def talkStarterRivalFight(data):
worldText(
data, data.rival.name +
': Where are you running off to?! Now that we\'ve both got Pokemon',
data.player.name + ', let\'s fight and see who\'s best!')
data.enemy = data.rival
outcome = startBattle(data)
if outcome == 'Win':
text(data, data.rival.name + ': Yeah, okay, beginner\'s luck.')
worldText(
data, data.rival.name +
': Next time I won\'t go so easy on you. Anyway, smell ya later!')
else:
text(data, data.rival.name + ': Just as I expected, easy.')
worldText(
data, data.rival.name +
': Better luck next time. Anyway, smell ya later!')
data.story.starterRivalFightCompleted = True
worldText(
data, 'Oak: In any case',
data.player.name + ", great effort! Let me heal your " +
data.player.pokemon.name + " up.")
healPokemon(data.player.pokemon)
worldText(
data,
"Here, take 5 PokeBalls and go and start your Pokemon adventure!")
worldText(data, '> Congratulations, you received 5 PokeBalls!')
def useItem(data, item, battle):
if item.type == "Healing":
selectionText = "Which Pokemon would you like to use " + item.name + " on?"
while True:
pokemon = openPokemonSelectionScreen(data,
battle=battle,
selectionText=selectionText,
useOrGiveItem=True)
if pokemon == "Back":
return False
else:
healed = healPokemon(data, pokemon, item, battle)
if healed == True:
removeItemFromBag(data, item, 1)
return
else:
selectionText = "This would have no effect on " + pokemon.name + "! Choose another Pokemon!"
if item.type == "Ball":
removeItemFromBag(data, item, 1)
text(data, 'You throw the', item.name, 'at the opposing',
data.enemy.pokemon.name + '!')
if data.enemy.type != 'Wild':
text(data, 'The', data.enemy.type, data.enemy.name,
'swatted the ball away! You can\'t use that here!')
return 'No Catch'
else:
catch = getCatch(data, item)
if catch == 1:
return 1
else:
return catch
pass
def Update(self): pos = 0 specialfrogs = 0 for x in self.entities: x.Update() if x.dead == True: del self.entities[pos] pos += 1 if hasattr(x, 'special') and x.special == True: specialfrogs += 1 if specialfrogs >= 2: text.text(10,10, ["Well done, stalactites. Frogs now inhabit the", "bottom of our cavern."]) ika.Exit() frogsalive = False for x in self.frogs: x.Update() if x.alive == True: frogsalive = True if frogsalive == False: text.text(10,10, ["You were unable to keep the frogs moist long enough."]) self.reset() engine.startgame(0)
def Update(self):
pos = 0
specialfrogs = 0
for x in self.entities:
x.Update()
if x.dead == True:
del self.entities[pos]
pos += 1
if hasattr(x, 'special') and x.special == True:
specialfrogs += 1
if specialfrogs >= 2:
text.text(10, 10, [
"Well done, stalactites. Frogs now inhabit the",
"bottom of our cavern."
])
ika.Exit()
frogsalive = False
for x in self.frogs:
x.Update()
if x.alive == True:
frogsalive = True
if frogsalive == False:
text.text(10, 10,
["You were unable to keep the frogs moist long enough."])
self.reset()
engine.startgame(0)
def spawn_score_text(self, x, y, score=None):
if score is None:
self.text_objects.append(text(str(self.m_points), 16, (x, y)))
self.score_time = pygame.time.get_ticks()
if self.m_points < 1600:
self.m_points *= 2
else:
self.text_objects.append(text(str(score), 16, (x, y)))
def __init__(self):
loc = [0,0] #initial location for side chains
bol = False #cycloBool
self.suffixes = {'ol': text('OH', loc, 0), 'amine': text('NH2',loc, 0), 'ene': "double bond", 'en': "double bond", 'yne': "triple bond", 'yn': "triple bond", 'yl': "nothing - yl", 'ane': "alkane", 'an': "alkane" }
self.numberPrefixes = {'di': 2, 'mono': 1, 'tri': 3,'quat': 4}
# self.numberPrefixes = {'di': 2, 'mono': 1, 'tri': 3,'quat': 4, 'penta': 5, 'hexa': 6, 'septa': 7, 'octa': 8, 'nona': 9, 'deca': 10, 'hendeca': 11, 'icosa': 20}
self.alkaneRoots = {'meth': line(loc, 0, 0), 'eth': carbonBackbone( loc, 2, bol) , 'prop': carbonBackbone( loc, 3, bol) , 'but': carbonBackbone( loc, 4, bol) , 'pent': carbonBackbone( loc, 5, bol) , 'hex': carbonBackbone( loc, 6, bol) , 'hept': carbonBackbone( loc, 7, bol) , 'oct': carbonBackbone( loc, 8, bol) , 'non': carbonBackbone( loc, 9, bol) , 'dec': carbonBackbone( loc, 10, bol) , 'undec': carbonBackbone( loc, 11, bol) , 'dodec': carbonBackbone( loc, 12, bol) }
self.sideChainRoots = {'iodo': text('I', loc, 0), 'chloro': text('Cl', loc, 0),'floro': text('F', loc, 0), 'bromo': text('Br', loc, 0), "hydroxy": text('OH',loc, 0) } #sec-butyl, isoStuff, tertStuff
self.hyphenatedPrefixes = {'sec': "thing 1", 'tert': "thing 2"}
def getCaughtPokemon(data):
if len(data.player.defaultTeam) < 6:
getNamePokemon(data, data.enemy.pokemon)
data.player.defaultTeam.append(data.enemy.pokemon)
data.player.team = data.player.defaultTeam.copy()
text(data, 'You added', data.enemy.pokemon.name, 'to your team!')
