def loadFromFiles(self, dirName, pausing=True):
#get backup location
backupPath = self.game.backupLocation + "\\" + dirName
#restore from backup to save game location
if (copy_tree(backupPath, self.game.saveLocation)):
print("Loaded backup: \'" + dirName + '\'')
if (pausing):
pause()
def addToEvidence(i):
if (len(possibleEvidence) < 3):
print()
if (Evidence[i] in eliminated):
eliminated.remove(Evidence[i])
if (Evidence[i] not in possibleEvidence):
possibleEvidence.append(Evidence[i])
else:
print('Already there')
pause()
def hotkeySaving(self):
#starts listnening when any keyboard key gets released
listener = keyboard.Listener(on_release=self.on_release)
listener.start()
#on pressing enter it stops the listener
print(
'F5 to save, F9 to load, Press Enter while the terminal is focused to stop'
)
pause(text='')
listener.stop()
def updateDescription():
sMenu.description = '\n'
possibleGhosts = []
eliminatedGhosts = []
neededList = []
#counts the number of possible evidence in each ghost evidence
#if all of them are present the ghost is added to possibleGhosts
for ghost in ghostList:
evidenceLen = 0
for e in possibleEvidence:
if (ghost.evidence_present(e)):
evidenceLen += 1
if (evidenceLen == len(possibleEvidence)):
possibleGhosts.append(ghost)
#if ghost contains eliminated evidence it is added to eliminatedGhosts
for evidence in eliminated:
for ghost in possibleGhosts:
if (ghost.evidence_present(evidence)
and ghost not in eliminatedGhosts):
#for duplicates
eliminatedGhosts.append(ghost)
eliminatedGhostsTable = printableTable()
eliminatedGhostsTable.style_differentColumns()
eliminatedGhostsTable.addRow(['Ghost', 'Evidence', 'Desc'])
possibleGhostsTable = printableTable()
possibleGhostsTable.setTo(eliminatedGhostsTable)
eliminatedGhostsTable.middleAllign.append(0)
#adds ghost to it's proper table
for ghost in possibleGhosts:
if ghost in eliminatedGhosts:
eliminatedGhostsTable.addRow(
[ghost.name, ghost.Evidence, ghost.desc])
else:
possibleGhostsTable.addRow(
[ghost.name, ghost.Evidence, ghost.desc])
#adds evidence need to identify
for evidence in ghost.Evidence:
#evidence possible #duplicates #evidence not eliminated
if (evidence not in possibleEvidence and evidence not in neededList
and evidence not in eliminated):
neededList.append(evidence)
if (len(possibleGhosts) > 0):
#if present print needed evidence table
if (len(neededList) > 0):
newTable = printableTable()
newTable.drawTitleSeperator = False
newTable.addRow(neededList)
sMenu.description += '\n' + newTable.getTableTitleFormat(
'Needed Evidence', alignment='left') + '\n'
sMenu.description += newTable.getTable()
#if present print possible evidence
if (len(possibleEvidence) > 0):
newTable = printableTable()
newTable.drawTitleSeperator = False
newTable.addRow(possibleEvidence)
sMenu.description += '\n' + newTable.getTableTitleFormat(
'Current Evidence', alignment='left') + '\n'
sMenu.description += newTable.getTable()
#if present print current eliminated evidence table
if (len(eliminated) > 0 and len(possibleEvidence) != 3):
newTable = printableTable()
newTable.drawTitleSeperator = False
newTable.addRow(eliminated)
sMenu.description += '\n' + newTable.getTableTitleFormat(
'Eliminated Evidence', alignment='left') + '\n'
sMenu.description += newTable.getTable()
#if present print current eliminated ghosts table
if (len(eliminatedGhosts) > 0):
sMenu.description += '\n' + newTable.getTableTitleFormat(
'Eliminated Ghosts', alignment='left') + '\n'
sMenu.description += eliminatedGhostsTable.getTable()
#print possible ghosts table
titleForPossibleTable = 'Possible Ghosts'
#if there is only one change the title from possible to confirmed
if (len(possibleGhosts) == 1):
titleForPossibleTable = 'Confirmed Ghost'
sMenu.description += '\n' + newTable.getTableTitleFormat(
titleForPossibleTable, alignment='left') + '\n'
sMenu.description += possibleGhostsTable.getTable()
#no ghosts possible remove last evidence
else:
possibleEvidence.pop()
print('Last added evidence not possible')
pause()
def save(self):
#call backup with True so user can make a custom note
self.backup(True)
pause()
def option_1():
print('You have selected the First option')
pause()
def option_customKey():
print('You have selected the option with the letter e')
pause()
def option_args(args):
print('You have selected the second option')
print('arg1 is \'' + args[0] + '\' , arg2 is \'' + args[1] + '\'')
pause()
def option_2():
print('You have selected the Second option')
pause()
def openAuto( self ):
#TODO
print('auto not available yet')
pause()
pass