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import Rhino

import rhinoscriptsyntax as rs

import scriptcontext as sc

import re

import os

import os.path as op

from fractions import Fraction

_nsre = re.compile('([0-9]+)')

def natural_sort_key(s):

return [int(text) if text.isdigit() else text.lower()

for text in re.split(_nsre, s)]

def test():

categories = {}

max = 0

ids = rs.AllObjects()

for id in ids:

for obj_id in ids:

if rs.IsText(id):

if rs.IsText(obj_id):

text = rs.TextObjectText(id)

text = rs.TextObjectText(obj_id)

idx = text.find("-")

if idx != -1:

name = text[:idx-1]

rs.ObjectName(id, name)

rs.ObjectName(obj_id, name)

cat = rs.GetUserText(id, 'Cat')

cat = rs.GetUserText(obj_id, 'Cat')

subcat = rs.GetUserText(id, 'SubCat')

subcat = rs.GetUserText(obj_id, 'SubCat')

max = max + 1

if not cat:

rs.MessageBox(text + ' does not have a Cat tag.')

if not subcat:

subcat = '---'

if cat:

if not categories.has_key(cat):

if cat not in categories:

categories[cat] = {}

if not categories[cat].has_key(subcat):

if subcat not in categories[cat]:

categories[cat][subcat] = [id]

categories[cat][subcat] = [obj_id]

else:

categories[cat][subcat].append(id)

categories[cat][subcat].append(obj_id)

Rhino.UI.StatusBar.ShowProgressMeter(sc.doc.RuntimeSerialNumber, 0, max, "Processing", True, True)

count = 0

csv_txt = 'Category,Subcategory,Order,Filename,Profile Name,Height,Width\n';

rs.EnableRedraw(True)

rs.EnableRedraw(False)

export_root = rs.WorkingFolder() + "/exports"

export_dir = op.dirname(__file__)

export_root = op.join(export_dir, "exports")

if not op.exists(export_root):

os.makedirs(export_root)

# loop over each category

for cat in categories:

for subcat in categories[cat]:

ids = categories[cat][subcat]

if not ids: return

dict = {}

distances = []

names = set([rs.ObjectName(id) for id in ids])

names = set([rs.ObjectName(obj_id) for obj_id in ids])

for name in names:

# parse the text object text to get the long dimension then sort by that number

ids = rs.ObjectsByName(name)

if not ids: continue

if len(ids) != 2: continue

bb = rs.BoundingBox(ids)

for id in ids:

for obj_id in ids:

if rs.IsText(id):

if rs.IsText(obj_id):

text = rs.TextObjectText(id).splitlines()[0]

text = rs.TextObjectText(obj_id).splitlines()[0]

# get the last element in the split array, don't read the last character either

widthText = text.split("x ")[-1][:-1]

dist = float(sum(Fraction(s) for s in widthText.split()))

if dict.has_key(dist):

temp = dict[dist]

temp = temp + "," + name

else:

temp = name

dict[dist] = temp

partList = sorted(dict.keys())

# for now, we just prompt the user for a category and subcategory name, later we can put these in the attributes on each text object instead

export_folder = export_root

units = rs.UnitSystemName()

for item in partList:

test = dict[item]

names = dict[item].split(",")

names.sort(key=natural_sort_key)

for name in names:

ids = rs.ObjectsByName(name)

fileName = str(count) + "_" + name + ".ai"

if not ids: continue

if len(ids) != 2: continue

bb = rs.BoundingBox(ids)

vecDir = Rhino.Geometry.Point3d(0,0,0) - bb[0]

rs.MoveObjects(ids, vecDir)

rs.UnselectAllObjects()

rs.SelectObjects(ids)

if not os.path.exists(export_folder):

os.makedirs(export_folder)

rs.Command("-Export " + chr(34) + export_folder + "/" + fileName + chr(34) + " PreserveUnits=Yes AIScale=1 Unit=" + units + " RhinoScale=1 Enter")

vecDir.Reverse()

rs.MoveObjects(ids, vecDir)

count = count + 1

w = h = 0

# we need to check the 2 objects to find out which is the text label

for id in ids:

for obj_id in ids:

if rs.IsText(id):

if rs.IsText(obj_id):

# we found the text so let's break out the width and height values

text = rs.TextObjectText(id)

text = rs.TextObjectText(obj_id)

idx = text.find(" - ")

if idx != -1:

dimension_str = text[idx+3:]

w = dimension_str.split(" x ")[1][:-1]

h = dimension_str.split(" x ")[0][:-1]

csv_txt += cat + ',' + subcat + ',' + str(count) + ',"' + fileName + '","' + name + '",' + str(h) + ',' + str(w) + '\n'

