import rhinoscriptsyntax as rs

# Delete all existing objects to start fresh
allobjs = rs.AllObjects()
if allobjs:  # Check if there are objects to delete
    rs.DeleteObjects(allobjs)

# Define initial parameters for text, size, and height of extrusion
initial = "N"
size = 40
hgt = 60

# Create text and explode into curves
mytext = rs.AddText(initial, (0, 0, 0), height=size)
crv = rs.ExplodeText(mytext, True)[0]  # Extract the first curve (e.g., the letter 'N')

# Select the curve and extrude it to create a surface
rs.SelectObject(crv)
rs.Command("-_ExtrudeCrv Solid=No {} _Enter".format(hgt))

# Deselect the curve to ensure only the surface is selected for further operations
rs.UnselectAllObjects()

# Select the extruded surface (last created object)
srf = rs.LastCreatedObjects(select=True)[0]  # Select the last created surface (extrusion)
print("Surface created: {srf}")  # Debugging print

# Now perform the rebuild operation on the surface only
rs.Command("-_Rebuild UPointCount=10 VPointCount=4 UDegree=3 VDegree=3 DeleteInput=Yes _Enter")

# --- Create contours in the Z direction ---
# Increase the spacing between floors
contour_spacing_z = 5.0  # Spacing between floors
rs.Command("Contour _SelID {} 0,0,0 0,0,1 {} _Enter".format(srf, contour_spacing_z))

# Get the newly created contour curves
contours_z = rs.LastCreatedObjects()
print("Contours created in Z direction: {contours_z}")  # Debugging print

# Ensure contours are selected, then extrude them to create "floors"
floors = []  # List to keep track of floor surfaces created
if contours_z:
    for contour in contours_z:
        rs.SelectObject(contour)
        # Extrude each contour once to create a floor
        extrusion_result = rs.Command("-_ExtrudeCrv Solid=Yes 1.0 _Enter")  # Use 1.0 thickness for visibility
        if extrusion_result:
            floors.append(contour)  # Store the contour used for the floor
            print("Successfully extruded contour for floor: {contour}")  # Debugging print
        else:
            print("Failed to extrude contour: {contour}")  # Debugging print

# Deselect all objects before generating new contours
rs.UnselectAllObjects()

# --- Create contours in the X direction ---
rs.SelectObject(srf)
# Increase the spacing between pipes
contour_spacing_x = 4.0  # Spacing between pipes
rs.Command("Contour _SelID {} 0,0,0 1,0,0 {} _Enter".format(srf, contour_spacing_x))

# Get the newly created contour curves in the X direction
contours_x = rs.LastCreatedObjects()
print("Contours created in X direction: {contours_x}")  # Debugging print

# Create pipes along the contours in the X direction
if contours_x:
    for contour in contours_x:
        rs.SelectObject(contour)
        # Create pipes with a specified radius
        pipe_result = rs.Command("Pipe 0.2 _Enter")
        if pipe_result:
            print("Successfully created pipe for contour: {contour}")  # Debugging print
        else:
            print("Failed to create pipe for contour: {contour}")  # Debugging print


initial = "I"
size = 40
hgt = 60

# Create text and explode into curves
mytext = rs.AddText(initial, (40,0,0), height=size)
crv = rs.ExplodeText(mytext, True)[0]  # Extract the first curve (e.g., the letter 'N')

# Select the curve and extrude it to create a surface
rs.SelectObject(crv)
rs.Command("-_ExtrudeCrv Solid=No {} _Enter".format(hgt))

# Deselect the curve to ensure only the surface is selected for further operations
rs.UnselectAllObjects()

# Select the extruded surface (last created object)
srf = rs.LastCreatedObjects(select=True)[0]  # Select the last created surface (extrusion)
print("Surface created: {srf}")  # Debugging print

