square_volume.py

square_volume.py

Iterate over the sculpt tree, show the basic stats - square, volume

1# Iterate over the sculpt tree, show the basic stats - square, volume

2import coat

3

4# This class represents the one line in the info box, the square and volume of one sculpt object

5class OneLine :

6 def __init__(self):

7 self.name = ""

8 self.Square = 0

9 self.Volume = 0

10

11 def __init__(self, el) :

12 self.name = el.name()

13 self.Square = el.Volume().getSquare()

14 self.Volume = el.Volume().getVolume()

15

16 def ui(self):

17 return [

18 "[3]",

19 "name,'!name'", #"!identifier" means that it is readonly and it's name does not appear in UI

20 "Square,'!Square'",

21 "Volume,'!Volume'"

22 ]

23

24# This is the class to represent the information about all volumes

25class Stats:

26 def __init__(self):

27 self.lines = []

28

29 def Calculate(self):

30 # get the sculpt root

31 r = coat.Scene.sculptRoot()

32 # iterate through all sculpt objects

33 def walker(el):

34 # adding the element to ClassArray to represent in UI

35 line = OneLine(el)

36 if el.isSculptObject() : self.lines.append(line)

37 print(line.name, line.Square, line.Volume)

38 return False

39

40 r.iterateVisibleSubtree(walker)

41 print(self.lines)

42

43 # This is the list of volumes, ClassArray is the array of pointers to BaseClass-derived items

44 def ui(self):

45 return [

46 # making the header, 3 columns

47 "[3]",

48 # "*name" means it is left-aligned text

49 "#*Name",

50 "#*Square",

51 "#*Volume",

52 "---",

53 "lines",

54 "---"

55 ]

56

57stats = Stats()

58# calculate the stats

59stats.Calculate()

60coat.dialog().ok().params(stats).show()

     # Iterate over the sculpt tree, show the basic stats - square, volume
     import coat

     # This class represents the one line in the info box, the square and volume of one sculpt object
     class OneLine :
             def __init__(self):
                     self.name = ""
                     self.Square = 0
                     self.Volume = 0

             def __init__(self, el) :
                     self.name = el.name()
                     self.Square = el.Volume().getSquare()
                     self.Volume = el.Volume().getVolume()

             def ui(self):
                     return [
                                "[3]",
                                "name,'!name'", #"!identifier" means that it is readonly and it's name does not appear in UI
                                "Square,'!Square'",
                                "Volume,'!Volume'"
                     ]

     # This is the class to represent the information about all volumes
     class Stats:
             def __init__(self):
                     self.lines = []

             def Calculate(self):
                     # get the sculpt root
                     r = coat.Scene.sculptRoot()
                     # iterate through all sculpt objects
                     def walker(el):
                             # adding the element to ClassArray to represent in UI
                             line = OneLine(el)
                             if el.isSculptObject() : self.lines.append(line)
                             print(line.name, line.Square, line.Volume)
                             return False

                     r.iterateVisibleSubtree(walker)
                     print(self.lines)

             # This is the list of volumes, ClassArray is the array of pointers to BaseClass-derived items
             def ui(self):
                     return [
                             # making the header, 3 columns
                             "[3]",
                             # "*name" means it is left-aligned text
                             "#*Name",
                             "#*Square",
                             "#*Volume",
                             "---",
                             "lines",
                             "---"
                     ]

     stats = Stats()
     # calculate the stats
     stats.Calculate()
     coat.dialog().ok().params(stats).show()