Rhino.UI.StatusBar.UpdateProgressMeter("Processing", count, True)

# Rhino.UI.StatusBar.UpdateProgressMeter(count, True)

Rhino.UI.StatusBar.UpdateProgressMeter(count, True)

rs.EnableRedraw(True)

Rhino.UI.StatusBar.HideProgressMeter(sc.doc.RuntimeSerialNumber)

# write out the CSV string to the target CSV file

file = open(export_root + "/indesign_data.csv", "w")

with open(op.join(export_root, "indesign_data.csv"), "w") as f:

file.write(csv_txt)

f.write(csv_txt)

file.close()

if __name__ == "__main__":

test()

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import Rhino
import rhinoscriptsyntax as rs
import scriptcontext as sc
import re
import os
from fractions import Fraction

_nsre = re.compile('([0-9]+)')
def natural_sort_key(s):
    return [int(text) if text.isdigit() else text.lower()
        for text in re.split(_nsre, s)]

def test():
    categories = {}

max = 0
    ids = rs.AllObjects()
    for id in ids:
        if rs.IsText(id):
            text = rs.TextObjectText(id)
            idx = text.find("-")
            if idx != -1:
                name = text[:idx-1]
                rs.ObjectName(id, name)
                cat = rs.GetUserText(id, 'Cat')
                subcat = rs.GetUserText(id, 'SubCat')
                max = max + 1
                if not cat:
                    rs.MessageBox(text + ' does not have a Cat tag.')
                if not subcat:
                    subcat = '---'
                if cat:
                    if not categories.has_key(cat):
                        categories[cat] = {}
                    if not categories[cat].has_key(subcat):
                        categories[cat][subcat] = [id]
                    else:
                        categories[cat][subcat].append(id)

Rhino.UI.StatusBar.ShowProgressMeter(sc.doc.RuntimeSerialNumber, 0, max, "Processing", True, True)

count = 0
    csv_txt = 'Category,Subcategory,Order,Filename,Profile Name,Height,Width\n';

rs.EnableRedraw(True)
    export_root = rs.WorkingFolder() + "/exports"

# loop over each category
    for cat in categories:
        for subcat in categories[cat]:
            ids = categories[cat][subcat]
            if not ids: return

dict = {}
            distances = []
   
            names = set([rs.ObjectName(id) for id in ids])
            for name in names:
                # parse the text object text to get the long dimension then sort by that number
                ids = rs.ObjectsByName(name)
                if not ids: continue
                if len(ids) != 2: continue
                bb = rs.BoundingBox(ids)
                for id in ids:
                    if rs.IsText(id):
                        text = rs.TextObjectText(id).splitlines()[0]
                        # get the last element in the split array, don't read the last character either
                        widthText = text.split("x ")[-1][:-1]
                        dist = float(sum(Fraction(s) for s in widthText.split()))
                if dict.has_key(dist):
                    temp = dict[dist]
                    temp = temp + "," + name
                else:
                    temp = name
                dict[dist] = temp
    
            partList = sorted(dict.keys())

# for now, we just prompt the user for a category and subcategory name, later we can put these in the attributes on each text object instead
            export_folder = export_root

units = rs.UnitSystemName()
            for item in partList:
                test = dict[item]
                names = dict[item].split(",")
                names.sort(key=natural_sort_key)
                for name in names:
                    ids = rs.ObjectsByName(name)
                    fileName = str(count) + "_" + name + ".ai"
                    if not ids: continue
                    if len(ids) != 2: continue
                    bb = rs.BoundingBox(ids)
                    vecDir  = Rhino.Geometry.Point3d(0,0,0) - bb[0]
                    rs.MoveObjects(ids, vecDir)
                    rs.UnselectAllObjects()
                    rs.SelectObjects(ids)

if not os.path.exists(export_folder):
                        os.makedirs(export_folder)
                    rs.Command("-Export " + chr(34) + export_folder + "/" + fileName  + chr(34) + " PreserveUnits=Yes  AIScale=1  Unit=" + units + "  RhinoScale=1  Enter")
                    vecDir.Reverse()
                    rs.MoveObjects(ids, vecDir)
                    count = count + 1
                    w = h = 0
                    # we need to check the 2 objects to find out which is the text label
                    for id in ids:
                        if rs.IsText(id):
                            # we found the text so let's break out the width and height values
                            text = rs.TextObjectText(id)
                            idx = text.find(" - ")
                            if idx != -1:
                                dimension_str = text[idx+3:]
                                w = dimension_str.split(" x ")[1][:-1]
                                h = dimension_str.split(" x ")[0][:-1]
                    csv_txt += cat + ',' + subcat + ',' + str(count) + ',"' + fileName + '","' + name + '",' + str(h) + ',' + str(w) + '\n'