else:
getNamePokemon(data, data.enemy.pokemon)
data.pc.boxes[0].inventory.append(data.enemy.pokemon)
text(data, 'You sent', data.enemy.pokemon.name, 'to the PC!')
def intro():
text.text(10, 10, [
"Greetings stalactites. Frogs have inhabited the",
"bottom of our dreary cave, and it is our goal to keep them",
"alive until they can produce offspring capable of living",
"here under their own powers.", "",
"Until then, release the water from yourselves onto the frogs so",
"that their skin does not dry out.", "Best of luck to us all.", "", "",
"(Press 'Space' to proceed)"
])
startgame(0) #number for possible future additions of difficulty level
def split_video(videoName):
cap = cv2.VideoCapture(videoName)
try:
if not os.path.exists("Frames"):
os.makedirs("Frames")
for i in os.listdir("./Frames"):
j = i[:-4]
os.remove("Frames\\" + i)
except:
None
currentFrame = 0
length = int(cap.get(cv2.CAP_PROP_FRAME_COUNT))
contador = 0
while (currentFrame <= length):
ret, frame = cap.read()
cap.set(cv2.CAP_PROP_POS_FRAMES, currentFrame)
frame_copy = frame.copy()
frame_copy = frame_copy[100:180, 80:350]
phase = text(frame_copy)
frame_copy2 = frame.copy()
frame_copy2 = frame_copy2[380:450, 565:715]
end = text(frame_copy2)
if phase == "6TH PICK PHASE":
cv2.imwrite("./Frames/{}.png".format(str(contador)), frame)
currentFrame += 500
contador += 1
if end == "TDM - BOMB\nCUSTOM GAME":
cv2.imwrite("./Frames/1000.png", frame)
currentFrame += 10
if currentFrame <= 95 * (length / 100):
currentFrame += 200
else:
currentFrame += 10
cv2.imshow('frame', frame)
if cv2.waitKey(1) & 0xFF == ord('q'):
break
# print(end)
for i in os.listdir("./Frames"):
j = i[:-4]
if int(j) % 2 != 0:
os.remove("Frames\\" + i)
cap.release()
cv2.destroyAllWindows()
return None
def checkPoisonPoint(data, atkPokemon, defPokemon):
if defPokemon.ability == 'Poison Point' and atkPokemon.move.variety == 'Physical' and randint(
1, 5) == 1 and atkPokemon.nvStatus == 0:
atkPokemon.nvStatus = 5
if atkPokemon == data.player.pokemon:
text(data, data.player.pokemon.name,
'became poisoned by coming into contact with the opposing',
data.enemy.pokemon.name + '!')
else:
text(data, 'The opposing', data.enemy.pokemon.name,
'became poisoned by coming into contact with',
data.player.pokemon.name + '!')
def checkKeenEye(data, pokemon):
if pokemon.ability == 'Keen Eye':
if pokemon == data.player.pokemon:
text(
data, data.player.pokemon.name +
'\'s keen eye prevented it\'s accuracy from falling!')
else:
text(
data, 'The opposing', data.enemy.pokemon.name +
'\'s keen eye prevented it\'s accuracy from falling!')
return 1
else:
return 0
def getExpYield(data):
inBattleCount = 0
for j in data.player.team:
if j.inCurrentBattle == 1:
inBattleCount += 1
for i in data.player.team:
if i.level != 100:
a = 1
e = 1
f = 1
p = 1
s = 1
t = 1
v = 1
x = 1
y = 1
z = inBattleCount
if data.enemy.type != 'Wild':
a = 1.5
b = data.enemy.pokemon.BaseExpYield
if i.item == 'Lucky Egg':
e = 1.5
if i.affection >= 2:
f = 1.2
l = data.enemy.pokemon.level
if data.settings.settingsDict["Triple XP"]:
x = 3
if data.settings.settingsDict["10x XP"]:
y = 100
#p is for exp point power, not yet implemented
if data.player.expShare == 1 and i.inCurrentBattle == 0:
s = 2
if data.player.expShare != 0 or i.inCurrentBattle != 0:
#t is for traded pokemon, not implemented
#v is for pokemon that could have evolved already, not implemented
expYield = int(
(a * b * e * f * l * p * t * v * x * y) / (7 * s * z))
i.exp += expYield
text(data, i.name, 'gained', expYield, 'exp!')
while i.exp > i.nextLevelExp and i.level < 100:
levelUpPokemon(data, i)
text(data, i.name, 'went up one level and is now level',
str(i.level) + '!')
i.lastLevelExp = getExp(i.species, i.level)
i.nextLevelExp = getExp(i.species, i.level + 1)
getMoveLearn(data, i)
evolutionDetails = getPokemonEvolutionDetails(i.species)
if evolutionDetails['Evolve'] == 'Yes':
if evolutionDetails['Type'] == 'Level':
if i.level >= evolutionDetails['Detail']:
i.shouldEvolve = 1
def checkShedSkin(data, defPokemon):
if defPokemon.ability == 'Shed Skin' and defPokemon.nvStatus != 0 and randint(
1, 3) == 3:
defPokemon.nvStatus = 0
defPokemon.nvStatusCount = 0
if defPokemon == data.player.pokemon:
text(data, data.player.pokemon.name,
'shed it\'s skin and lost it\'s condition!')
else:
text(data, 'The opposing', data.enemy.pokemon.name,
'shed it\'s skin and lost it\'s condition!')
