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Dam28oct2019.py
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Dam28oct2019.py
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#!/usr/bin/env python
# -*- coding: utf-8 -*-
#31 mrt, looks good for now, showMyMessage stays on top!
#2 apr, make debugs invisible ... Ver 4apr 4.4
# 4 apr make a def for black and white stones, sorted def blackAndWhiteStones L 680
# 5 apr with open(filenaam) as f: lines = [line.rstrip('\n') for line in f] for reading movements
# 5 apr
# 6 apr. make irrelevant stone-choice invisible done
# 7apr better order TODO of maininteraction!
# 7 apr normal stone ending on prolongation-line now become a DAM ;-)
# 7 apr single or dubble jumps ending on prolongation-line now become a Dam ;-)
# 7 apr trying normalThireOrderJumpsDict via allJumpDicts (normal and dam) and normalThireOrderJumpsDict
# 9 apr (fouten zoeken)
# 12 apr DamNew.py andere dam dict?!
# 17 apr algemene dam sprong gerealiseerd ?checknodig
# 17 apr sprong fout zoeken met 3dams1cannotjump_4fout.xcf verbeterd 04-19 09:32OK
# 19 april check normal jumps TODO done looks good
# repair normal dam movement done
#20 apr round jump normal stone, start stone error
#21 apr OK,
#22 apr try replacing right and left by possible places or non
#25 apr damjump allows to use place of starting dam
# ==== the real UI
# 30 october 2019 reviving
import gimp
import gimpplugin
from gimpenums import *
pdb = gimp.pdb
import gobject
import gtk
import gimpui
import _gimpui
import os
import sys
import json
#TODO ftp://ftp.univ-fcomte.fr/_Pour_Les_Etudiants_/Outils_Bureautiques_2009-2010/fscommand/Gimp/gimp_2_6_6/lib/gimp/2.0/python/gimpfu.py
damClass = None #to be replaced by the called class
jsonDone = None
black_piece_list= []
white_piece_list = []
jumpsAvailable = False
####test install a bord out of a list made by blackAndWhiteStones(both)
bordDone = True
sys.path.append(gimp.directory + "/dammen")
#print(sys.path[-1])
from time import time, sleep
from datetime import datetime
'''
>>> from datetime import datetime
>>> datetime.now().strftime("%y-%m-%d %H:%M")
'17-04-05 08:48'
'''
from random import random
from random import randint
#global???!!!
multipleJumpPossible = False
singleJumpPossible = False
stoneBoxDBG = False
fromPlaceToCoord = {}
fromCoordToPlace = {}
simpleDiffs = {"SE":[100, 100],"NE":[100, -100],"SW":[-100, 100],"NW":[-100, -100]}
simpleDiffsInvers = {(100, 100):"SE",(100, -100):"NE",(-100, 100):"SW",(-100, -100):"NW"}
def deleteValueFromDict(myD, myValue):
nkey = [tuple(el) for el in myD.values()]
inversD = dict(zip(nkey, myD.keys()))
delKey = tuple(myValue)
remKey = inversD[delKey]
myD.pop(remKey)
return myD
def findJumpToRemove(Fjump): #Fjump a list of jumps
if len(Fjump) < 15:
return
fj = [ [Fjump[i],Fjump[i+1]] for i in range(1,len(Fjump),3)]
tes = fj.index(fj[-1]) #only last element may be wrong!
tmp = len(fj) - tes
return ( tmp > 4)
return (fj, tes)
def myDir(x, y): #to find from two stones on a diagonal the direction!
def mySign(x):
tmp = 100 if x > 0 else -100
return tmp
xx = fromPlaceToCoord[x]
yy = fromPlaceToCoord[y]
di = [yy[0] - xx[0], yy[1] - xx[1]]
tt = (mySign(di[0]), mySign(di[1]))
return simpleDiffsInvers[tt]
def roundPossible(L):
richtingen = [myDir(L[i],L[i+1]) for i in range(1, len(L), 3)]
return richtingen
randNr = [1, 2, 3, 4, 5, 15, 25, 35, 45 , 6, 16, 26, 36, 46, 47, 48, 49, 50]
def makeDictsInfo():
global fromCoordToPlace, fromPlaceToCoord
#debug(("L109 makedictsinfo"),1);
black = [1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20]
white = [31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50]
#for 1000x1000 board
if False: #len(fromPlaceToCoord) == 50 :
return
lin_col = [ i*100 for i in range(10)]
#a list of rownumber from 0 to 9 of the board
rowindex = [ [i, i, i, i, i] for i in[el for el in range(10)]]
#debug(rowindex,1)
#to be converted to list of ints only
takefromrow = []
for el in rowindex:
takefromrow.extend(el)
#STANDARD notation into coords of for guides (1000 x 1000 board!!!)
