Grasshopper, 25 primitives (11 components, 14 wires)

I read a meta post about programs in GH and LabVIEW, and follow similar instructions to measure a visual language.

Print <null> for N = 0, 1, 2 because Polygon Primitive cannot generate a polygon with 2 or fewer edges.

Components from left to right:

• Side count slider: input
• Polygon Primitive: draw a polygon on canvas
• Explode: Explode a polyline into segements and vertices
• Cross reference: build holistic cross reference between all vertices
• Line: draw a line between all pairs
• Delete Duplicate Lines
• Length of curve
• (upper) Sum
• (lower) Division: because Polygon Primitive draws polygon based on radius, we need to scale the shape
• Multipication
• Panel: output

Grasshopper, 25 primitives (11 components, 14 wires)

I read a meta post about programs in GH and LabVIEW, and follow similar instructions to measure a visual language.

Print <null> for N = 0, 1, 2,because Polygon Primitive cannot generate a polygon with 2 or fewer edges and you will get an empty list of lines.

Components from left to right:

• Side count slider: input
• Polygon Primitive: draw a polygon on canvas
• Explode: Explode a polyline into segements and vertices
• Cross reference: build holistic cross reference between all vertices
• Line: draw a line between all pairs
• Delete Duplicate Lines
• Length of curve
• (upper) Sum
• (lower) Division: because Polygon Primitive draws polygon based on radius, we need to scale the shape
• Multipication
• Panel: output

Grasshopper, 25 primitives (11 components, 14 wires)

I read a meta post about programs in GH and LabVIEW, and follow similar instructions to measure a visual language.

Print <null> for N = 0, 1, 2

Components from left to right:

• Side count slider: input
• Polygon Primitive: draw a polygon on canvas
• Explode: Explode a polyline into segements and vertices
• Cross reference: build holistic cross reference between all vertices
• Line: draw a line between all pairs
• Delete Duplicate Lines
• Length of curve
• (upper) Sum
• (lower) Division: because Polygon Primitive draws polygon based on radius, we need to scale the shape
• Multipication
• Panel: output

Grasshopper, 25 primitives (11 components, 14 wires)

I read a meta post about programs in GH and LabVIEW, and follow similar instructions to measure a visual language.

Print <null> for N = 0, 1, 2 because Polygon Primitive cannot generate a polygon with 2 or fewer edges.

Components from left to right:

• Side count slider: input
• Polygon Primitive: draw a polygon on canvas
• Explode: Explode a polyline into segements and vertices
• Cross reference: build holistic cross reference between all vertices
• Line: draw a line between all pairs
• Delete Duplicate Lines
• Length of curve
• (upper) Sum
• (lower) Division: because Polygon Primitive draws polygon based on radius, we need to scale the shape
• Multipication
• Panel: output

Grasshopper, 25 primitives (11 components, 14 wires)

I read a meta post about programs in GH and LabVIEW, and follow similar instructions to measure a visual language.

Components from left to right:

• Side count slider: input
• Polygon Primitive: draw a polygon on canvas
• Explode: Explode a polyline into segements and vertices
• Cross reference: build holistic cross reference between all vertices
• Line: draw a line between all pairs
• Delete Duplicate Lines
• Length of curve
• (upper) Sum
• (lower) Division: because Polygon Primitive draws polygon based on radius, we need to scale the shape
• Multipication
• Panel: output

Grasshopper, 25 primitives (11 components, 14 wires)

I read a meta post about programs in GH and LabVIEW, and follow similar instructions to measure a visual language.

Print <null> for N = 0, 1, 2

Components from left to right:

• Side count slider: input
• Polygon Primitive: draw a polygon on canvas
• Explode: Explode a polyline into segements and vertices
• Cross reference: build holistic cross reference between all vertices
• Line: draw a line between all pairs
• Delete Duplicate Lines
• Length of curve
• (upper) Sum
• (lower) Division: because Polygon Primitive draws polygon based on radius, we need to scale the shape
• Multipication
• Panel: output