return True
else:
return False
def checkIntimidateOnSwitch(data, atkPlayer, defPlayer):
if atkPlayer.pokemon.ability == 'Intimidate':
if defPlayer.mist == 0 and defPlayer.pokemon.substitute == 0:
statList = [0, -1, 0, 0, 0, 0, 0, 0, 0]
defPlayer.pokemon.statStage = list(
map(add, defPlayer.pokemon.statStage, statList))
if atkPlayer.pokemon == data.player.pokemon:
text(data, data.player.pokemon.name,
'intimidated the opposing', data.enemy.pokemon.name + '!')
moveStatWordingAbilityOnEnemy(data, statList)
else:
text(data, 'The opposing', data.enemy.pokemon.name,
'intimidated', data.player.pokemon.name + '!')
moveStatWordingAbilityOnPlayer(data, statList)
def intro(): text.text(10,10, ["Greetings stalactites. Frogs have inhabited the", "bottom of our dreary cave, and it is our goal to keep them", "alive until they can produce offspring capable of living", "here under their own powers.", "", "Until then, release the water from yourselves onto the frogs so", "that their skin does not dry out.", "Best of luck to us all.", "", "", "(Press 'Space' to proceed)"]) startgame(0) #number for possible future additions of difficulty level
def gainHealthAbility(data, pokemon, typeOfHeal, value):
if typeOfHeal == 'constant':
healAmount = value
elif typeOfHeal == 'percentage':
healAmount = (pokemon.maxhp / 100) * value
if healAmount > pokemon.maxhp - pokemon.hp:
healAmount = pokemon.maxhp - pokemon.hp
pokemon.hp += healAmount
if pokemon == data.player.pokemon:
text(data, data.player.pokemon.name, 'regained', healAmount,
'HP. It has', (data.player.pokemon.hp), '/',
(data.player.pokemon.maxhp), 'HP remaining!')
else:
text(data, 'The opposing', data.enemy.pokemon.name, 'regained',
healAmount, 'HP. It has', (data.enemy.pokemon.hp), '/',
(data.enemy.pokemon.maxhp), 'HP remaining!')
def main(screen):
h = screen.getmaxyx()[0]
buffer = files.open_file()
top = basics.set_top(screen, buffer)
position = [0, 0]
buffer, position, top = basics.redraw_screen(screen, buffer, position, top)
# color_thread = threading.Thread(target=color, args=(screen, buffer, position, top))
# color_thread.start()
while 1:
key = screen.getch()
if key == curses.KEY_UP or key == curses.KEY_DOWN or key == curses.KEY_RIGHT or key == curses.KEY_LEFT:
buffer, position, top = basics.move(screen, buffer, position, top,
key)
elif key == curses.KEY_BACKSPACE or key == 127:
buffer, position, top = text.backspace(screen, buffer, position,
top)
elif key == curses.KEY_ENTER or key == 10:
buffer, position, top = text.enter(screen, buffer, position, top)
elif key == 27:
files.save_file(buffer)
return
else:
buffer, position = text.text(screen, buffer, position, top,
chr(key))
def setType(self, type):
#Delete old panels
for i in self.GetChildren():
if i.GetName() in [
"imagePanel", "customPanel", "colorPanel", "rotationPanel",
"textPanel", "vartextPanel"
]:
i.Destroy()
if type == "color":
self.color = color(self)
self.customSizer.Add(self.color, 1, wx.EXPAND | wx.ALL, 4)
if type == "image":
self.image = image(self)
self.customSizer.Add(self.image, 1, wx.EXPAND | wx.ALL, 4)
if type == "text":
self.rotation = rotation(self)
self.customSizer.Add(self.rotation, 0, wx.EXPAND | wx.ALL, 4)
self.text = text(self)
self.customSizer.Add(self.text, 1, wx.EXPAND | wx.ALL, 4)
if type == "vartext":
self.rotation = rotation(self)
self.customSizer.Add(self.rotation, 0, wx.EXPAND | wx.ALL, 4)
self.vartext = vartext(self)
self.customSizer.Add(self.vartext, 1, wx.EXPAND | wx.ALL, 4)
self.SetSizerAndFit(self.sizer)
self.Layout()
self.parent.Layout()
self.parent.propertiesPanel.Layout()
def setType(self, type):
#Delete old panels
for i in self.GetChildren():
if i.GetName() in ["imagePanel", "customPanel", "colorPanel", "rotationPanel", "textPanel", "vartextPanel"]:
i.Destroy()
if type == "color":
self.color = color(self)
self.customSizer.Add(self.color, 1, wx.EXPAND|wx.ALL, 4)
if type == "image":
self.image = image(self)
self.customSizer.Add(self.image, 1, wx.EXPAND|wx.ALL, 4)
if type == "text":
self.rotation = rotation(self)
self.customSizer.Add(self.rotation, 0, wx.EXPAND|wx.ALL, 4)
self.text = text(self)
self.customSizer.Add(self.text, 1, wx.EXPAND|wx.ALL, 4)
if type == "vartext":
self.rotation = rotation(self)
self.customSizer.Add(self.rotation, 0, wx.EXPAND|wx.ALL, 4)
self.vartext = vartext(self)
self.customSizer.Add(self.vartext, 1, wx.EXPAND|wx.ALL, 4)
self.SetSizerAndFit(self.sizer)
self.Layout()
self.parent.Layout()
self.parent.propertiesPanel.Layout()
def checkStartBattleIntimidate(data):
statList = [0, -1, 0, 0, 0, 0, 0, 0, 0]
if data.player.pokemon.ability == 'Intimidate':
data.enemy.pokemon.statStage = list(
map(add, data.enemy.pokemon.statStage,
[0, -1, 0, 0, 0, 0, 0, 0, 0]))
text(data, data.player.pokemon.name, 'intimidated the opposing',
data.enemy.pokemon.name + '!')