start2rows = [1, 3, 5, 7, 9 , 0, 2, 4, 6, 8]*5
fptc = {}
for el in range(50):
fptc[el + 1] = (lin_col[start2rows[el]] , lin_col[takefromrow[el]] )
for i in range(1,51):
fromPlaceToCoord[i] = ( fptc[i])
fromCoordToPlace = dict([[tuple(v), k] for k, v in fromPlaceToCoord.items()])
makeDictsInfo()
def showMyMessage( msg = "Hallo die Enten"):
"""
Helper for popup message screens
"""
#PKHG>TODO gtk.Window.set_transient_for()
dialog = gtk.MessageDialog(buttons = gtk.BUTTONS_OK)
dialog.set_keep_above(True)
dialog.set_markup(msg)
dialog.format_secondary_text("\n\nRemove me test ;-)")
dialog.run()
dialog.destroy()
#for debugging needed info:
debug_output = False
def fdebug(val, withStones = False):
def blackAndWhiteStones():
#self.inititializeTheBord()
image = gimp.image_list()[0]
all_stone_layers = [el for el in image.layers if el.name.startswith("black") or el.name.startswith('white')]
black_stone_layers = [el for el in all_stone_layers if el.name[:5] == 'black']
white_stone_layers = [el for el in all_stone_layers if el.name[:5] == 'white']
black_stone_coords = [eval(el.name[7:]) for el in black_stone_layers]
white_stone_coords = [eval(el.name[7:]) for el in white_stone_layers]
whiteStones = [fromCoordToPlace[tuple(el)] for el in white_stone_coords]
blackStones = [fromCoordToPlace[tuple(el)] for el in black_stone_coords]
whiteStones.sort()
blackStones.sort()
blackDams = [el for el in blackStones if bord[el]['layer'].name[5] == 'D']
whiteDams = [el for el in whiteStones if bord[el]['layer'].name[5] == 'D']
return (whiteStones, blackStones, whiteDams, blackDams)
fp = open(gimp.directory + "/dammen/Devellopment/dbg/DamNewDBG.txt", "a") #for DamNew ;-)
image = gimp.image_list()[0]
image_name = image.name
buildDateTime = datetime.now().strftime("%y_%m_%d %H:%M")
allStones = None
if withStones:
layers = image.layers
allStones = blackAndWhiteStones()
json.dump(buildDateTime,fp)
json.dump(image_name, fp)
if allStones:
fp.write(str(allStones))
fp.write('\n')
json.dump(str(val),fp)
fp.write('\n')
fp.write('\n')
fp.close()
def debugOLD(val, urgent = 0 ):
global debug_output
#gimp.message(" debug called")
"""
if urgent > 0 :
gimp.message(str(val))
if not debug_output :
return
"""
gimp.message(str(val))
def showMyMessage( msg = "Hallo die Enten"):
"""
Helper for popup message screens
"""
#PKHG>TODO gtk.Window.set_transient_for()
dialog = gtk.MessageDialog(buttons = gtk.BUTTONS_OK)
dialog.set_keep_above(True)
dialog.set_markup(msg)
dialog.format_secondary_text("\n\nRemove me ;-)")
dialog.run()
dialog.destroy()
#for debugging needed info:
debug_output = False
def debug(val, urgent = 0 ):
global debug_output
#gimp.message(" debug called")
if urgent > 0 :
showMyMessage(str(val))
if debug_output == False :
return
showMyMessage(str(val))
def debugErr(e):
exc_type, exc_obj, exc_tb = sys.exc_info()
fname = os.path.split(exc_tb.tb_frame.f_code.co_filename)[1]
debug(fname+'\n'+str(exc_tb.tb_lineno)+'\n'+str(e), urgent = 1)
#PKHG>?
def diagonalDirections():
diagonalStone = {'SE':'NW','SW':'NE','NE':'SW','NW':'SE'}
return diagonalStone
diag = diagonalDirections()
def allowedCoord(coord):
result = (coord[0] >=0 and coord[0] <= 900) and (coord[1] >=0 and coord[1] <= 900)
return result
def burenOf(nr):
result ={}
if nr == 5 :
result['SW'] = 10
elif nr == 46 :
result['NE'] = 41
elif nr in [15, 25, 35, 45]:
result['NW'] = nr - 5
result['SW'] = nr + 5
elif nr in [1, 2, 3, 4]:
result['SW'] = nr + 5
result['SE'] = nr + 6
elif nr in [6, 16, 26, 36]:
result['SE'] = nr + 5
result['NE'] = nr - 5
elif nr in [47, 48, 49, 50]:
result['NW'] = nr - 6
result['NE'] = nr - 5
else:
line = (nr - 1)/ 5
even = (line % 2) == 0
if even:
result['SW'] = nr + 5
result['SE'] = nr + 6
result['NE'] = nr - 4
result['NW'] = nr - 5
else:
result['SW'] = nr + 4
result['SE'] = nr + 5
result['NE'] = nr - 5
result['NW'] = nr - 6
return result
def makeDiag(van, richting):
coordVan = list(fromPlaceToCoord[van])
diff = simpleDiffs[richting]
result = [van]
val = coordVan
OK = True
while OK:
val[0] += diff[0]
val[1] += diff[1]
if allowedCoord(val):
nextNr = fromCoordToPlace[tuple(val)]
result.append(nextNr)
else:
OK = False
return result
buren = {}
for i in range(1,51):
buren[i] = burenOf(i).keys()
newDictBuren = {}
for direction in buren[i]:
newDictBuren[direction] = makeDiag(i, direction)
buren[i] = newDictBuren
#global, because only ONE
bord = {}
for i in range(1, 51):
bord[i] = {'layer':None,'buren':buren[i]}
damGeneralOrderDict = {}
damZeroOrderJumpsDict = {}
'''
damFirstOrderJumpsDict = {}
damSecondOrderJumpsDict = {}
'''
normalZeroOrderJumpsDict = {}
'''
normalFirstOrderJumpsDict = {}
normalSecondOrderJumpsDict = {}
normalThireOrderJumpsDict = {}
normalDictsList = [normalZeroOrderJumpsDict, normalFirstOrderJumpsDict, normalSecondOrderJumpsDict, normalThireOrderJumpsDict]
#PKHG>?allJumpDicts = {'normal':normalDictsList, 'dam':None}
'''
def listOfFollowingEmpties(inputList, damPlace = 0):
#PKHG>OK04-21 fdebug(("L292 inputList", inputList))
res = []
if damPlace: #a value given!
