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How to use landscape method in robotframework-appiumlibrary
Best Python code snippet using robotframework-appiumlibrary_python
Foxes and Rabbits.py
Source:Foxes and Rabbits.py 
1#Skeleton Program code for the AQA A Level Paper 1 2017 examination2#this code should be used in conjunction with the Preliminary Material3#written by the AQA Programmer Team4#developed in the Python 3.4.1 programming environment56import enum7import random8import math910class Location:11 def __init__(self):12 self.Fox = None13 self.Warren = None1415class Simulation:16 def __init__(self, LandscapeSize, InitialWarrenCount, InitialFoxCount, Variability, FixedInitialLocations):17 self.__ViewRabbits = ""18 self.__TimePeriod = 019 self.__WarrenCount = 020 self.__FoxCount = 021 self.__ShowDetail = False22 self.__LandscapeSize = LandscapeSize23 self.__Variability = Variability24 self.__FixedInitialLocations = FixedInitialLocations25 self.__Landscape = []26 for Count1 in range (self.__LandscapeSize):27 LandscapeRow = []28 for Count2 in range (self.__LandscapeSize):29 LandscapeLocation = None30 LandscapeRow.append(LandscapeLocation)31 self.__Landscape.append(LandscapeRow)32 self.__CreateLandscapeAndAnimals(InitialWarrenCount, InitialFoxCount, self.__FixedInitialLocations)33 self.__DrawLandscape()34 MenuOption = 035 while (self.__WarrenCount > 0 or self.__FoxCount > 0) and MenuOption != 5:36 print()37 print("1. Advance to next time period showing detail")38 print("2. Advance to next time period hiding detail")39 print("3. Inspect fox")40 print("4. Inspect warren")41 print("5. Exit")42 print()43 MenuOption = int(input("Select option: "))44 if MenuOption == 1:45 self.__TimePeriod += 146 self.__ShowDetail = True47 self.__AdvanceTimePeriod()48 if MenuOption == 2:49 self.__TimePeriod += 150 self.__ShowDetail = False51 self.__AdvanceTimePeriod()52 if MenuOption == 3:53 x = self.__InputCoordinate("x")54 y = self.__InputCoordinate("y")55 if not self.__Landscape[x][y].Fox is None:56 self.__Landscape[x][y].Fox.Inspect()57 if MenuOption == 4:58 x = self.__InputCoordinate("x")59 y = self.__InputCoordinate("y")60 if not self.__Landscape[x][y].Warren is None:61 self.__Landscape[x][y].Warren.Inspect()62 self.__ViewRabbits = input("View individual rabbits (y/n)? ")63 if self.__ViewRabbits == "y":64 self.__Landscape[x][y].Warren.ListRabbits()65 input()6667 def __InputCoordinate(self, CoordinateName):68 Coordinate = int(input(" Input " + CoordinateName + " coordinate:"))69 return Coordinate7071 def __CreateRiver(self):72 XCoordinate = self.__InputCoordinate("river x")73 YCoordinate = self.__InputCoordinate("river y")7475 for y in range(YCoordinate, self.__LandscapeSize-YCoordinate):76 self.__Landscape[XCoordinate][y] = "R"7778 def __AdvanceTimePeriod(self):79 NewFoxCount = 080 if self.__ShowDetail:81 print()82 for x in range (0, self.__LandscapeSize):83 for y in range (0, self.__LandscapeSize):84 if not self.__Landscape[x][y].Warren is None:85 if self.__ShowDetail:86 print("Warren at (", x, ",", y, "):", sep = "")87 print(" Period Start: ", end = "")88 self.__Landscape[x][y].Warren.Inspect()89 if self.__FoxCount > 0:90 self.__FoxesEatRabbitsInWarren(x, y)91 if self.__Landscape[x][y].Warren.NeedToCreateNewWarren():92 self.__CreateNewWarren()93 self.__Landscape[x][y].Warren.AdvanceGeneration(self.__ShowDetail)94 if self.__ShowDetail:95 print(" Period End: ", end = "")96 self.__Landscape[x][y].Warren.Inspect()97 input()98 if self.__Landscape[x][y].Warren.WarrenHasDiedOut():99 self.__Landscape[x][y].Warren = None100 self.__WarrenCount -= 1101 for x in range (0, self.__LandscapeSize):102 for y in range (0, self.__LandscapeSize):103 if not self.__Landscape[x][y].Fox is None:104 if self.__ShowDetail:105 print("Fox at (", x, ",", y, "): ", sep = "")106 self.