# Now perform the rebuild operation on the surface only
rs.Command("-_Rebuild UPointCount=10 VPointCount=4 UDegree=3 VDegree=3 DeleteInput=Yes _Enter")

# --- Create contours in the Z direction ---
# Increase the spacing between floors
contour_spacing_z = 5.0  # Spacing between floors
rs.Command("Contour _SelID {} 0,0,0 0,0,1 {} _Enter".format(srf, contour_spacing_z))

# Get the newly created contour curves
contours_z = rs.LastCreatedObjects()
print("Contours created in Z direction: {contours_z}")  # Debugging print

# Ensure contours are selected, then extrude them to create "floors"
floors = []  # List to keep track of floor surfaces created
if contours_z:
    for contour in contours_z:
        rs.SelectObject(contour)
        # Extrude each contour once to create a floor
        extrusion_result = rs.Command("-_ExtrudeCrv Solid=Yes 1.0 _Enter")  # Use 1.0 thickness for visibility
        if extrusion_result:
            floors.append(contour)  # Store the contour used for the floor
            print("Successfully extruded contour for floor: {contour}")  # Debugging print
        else:
            print("Failed to extrude contour: {contour}")  # Debugging print

# Deselect all objects before generating new contours
rs.UnselectAllObjects()

# --- Create contours in the X direction ---
rs.SelectObject(srf)
# Increase the spacing between pipes
contour_spacing_x = 4.0  # Spacing between pipes
rs.Command("Contour _SelID {} 0,0,0 1,0,0 {} _Enter".format(srf, contour_spacing_x))

# Get the newly created contour curves in the X direction
contours_x = rs.LastCreatedObjects()
print("Contours created in X direction: {contours_x}")  # Debugging print

# Create pipes along the contours in the X direction
if contours_x:
    for contour in contours_x:
        rs.SelectObject(contour)
        # Create pipes with a specified radius
        pipe_result = rs.Command("Pipe 0.2 _Enter")
        if pipe_result:
            print("Successfully created pipe for contour: {contour}")  # Debugging print
        else:
            print("Failed to create pipe for contour: {contour}")  # Debugging print
# Clean up by deleting the original surface

initial = "C"
size = 40
hgt = 60

# Create text and explode into curves
mytext = rs.AddText(initial, (60, 0, 0), height=size)
crv = rs.ExplodeText(mytext, True)[0]  # Extract the first curve (e.g., the letter 'N')

# Select the curve and extrude it to create a surface
rs.SelectObject(crv)
rs.Command("-_ExtrudeCrv Solid=No {} _Enter".format(hgt))

# Deselect the curve to ensure only the surface is selected for further operations
rs.UnselectAllObjects()

# Select the extruded surface (last created object)
srf = rs.LastCreatedObjects(select=True)[0]  # Select the last created surface (extrusion)
print("Surface created: {srf}")  # Debugging print

# Now perform the rebuild operation on the surface only
rs.Command("-_Rebuild UPointCount=10 VPointCount=4 UDegree=3 VDegree=3 DeleteInput=Yes _Enter")

# --- Create contours in the Z direction ---
# Increase the spacing between floors
contour_spacing_z = 5.0  # Spacing between floors
rs.Command("Contour _SelID {} 0,0,0 0,0,1 {} _Enter".format(srf, contour_spacing_z))

# Get the newly created contour curves
contours_z = rs.LastCreatedObjects()
print("Contours created in Z direction: {contours_z}")  # Debugging print

# Ensure contours are selected, then extrude them to create "floors"
floors = []  # List to keep track of floor surfaces created
if contours_z:
    for contour in contours_z:
        rs.SelectObject(contour)
        # Extrude each contour once to create a floor
        extrusion_result = rs.Command("-_ExtrudeCrv Solid=Yes 1.0 _Enter")  # Use 1.0 thickness for visibility
        if extrusion_result:
            floors.append(contour)  # Store the contour used for the floor
            print("Successfully extruded contour for floor: {contour}")  # Debugging print
        else:
            print("Failed to extrude contour: {contour}")  # Debugging print