res = [damPlace]
for p in inputList[1:]:
if bord[p]['layer'] == None:
res.append(p)
continue
else:
break
#PKHG>OK
#PKHG>OK04-21 fdebug(("L303 res ", res))
return res
def searchNormalGeneralOrderJumps(normalStartList, forColor):
if not normalStartList:
return []
#PKHG>04-20
#PKHG>OK04-21 fdebug(("L310 normalStartList", normalStartList))
""" "17_04_20 12:02""checkNormalRound.xcf" OK
"('L312 normalStartList', [[23, 19, 14], [23, 29, 34], [23, 18, 12]])"
"""
allTocheck = []
nextNormalList = []
for el in normalStartList:
#PKHG>OK fdebug(("L318 el", el))
""" "17_04_20 12:18""checkNormalRound.xcf" OK
"('L320 el', [23, 19, 14])"
"""
tmp = myDir(el[-2],el[-1])
diag = {'SE':'NW','SW':'NE','NE':'SW','NW':'SE'}
wrongDir = diag[tmp]
#PKHG>04-20 12:02
#PKHG>OK fdebug( ("L326 el, wrongDir", el ,wrongDir))
""" "17_04_20 12:18""checkNormalRound.xcf"
"('L328 el, wrongDir', [23, 19, 14], 'SW')"
"""
directions = bord[el[-1]]['buren'].keys() # jumpgoal
#PKHG>OK fdebug(("L331 before removing! directions from", el, directions))
""" "17_04_20 12:21""checkNormalRound.xcf" OK
"('L333 before removing! directions from', [23, 19, 14], ['SW', 'NE', 'SE', 'NW'])"
"""
directions.remove(wrongDir) # inverse where onc came from
#PKHG>OK fdebug(("L337 directions from", el, directions))
""" "17_04_20 12:21""checkNormalRound.xcf"
"('L339 directions from', [23, 19, 14], ['NE', 'SE', 'NW'])"
"""
tmp = el + [directions]
allTocheck.append(tmp)
#PKHG>OK
#PKHG>OK fdebug(("L346 RETURN allTocheck", allTocheck)) ;return
""" "17_04_20 13:29""checkNormalRound.xcf"
"('L348 RETURN allTocheck', [[23, 19, 14, ['NE', 'SE', 'NW']], [23, 29, 34, ['SW', 'NE', 'SE']], [23, 18, 12, ['SW', 'NE', 'NW']]])"
"""
""" 17_04_20 12:25""checkNormalRound.xcf""('L350 RETURN allTocheck', [
[23, 19, 14, ['NE', 'SE', 'NW']],
[23, 29, 34, ['SW', 'NE', 'SE']],
[23, 18, 12, ['SW', 'NE', 'NW']]])"
"""
for check in allTocheck:
#PKHG>OK04-21 fdebug(("L357 check ", check))
oldjump = check[:-1]
startToJump = oldjump[-1]
directions = check[-1]
#PKHG>04-19 fdebug(("L361 oldjump startToJump directions", oldjump, startToJump, directions))
""" "17_04_19 11:50""normal3dubbelesprongen.xcf"
"('L363 oldjump startToJump directions', [23, 29, 34], 34, ['SW', 'NE', 'SE'])"
"('L364 oldjump startToJump directions', [23, 18, 12], 12, ['SW', 'NE', 'NW'])"
"('L365 oldjump startToJump directions', [38, 42, 47], 47, ['NW'])"
"('L366 oldjump startToJump directions', [43, 39, 34], 34, ['NE', 'SE', 'NW'])"
"""
for dire in directions:
inputDiagonal = bord[startToJump]['buren'][dire]
#PKHG>OK
#PKHG>OK04-21 fdebug(("L371 startToJump dire inputDiagonal", startToJump, dire, inputDiagonal))
if len(inputDiagonal) < 3: #diagonal not long enough
continue
if bord[inputDiagonal[1]]['layer'] == None: #no stone to capture?
continue
if bord[inputDiagonal[1]]['layer'].name[:5] == forColor: # color?
continue
goodStone = inputDiagonal[1]
#PKHG>OK04-21 fdebug(("L379 goodStone before check of done", goodStone))
if goodStone in oldjump:
continue
#PKHG>OK
#PKHG>OK04-21 fdebug(("L384 goodStone not in oldjump inputDiagonal", goodStone, inputDiagonal))
""" "17_04_20 12:31""checkNormalRound.xcf"
"('L386 goodStone not in oldjump inputDiagonal', 9, [14, 9, 3])"
"17_04_20 12:31""checkNormalRound.xcf"
"('L388 goodStone not in oldjump inputDiagonal', 40, [34, 40, 45])"
"17_04_20 12:31""checkNormalRound.xcf"
"('L390 goodStone not in oldjump inputDiagonal', 8, [12, 8, 3])"
"""
"""
if goodStone == 7:
#PKHG>OK04-21 fdebug(("L396 bord[inputDiagonal[2]]['layer']", bord[inputDiagonal[2]]['layer']))
"""
if bord[inputDiagonal[2]]['layer'] == None or inputDiagonal[2] == oldjump[0]:
newJump = oldjump + [goodStone, inputDiagonal[2]]
nextNormalList.append(newJump)
#PKHG>OK
#PKHG>OK fdebug(("L404 RETURN nextNormalList", nextNormalList)); return
""" "17_04_20 13:31""checkNormalRound.xcf"
"('L406 RETURN nextNormalList', [[23, 19, 14, 9, 3], [23, 29, 34, 40, 45], [23, 18, 12, 8, 3]])"
"""
""" "17_04_20 12:36""checkNormalRound.xcf""('L409 RETURN nextNormalList', [
OK
[23, 19, 14, 9, 3],
[23, 29, 34, 40, 45],
[23, 18, 12, 8, 3]])"
"""
#PKHG>OK fdebug(("L 406 returning nextNormalList", nextNormalList))
""" "17_04_20 12:39""checkNormalRound.xcf" "('L416 RETURN nextNormalList', [
[23, 19, 14, 9, 3],
[23, 29, 34, 40, 45],
[23, 18, 12, 8, 3]])"
"""
return nextNormalList
#################### ????????????????