Rhino.UI.StatusBar.UpdateProgressMeter("Processing", count, True)
#     Rhino.UI.StatusBar.UpdateProgressMeter(count, True)

rs.EnableRedraw(True)

Rhino.UI.StatusBar.HideProgressMeter(sc.doc.RuntimeSerialNumber)

# write out the CSV string to the target CSV file
    file = open(export_root + "/indesign_data.csv", "w") 
    file.write(csv_txt)
    file.close()

if __name__ == "__main__":
    test()

Bearbeitung

Datei öffnen

import Rhino
import rhinoscriptsyntax as rs
import scriptcontext as sc
import re
import os
import os.path as op
from fractions import Fraction

_nsre = re.compile('([0-9]+)')
def natural_sort_key(s):
    return [int(text) if text.isdigit() else text.lower()
        for text in re.split(_nsre, s)]

def test():
    categories = {}

max = 0
    ids = rs.AllObjects()
    for obj_id in ids:
        if rs.IsText(obj_id):
            text = rs.TextObjectText(obj_id)
            idx = text.find("-")
            if idx != -1:
                name = text[:idx-1]
                rs.ObjectName(obj_id, name)
                cat = rs.GetUserText(obj_id, 'Cat')
                subcat = rs.GetUserText(obj_id, 'SubCat')
                max = max + 1
                if not cat:
                    rs.MessageBox(text + ' does not have a Cat tag.')
                if not subcat:
                    subcat = '---'
                if cat:
                    if cat not in categories:
                        categories[cat] = {}
                    if subcat not in categories[cat]:
                        categories[cat][subcat] = [obj_id]
                    else:
                        categories[cat][subcat].append(obj_id)

Rhino.UI.StatusBar.ShowProgressMeter(sc.doc.RuntimeSerialNumber, 0, max, "Processing", True, True)

count = 0
    csv_txt = 'Category,Subcategory,Order,Filename,Profile Name,Height,Width\n';

rs.EnableRedraw(False)
    export_dir = op.dirname(__file__)
    export_root = op.join(export_dir, "exports")
    if not op.exists(export_root):
        os.makedirs(export_root)

# loop over each category
    for cat in categories:
        for subcat in categories[cat]:
            ids = categories[cat][subcat]
            if not ids: return

dict = {}
            distances = []
   
            names = set([rs.ObjectName(obj_id) for obj_id in ids])
            for name in names:
                # parse the text object text to get the long dimension then sort by that number
                ids = rs.ObjectsByName(name)
                if not ids: continue
                if len(ids) != 2: continue
                bb = rs.BoundingBox(ids)
                for obj_id in ids:
                    if rs.IsText(obj_id):
                        text = rs.TextObjectText(obj_id).splitlines()[0]
                        # get the last element in the split array, don't read the last character either
                        widthText = text.split("x ")[-1][:-1]
                        dist = float(sum(Fraction(s) for s in widthText.split()))
                if dict.has_key(dist):
                    temp = dict[dist]
                    temp = temp + "," + name
                else:
                    temp = name
                dict[dist] = temp
    
            partList = sorted(dict.keys())

# for now, we just prompt the user for a category and subcategory name, later we can put these in the attributes on each text object instead
            export_folder = export_root

if not os.path.exists(export_folder):
                        os.makedirs(export_folder)
                    rs.Command("-Export " + chr(34) + export_folder + "/" + fileName  + chr(34) + " PreserveUnits=Yes  AIScale=1  Unit=" + units + "  RhinoScale=1  Enter")
                    vecDir.Reverse()
                    rs.MoveObjects(ids, vecDir)
                    count = count + 1
                    w = h = 0
                    # we need to check the 2 objects to find out which is the text label
                    for obj_id in ids:
                        if rs.IsText(obj_id):
                            # we found the text so let's break out the width and height values
                            text = rs.TextObjectText(obj_id)
                            idx = text.find(" - ")
                            if idx != -1:
                                dimension_str = text[idx+3:]
                                w = dimension_str.split(" x ")[1][:-1]
                                h = dimension_str.split(" x ")[0][:-1]
                    csv_txt += cat + ',' + subcat + ',' + str(count) + ',"' + fileName + '","' + name + '",' + str(h) + ',' + str(w) + '\n'

Rhino.UI.StatusBar.UpdateProgressMeter("Processing", count, True)
    Rhino.UI.StatusBar.UpdateProgressMeter(count, True)

rs.EnableRedraw(True)

Rhino.UI.StatusBar.HideProgressMeter(sc.doc.RuntimeSerialNumber)

# write out the CSV string to the target CSV file
    with open(op.join(export_root, "indesign_data.csv"), "w") as f:
        f.write(csv_txt)

if __name__ == "__main__":
    test()