Comparar texto

Encontre a diferença entre dois arquivos de texto

Editor live

Ocultar espaços em branco

Recolher inalteradas

Sem quebra de linha

Layout

Nível de detalhe

Estilos de texto

Realce de sintaxe

Diffchecker Desktop A maneira mais segura de usar o Diffchecker. Obtenha o aplicativo Diffchecker Desktop: seus diffs nunca saem do seu computador!Obter Desktop

SplitMeshLargeDiff

Criado há 2 anosO diff nunca expira

3 remoções

Linhas
Total
Removido

Caracteres
Total
Removido

Para continuar usando este recurso, atualize para Diffchecker Pro Ver preços

104 linhas

4 adições

Linhas
Total
Adicionado

Caracteres
Total
Adicionado

Para continuar usando este recurso, atualize para Diffchecker Pro Ver preços

104 linhas

import rhinoscriptsyntax as rs

import Rhino as rhino

import scriptcontext as sc

__commandname__ = "splitMeshLarge"

def RunCommand( is_interactive ):

curr_doc = sc.doc

filter = rhino.DocObjects.ObjectType.Mesh

rc, objrefs = rhino.Input.RhinoGet.GetMultpileObjects("Select Meshs to split", False, filter)

for objref in objrefs

for objref in objrefs:

old_mesh=objref.Mesh()

mesh=objref.Mesh()

if old_mesh.IsClosed:

if mesh.IsClosed:

print("Your Mesh is already closed')

return

mesh.old_mesh.DuplicateMesh()

mesh.DuplicateMesh()

mesh.Vertices.CombineIdentical(True,True)

curr_doc.Objects.Replace(objref,mesh)

meshTopologyEdgeList = mesh.TopologyEdges

meshTopologyVertexList = mesh.TopologyVertices

verticesNakedDict = mesh.GetNakedEdgePointStatus()

nakedEdges = []

nakedEdgePoints = []

nakedEdgeLengths = []

for i in range(meshTopologyEdgeList.Count):

pairVertices = meshTopologyEdgeList.GetTopologyVertices(i)

index1 = pairVertices[0]

index2 = pairVertices[1]

if verticesNakedDict[index1] and verticesNakedDict[index2]:

pt1=mesh.Vertices[index1]

pt2=mesh.Vertices[index2]

nakedEdgePoints.append([pt1,pt2])

nakedEdges.append(i)

line = rhino.Geometry.Line(pt1,pt2)

nakedEdgeLengths.append(line.Length)

ignoreVar, nakedEdges = zip(*sorted(zip(nakedEdgeLengths, nakedEdges), reverse=True))

ignoreVar, nakedEdgePoints = zip(*sorted(zip(nakedEdgeLenghts, nakedEdgePoints), reverse=True))

for i in range(len(nakedEdges)):

pairVertices = meshTopologyEdgeList.GetTopologyVertices(nakedEdges[i])

testpt = nakedEdgePoints[i][0]

for counter,vertex in enumerate(mesh.Vertices):

if vertex == nakedEdgePoints[i][0]:

index1=counter

elif vertex == nakedEdgePoints[i][1]:

index2=counter

line = rhino.Geometry.Line(mesh.Vertices[index1], mesh.Vertices[index2])

bb = line.BoundingBox

rs.ZoomBoundingBox(bb)

line_GUID = curr_doc.Objects.AddLine(line)

rs.SelectObject(line_GUID)

curr_doc.View.Redraw()

curr_doc.Views.Redraw()

gi=rhino.Input.Custom.GetInteger()

gi.SetCommandPrompt('How many times should we split this edge')

gi.SetCommandPromptDefault('0')

gi.SetDefaultInteger(0)

gi.AddOption('Exit')

gi.SetLowerLimit(0, False)

gi.SetUpperLimit(9,False)

get_gi = gi.Get()

if gi.CommandResult()!=rhino.Commands.Result.Success:

curr_doc.Objects.Delete(line_GUID,True)

return

if get_gi == rhino.Input.GetResult.Number:

curr_doc.Objects.Delete(line_GUID,True)

numSplits = gi.Number()

elif get_gi == rhino.Input.GetResult.Option:

curr_doc.Objects.Delete(line_GUID,True)

print('User exited')

return

if numSplits==0:

continue

edgeTopoIndex = meshTopologyEdgeList.GetEdgeIndex(index1,index2)

for j in range(numSplits):

splitPercentage = (j+1)/(numSplits+1)

edgeTopoIndex = meshTopologyEdgeList.GetEdgeIndex(index1,index2)

print(meshTopologyEdgeList.Count)

flag = meshTopologyEdgeList.SplitEdge(edgeTopoIndex,splitPercentage) #THE ISSUE IS HERE!!

print(meshTopologyEdgeList.Count)

print(flag)

curr_doc.Objects.Replace(objref,mesh)

curr_doc.View.Redraw()

curr_doc.Views.Redraw()

if flag!=False:

meshTopologyEdgeList = meshTopologyEdges

old_index1 = index1

index1 = mesh.Vertices.Count-1

verticesNakedDict = mesh.GetNakedEdgePointStatus()

edgeTopoIndex = meshTopologyEdgeList.GetEdgeIndex(index1,index2)

else:

print('Script error')

return

curr_doc.Objects.Replace(objref,mesh)

curr_doc.View.Redraw()

curr_doc.Views.Redraw()

print('All done with naked Edges')

RunCommand(True)

Diferenças salvas

Texto original

Abrir arquivo

import rhinoscriptsyntax as rs
import Rhino as rhino
import scriptcontext as sc

__commandname__ = "splitMeshLarge"

def RunCommand( is_interactive ):
	curr_doc = sc.doc
	
	filter = rhino.DocObjects.ObjectType.Mesh
	rc, objrefs = rhino.Input.RhinoGet.GetMultpileObjects("Select Meshs to split", False, filter)

for objref in objrefs
		old_mesh=objref.Mesh()
		if old_mesh.IsClosed:
			print("Your Mesh is already closed')
			return
		mesh.old_mesh.DuplicateMesh()
		mesh.Vertices.CombineIdentical(True,True)
		curr_doc.Objects.Replace(objref,mesh)

meshTopologyEdgeList = mesh.TopologyEdges
		meshTopologyVertexList = mesh.TopologyVertices
		verticesNakedDict = mesh.GetNakedEdgePointStatus()
		nakedEdges = []
		nakedEdgePoints = []
		nakedEdgeLengths = []

for i in range(meshTopologyEdgeList.Count):
			pairVertices = meshTopologyEdgeList.GetTopologyVertices(i)
			index1 = pairVertices[0]
			index2 = pairVertices[1]
			if verticesNakedDict[index1] and verticesNakedDict[index2]:
				pt1=mesh.Vertices[index1]
				pt2=mesh.Vertices[index2]
				nakedEdgePoints.append([pt1,pt2])
				nakedEdges.append(i)
				line = rhino.Geometry.Line(pt1,pt2)
				nakedEdgeLengths.append(line.Length)
		ignoreVar, nakedEdges = zip(*sorted(zip(nakedEdgeLengths, nakedEdges), reverse=True))
		ignoreVar, nakedEdgePoints = zip(*sorted(zip(nakedEdgeLenghts, nakedEdgePoints), reverse=True))
		for i in range(len(nakedEdges)):
			pairVertices = meshTopologyEdgeList.GetTopologyVertices(nakedEdges[i])
			testpt = nakedEdgePoints[i][0]
			for counter,vertex in enumerate(mesh.Vertices):
				if vertex == nakedEdgePoints[i][0]:
					index1=counter
				elif vertex == nakedEdgePoints[i][1]:
					index2=counter
		line = rhino.Geometry.Line(mesh.Vertices[index1], mesh.Vertices[index2])
		bb = line.BoundingBox
		rs.ZoomBoundingBox(bb)
		line_GUID = curr_doc.Objects.AddLine(line)
		rs.SelectObject(line_GUID)
		curr_doc.View.Redraw()

