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DCC Bridge
alister.dunne
02-09 12:23
Model Name
rectangular frame 3d model
Tags
coordinate
geometric
props
props realistic
props rendering
props rendering realistic
realistic
rectangular frame
rendering
rendering realistic
Prompt
1. Coordinate system & orientation Use a right-handed Cartesian coordinate system Origin (0,0,0) at the geometric center of the frame X axis: horizontal (left negative, right positive) Y axis: vertical (bottom negative, top positive) Z axis: depth (rear negative, front positive) 2. Overall frame geometry Frame type: rectangular plate with through-cut openings Orientation: landscape Outer dimensions: Width (X): 480 mm Height (Y): 380 mm Thickness (Z): 10 mm Frame lies centered about origin 3. Inner usable aperture Inner clearance rectangle centered within outer frame Dimensions: Width: 460 mm Height: 360 mm Results in uniform frame border of 10 mm on all sides Inner aperture is a through-cut (full Z depth) 4. Small photo cut-outs (left block) Quantity & arrangement Total: 12 Grid arrangement: 3 rows (Y direction) 4 columns (X direction) All small cut-outs: Identical size Portrait orientation Rectangular Through-cut fully through Z Individual cut-out size Width (X): 48 mm Height (Y): 73 mm Placement constraints Entire grid must lie fully within the left half of the inner usable aperture Grid block is vertically centered within the frame Horizontal spacing between columns is uniform Vertical spacing between rows is uniform Margins between: Grid and inner left edge Grid and inner top/bottom edges Margins must be equal on all sides of the grid block Grid intent Rectangular bounding box enclosing the grid No overlaps No unequal gaps Grid width < 50% of inner aperture width 5. Large photo cut-out (right block) Quantity 1 Size Width (X): 100 mm Height (Y): 148 mm Placement constraints Located entirely in the right half of the inner usable aperture Portrait orientation Horizontally centered within right half Bottom edge aligned with inner aperture bottom edge No overlap with any small cut-outs Maintains minimum clearance from frame borders 6. Spacing & balance rules All cut-outs are positioned using mathematical spacing, not visual approximation All spacing relationships remain valid if photo sizes change parametrically No cut-out touches the frame border No cut-outs intersect each other 7. Edge treatment All external edges: Rounded with consistent fillet radius All internal cut-out edges: Rounded fillets (true fillets, not chamfers) No sharp internal corners Fillet radii are uniform across similar edge types 8. Manufacturing constraints Intended for injection molding All vertical walls include draft angles No undercuts No zero-thickness geometry All boolean operations are watertight and manifold 9. Backing system Frame is designed as a multi-part assembly: Front frame Separate backing plate Backing plate attaches via embedded magnets Magnet pockets are integrated into frame geometry Backing plate fully covers rear opening area 10. Mounting & support Frame supports: Wall mounting Stand-based display Stand interface is geometrically defined and non-decorative No interference with backing plate 11. Parametric intent Photo cut-out sizes are parameters Grid row/column counts are parameters Frame auto-recalculates spacing to preserve: Alignment Margins Balance Outer frame size remains fixed unless explicitly changed 12. Output expectation Resulting model must: Be watertight Export cleanly to STL Contain real through-cut openings Contain no hidden or degenerate geometry
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alister.dunne
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