moveStatWordingAbilityOnEnemy(data, statList)
if data.enemy.pokemon.ability == 'Intimidate':
data.player.pokemon.statStage = list(
map(add, data.player.pokemon.statStage,
[0, -1, 0, 0, 0, 0, 0, 0, 0]))
text(data, 'The opposing', data.enemy.pokemon.name, 'intimidated',
data.player.pokemon.name + '!')
moveStatWordingAbilityOnPlayer(data, statList)
def keyword():
global text_info
global emo_info
s_time = time.time()
transcript = sound2text.sound2text()
text_info = text.text(transcript)
emo_info = tone.tones(transcript)
print("The current text infomation is:" + str(text_info))
print("The current tone of discussion is:" + emo_info)
def checkEffectSpore(data, atkPokemon, defPokemon):
if defPokemon.ability == 'Effect Spore' and atkPokemon.move.variety == 'Physical' and randint(
1, 5) == 1 and atkPokemon.nvStatus == 0:
possibleStatusList = [2, 3, 5]
atkPokemon.nvStatus = random.choice(possibleStatusList)
statusToWordDictEffectSpore = {
2: 'became paralyzed',
3: 'was put to sleep',
5: 'became poisoned'
}
wording = statusToWordDictEffectSpore[atkPokemon.nvStatus]
if atkPokemon == data.player.pokemon:
text(data, data.player.pokemon.name, wording,
'by coming into contact with the opposing',
data.enemy.pokemon.name + '!')
else:
text(data, 'The opposing', data.enemy.pokemon.name, wording,
'by coming into contact with', data.player.pokemon.name + '!')
def evolvePokemon(data, pokemon):
evolutionDetails = getPokemonEvolutionDetails(pokemon.species)
evolveInto = evolutionDetails['Pokemon']
oldPokemonName = pokemon.name
if pokemon.name == pokemon.species:
pokemon.name = evolveInto
pokemon.species = evolveInto
pokemon.sprite = getPokemonSprite(pokemon.species)
text(data, oldPokemonName, 'evolved into', evolveInto + '!')
pokemon.species = evolveInto
pokemon.baseStats = getBaseStats(pokemon.species)
pokemon.type = getPokemonType(pokemon)
oldMaxHealth = pokemon.maxhp
pokemon.maxhp = gethpStat(pokemon)
increase = pokemon.maxhp - oldMaxHealth
pokemon.hp += increase
getMoveLearn(data, pokemon, justEvolved=True)
def checkFlashFireOrSimilar(data, atkPokemon, defPokemon):
abilityList = ['Flash Fire', 'Dry Skin']
abilityTypeDict = {'Flash Fire': 'Fire', 'Dry Skin': 'Water'}
if defPokemon.ability in abilityList:
if abilityTypeDict[defPokemon.ability] == atkPokemon.move.type:
if defPokemon == data.player.pokemon:
text(data, data.player.pokemon.name,
'absorbed the attack with it\'s',
data.player.pokemon.ability + '!')
else:
text(data, 'The opposing', data.enemy.pokemon.name,
'absorbed the attack with it\'s',
data.enemy.pokemon.ability + '!')
if defPokemon.ability == 'Flash Fire':
defPokemon.flashFireMult += 0.1
elif defPokemon.ability == 'Dry Skin':
gainHealthAbility(data, defPokemon, 'percentage', 25)
return 1
return 0
def readDat():
dir = "dat/news4vip"
data = []
for file in os.listdir(dir)[:100]:
print(file)
path = f"{dir}/{file}"
with open(path, "r") as f:
reses = [text.text(x[6]) for x in json.loads(f.read())["comments"]]
for res in reses:
data.append(res[0])
return data
def healPokemon(data, pokemon, item, battle):
if pokemon.hp == 0:
return False
elif pokemon.hp == pokemon.maxhp:
return False
else:
heal = item.modifier
if pokemon.maxhp - pokemon.hp < heal:
heal = pokemon.maxhp - pokemon.hp
pokemon.hp += heal
if battle == True:
text(
data, pokemon.name, 'has been healed by', heal, 'HP! It has',
str(data.player.pokemon.hp) + '/' +
str(data.player.pokemon.maxhp), 'remaining!')
if item.name == "Full Restore" or item.name == "Full Heal":
if pokemon.nvStatus != 0:
pokemon.nvStatus = 0
if battle == True:
text(data,
pokemon.name + ' no longer has a status condition!')
return True
def getSwitchBattle(data, pokemonChosen):
while True:
try:
x = 0
trapped = data.player.pokemon.bind + data.player.pokemon.clamp + data.player.pokemon.fireSpin + data.player.pokemon.wrap
if pokemonChosen == data.player.pokemon:
if data.player.pokemon.hp == 0:
return data.player.pokemon.name + ' has fainted! Please choose another Pokemon!'
else:
return 'That Pokemon is already out! Please choose another Pokemon!'
elif pokemonChosen == "Back":
if data.player.pokemon.hp == 0:
return data.player.pokemon.name + ' has fainted! Please choose another Pokemon!'
else:
text(data, 'Keep going,', data.player.pokemon.name + '!')
return False
# No switch
elif data.player.pokemon.hp != 0 and trapped != 0:
return data.player.pokemon.name, ' is unable to escape due to being trapped!'
return False
else:
if pokemonChosen.hp == 0:
return pokemonChosen.name + ' has fainted! Please choose another Pokemon!'
return False
else:
j = data.player.team.index(pokemonChosen)
data.player.team[j], data.player.team[
0] = data.player.team[0], data.player.team[j]
data.player.pokemon = data.player.team[0]
return True
if x == 0:
return "Please choose a Pokemon from the list above!"
except ValueError:
return "Please choose a Pokemon from the list above!"
