Source Code for Module theia.helpers.settings

 1  '''Module to initiate all global variables for theia.''' 
 2   
 3  # Provides: 
 4  #   init 
 5   
 6 -def init(dic): 
 7      '''Initiate globals with dictionary. 
 8   
 9      dic: dictionary holding values for globals. [dictionary] 
10   
11      ''' 
12      # these are *all* the theia globals 
13      global info 
14      global warning 
15      global text 
16      global cad 
17      global fname 
18      global fclib 
19      global antiClip 
20      global short 
21      global clipFactor   # portion of beam inside optic to determine whether 
22                          # clipping has occured. 
23      global FCFactor     # factor to compensate for FreeCAD units 
24   
25      #geometry 
26      global zero #geometrical 0 distance (for seperation) 
27      global inf  # geometrical infinite 
28      global flatK    # curvature of a flat surface 
29   
30      #dictionary of orders in which input is given in .tia 
31      global inOrder 
32      global types 
33      global typeStrings 
34   
35      #geometry 
36      zero = 1.e-10 
37      inf = 1.e15 
38      flatK = 1.e-5 
39      clipFactor = 2. 
40      FCFactor = 0.001 
41   
42      #order of data in .tia 
43      inOrder = { 
44   
45      'bm': ['Wx','Wy','WDistx','WDisty','Wl','P', 
46              'X','Y','Z','Theta','Phi','Alpha','Ref'], 
47   
48      'mr': ['X','Y','Z','Theta','Phi','Wedge','Alpha', 
49              'HRK','ARK','Diameter','Thickness','N','HRr','HRt','ARr','ARt', 
50              'KeepI', 'Ref'], 
51   
52      'sp': ['RonHR', 'TonHR', 'RonAR', 'TonAR', 
53              'X','Y','Z','Theta','Phi','Wedge','Alpha', 
54              'HRK','ARK','Diameter','Thickness','N','HRr','HRt','ARr','ARt', 
55              'KeepI', 'Ref'], 
56   
57      'bs': ['X','Y','Z','Theta','Phi','Wedge','Alpha', 
58              'HRK','ARK','Diameter','Thickness','N','HRr','HRt','ARr','ARt', 
59              'KeepI', 'Ref'], 
60   
61      'th': ['X','Y','Z','Theta','Phi','Focal','Diameter', 
62              'R','T','KeepI','Ref'], 
63   
64      'tk': ['X','Y','Z','Theta','Phi','K1','K2','Diameter', 
65              'Thickness','N','R','T','KeepI','Ref'], 
66   
67      'bd': ['X','Y','Z','Theta','Phi','Diameter','Thickness', 'Ref'], 
68      'gh': ['X','Y','Z','Theta','Phi','Diameter', 'Ref'], 
69      'bo': ['X', 'Y', 'Z']} 
70   
71      # expected types of inputs 
72      types = {'X': float, 'Y': float, 'Z': float, 
73              'Theta': float, 'Phi': float, 'Diameter': float, 
74              'Thickness': float, 'Ref': str, 'K1': float, 'K2': float, 
75              'KeepI': bool, 'T': float, 'R': float, 'N': float, 'Focal': float, 
76              'HRK': float, 'ARK': float, 
77              'HRr': float, 'HRt': float,'ARr': float,'ARt': float, 
78              'Wedge': float, 'Alpha': float, 
79              'RonHR': int, 'TonHR': int, 'RonAR': int, 'TonAR': int, 
80              'Wx': float, 'Wy': float, 'WDistx': float, 'WDisty': float, 
81              'Wl': float, 'P': float} 
82   
83      #strings to print types 
84      typeStrings = {float: 'float', int: 'int', str: 'string', bool: 'boolean'} 
85   
86      #parsed from command line 
87      info = dic['info'] 
88      warning = dic['warning'] 
89      text = dic['text'] 
90      cad = dic['cad'] 
91      fname = dic['fname'] 
92      fclib = dic['fclib'] 
93      antiClip = dic['antiClip'] 
94      short = dic['short'] 
95