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<model photo here?>

Info
titleConsiderations for this method
Pros:
  • Much less material used than other topography methods
  • Quick to laser cut
  • Easy to set up laser files
  • If model scale, given topography lines, and material thickness correspond, model can be prepared entirely in 2D
Cons:
  • Any vertical surface more than a couple layers thick will be empty in the model
    • So vertical surfaces (including buildings) must be modeled separately from topography
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titleOn this page

Table of Contents

 

 

Material options

(image)METHODMATERIALCOST ($/sf)

TIME:

file prep

TIME:

fab

TIME:

assembly

TIME:

total

GREEN QUOTIENT
 Horizontal laser-cut topo (offset method)4ply museum board$9.5162.51018.5 
 Horizontal laser-cut topo (offset method)2ply museum board$4.9762.515?23.5 
 Horizontal laser-cut topo (offset method)crescent board$9.5162.510

18.5

 

File preparation

  1. Generate topography lines at a vertical distance that matches the thickness of your modeling material.
    1. Create pockets for buildings.



  2. Draw pieces for the sides of the model.
     


  3. Split the contours into two rhino layers, A and B (alternating every other level). Make a copy of all the contours next to the originals.
    1. In the first group, move layer A into your CUT layer and B into your ETCH layer. 
    2. In the second group, move layer A into your ETCH layer and B into your CUT layer.



  4. Add any etching/hatching for roads, etc. to both groups.

Making the model

  1. Laser cut the two sets of contours and side pieces.
  2. To assemble the model, you'll glue up the pieces alternating between one set and the other.

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