def processUTFFile(self, filename):
log = logging.getLogger('classify')
log.debug("texfile.processUTFFile()")
text_obj = text.text(self.gdbm_files, self.filter_file, self.path, self.category)
textfile = open(filename, "r")
excerpt = textfile.read()
textfile.close()
all_matches = text_obj.processUTFString(excerpt)
log.debug(" All Matches:")
log.debug("Number of Matches Found = %s" % len(all_matches))
all_matches = sorted(all_matches, key=lambda positive_match: positive_match.offset)
for item in all_matches:
item.printMatch()
return
def processHTML(self, link):
log = logging.getLogger('classify')
log.debug("url.processHTML()")
text_obj = text.text(self.gdbm_files, self.filter_file, self.path, self.category)
textfile = self.grabHTML(link)
html_file = open(textfile, "r")
html = html_file.read()
soup = BeautifulSoup.BeautifulSoup(html)
# Removes <!-- --> comments from html
comments = soup.findAll(text=lambda text:isinstance(text, Comment))
[comment.extract() for comment in comments]
#visible_text = soup.findAll(text=lambda text: text.parent.name != "script" and text.parent.name != "style" and text.parent.name != "[document]" and text.parent.name != "head" and text.parent.name != "title")
#log.debug("visible text = %s" % visible_text)
visible_entries = []
# Filters out all visible content from the web page excluding text from the script, style, document, head, and title tags
for element in soup.findAll(text=lambda text: text.parent.name != "script" and text.parent.name != "style" and text.parent.name != "[document]" and text.parent.name != "head" and text.parent.name != "title"):
# Removes any matches that don't have any words or numbers in it
if re.search("[\w\d]+", element):
log.debug("element = %s" % element)
visible_entries.append(element)
log.debug("visible entries = %s" % visible_entries)
visible_string = " ".join(visible_entries)
log.debug("visible string = %s" % visible_string)
all_matches = text_obj.processUnicodeString(visible_string)
log.debug(" All Matches:")
log.debug("Number of Matches Found = %s" % len(all_matches))
all_matches = sorted(all_matches, key=lambda positive_match: positive_match.offset)
for item in all_matches:
item.printMatch()
# Closes the html file
html_file.close()
return
def template(img_path, template_path):
img = cv2.imread(img_path)
img_gray = cv2.cvtColor(img, cv2.COLOR_BGR2GRAY)
template = cv2.imread(template_path, 0)
w, h = template.shape[::-1]
res = cv2.matchTemplate(img_gray, template, cv2.TM_CCOEFF_NORMED)
threshold = 0.8
loc = np.where(res >= threshold)
for pt in zip(*loc[::-1]):
if pt[0] > 700: #azul defesa// laranja ataque
img = img[385:435, 530:750]
else: #azul ataque// laranja defesa
img = img[635:685, 530:750]
break
bomb = text(img)
return bomb
def open_callback(self):
"""Method for file open dialog, text processing, and display of statistics."""
#file open dialog (opens at current directory, allows only text files)
path = filedialog.askopenfilename( \
initialdir=os.getcwd(), \
title="Select file", \
filetypes=(("text files","*.txt"),("text files","*.json"),("all files","*.*")) \
)
try:
#check if dialog closed by 'cancel'
if path == '':
return
else:
#instantiate text object from path
self.txt = text(path)
#get file name, not entire path
filename = path.split('/')[-1]
#list of variables to be displayed in gui
txt_vars = [filename, \
self.txt.word_count, \
self.txt.keystroke_count, \
self.txt.character_count, \
#self.txt.character_distribution, \
#self.txt.word_distribution, \
self.txt.average_word_length]
gridrow = 1 #counting rows in grid
#make a new label for each of the text statistics
for item in txt_vars:
lbl = tk.Label(self.root, text=item)
lbl.grid(column=1, row=gridrow)
gridrow += 1
self.root.update() #redraw gui with new labels
except:
return
def render(self):
self.win.fill(self.background)
# Render Game Objects
self.ground.render(self.win)
self.player1.render(self.win)
self.player2.render(self.win)
for bullet in self.bullets:
bullet.render(self.win)
# Render UI Elements
text(
self.win,
"Player 1: " + str(self.player1.score),
35,
(255, 255, 255),
(80, 30)
)
text(
self.win,
"Player 2: " + str(self.player2.score),
35,
(255, 255, 255),
(self.win_size[0] - 80, 30)
)
if self.current_player == self.player1:
turn_display = "Player 1's Turn"
elif self.current_player == self.player2:
turn_display = "Player 2's Turn"
if not self.shooting:
text(
self.win,
turn_display,
40,
(255, 255, 255),
(self.win_size[0] / 2, self.win_size[1] - 70)
)
pygame.display.flip()
def moveStatWordingAbilityOnEnemy(data, statList):
count = 0
for i in statList:
if i != 0:
stat = statDict[count]
changeForStat = statList[count]
if changeForStat == 1:
text(data, 'The opposing', data.enemy.pokemon.name + '\'s',
stat, 'raised!')
if changeForStat == 2:
text(data, 'The opposing', data.enemy.pokemon.name + '\'s',
stat, 'raised sharply!')
if changeForStat >= 3:
text(data, 'The opposing', data.enemy.pokemon.name + '\'s',
stat, 'raised hugely!')
if changeForStat == -1:
text(data, 'The opposing', data.enemy.pokemon.name + '\'s',
stat, 'fell!')
if changeForStat == -2:
text(data, 'The opposing', data.enemy.pokemon.name + '\'s',
stat, 'fell sharply!')
if changeForStat <= -3:
text(data, 'The opposing', data.enemy.pokemon.name + '\'s',
stat, 'fell hugely!')