# Deselect all objects before generating new contours
rs.UnselectAllObjects()

# --- Create contours in the X direction ---
rs.SelectObject(srf)
# Increase the spacing between pipes
contour_spacing_x = 4.0  # Spacing between pipes
rs.Command("Contour _SelID {} 0,0,0 1,0,0 {} _Enter".format(srf, contour_spacing_x))

# Get the newly created contour curves in the X direction
contours_x = rs.LastCreatedObjects()
print("Contours created in X direction: {contours_x}")  # Debugging print

# Create pipes along the contours in the X direction
if contours_x:
    for contour in contours_x:
        rs.SelectObject(contour)
        # Create pipes with a specified radius
        pipe_result = rs.Command("Pipe 0.2 _Enter")
        if pipe_result:
            print("Successfully created pipe for contour: {contour}")  # Debugging print
        else:
            print("Failed to create pipe for contour: {contour}")  # Debugging print

initial = "O"
size = 40
hgt = 60

# Create text and explode into curves
mytext = rs.AddText(initial, (110, 0, 0), height=size)
crv = rs.ExplodeText(mytext, True)[0]  # Extract the first curve (e.g., the letter 'N')

# Select the curve and extrude it to create a surface
rs.SelectObject(crv)
rs.Command("-_ExtrudeCrv Solid=No {} _Enter".format(hgt))

# Deselect the curve to ensure only the surface is selected for further operations
rs.UnselectAllObjects()

# Select the extruded surface (last created object)
srf = rs.LastCreatedObjects(select=True)[0]  # Select the last created surface (extrusion)
print("Surface created: {srf}")  # Debugging print

# Now perform the rebuild operation on the surface only
rs.Command("-_Rebuild UPointCount=10 VPointCount=4 UDegree=3 VDegree=3 DeleteInput=Yes _Enter")

# --- Create contours in the Z direction ---
# Increase the spacing between floors
contour_spacing_z = 5.0  # Spacing between floors
rs.Command("Contour _SelID {} 0,0,0 0,0,1 {} _Enter".format(srf, contour_spacing_z))

# Get the newly created contour curves
contours_z = rs.LastCreatedObjects()
print("Contours created in Z direction: {contours_z}")  # Debugging print

# Ensure contours are selected, then extrude them to create "floors"
floors = []  # List to keep track of floor surfaces created
if contours_z:
    for contour in contours_z:
        rs.SelectObject(contour)
        # Extrude each contour once to create a floor
        extrusion_result = rs.Command("-_ExtrudeCrv Solid=Yes 1.0 _Enter")  # Use 1.0 thickness for visibility
        if extrusion_result:
            floors.append(contour)  # Store the contour used for the floor
            print("Successfully extruded contour for floor: {contour}")  # Debugging print
        else:
            print("Failed to extrude contour: {contour}")  # Debugging print

# Deselect all objects before generating new contours
rs.UnselectAllObjects()

# --- Create contours in the X direction ---
rs.SelectObject(srf)
# Increase the spacing between pipes
contour_spacing_x = 4.0  # Spacing between pipes
rs.Command("Contour _SelID {} 0,0,0 1,0,0 {} _Enter".format(srf, contour_spacing_x))

# Get the newly created contour curves in the X direction
contours_x = rs.LastCreatedObjects()
print("Contours created in X direction: {contours_x}")  # Debugging print

# Create pipes along the contours in the X direction
if contours_x:
    for contour in contours_x:
        rs.SelectObject(contour)
        # Create pipes with a specified radius
        pipe_result = rs.Command("Pipe 0.2 _Enter")
        if pipe_result:
            print("Successfully created pipe for contour: {contour}")  # Debugging print
        else:
            print("Failed to create pipe for contour: {contour}")  # Debugging print

rs.DeleteObject(srf)