Wireframe Render
Take the solid mesh and view it as a 'wireframe' - however, it's not the mesh triangles - but a modifier to view the shape as wire. We can control the thickness and number of lines - it can also be viewed and displayed in the output renderer.
import bpy# Clear existing objects bpy . ops . object . select_all ( action = 'SELECT' ) bpy . ops . object . delete () # Create text object bpy . ops . object . text_add ( align = 'WORLD' , location =( 0 , 0 , 0 )) text_obj = bpy . context . object . name = "WIRE_Text" text_obj . data . body = "WIRE" text_obj . data . align_x = 'CENTER' text_obj . data . extrude = 0.05 . data . bevel_depth = 0.1 . data . bevel_resolution = 2 # Higher for smoother bevels text_obj . data . space_character = 1.5 # Letter spacing bpy . ops . object . convert ( target = 'MESH' ) # Add subdivision modifier for smoothness wire_mod = text_obj . modifiers .new( name = "Wireframe" , type = 'WIREFRAME' ) wire_mod . thickness = 0.05 . use_boundary = True . use_even_offset = False . use_relative_offset = True . offset = 0.5 # Create material for wireframe mat = bpy . data . materials .new( name = "WireMaterial" ) mat . use_nodes = True = mat . node_tree . nodes = mat . node_tree . links . clear () # Create simple metallic material bsdf = nodes .new( 'ShaderNodeBsdfPrincipled' ) bsdf . inputs [ 'Base Color' ]. default_value = ( 0.9 , 0.9 , 0.9 , 1 ) bsdf . inputs [ 'Metallic' ]. default_value = 1.0 . inputs [ 'Roughness' ]. default_value = 0.2 = nodes .new( 'ShaderNodeOutputMaterial' ) links .new( bsdf . outputs [ 'BSDF' ], output . inputs [ 'Surface' ]) # Assign material if text_obj . data . materials : text_obj . data . materials [ 0 ] = mat else: text_obj . data . materials . append ( mat ) # Set up lighting bpy . ops . object . light_add ( type = 'SUN' , location =( 5 , 5 , 10 )) sun = bpy . context . object . data . energy = 3.0 . data . angle = 0.2 . ops . object . light_add ( type = 'AREA' , location =( 0 , - 5 , 5 )) area = bpy . context . object . data . energy = 300 . data . size = 2.0 # Set up camera bpy . ops . object . camera_add ( location =( 3 , - 5 , 3 )) camera = bpy . context . object . rotation_euler = ( 1.1 , 0 , 0.5 ) bpy . context . scene . camera = camera # Set render settings bpy . context . scene . render . engine = 'CYCLES' bpy . context . scene . cycles . samples = 128 # Add background world = bpy . context . scene . world . use_nodes = True = world . node_tree . nodes = world . node_tree . links . clear () bg = world_nodes .new( 'ShaderNodeBackground' ) bg . inputs [ 'Color' ]. default_value = ( 0.05 , 0.05 , 0.1 , 1 ) bg . inputs [ 'Strength' ]. default_value = 0.5 = world_nodes .new( 'ShaderNodeOutputWorld' ) world_links .new( bg . outputs [ 'Background' ], world_output . inputs [ 'Surface' ])