result = nextNormalList
'''
for el in nextNormalList:
#PKHG>OK04-21 fdebug(("L427 return el", el))
if len(el) == 3:
result.append(el)
else:
tmp = el[:3]
tmp2 = [[el[i] ,el[i + 1]] for el in range(3, len(el), 2)]
tmp.append(tmp2)
result.append(tmp)
continue
#PKHG>OK04-21 fdebug(("L437 result", result))
'''
return result
def searchDamGeneralOrderJumps(damStartList, forColor):
#PKHG>OK debug(("L442 forced return"));return
if not damStartList:
return []
jteller = 0
nextDamList = []
order = -1
order = len(damStartList[0]) - 1
debug(("L449 jump-level ", order/2 ))
allTocheck = []
for el in damStartList:
dirWrong = "I came from"
if len(el) > 2:
dirWrong = diag[myDir(el[-2],el[-1])]
#PKHG>OK04-21 fdebug(("L457 dirWrong", dirWrong))
directions = bord[el[-1]]['buren'].keys() #Last elemen either dam or jumpgoal
if len(dirWrong) == 2:
directions.remove(dirWrong)
#PKHG>OK fdebug(("307 el, directions",el, directions))
tmp = el + [directions]
allTocheck.append(tmp)
#PKHG>OK
#PKHG>OK04-21 fdebug(("L466 allTocheck", allTocheck))
"""
"17_04_16 16:01""3dams1cannotjump_2.xcf"
"('L470 allTocheck', [[2, ['SW', 'SE']], [3, ['SW', 'SE']], [46, ['NE']]])"
"17_04_18 15:40""3dams1cannotjump_4foutzonderD3.xcf"
"('L473 allTocheck', [[2, ['SW', 'SE']], dam 46 no jump possible OK [46, ['NE']]])"
"17_04_18 16:10""3dams1cannotjump_4foutzonderD3.xcf"
"('L476 allTocheck', [[2, 7, 11, ['SW', 'NE', 'SE', 'NW']]])"
"""
allJumpsInfo = []
for check in allTocheck:
oldjump = check[:-1]
damStoneAllowed = oldjump[0]
#PKHF>OK fdebug(("L483 RETRUN, damStoneAllowed", damStoneAllowed));return
startToJump = oldjump[-1]
directions = check[-1]
#PKHG>OK
#PKHG>OK04-21
#if startToJump == [28, 23, 19, 13, 8, 12, 17]:
#PKHF>OK fdebug(("L489 oldjump,startToJump, directions", oldjump, startToJump, directions))
""" "17_04_18 15:40""3dams1cannotjump_4foutzonderD3.xcf"
"('L492 oldjump,startToJump, directions', [2], 2, ['SW', 'SE'])" OK
"('L493 oldjump,startToJump, directions', [46], 46, ['NE'])" ok
"17_04_18 16:10""3dams1cannotjump_4foutzonderD3.xcf"
"('L496 oldjump,startToJump, directions', [2, 7, 11], 11, ['SW', 'NE', 'SE', 'NW'])"
"""
for dire in directions:
inputDiagonal = bord[startToJump]['buren'][dire]
#PKHG>OK
#PKHG>OK04-21 fdebug(("L503 dire, inputDiagonal", dire, inputDiagonal))
empties = listOfFollowingEmpties(inputDiagonal, startToJump )
#empties = listOfFollowingEmpties(inputDiagonal, damStoneAllowed )
#PKHG>OK
#PKHG>OK04-21 fdebug(("L508 startToJump, empties" ,startToJump, empties))
""" "17_04_16 17:59""3dams1cannotjump_2.xcf"
"('L510 startToJump, empties', 2, [2])"
"('L511 startToJump, empties', 2, [2, 8, 13])"
"('L512 startToJump, empties', 3, [3, 8, 12])"
"('L513 startToJump, empties', 3, [3])"
"('L514 startToJump, empties', 46, [46, 41, 37])"
"17_04_18 16:05""3dams1cannotjump_4foutzonderD3.xcf"
"('L517 startToJump, empties', 2, [2, 8, 13, 19, 24, 30, 35])" fout!
"17_04_18 16:10""3dams1cannotjump_4foutzonderD3.xcf"
"('L520 startToJump, empties', 11, [11])"
"""
if len(empties) < len(inputDiagonal):
captureStone = inputDiagonal[len(empties)]
#PKHG>OK
#PKHG>OK04-21 fdebug(("L526, captureStone", captureStone))
""" "17_04_16 18:09""3dams1cannotjump_2.xcf"
"('L528, captureStone', 7)"
"('L529, captureStone', 19)"
"('L530, captureStone', 17)"
"('L531, captureStone', 9)"
"('L532, captureStone', 32)"
"""
if bord[captureStone]['layer'].name[:5] == forColor:
fdebug(("L535 wrong color stone at ", captureStone))
continue
goodStone = captureStone
if goodStone in oldjump:
continue
#PKHG>OK
#PKHG>OK04-21 fdebug(("L541 goodStone ", goodStone))
"""
"17_04_16 18:15""3dams1cannotjump_2.xcf"
"('L544 goodStone ', 7)"
"('L545 goodStone ', 19)"
"('L546 goodStone ', 17)"
"('L547 goodStone ', 9)"
"17_04_18 15:40""3dams1cannotjump_4foutzonderD3.xcf"
"('L549 goodStone ', 16)"
"('L550 goodStone ', 17)"
"""
whereInInput = inputDiagonal.index(goodStone)
#PKHG>OK fdebug(("L554 inputDiagonal, whereInInput", inputDiagonal, whereInInput))
nextInds = inputDiagonal[whereInInput:]
#PKHG>OK fdebug(("L556 nextInds", nextInds))
if len(nextInds) > 1:
for emptyQ in nextInds[1:]:
#emptyQ = nextInds[1]
if bord[emptyQ]['layer'] == None or emptyQ == damStoneAllowed:
#PKHG>OK fdebug(("L562 jump found TODO", emptyQ))
#NEWjump = oldjump + nextInds[:2]
NEWjump = oldjump + [goodStone, emptyQ]
nextDamList.append(NEWjump)
#PKHG>OK04-21 fdebug(("L566 new jump start order", NEWjump, oldjump[0], order/2))
""" "17_04_16 19:52""3dams1cannotjump_2.xcf" OK
"('new jump', [2, 7, 11])"
"('new jump', [2, 19, 24])"
"('new jump', [3, 17, 21])"
"('new jump', [3, 9, 14])"
"""
else:
#PKHG>OK fdebug(("L574 following place not empty", emptyQ))
#PKHG>OK debug(("L575 break follows", emptyQ))
break
else:
#PKHG>OK fdebug(("L578 diagonal too short", nextInds))
TODO = '???'