__Landscape[x][y].Fox.AdvanceGeneration(self.__ShowDetail)107 if self.__Landscape[x][y].Fox.CheckIfDead():108 self.__Landscape[x][y].Fox = None109 self.__FoxCount -= 1110 else:111 if self.__Landscape[x][y].Fox.ReproduceThisPeriod():112 if self.__ShowDetail:113 print(" Fox has reproduced. ")114 NewFoxCount += 1115 if self.__ShowDetail:116 self.__Landscape[x][y].Fox.Inspect()117 self.__Landscape[x][y].Fox.ResetFoodConsumed()118 if NewFoxCount > 0:119 if self.__ShowDetail:120 print("New foxes born: ")121 for f in range (0, NewFoxCount):122 self.__CreateNewFox()123 if self.__ShowDetail:124 input()125 self.__DrawLandscape()126 print()127128 def __CreateLandscapeAndAnimals(self, InitialWarrenCount, InitialFoxCount, FixedInitialLocations):129 for x in range (0, self.__LandscapeSize):130 for y in range (0, self.__LandscapeSize):131 self.__Landscape[x][y] = Location()132 if FixedInitialLocations:133 self.__Landscape[1][1].Warren = Warren(self.__Variability, 38)134 self.__Landscape[2][8].Warren = Warren(self.__Variability, 80)135 self.__Landscape[9][7].Warren = Warren(self.__Variability, 20)136 self.__Landscape[10][3].Warren = Warren(self.__Variability, 52)137 self.__Landscape[13][4].Warren = Warren(self.__Variability, 67)138 self.__WarrenCount = 5139 self.__Landscape[2][10].Fox = Fox(self.__Variability)140 self.__Landscape[6][1].Fox = Fox(self.__Variability)141 self.__Landscape[8][6].Fox = Fox(self.__Variability)142 self.__Landscape[11][13].Fox = Fox(self.__Variability)143 self.__Landscape[12][4].Fox = Fox(self.__Variability)144 self.__FoxCount = 5145 else:146 for w in range (0, InitialWarrenCount):147 self.__CreateNewWarren()148 for f in range (0, InitialFoxCount):149 self.__CreateNewFox()150 self.__CreateRiver()151152 def __CreateNewWarren(self):153 x = random.randint(0, self.__LandscapeSize - 1)154 y = random.randint(0, self.__LandscapeSize - 1)155 while not self.__Landscape[x][y].Warren is None:156 x = random.randint(0, self.__LandscapeSize - 1)157 y = random.randint(0, self.__LandscapeSize - 1)158 if self.__ShowDetail:159 print("New Warren at (", x, ",", y, ")", sep = "")160 self.__Landscape[x][y].Warren = Warren(self.__Variability)161 self.__WarrenCount += 1162163 def __CreateNewFox(self):164 x = random.randint(0, self.__LandscapeSize - 1)165 y = random.randint(0, self.__LandscapeSize - 1)166 while not self.__Landscape[x][y].Fox is None:167 x = random.randint(0, self.__LandscapeSize - 1)168 y = random.randint(0, self.__LandscapeSize - 1)169 if self.__ShowDetail:170 print(" New Fox at (", x, ",", y, ")", sep = "")171 self.__Landscape[x][y].Fox = Fox(self.__Variability)172 self.__FoxCount += 1173174 def __FoxesEatRabbitsInWarren(self, WarrenX, WarrenY):175 RabbitCountAtStartOfPeriod = self.__Landscape[WarrenX][WarrenY].Warren.GetRabbitCount()176 for FoxX in range(0, self.__LandscapeSize):177 for FoxY in range (0, self.__LandscapeSize):178 if not self.__Landscape[FoxX][FoxY].Fox is None:179 Dist = self.__DistanceBetween(FoxX, FoxY, WarrenX, WarrenY)180 if Dist <= 3.5:181 PercentToEat = 20182 elif Dist <= 7:183 PercentToEat = 10184 else:185 PercentToEat = 0186 RabbitsToEat = int(round(float(PercentToEat * RabbitCountAtStartOfPeriod / 100)))187 FoodConsumed = self.__Landscape[WarrenX][WarrenY].Warren.EatRabbits(RabbitsToEat)188 self.__Landscape[FoxX][FoxY].Fox.GiveFood(FoodConsumed)189 if self.__ShowDetail:190 print(" ", FoodConsumed, " rabbits eaten by fox at (", FoxX, ",", FoxY, ").", sep = "")191192 def __DistanceBetween(self, x1, y1, x2, y2):193 return math.sqrt((pow(x1 - x2, 2) + pow(y1 - y2, 2)))194195 def __DrawLandscape(self):196 print()197 print("TIME PERIOD:", self.__TimePeriod)198 print()199 print(" ", end = "")200 for x in range (0, self.__LandscapeSize):201 if x < 10:202 print(" ", end = "")203 print(x, "|", end = "")204 print()205 for x in range (0, self.