Building Tower

from topologicpy.Vertex import Vertex
from topologicpy.Edge import Edge
from topologicpy.Wire import Wire
from topologicpy.Face import Face
from topologicpy.Shell import Shell
from topologicpy.Cell import Cell
from topologicpy.CellComplex import CellComplex
from topologicpy.Cluster import Cluster
from topologicpy.Topology import Topology
from topologicpy.Graph import Graph
from topologicpy.Dictionary import Dictionary

selectors = []
ground = CellComplex.Prism(width=20, length=20, height=1, placement="lowerleft", uSides=6, vSides=6, wSides=1)
ground = Topology.Translate(ground, 0, 0, -1)
ground_cells = Topology.Cells(ground)
d = Dictionary.ByKeyValue("id", 0)
for cell in ground_cells:
    s = Topology.InternalVertex(cell)
    s = Topology.SetDictionary(s, d)
    selectors.append(s)
Topology.Show(ground, xAxis=True, yAxis=True, zAxis=True)

columns = []
for i in range(2,20,4):
    for j in range(2,20,4):
        origin = Vertex.ByCoordinates(i,j,0)
        column = Cell.Prism(width=0.8, length=0.8, height=3, origin=origin, placement="bottom")
        columns.append(column)
columns = Cluster.ByTopologies(columns)

column_cells = Topology.Cells(columns)
d = Dictionary.ByKeyValue("id", 1)
for cell in column_cells:
    s = Topology.InternalVertex(cell)
    s = Topology.SetDictionary(s, d)
    selectors.append(s)

Topology.Show(columns, ground)

origin = Vertex.ByCoordinates(0.5,0.5,3)
podium = CellComplex.Prism(width=19, length=19, height=3, uSides=4, vSides=4, wSides=1, origin=origin, placement="lowerleft")

podium_cells = Topology.Cells(podium)
d = Dictionary.ByKeyValue("id", 2)
for cell in podium_cells:
    s = Topology.InternalVertex(cell)
    s = Topology.SetDictionary(s, d)
    selectors.append(s)

Topology.Show(ground, columns, podium)

origin = Vertex.ByCoordinates(1,1,6)
block = CellComplex.Prism(width=18, length=18, height=15, uSides=6, vSides=6, wSides=5, origin=origin, placement="lowerleft")
block_cells = Topology.Cells(block)
d = Dictionary.ByKeyValue("id", 3)
for cell in block_cells:
    s = Topology.InternalVertex(cell)
    s = Topology.SetDictionary(s, d)
    selectors.append(s)

Topology.Show(ground, columns, podium, block)

origin = Vertex.ByCoordinates(7,7,0)
core = Cell.Prism(width=6, length=6, height=24, origin=origin, placement="lowerleft")
s = Topology.InternalVertex(core)
d = Dictionary.ByKeyValue("id", 4)
s = Topology.SetDictionary(s, d)
selectors.append(s)
Topology.Show(ground, columns, podium, block, core)

columns = Topology.Difference(columns, core)
podium = Topology.Difference(podium, core)
block = Topology.Difference(block, core)

ground_cells = Topology.Cells(ground)
column_cells = Topology.Cells(columns)
podium_cells = Topology.Cells(podium)
block_cells = Topology.Cells(block)

all_cells = ground_cells+column_cells+podium_cells+block_cells+[core]
building = CellComplex.ByCells(all_cells)

Topology.Show(building, selectors, faceOpacity=0.1)

building = Topology.TransferDictionariesBySelectors(building, selectors, tranCells=True)

graph = Graph.ByTopology(building)

Graph.Show(graph, vertexSize=12, vertexGroupKey="id")

status = Graph.ExportToCSV(graph, path=r"test01", nodeLabelKey="id", overwrite=True)
print(status)

True