#PKHG>OK04-21 fdebug(("L581 nextDamList", nextDamList))
"""
"17_04_17 17:53""[Untitled]" start !!!
"('L584 nextDamList', [[2, 7, 11], [2, 19, 24], [2, 19, 30], [2, 19, 35], [3, 17, 21], [3, 9, 14], [3, 9, 20], [3, 9, 25]])"
"17_04_17 17:20""[Untitled]"
"('L587 nextDamList', [[2, 7, 11, 17, 22, 18, 13, 19, 24, 29, 33, 39, 44], [2, 7, 11, 17, 33, 29, 24, 19, 13, 18, 22, 39, 44]])"
"""
return nextDamList
###################newdam start
def stopPlaceNextDiags(bordStone, wrongDir, forColor):
directionsThisPlacePossible = bord[bordStone]['buren'].keys()
diag = {'SE':'NW','SW':'NE','NE':'SW','NW':'SE'}
notLookBack = diag[wrongDir]
directionsThisPlacePossible.remove(notLookBack)
#PKHG>OK04-21 fdebug(("L598 new bordstone, directionsP", bordStone, directionsThisPlacePossible))
""" "17_04_14 16:26""3dams1cannotjump.xcf" first of dam at 2
"('L600 new bordstone, directionsP', 11, ['SW', 'SE', 'NW'])"
"""
newDictValues = []
for thisDirection in directionsThisPlacePossible:
diagonal = bord[bordStone]['buren'][thisDirection]
lenDiagonal = len(diagonal)
if lenDiagonal < 3: #too few places for a jump?
#PKHG>OK
#PKHG>OK04-21 fdebug(("l560 diagonal too short", diagonal))
continue #diagonal not long enough
empties = listOfFollowingEmpties(diagonal[1:])
#not starstone is EMPTY or assumed damStoneFromZeroJump
lenEmpties = len(empties) + 1
#stopPlaceNextDiags
if lenEmpties + 1 < lenDiagonal:
#PKHG>OK
#PKHG>OK04-21 fdebug(("L616 diag too short", diagonal))
continue
else:
newDictValues.append( diagonal + [thisDirection])
#PKHG>OK04-21 fdebug(("L620 stopPlaceNextDiags called and finished", newDictValues))
return newDictValues
def searchDamZeroOrderJumps(stoneStartPlaces, forColor):
global damZeroOrderJumpsDict
#PKHG>OK fdebug(("L625 sDZOJ stoneStartPlaces", stoneStartPlaces))
""" "17_04_14 15:41""3dams1cannotjump.xcf" ok
"('L627 stoneStartPlaces', [2, 3, 46])"
"""
damZeroOrderJumpsDict = {'order': 1}
if stoneStartPlaces == []:
return {}
allPossibilities = []
otherColor = 'black' if forColor == 'white' else 'white'
jteller = 0
for stone in stoneStartPlaces:
directionsThisStonePossible = bord[stone]['buren'].keys()
for thisDirection in directionsThisStonePossible:
diagonal = bord[stone]['buren'][thisDirection]
lenDiagonal = len(diagonal)
if lenDiagonal < 3: #too few places for a jump?
#PKHG>OK04-21 fdebug(("L641 sDZOJ stopped diagonal too short ", diagonal))
continue
empties = listOfFollowingEmpties(diagonal[1:]) # 0th element = forColor stone!
#PKHF>OK fdebug(("L644 sDZOJ empties" , empties))
""" "17_04_14 15:55""3dams1cannotjump.xcf" OK dam 2
"('L646 sDZOJ empties', [])"
"""
lenEmpties = len(empties)
if lenEmpties + 1 < lenDiagonal: #at least two other places available?!
rest = diagonal[lenEmpties + 1:] #0th element of diagonal is a capturing (forColor) stone
if bord[rest[0]]['layer'].name[:5] == otherColor:
if len(rest) > 1: #jump possible?
if bord[rest[1]]['layer'] != None:
continue #no a second stone following
#PKHG>OK fdebug(("L655 rest", rest))
""" "17_04_14 15:55""3dams1cannotjump.xcf" dam 2 OK
"('L657 rest', [7, 11, 16])"
"""
#check the following places?!
jumpFoundRestplaces = listOfFollowingEmpties(rest[1:]) # 0th one is otherColor
tmp = [stone, rest[0]] + jumpFoundRestplaces + [thisDirection]
allPossibilities.append(tmp)
continue
else:
continue
#PKHG>OK fdebug(("L666 allPossibilities order 1 dict", allPossibilities))
""" "17_04_14 15:55""3dams1cannotjump.xcf" OK einde found jumps
"('L668 allPossibilities order 1 dict', [[2, 7, 11, 'SW'], [2, 19, 24, 'SE'], [3, 17, 21, 'SW'], [3, 9, 14, 20, 25, 'SE']])"
"""
#allPossibilities = [[2, 7, 11, 'SW'], [2, 19, 24, 'SE'], [3, 17, 21, 'SW'], [3, 9, 14, 20, 25, 'SE']]
#results as could be keys possible all are different!
for el in allPossibilities:
for stopPlace in el[2:-1]:
#now generate new keys using empty surplus places!
key = (el[0],el[1], stopPlace, el[-1]) #a tuple as key!
