an existing field-driven/voxel Grasshopper script (originally built for a shoe sole) to a new anatomical cycling pad geometry ($140.7 \times 177 \text{ mm}$).Key Requirements:Adapt existing .gh logic to the new footprint and zoning (ischial lobes, pubic dome).Ensure FDM TPU 95A print constraints: 100% self-supporting geometry, 0.8 mm wall thickness.Integrate a solid sewing flange ($1.5 \to 0.6 \text{ mm}$ gradient), living hinges, and a top perforated hexagonal mesh (0.4 mm).Target mass optimization between 12 g and 18 g.Deliverables: Updated .gh script, Rhino .3dm model, watertight .stl, and a brief metrology report (no STEP file required).Budget & Scope: Fixed adaptation task. Target budget is around €150–$160.Inputs available upon selection (technical brief, base .gh script, and .svg outline).
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