FACADE WORKFLOW
STEM School
01_fACADE grid IN gh
Current methodology for generating a facade grid to hit specific, non-repetitive datum points (these datum points are defined by integrated joinery on the interior of the facade).
02_JSON Schema
Discussion of the structure of the JSON schema; what it includes and what it might be missing? How might it allow for individual object edits for bespoke scenarios?
Rhino File
Grid.gh
VIS.gh
solar.gh
RVT.DYN
Grid.gh
Grid.gh
Grid.gh
Grid.gh
Grid.gh
Grid.gh
Grid.gh
Grid.gh
Grid.gh
{
"panelID": panelNumber,
"facadeID": facadeID,
"type": panelType,
"solar": panelSolar,
"notes": "toBeDefined",
"dimensions": {
"height": panelDims[0],
"width": panelDims[1],
"depth": panelDims[2],
},
"normalAngleFromNorth": "toBeDefined",
"geometry": {
"verticies": formatPoints(pointList),
"topPanel": {
"material": "solid",
"vertexID": panelIndexes[0],
},
"returnPanel": {
"material": panelBottomGlazed,
"vertexID": panelIndexes[1],
},
"insetPanel": {
"material": panelBottomGlazed,
"vertexID": panelIndexes[2],
},
"leftPanel": {
"material": "solid",
"vertexID": panelIndexes[3],
},
"rightPanel": {
"material": "solid",
"vertexID": panelIndexes[4],
}
}
}VIS.gh
VIS.gh
VIS.gh
VIS.gh
01_fACADE grid IN gh
Current methodology for generating a facade grid to hit specific, non-repetitive datum points (these datum points are defined by integrated joinery on the interior of the facade).
02_JSON Schema
Discussion of the structure of the JSON schema; what it includes and what it might be missing? How might it allow for individual object edits for bespoke scenarios?