#PKHG>TODO 14apr 16:25
jteller += 1
tmp = stopPlaceNextDiags(stopPlace, el[-1], forColor)[0] + [jteller]
stmp = tuple(tmp)
#PKHG>OK fdebug(("L681 result of stopPlaceNextDiags", stmp))
""" "17_04_15 07:43""3dams1cannotjump.xcf"
"('L683 result of stopPlaceNextDiags', (25, 30, 34, 39, 43, 48, 'SW', 6))"
"17_04_14 16:41""3dams1cannotjump.xcf"
"('L685 result of stopPlaceNextDiags', [25, 30, 34, 39, 43, 48, 'SW'])"
"""
#PKHG>??? tmp = stmp[1:] + [stmp[0]]
damZeroOrderJumpsDict[key] = stmp #OLD [el[0],el[1], stopPlace]
#PKHG>OK
#PKHG>OK04-21 fdebug(("L690 new values in dict", damZeroOrderJumpsDict)) #True save lists of all stones too!
""" "17_04_14 16:45""3dams1cannotjump.xcf"
"('L692 new values in dict', {
(3, 9, 25, 'SE'): [25, 30, 34, 39, 43, 48, 'SW'],
(3, 17, 21, 'SW'): [21, 27, 32, 38, 43, 49, 'SE'],
(3, 9, 20, 'SE'): [20, 24, 29, 33, 38, 42, 47, 'SW'],
(2, 19, 24, 'SE'): [24, 29, 33, 38, 42, 47, 'SW'],
(2, 7, 11, 'SW'): [11, 17, 22, 28, 33, 39, 44, 50, 'SE'],
(3, 9, 14, 'SE'): [14, 19, 23, 28, 32, 37, 41, 46, 'SW'],
'order': 1
})"
"""
return damZeroOrderJumpsDict
######################### normal stones jumps till order 2 20mrt17
normalZeroOrderJumpsDict = {}
normalFirstOrderJumpsDict = {}
normalSecondOrderJumpsDict = {}
def searchNormalFirstOrderJumps(zeroOrderDict, forColor):
global normalFirstOrderJumpsDict
allZeroOrderJumpsKeys = zeroOrderDict.keys()
otherColor = 'black' if forColor == 'white' else 'white'
nextChecks = []
allPossibilities = []
for jumpFoundKey in allZeroOrderJumpsKeys:
theJump = zeroOrderDict[jumpFoundKey]
nextChecks.append([jumpFoundKey[1],theJump[2]] + [jumpFoundKey])
diag = {'SE':'NW','SW':'NE','NE':'SW','NW':'SE'}
for toCheck in nextChecks:
bordStone = toCheck[1]
notLookBack = diag[toCheck[0]]
directionsThisPlacePossible = bord[bordStone]['buren'].keys()
directionsThisPlacePossible.remove(notLookBack) #remove back direction
for thisDirection in directionsThisPlacePossible:
diagonal = bord[bordStone]['buren'][thisDirection]
lenDiagonal = len(diagonal)
if lenDiagonal < 3: #too few places for a jump?
continue #diagonal not long enough
if bord[diagonal[1]]['layer'] == None:
continue
if bord[diagonal[1]]['layer'].name[:5] == forColor:
continue
if bord[diagonal[2]]['layer'] == None:
jumpFound = normalZeroOrderJumpsDict[toCheck[2]] + [diagonal[0], diagonal[1], diagonal[2], thisDirection]
allPossibilities.append(jumpFound)
continue
if allPossibilities:
for el in allPossibilities:
key = (el[2],el[-1])
normalFirstOrderJumpsDict[key] = el[:6]
return normalFirstOrderJumpsDict
###12aprHIER
def searchNormalZeroOrderJumps(stoneStartPlaces, forColor):
if stoneStartPlaces == []:
return [] #no normal stones given
normalJumpList = []
#PKHG>OK fdebug(("L750 return stoneStartPlaces", stoneStartPlaces)); return
for stoneLi in stoneStartPlaces:
stone = stoneLi[0]
directionsThisStonePossible = bord[stone]['buren'].keys()
for thisDirection in directionsThisStonePossible:
diagonal = bord[stone]['buren'][thisDirection]
lenDiagonal = len(diagonal)
if lenDiagonal < 3: #too few places for a jump?
continue
if bord[diagonal[1]]['layer'] == None:
continue
if bord[diagonal[1]]['layer'].name[:5] == forColor:
continue
if bord[diagonal[2]]['layer'] == None:
jumpFound = [stone] + diagonal[1:3]
normalJumpList.append(jumpFound)
#PKHG>OK04-21 fdebug(("L766 searchNormalZeroOrderJumps normalJumpList", normalJumpList))
""""17_04_19 11:42""normal3dubbelesprongen.xcf""('L767 normalJumpList, damJumpList', [
[23, 29, 34],
[23, 18, 12],
[38, 42, 47],
[43, 39, 34]], [])"
"""
return normalJumpList
def allNormalJumpsUptoOrder2(layerList, forColor):
global normalZeroOrderJumpsDict, normalFirstOrderJumpsDict, normalSecondOrderJumpsDict
normalZeroOrderJumpsDict = {}
normalFirstOrderJumpsDict = {}
normalSecondOrderJumpsDict = {}
global jumpsAvailable
stoneList = []
for layer in layerList:
place = fromCoordToPlace[tuple(eval(layer.name[7:]))]
stoneList.append(place)
normalZeroOrderJumpsDict = searchNormalZeroOrderJumps(stoneList, forColor)
tmp ="no first order normalJumps"
if normalZeroOrderJumpsDict:
jumpsAvailable = True
normalFirstOrderJumpsDict = searchNormalFirstOrderJumps(normalZeroOrderJumpsDict, forColor)
if normalFirstOrderJumpsDict:
normalSecondOrderJumpsDict = searchNormalSecondOrderJumps(normalFirstOrderJumpsDict,
forColor)
return
###################start class dam spel
class Damdevellop28apr0(object):
"""
Dame = checker UI...
