--- /dev/null
+#!/usr/bin/python
+import re
+import askQuestion as aQ
+
+def reverse_dictionary(dict):
+ rev_dict={}
+
+ for item in dict.items():
+ key = item[0]
+ value = item[1]
+ if value in rev_dict.keys():
+ a = rev_dict[value]
+ a.append(key)
+ rev_dict[value] = a
+ else:
+ rev_dict[value]=[key]
+
+ return rev_dict
+
+def swap_gender(style):
+ for i in range(len(maleStyles)):
+ m = maleStyles[i]+' '
+ f = femaleStyles[i]+' '
+ p = pluralStyles[i]+' '
+ if re.search(f,style):
+ return re.sub(f,m,style)
+ elif re.search(m,style):
+ return re.sub(m,f,style)
+ elif re.search(p,style):
+ return re.sub(p,m,style)
+
+ return style
+
+def make_plural(style):
+ for i in range(len(maleStyles)):
+ m = maleStyles[i]+' '
+ f = femaleStyles[i]+' '
+ p = pluralStyles[i]+' '
+ if re.search(f,style):
+ return re.sub(f,p,style)
+ elif re.search(m,style):
+ return re.sub(m,p,style)
+ return style
+def make_singular(style):
+ for i in range(len(maleStyles)):
+ m = maleStyles[i]+' '
+ f = femaleStyles[i]+' '
+ p = pluralStyles[i] + ' '
+ if re.search(p,style):
+ return re.sub(p,m,style)
+ return style
+def make_male(style):
+ for i in range(len(maleStyles)):
+ m = maleStyles[i]+' '
+ f = femaleStyles[i]+' '
+ p = pluralStyles[i] + ' '
+ if re.search(p,style):
+ return re.sub(p,m,style)
+ if re.search(f,style):
+ return re.sub(f,m,style)
+ return style
+def is_number(s):
+ try:
+ float(s)
+ return 1
+ except ValueError:
+ return 0
+
+def print_people(n):
+ if n!=1:
+ return 'people'
+ else:
+ return 'person'
+
+def print_children(n):
+ if n>1:
+ return 'children'
+ else:
+ return 'child'
+
+def month_numbers(monthN):
+ names = ['unknown month', 'January','February',\
+ 'March','April','May','June','July',\
+ 'August','September','October',\
+ 'November','December']
+
+ if monthN <=12:
+ month = names[monthN]
+ else:
+ month = 'Incorrectly entered month ' + str(monthN)
+ return month
+
+def ordinal_numbers(number):
+ number = int(number)
+ out = '%d' % (number)
+ if number % 10==1 and number/10 % 10 !=1:
+ out +='st'
+ elif number % 10==2 and number/10 % 10 !=1:
+ out +='nd'
+ elif number % 10==3 and number/10 % 10 !=1:
+ out +='rd'
+ else:
+ out +='th'
+ return out
+
+def add_quotes(s):
+ s = str(s)
+ return "'"+s+"'"
+
+
+def relationship(level1, level2,names):
+ if len(names)==1:
+ return "%s and this person are not related" %(names[0])
+
+ if level1==0 and level2==0:
+ if names[0]==names[1]:
+ return "%s is %s" %(names[0],names[1])
+ else:
+ return "%s and %s are not related" %(names[0],names[1])
+ if level1==0:
+ return "%s is %s's %s" \
+ %(names[0],names[1],parent_level(level2,'parent'))
+
+ if level2==0:
+ return "%s is %s's %s" \
+ %(names[1],names[0],parent_level(level1,'parent'))
+
+ if level1>=level2:
+ remove = level1-level2
+ cousinNum = level2-1
+ else:
+ remove = level2-level1
+ cousinNum = level1-1
+
+ if cousinNum==0:
+ uaLevel = parent_level(remove,'uncle or aunt')
+ if level1<= level2:
+ return "%s is %s's %s" % (names[0],names[1],uaLevel)
+
+ if level2<level1:
+ return "%s is %s's %s" % (names[1],names[0],uaLevel)
+
+ c=ordinal_numbers(cousinNum)
+ if remove == 1:
+ rem = 'once'
+ elif remove ==2:
+ rem = 'twice'
+ else:
+ rem = str(remove) + ' times'
+
+ r = "%s and %s are %s cousins" % (names[0],names[1],c)
+ if remove !=0:
+ r += ' %s removed' % rem
+
+ return r
+
+def parent_level(level,type):
+ selfList = ['parent','child']
+ if level == 0:
+ if type in selfList:
+ return 'self'
+ else:
+ return 'sibling'
+ out = type
+ if level ==1:
+ return out
+ if type in selfList:
+ out = 'grand ' + out
+ else:
+ out = 'great '+out
+ if level ==2:
+ return out
+ for i in range(2,level):
+ out = 'great '+out
+ return out
+
+def isKing(ID):
+ ID = int(ID.split(',')[-1])
+ s= "SELECT style FROM styles WHERE ID=?"
+ t = (ID,)
+ k = 0
+ spellingsOfKing = ['King','Queen','king','queen']
+ for row in aQ.run_query(s,t):
+ for s in spellingsOfKing:
+ if re.search(s+'([^a-zA-Z]|$)',row[0]) != None:
+ k = 1
+ return k
+
+global maleStyles
+maleStyles = ['Emperor','King','Duke','Archduke',\
+ 'Lord','Count','Prince','Baron','Landgrave',\
+ 'Treasurer','Bishop','bishop','Infante','Defender',\
+ 'Earl','Elector','Emperor','Margrave']
+global femaleStyles
+femaleStyles = ['Empress','Queen','Duchess','Archduchess',\
+ 'Lady','Countess','Princess','Baroness','Landgravine',\
+ 'Treasurer','Bishop','bishop','Infanta','Defender',\
+ 'Countess','Electress','Empress','Margravine']
+global pluralStyles
+pluralStyles = ['Emperors','Kings','Dukes','Archdukes',\
+ 'Lords','Counts','Princes','Barons','Landgraves',\
+ 'Treasurers','Bishops','bishops','Infantes','Defenders',\
+ 'Earls','Electors','Emperors','Margraves']
+
+global successorStates
+successorStates = {'King of the Anglo-Saxons':'King of the English',\
+ 'King of the English':'King of England',\
+ 'King of England':'King of Great Britain',\
+ 'King of Great Britain':\
+ 'King of the United Kingdom of Great Britain and Ireland',\
+ 'King of the United Kingdom of Great Britain and Ireland':\
+ 'King of the United Kingdom of Great Britain and Northern Ireland',\
+ 'King of the Franks':'King of France'\
+ }
+
+global predeccessorStates
+predeccessorStates = reverse_dictionary(successorStates)
~naath / familyTree.git / blobdiff