def main():
# get script location
rs.AddAlias("MoveToWorldXY", "E:/rhinoscript/moveToXy.py")
import rhinoscriptsyntax as rs
import Rhino
import math
import re
import time
import scriptcontext
import checkAndExport as ce
# SCRIPT GLOBALS
EXPORT_FONT = 'timfont'
MAT_THICKNESS = 18
#add to rhino as an alias
if not rs.IsAlias("TNM_make3d"):
rs.AddAlias("TNM_make3d", "'_-runPythonScript \"%s\"" % __file__ )
print 'addAlias'
else:
print 'alias could not be added'
# recursive explode of blocks
def iterateBlocks(objects):
def explode(objs, li):
for obj in objs:
if rs.IsBlockInstance(obj):
# DIRTY FIX FOR RHINO 5-SR14 522.8390 (5-22-2017)
# temp_objs = rs.ExplodeBlockInstance(obj)
rs.UnselectAllObjects()
# with a textbox that can be used to define the text in a new text dot
from System.Windows.Forms import Form, DialogResult, Label, Button, TextBox, CheckBox, ComboBox, NumericUpDown
from System.Drawing import Point, Size
import rhinoscript.selection
import rhinoscript.geometry
import rhinoscriptsyntax as rs
import os
from subprocess import check_output
#add to rhino as an alias
if not rs.IsAlias("TNM_addLayer"):
rs.AddAlias("TNM_addLayer", "'_-runPythonScript \"%s\"" % __file__)
print 'addAlias'
else:
print 'alias could not be added'
# Our custom form class
class AnnotateForm(Form):
# build all of the controls in the constructor
def __init__(self, tools):
label_width = 30
offset = 30
index = 0
# header
self.Text = "Add layer"
width = 400
def ApplyPCPAAliases(scriptFolder):
try:
############################################################################
#ARCHITECTURE
#STAIR
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\stair.py) '
rs.AddAlias('pcpStair', str)
#RAMP
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\ramp.py) '
rs.AddAlias('pcpRamp', str)
############################################################################
#BLOCKS
#ITERATE DESIGN OPTION
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\blocks.py) 0 '
rs.AddAlias('pcpIterDesignOpt', str)
#MAKE BLOCK UNIQUE
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\blocks.py) 1 '
rs.AddAlias('pcpMakeUnique', str)
#SUPER EXPLODE
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\blocks.py) 2 '
rs.AddAlias('pcpSuperExplode', str)
#POPULATE
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\populate.py) '
rs.AddAlias('pcpPopulate', str)
#RESET BLOCK SCALE
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\blocks.py) 4 '
rs.AddAlias('pcpResetBlockScale', str)
#EXPORT AND LINK
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\blocks.py) 5 '
rs.AddAlias('pcpExportAndLink', str)
############################################################################
#DRAWINGS
#AREA TAG
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\drawing.py) 0 '
rs.AddAlias('pcpAreaTag', str)
#DIM PLINE
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\drawing.py) 1 '
rs.AddAlias('pcpDimPline', str)
#ADD LAYOUT
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\layout.py) 0 '
rs.AddAlias('pcpLayout', str)
#CUT MODEL
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\cut_model.py) '
rs.AddAlias('pcpCutModel', str)
############################################################################
#GEOMETRY
#CONTOUR AT POINT
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\geometry.py) 0 ) '
rs.AddAlias('pcpContourPt', str)
#UNFILLET
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\geometry.py) 1 '
rs.AddAlias('pcpUnfillet', str)
#RECTIFY
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\rectify.py) '
rs.AddAlias('pcpRectify', str)
############################################################################
#COLOR
#COLOR RANDOM RANGE
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\colors.py) 1 '
rs.AddAlias('pcpColorRandRange', str)
#COLOR GRADIENT
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\colors.py) 0 '
rs.AddAlias('pcpColorGradient', str)
#COLOR BY SIZE
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\colors.py) 3 '
rs.AddAlias('pcpColorBySize', str)
#COLOR TO MATERIAL
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\colors.py) 2 '
rs.AddAlias('pcpColorToMaterial', str)
############################################################################
#I/O
#CAPTURE DISPLAY MODES
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\file_IO.py) 3 '
rs.AddAlias('pcpCaptureDisplayModes', str)
#EXPORT TO RENDER DWG
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\file_IO.py) 1 '
rs.AddAlias('pcpExportToRenderDWG', str)
#EXPORT TO RENDER SKP
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\file_IO.py) 2 '
rs.AddAlias('pcpExportToRenderSKP', str)
#IMPORT CAD
str = r'_NoEcho -_RunPythonScript (' + scriptFolder + '\\file_IO.py) 0 '
rs.AddAlias('pcpImportCAD', str)
print "\tLoaded PCPA Aliases"
result = True
except:
print "Failed to load PCPA Aliases"
result = False
utils.SaveFunctionData('Standards-Load PCPA Aliases',
[__version__, result])
return result
def importCaadAlias():
#wall
rs.AddAlias("WW", "! wall _Enter")
rs.AddAlias("DL", "! wall a _Enter")
rs.AddAlias("L2W", "! line2wall w _Enter")
rs.AddAlias("WJ", "! wall_join _Enter")
rs.AddAlias("DJ", "! wall_join w _Enter")
#opening
rs.AddAlias("OP", "! opening")
rs.AddAlias("WIN", "! opening t w")
rs.AddAlias("DOOR", "! opening t d")
#dim
rs.AddAlias("DIMJ", "! dimjoin")
rs.AddAlias("DIMS", "! dimsplit")
rs.AddAlias("DIML", "! dimlayer")
rs.AddAlias("FR", "! frame")
"""300 Days of Code Sketches 201-300 by Tim Williams """ import Rhino as rc import Rhino.Geometry as rg import rhinoscriptsyntax as rs import scriptcontext as sc import math import random import os import System.Drawing as drawing import time import datetime rs.AddAlias() #import lib.color as color
import rhinoscriptsyntax as rs
import Rhino
import scriptcontext as sc
import math
import re
import time
import os
#add to rhino as an alias
if not rs.IsAlias("TNM_renameLayers"):
rs.AddAlias("TNM_renameLayers", "'_-runPythonScript \"%s\"" % __file__)
print 'addAlias'
else:
print 'alias could not be added'
layers = rs.LayerIds()
for layer_id in layers:
if rs.IsLayer(layer_id):
old_name = rs.LayerName(layer_id, False)
if (re.search('0.0.0', old_name)):
new_name = old_name.replace('0.0.0', '0.0.160.0')
rs.RenameLayer(old_name, new_name)
else:
print layer_id
# for a in dir(rs):
# if "Layer" in a:
# print a
# SCRIPT GLOBALS
EXPORT_FONT = 'timfont'
DEBUG_CLAMEX = True
DEBUG_FLIPCUVRVE = False
# filename = __file__.replace("\\","//")
print os.path
#add to rhino as an alias
if not rs.IsAlias("TNM_Export"):
rs.AddAlias("TNM_Export", "'_-runPythonScript \"%s\"" % __file__)
print 'addAlias'
else:
print 'alias could not be added'
# print 'addalias', rs.AddAlias("checkAndExport", "'_-runPythonScript \\"%s\\"" % )
def redraw():
rs.EnableRedraw(True)
rs.EnableRedraw(False)
# function to reverse a curve if the normal points downwards in Z-dir
# assumed is that only closed curves can have inside or outside
def setCurveDir(objs):