"""
doDubbelJump = None
dbJumpLen = None
dbJumpChosen = 1
dbJumpPossibilities = None
def __init__(self, runmode, img):
self.img = img
self.image_start_name = img.name
backgroundlayer = self.img.layers[-1]
pdb.gimp_image_set_active_layer(self.img, backgroundlayer)
if not backgroundlayer.name.startswith("Background"):
backgroundlayer.name = "Background orig= " + backgroundlayer.name
#has_alpha = pdb.gimp_drawable_has_alpha(self.img.layers[-1])
if runmode == RUN_INTERACTIVE:
self.showDialog()
debug("L754 " .format(dir(self.showDialog())))
#self.showDialog.default_width(50)
elif runmode == RUN_WITH_LAST_VALS:
self.showDialog()
def makeBord(self, info):
debug(("L822 makeBord called examplebord info local!"))
info = [[2, 12, 34, 48, 49], [4, 6, 15, 16, 19, 33, 42], [12], []]
info = [[3, 11, 27, 28, 43, 48, 49], [1, 4, 7, 14, 15, 16, 18, 19, 30, 31, 39, 42], [3, 27, 28], []]
info = [[49, 43, 39],[35], [49, 43 ,39], [35]] #bp39
whiteStones = info[0]
blackStones = info[1]
whiteDams = info[2]
blackDams = info[3]
self.insertTheseStones(whiteStones,'white', whiteDams)
self.insertTheseStones(blackStones,'black', blackDams)
def insertTheseStones(self, stoneList, color, damsList):
image = gimp.image_list()[0]
self.inititializeTheBord()
if color == 'black':
use_pattern = 'dammenblack'
else:
use_pattern = 'dammenwhite'
for stone in stoneList:
occupiedAlready = bord[stone]['layer'] != None
if False:
showMyMessage( str(stone) + ", already occupied \n\
inform PKHG ")
else:
x,y = fromPlaceToCoord[stone]
pdb.gimp_context_set_pattern(use_pattern)
drawable = image.layers[0]
s = 32 # the rectangle shape!!!
pattern_fill_choice = True
take_this_pattern = pdb.gimp_context_get_pattern()
#x,y = (100,100)
pdb.gimp_image_select_ellipse(image, 2, x, y, 100, 100)
pdb.python_fu_plugin_simple_shapes_centered(image,
image.layers[0], True, s, False,0,0,0,0,False,
0, 0, 0, 0, pattern_fill_choice,
take_this_pattern, False, (255,0,0), 10)
drawable = image.layers[0]
pdb.gimp_layer_set_name(drawable, color + " ;" + str([x , y ]))
pdb.plug_in_autocrop_layer(image, drawable)
pdb.gimp_selection_clear(image)
self.inititializeTheBord()
for dam in damsList:
if color == 'white':
pdb.gimp_context_set_foreground((0, 0, 0))
else:
pdb.gimp_context_set_foreground((255, 255, 255))
tmp = bord[dam]['layer']
self.makeStoneDam(tmp.name)
def blackAndWhiteStones(self, color='black'):
self.inititializeTheBord()
image = gimp.image_list()[0]
if color == 'black':
black_stone_layers = [el for el in image.layers if el.name.startswith("black")]
black_stone_coords = [eval(el.name[7:]) for el in black_stone_layers]
blackStones = [fromCoordToPlace[tuple(el)] for el in black_stone_coords]
blackStones.sort()
return blackStones
elif color == 'white':
white_stone_layers = [el for el in image.layers if el.name.startswith("white")]
white_stone_coords = [eval(el.name[7:]) for el in white_stone_layers]
whiteStones = [fromCoordToPlace[tuple(el)] for el in white_stone_coords]
whiteStones.sort()
return whiteStones
elif color == 'blackandwhite' or color == 'both':
all_stone_layers = [el for el in image.layers if el.name.startswith("black") or el.name.startswith('white')]
black_stone_layers = [el for el in all_stone_layers if el.name[:5] == 'black']
white_stone_layers = [el for el in all_stone_layers if el.name[:5] == 'white']
black_stone_coords = [eval(el.name[7:]) for el in black_stone_layers]
white_stone_coords = [eval(el.name[7:]) for el in white_stone_layers]
whiteStones = [fromCoordToPlace[tuple(el)] for el in white_stone_coords]
blackStones = [fromCoordToPlace[tuple(el)] for el in black_stone_coords]
whiteStones.sort()
blackStones.sort()
blackDams = [el for el in blackStones if bord[el]['layer'].name[5] == 'D']
whiteDams = [el for el in whiteStones if bord[el]['layer'].name[5] == 'D']
return (whiteStones, blackStones, whiteDams, blackDams)
return []
def makeScreenshot(self, widget):
import os
allDammenPngs = []
nrNow = 0
for file in os.listdir(gimp.directory + '/dammen/steps/'):
if file.startswith("dammenstep"):
allDammenPngs.append(file)
nrNow += 1
result = self.saveThisStep(gimp.directory + '/dammen/steps/pictures', str(nrNow).zfill(2))
automaticPic = self.automaticPicture.get_active() == 1
if not automaticPic:
showMyMessage(result + " is now available")
else:
notauto = True
return
def saveThisStep(self, picturePrefix, Step):
image = gimp.image_list()[0]
layer = pdb.gimp_layer_new_from_visible(image, image, "foo")