count += 1
# -*- coding: utf-8 -*-
from serialDriver import serialDriver
from text import text
from textLib import textLib
from sys import argv
script, number, message = argv
print "Number: " + number
print "Message: " + message
serD = serialDriver("/dev/ttyUSB0", 9600)
serD.open()
if serD.err:
print serD.errMessage
else:
texter = textLib(serD)
t1 = text(number, message)
res = texter.sendText(t1)
if not res:
print "Error texting"
if serD.err:
print serD.errMessage
newgame.onentrance(newgameenter)
globals.menuslides['menumain']=menumain
globals.menuslides['loadmenu']=loadmenu
globals.menuslides['savemenu']=savemenu
globals.menuslides['return_root']=newgame
parameters.setfirstslides(menumain, menumain)
bench = AoIimage(FilePath('bench.jpg', None, 0), rect = (430,65), slide = menumain)
optionmenubk = AoIimage(FilePath('optionsmenu.jpg', None, 0), rect = (175,122), visible = 0, slide = menumain, layer=2)
quitmenumain = AoIimage(FilePath('quitmenu.jpg', None, 0), rect = (175,122), visible = 0, slide = menumain, layer=2)
transopt = AoIimage(FilePath('radiobutton.bmp', None, 0), rect = (252,245), visible = 0, alpha = (0,0), slide = menumain, layer=3)
check = AoIimage(FilePath('radiobutton.bmp', None, 0), rect = (252,425), visible = 0, alpha = (0,0), slide = menumain, layer=3)
quitmenusave = AoIimage(FilePath('savemenu.jpg', None, 0), rect = (175,122), visible = 0, slide = savemenu, layer=2)
toptext = text(FilePath('AC.TTF', None, 0), (100, 35, 400, 100), 'The Ages of Ilathid', (0,0,0), 1, 0, 26, None, menumain)
urutext = text(FilePath('Ilathidhi01.ttf', None, 0), (100, 135, 400, 100), 'URU live is not dead', (0,0,0), 1, 0, 14, None, menumain)
newtext = text(FilePath('AC.TTF', None, 0), (500, 300, 200, 40), 'New Game', (0,0,0), 1, 0, 35, None, menumain)
restext = text(FilePath('AC.TTF', None, 0), (500, 340, 200, 40), 'Resume Game', (0,0,0), 1, 0, 35, None, menumain)
loadtext = text(FilePath('AC.TTF', None, 0), (500, 380, 200, 40), 'Load Game', (0,0,0), 1, 0, 35, None, menumain)
optext = text(FilePath('AC.TTF', None, 0), (500, 420, 200, 40), 'Options', (0,0,0), 1, 0, 35, None, menumain)
savetext = text(FilePath('AC.TTF', None, 0), (500, 460, 200, 40), 'Save Game', (0,0,0), 1, 0, 35, None, menumain)
quittext = text(FilePath('AC.TTF', None, 0), (500, 500, 200, 40), 'Quit Game', (0,0,0), 1, 0, 35, None, menumain)
loadtitle = text(FilePath('AC.TTF', None, 0), (200, 35, 250, 50), 'Load', (0,0,0), 1, 0, 35, None, loadmenu)
savetitle = text(FilePath('AC.TTF', None, 0), (200, 35, 250, 50), 'Save', (0,0,0), 1, 0, 35, None, savemenu)
backloadtitle = text(FilePath('avgardn.ttf', None, 0), (77, 35, 400, 100), 'Back', (0,0,250), 1, 0, 15, None, loadmenu)
backsavetitle = text(FilePath('avgardn.ttf', None, 0), (77, 35, 400, 100), 'Back', (0,0,250), 1, 0, 15, None, savemenu)
###Build the save and load menu slides
#open the encrypted index file
def processHTML(self, link):
log = logging.getLogger('classify')
log.debug("url.processHTML()")
text_obj = text.text(self.gdbm_files, self.filter_file, self.path, self.category)
textfile = self.grabHTML(link)
html_file = open(textfile, "r")
html = html_file.read()
soup = BeautifulSoup.BeautifulSoup(html)
# Removes <!-- --> comments from html
comments = soup.findAll(text=lambda text:isinstance(text, Comment))
[comment.extract() for comment in comments]
all_matches = [] # List of all matches found in text in order they are found
id_count = 1 # Specifies the id count number that will be inserted into the id attribute
previous_element_parent = {} # Stores previously seen parent tree (key = previously seen parent tree ; value = last modified index in tree)
# Filters out all visible content from the web page excluding text from the script, style, document, head, and title tags
for element in soup.findAll(text=lambda text: text.parent.name != "script" and text.parent.name != "style" and text.parent.name != "[document]" and text.parent.name != "head" and text.parent.name != "title"):
# Removes any matches that don't have any words or numbers in it
if re.search("[\w\d]+", element):
log.debug("element = %s" % element)
matches = text_obj.processUnicodeString(element)
if matches: # Match is found
log.debug("matches = %s" % matches)
all_matches.extend(matches) # concatenates lists
phrase = element
match_index = []
# Finds if the given visible text entry contains any matches and stores the words that come before it
for match in matches:
index = phrase.find(match.getMatch())
if index != -1:
match_index.append(phrase[:index])
phrase = phrase[index+len(match.getMatch()):]
log.debug("match_index = %s" % match_index)
log.debug("phrase = %s" % phrase)
b_tags = []
# Creates the b tag objects
for match in matches:
b = Tag(soup, "b") # Creates a b tag
b["id"] = id_count # Add the id attribute to the b tag
b["style"] = "background-color: #ffff00" # Add the background color to the b tag
b.insert(0, match.getMatch()) # Inserts the matched key word in between the b tag
b_tags.append(b)
id_count += 1
log.debug("element.parent.contents = %s" % element.parent.contents)
count = 0
# Checks if the parent tree has been previously seen. If so, it gets that index + 1 in the tree
if element.parent in previous_element_parent:
log.debug("element.parent in previous_element_parent")
count = previous_element_parent[element.parent]
# If the current index is a Tag object, skip it and go onto the next index
while(count < len(element.parent.contents) and type(element.parent.contents[count]) == Tag):