gi=rhino.Input.Custom.GetInteger()
		gi.SetCommandPrompt('How many times should we split this edge')
		gi.SetCommandPromptDefault('0')
		gi.SetDefaultInteger(0)
		gi.AddOption('Exit')
		gi.SetLowerLimit(0, False)
		gi.SetUpperLimit(9,False)
		get_gi = gi.Get()
		if gi.CommandResult()!=rhino.Commands.Result.Success:
			curr_doc.Objects.Delete(line_GUID,True)
			return
		if get_gi == rhino.Input.GetResult.Number:
			curr_doc.Objects.Delete(line_GUID,True)
			numSplits = gi.Number()
		elif get_gi == rhino.Input.GetResult.Option:
			curr_doc.Objects.Delete(line_GUID,True)
			print('User exited')
			return

if numSplits==0:
			continue

edgeTopoIndex = meshTopologyEdgeList.GetEdgeIndex(index1,index2)
		for j in range(numSplits):
			splitPercentage = (j+1)/(numSplits+1)
			edgeTopoIndex = meshTopologyEdgeList.GetEdgeIndex(index1,index2)
			print(meshTopologyEdgeList.Count)
			flag = meshTopologyEdgeList.SplitEdge(edgeTopoIndex,splitPercentage) #THE ISSUE IS HERE!!
			print(meshTopologyEdgeList.Count)
			print(flag)
			curr_doc.Objects.Replace(objref,mesh)
			curr_doc.View.Redraw()
			if flag!=False:
				meshTopologyEdgeList = meshTopologyEdges
				old_index1 = index1
				index1 = mesh.Vertices.Count-1
				verticesNakedDict = mesh.GetNakedEdgePointStatus()
				edgeTopoIndex = meshTopologyEdgeList.GetEdgeIndex(index1,index2)
			else:
				print('Script error')
				return
	curr_doc.Objects.Replace(objref,mesh)
	curr_doc.View.Redraw()
	print('All done with naked Edges')

RunCommand(True)

Texto alterado

Abrir arquivo

import rhinoscriptsyntax as rs
import Rhino as rhino
import scriptcontext as sc

__commandname__ = "splitMeshLarge"

def RunCommand( is_interactive ):
	curr_doc = sc.doc
	
	filter = rhino.DocObjects.ObjectType.Mesh
	rc, objrefs = rhino.Input.RhinoGet.GetMultpileObjects("Select Meshs to split", False, filter)

for objref in objrefs:
		mesh=objref.Mesh()
		if mesh.IsClosed:
			print("Your Mesh is already closed')
			return
		mesh.DuplicateMesh()
		mesh.Vertices.CombineIdentical(True,True)
		curr_doc.Objects.Replace(objref,mesh)

if numSplits==0:
			continue

edgeTopoIndex = meshTopologyEdgeList.GetEdgeIndex(index1,index2)
		for j in range(numSplits):
			splitPercentage = (j+1)/(numSplits+1)
			edgeTopoIndex = meshTopologyEdgeList.GetEdgeIndex(index1,index2)
			print(meshTopologyEdgeList.Count)
			flag = meshTopologyEdgeList.SplitEdge(edgeTopoIndex,splitPercentage) #THE ISSUE IS HERE!!
			print(meshTopologyEdgeList.Count)
			print(flag)
			curr_doc.Objects.Replace(objref,mesh)
			curr_doc.Views.Redraw()
			if flag!=False:
				meshTopologyEdgeList = meshTopologyEdges
				old_index1 = index1
				index1 = mesh.Vertices.Count-1
				verticesNakedDict = mesh.GetNakedEdgePointStatus()
				edgeTopoIndex = meshTopologyEdgeList.GetEdgeIndex(index1,index2)
			else:
				print('Script error')
				return
	curr_doc.Objects.Replace(objref,mesh)
	curr_doc.Views.Redraw()
	print('All done with naked Edges')

RunCommand(True)