thisName = picturePrefix + Step + ".png"
pdb.file_png_save_defaults(image, layer, thisName, thisName )
gimp.delete(layer)
result = "This Picture " + thisName + " created"
return result
##SHOW and HIDE
def showOrHideSetups(self, widget):
activeWish = self.check_alternating.get_active() == 1 #setup ==> True
if activeWish:
self.makeDamLabel.show()
self.makeDamEntry.show()
self.makeTheDam.show()
self.makeTheDam.show()
self.removeStone.show()
self.insertStoneAt.show()
self.automaticPicture.hide()
else:
self.makeDamLabel.hide()
self.makeDamEntry.hide()
self.makeTheDam.hide()
self.makeTheDam.hide()
self.removeStone.hide()
self.insertStoneAt.hide()
self.automaticPicture.show()
def setupDeleteStone(self, widget):
showMyMessage("use for a while the Gimp layer menu\n\
copy a normal black or white stone \n\
and adjust layers name!\n\
color?;[x,y]\n\
where color either black or white\n\
where ? ONE space x and y hundreds in range 0 ... 900 ")
return
def aStoneToRemove(self):
image = gimp.image_list()[0]
self.inititializeTheBord()
stoneRemoveLocation = self.makeDamEntry.get_text()
if stoneRemoveLocation.isdigit():
stoneRemoveLocation = int(stoneRemoveLocation)
if stoneRemoveLocation in range(1,51):
layerToRemove = bord[stoneRemoveLocation]['layer']
if layerToRemove:
#image = gimp.image_list()[0]
image.remove_layer(layerToRemove)
pdb.gimp_displays_flush()
def removeOneStone(self, widget):
self.aStoneToRemove()
def insertANewStone(self, widget , *data ):
where, color = data
tmp = color.get_active()
if tmp:
self.activeColorValue = 'white'
else:
self.activeColorValue = 'black'
where = where.get_text()
color = self.activeColorValue
stoneList = []
if where.find(','):
try:
res = where.split(",")
for el in res :
delen = el.split('-')
if len(delen) == 1:
tmp = int(delen[0])
stoneList.append(tmp)
elif len(delen) == 2:
v,t = [int(el) for el in delen]
tmp = [el for el in range(v, t + 1)]
stoneList.extend(tmp)
except:
showMyMessage("Sorry, input error only integer, or w,x-y,z or the like\n\
example: 3-5,7,9,11-15")
else:
if where.isdigit():
stoneList = int(where)
else:
showMyMessage("something wrong with " + where + " the inputvalue")
return
check1 = [el for el in stoneList if el < 1 or el > 50]
if len(check1) > 0:
showMyMessage("Wrong choices generated:" + str(check1) + "\n\
repair please")
return
image = gimp.image_list()[0]
self.inititializeTheBord()
if color == 'black':
use_pattern = 'dammenblack'
else:
use_pattern = 'dammenwhite'
for stone in stoneList:
occupiedAlready = bord[stone]['layer'] != None
if occupiedAlready:
showMyMessage( str(where) + ", already occupied \n\
try something else please ;-) ")
return
x,y = fromPlaceToCoord[stone]
debug("L947 x en y " + str((x,y)))
pdb.gimp_context_set_pattern(use_pattern)
#drawable = self.image.layers[0]
drawable = image.layers[0]
s = 32 # the rectangle shape!!!
pattern_fill_choice = True
take_this_pattern = pdb.gimp_context_get_pattern()
#x,y = (100,100)
pdb.gimp_image_select_ellipse(image, 2, x, y, 100, 100)
pdb.python_fu_plugin_simple_shapes_centered(image,
image.layers[0], True, s, False,0,0,0,0,False,
0, 0, 0, 0, pattern_fill_choice,
take_this_pattern, False, (255,0,0), 10)
drawable = image.layers[0]
pdb.gimp_layer_set_name(drawable, color + " ;" + str([x , y ]))
pdb.plug_in_autocrop_layer(image, drawable)
pdb.gimp_selection_clear(image)
def radioCallback(self, widget, data=None):
tmp = "%s was toggled %s" % (data, ("OFF", "ON")[widget.get_active()])
tmp2 = (data, ("OFF", "ON")[widget.get_active()])
if tmp2 == ('white','ON'):
self.activeColorValue = 'white'
elif tmp2 == ('black','ON'):
self.activeColorValue = 'black'
elif tmp2 == ('left','ON'):
self.rightOrLeftValue = 'left'
elif tmp2 == ('right','ON'):
self.rightOrLeftValue = 'right'
elif tmp2 == ('SE','ON'):
self.damDirectionChoice = 'SE'
elif tmp2 == ('NE','ON'):
self.damDirectionChoice = 'NE'
elif tmp2 == ('SW','ON'):
self.damDirectionChoice = 'SW'
elif tmp2 == ('NW','ON'):
self.damDirectionChoice = 'NW'
theModeNow = self.check_alternating.get_active()
self.setTexten()
def changed_cb(self, combobox):
self.setTexten()
return
self.inititializeTheBord()
model = combobox.get_model()
index = combobox.get_active()
if index > -1: #and stoneBoxDBG:
where = int(model[index][0])
#PKHG>04-22 17:25 TODO
fdebug(("L994 clicked is where color = ", where, self.activeColorValue))
bordLayer = bord[where]['layer']
if bordLayer == None:
self.windChoices.hide()
self.rlHbox.hide()