log.debug("incrementing count because of tag")
count += 1
else:
# Checks if an object in the tree has already been previouly seen. If so, it gets that index + 1 in the tree
for index in range(len(element.parent.contents)):
if element.parent.contents[index] in previous_element_parent:
log.debug("Current index has been previously seen - set count to index")
count = index + 1
# Inserts the b tags and strings in their right order
for index in range(len(match_index)):
element.parent.insert(count, match_index[index])
element.parent.insert(count+1, b_tags[index])
count += 2
element.parent.insert(count, phrase)
log.debug("element.parent - before extract = %s" % element.parent)
element.extract() # Removes the element from the tree
previous_element_parent[b_tags[0].parent] = count + 1 # Stores the last modified index in the tree
log.debug("element.parent - after extract = %s" % element.parent)
log.debug("b_tags[].parent = %s" % b_tags[0].parent)
# Closes the html file and overwrites it with the key words highlighted
html_file.close()
html_file = open(textfile, "w")
html_file.write(str(soup))
log.debug("final id count = %s" % id_count)
#log.debug("soup = %s" % soup)
log.debug(" All Matches:")
log.debug("Number of Matches Found = %s" % len(all_matches))
for item in all_matches:
item.printMatch()
text_obj.createResultJSONFile()
text_obj.createEditJSONFile()
return
import tkinter #导入TKinter模块
from tkinter import *
from label import label
from text import text
from unit import unit
from functools import partial
from parameter import parameter
area = 0.000000
transfer = 2.54
window = Tk()
contentVar_area = tkinter.StringVar(window, '')
Label(window, text="计算一种图形的面积时请把其它图形的参数填为0", bg='red').grid(row=6)
text_list = []
num_list = [0, 1, 2, 3, 4]
text_rect_length = text("rect_length", num_list[0], window)
text_list.append(text_rect_length)
text_rect_width = text("rect_widdth", num_list[1], window)
text_list.append(text_rect_width)
text_circle_diameter = text("circle_diameter", num_list[2], window)
text_list.append(text_circle_diameter)
text_triangle_bottom = text("triagle_bottom", num_list[3], window)
text_list.append(text_triangle_bottom)
text_triangle_height = text("triagle_height", num_list[4], window)
text_list.append(text_triangle_height)
for text in text_list:
text.show(window)
e3 = Entry(window, textvariable=contentVar_area, width=50)
e3.grid(row=5, column=1)
def notmain():
pygame.init()
screen = pygame.display.set_mode((600, 450))
pygame.display.set_caption("AI DRIVING")
clock = pygame.time.Clock()
BLACK = (250, 250, 250)
WHITE = (5, 5, 5)
GRAY = (150, 150, 150)
RED = (200, 100, 100)
GREEN = (100, 200, 100)
BLUE = (100, 100, 200)
timer = 0
endTimer = 0
currentRun = 1
history = []
road1, road2, road3, road4 = gf.setMap()
gen = text(screen, "Gen: " + str(currentRun), (80, 240))
ai = [Car(screen), Car(screen), Car(screen), Car(screen), Car(screen)]
for car in ai:
for i in range(3):
car.brain.createRandNode()
while True:
screen.fill(GRAY)
currentRoad, roadNum = gf.selectRoad(ai[0].getPos(), [road1, road2, road3, road4])
preload = gf.preloadRoad(ai[0].getPos(), [road1, road2, road3, road4], roadNum)
for car in ai:
if currentRoad[2].overlap(car.mask,
(int(car.x - currentRoad[1].x) - 11, int(car.y - currentRoad[1].y) - 11)):
car.hit = True
gf.checkpointCollision(car)
car.checkSpeed()
timer += 1
timer += gf.checkSpace()
if timer > 400 + (2 * currentRun):
endTimer += 1
if endTimer > 25:
endTimer = 0
found = -1
for num, car in enumerate(ai, 0):
if car.score != 0:
history.append((car.brain.getTensorflowData(), car.score))
car.brain.randMutate()
car.reset()
timer = 0
currentRun += 1
gen.prep("Gen: " + str(currentRun))
if currentRun % 40 == 0 and currentRun != 0:
xTrain = tf.constant([history[0]])
yTrain = tf.constant([history[1]])
print(xTrain)
layer0 = tf.keras.layers.Dense(units=1, input_shape=(4,))
model = tf.keras.Sequential([
layer0,
])
model.compile(loss="mean_squared_error", optimizer=tf.keras.optimizers.Adam(0.1))
trainModel = model.fit(xTrain, yTrain, steps_per_epoch=1, epochs=5, verbose=False)
# Prints information inside history (Information sent to tensorflow)
if currentRun == 12 and timer <= 0:
print(len(history))
for num, h in enumerate(history, 0):
if num % 5 == 0:
print("", end="")
print(h[0], end=",\n")
for h in history:
print(h[1], end=",\n")
for road in [road1, road2, road3, road4]:
screen.blit(road[0], road[1])
for car in ai:
if not car.hit:
car.takeAction()
car.update()
car.draw()
car.drawLines(GREEN)
car.drawContact(car.scan(currentRoad, preload), BLACK)
car.raypoints = car.posToDis(car.scan(currentRoad, preload))
else:
car.draw(RED)
gf.checkEvent(car)
gen.blit()
gf.drawCheckPointLines(screen)
gf.drawImageBorders(screen)
pygame.display.flip()
clock.tick(60)
def main():
#creacion de objetos para el programa
bg = background.background(settings.pantalla,"02.png",alpha = True, posicion = settings.screen_center)
barra = img.img(settings.pantalla,"001.png",posicion=settings.screen_center)
#control de los textos
l0 = text.text(settings.pantalla,color = (255,255,255),nombre = "COOPBL.ttf",tamano = settings.text_tamano_1,posicion = (40,405),linea = u"Voz que parece familiar")
l1 = text.text_anim_01(settings.pantalla,nombre = "ARLRDBD.ttf",tamano = settings.text_tamano_1,velocidad = settings.text_speed_1,color = (255,255,255), posicion = (25,455), linea = u"Marcelo Salas!")
l2 = text.text_anim_01(settings.pantalla,nombre = "ARLRDBD.ttf",tamano = settings.text_tamano_1,velocidad = settings.text_speed_1,color = (255,255,255), posicion = (25,495), linea = u"Activaste mi carta trampa!")
l3 = text.text_anim_01(settings.pantalla,nombre = "ARLRDBD.ttf",tamano = settings.text_tamano_1,velocidad = settings.text_speed_1,color = (255,255,255), posicion = (25,535), linea = "")
lista = [l0,l1,l2,l3]
parrafo = text.group_text(lista)
#marcelo
marcelo = sprites.personaje(settings.pantalla,posicion = (-300,450))
marcelo.add("marcelo.png")
marcelo.add("marcelo01.png")
x2 = pygame.transform.scale2x(marcelo.imagenes[0])
marcelo.imagenes[0] = x2
x3 = pygame.transform.scale2x(marcelo.imagenes[1])
marcelo.imagenes[1] = x3
marcelo.current(1)
marcelo.anim_01((150,450),180)
#marmota
marmota = sprites.personaje(settings.pantalla,posicion = (1000,450))
marmota.add("marmota.png")
marmota.add("marmota01.png")
bgmusic = bgm.bgm("004.mp3")
running = True
#acciones de uso unico
bgmusic.play()
#bucle principal
while running:
#variables que se comprueban cada bucle
#lista de los eventos que se ejecutaron
for evento in pygame.event.get():
if evento.type == pygame.KEYDOWN:
if evento.key == pygame.K_z:
marmota.end_anim_01()
marcelo.end_anim_01()
if not(parrafo.renderizado):
for linea in lista:
linea.velocidad = 5000
if parrafo.renderizado:
parrafo.contador += 1
if evento.type == pygame.KEYUP:
if evento.key == pygame.K_z:
for linea in lista:
linea.velocidad = settings.text_speed_1
if evento.type == pygame.QUIT:
running = False
#manejo de textos
if parrafo.renderizado and parrafo.contador == 2:
parrafo.void()
marcelo.anim_01((150,450),180)
marcelo.current(0)
marmota.current(1)
#modificamos los textos
l0.line(u"Marcelo")
l1.line(u"No veo ni mierdas, podrías prender la luz?")
if parrafo.renderizado and parrafo.contador == 4:
parrafo.void()
marcelo.current(1)
marmota.current(0)
#modificamos textos
l0.line(u"Voz que parece familiar")
bg = background.background(settings.pantalla,"03.jpg",alpha = False, posicion = settings.screen_center)
l1.line(u"En este lugar no hay luz, solo hay Divinas Comedias! ")
if parrafo.renderizado and parrafo.contador == 6:
parrafo.void()
marcelo.current(0)
marmota.current(1)
#modificamos textos
l0.line(u"Marcelo")
l1.line(u"Quien eres?")
if parrafo.renderizado and parrafo.contador == 8:
parrafo.void()
marmota.anim_01((600,450),320)
marmota.current(0)
marcelo.current(1)
#modificamos textos
l0.line(u"Jesucristo")
l1.line(u"Creías que Jesucristo era una buena persona?")
l2.line(u"Jesucristo es de la Policía de Investigaciones!")
l3.line(u"Cagaste culiao!")
if parrafo.renderizado and parrafo.contador == 10:
parrafo.void()
#modificamos textos
l0.line(u"Jesucristo")
l1.line(u"Soy de la PDI! Quedaste arrestado por ")
l2.line(u"contrabando y compra de transgénicos ")
l3.line(u"ilegales!")
if parrafo.renderizado and parrafo.contador == 12:
parrafo.void()
marcelo.current(0)
marmota.current(1)
#modificamos textos
l0.line(u"Marcelo")
l1.line(u"NOOOOOOOOOOOOOO ")
if parrafo.renderizado and parrafo.contador == 14:
parrafo.void()
marmota.current(0)
marcelo.current(1)
#modificamos textos
l0.line(u"Jesucristo")
l1.line(u"Ajkajakjak y el weon se la cree ajajkakjakjk ")
l2.line(u"Solo te tendí una trampa para transformarte ")
l3.line(u"en Dante Allighieri ")
if parrafo.renderizado and parrafo.contador == 16:
parrafo.void()
marcelo.current(0)
marmota.current(1)
#modificamos textos
l0.line(u"Marcelo")
l1.line(u"Ah, de pana igual")
if parrafo.renderizado and parrafo.contador == 18:
parrafo.void()
marcelo.current(1)
marmota.current(0)
#modificamos textos
l0.line(u"Jesucristo")
l1.line(u"Si, ser Allighieri es entrete")
#paso a la siguiente pantalla
if parrafo.contador == 20:
running = False
s5.main()
#actualizacion de objetos en pantalla
bg.update()
marcelo.update()
marmota.update()
barra.update()
parrafo.update()
if not(running): bgmusic.stop()
#actualizamos la pantalla
if running: pygame.display.flip()
settings.reloj.tick(60)