__LandscapeSize * 4 + 3):206 print("-", end = "")207 print()208 for y in range (0, self.__LandscapeSize):209 if y < 10:210 print(" ", end = "")211 print("", y, "|", sep = "", end = "")212 for x in range (0, self.__LandscapeSize):213 if not self.__Landscape[x][y].Warren is None or self.__Landscape[x][y] == "R":214 if self.__Landscape[x][y].Warren.GetRabbitCount() < 10:215 print(" ", end = "")216 print(self.__Landscape[x][y].Warren.GetRabbitCount(), end = "")217 else:218 print(" ", end = "")219 if not self.__Landscape[x][y].Fox is None:220 print("F", end = "")221 else:222 print(" ", end = "")223 print("|", end = "")224 print()225226class Warren:227 def __init__(self, Variability, RabbitCount = 0):228 self.__MAX_RABBITS_IN_WARREN = 99229 self.__RabbitCount = RabbitCount230 self.__PeriodsRun = 0231 self.__AlreadySpread = False232 self.__Variability = Variability233 self.__Rabbits = []234 for Count in range(0, self.__MAX_RABBITS_IN_WARREN):235 self.__Rabbits.append(None)236 if self.__RabbitCount == 0:237 self.__RabbitCount = int(self.__CalculateRandomValue(int(self.__MAX_RABBITS_IN_WARREN / 4), self.__Variability))238 for r in range (0, self.__RabbitCount):239 self.__Rabbits[r] = Rabbit(self.__Variability)240241 def __CalculateRandomValue(self, BaseValue, Variability):242 return BaseValue - (BaseValue * Variability / 100) + (BaseValue * random.randint(0, Variability * 2) / 100)243244 def GetRabbitCount(self):245 return self.__RabbitCount246247 def NeedToCreateNewWarren(self):248 if self.__RabbitCount == self.__MAX_RABBITS_IN_WARREN and not self.__AlreadySpread:249 self.__AlreadySpread = True250 return True251 else:252 return False253254 def WarrenHasDiedOut(self):255 if self.__RabbitCount == 0:256 return True257 else:258 return False259260 def AdvanceGeneration(self, ShowDetail):261 self.__PeriodsRun += 1262 if self.__RabbitCount > 0:263 self.__KillByOtherFactors(ShowDetail)264 if self.__RabbitCount > 0:265 self.__AgeRabbits(ShowDetail)266 if self.__RabbitCount > 0 and self.__RabbitCount <= self.__MAX_RABBITS_IN_WARREN:267 if self.__ContainsMales():268 self.__MateRabbits(ShowDetail)269 if self.__RabbitCount == 0 and ShowDetail:270 print(" All rabbits in warren are dead")271272 def EatRabbits(self, RabbitsToEat):273 DeathCount = 0274 if RabbitsToEat > self.__RabbitCount:275 RabbitsToEat = self.__RabbitCount276 while DeathCount < RabbitsToEat:277 RabbitNumber = random.randint(0, self.__RabbitCount - 1)278 if not self.__Rabbits[RabbitNumber] is None:279 self.__Rabbits[RabbitNumber] = None280 DeathCount += 1281 self.__CompressRabbitList(DeathCount)282 return RabbitsToEat283284 def __KillByOtherFactors(self, ShowDetail):285 DeathCount = 0286 for r in range (0, self.__RabbitCount):287 if self.__Rabbits[r].CheckIfKilledByOtherFactor():288 self.__Rabbits[r] = None289 DeathCount += 1290 self.__CompressRabbitList(DeathCount)291 if ShowDetail:292 print(" ", DeathCount, "rabbits killed by other factors.")293294 def __AgeRabbits(self, ShowDetail):295 DeathCount = 0296 for r in range (0, self.__RabbitCount):297 self.__Rabbits[r].CalculateNewAge()298 if self.__Rabbits[r].CheckIfDead():299 self.__Rabbits[r] = None300 DeathCount += 1301 self.__CompressRabbitList(DeathCount)302 if ShowDetail:303 print(" ", DeathCount, "rabbits die of old age.")304305 def __MateRabbits(self, ShowDetail):306 Mate = 0307 Babies = 0308 for r in range (0, self.__RabbitCount):309 if self.__Rabbits[r].IsFemale() and self.__RabbitCount + Babies < self.__MAX_RABBITS_IN_WARREN:310 Mate = random.randint(0, self.__RabbitCount - 1)311 while Mate == r or self.__Rabbits[Mate].IsFemale():312 Mate = random.randint(0, self.__RabbitCount - 1)313 CombinedReproductionRate = (self.__Rabbits[r].GetReproductionRate() + self.__Rabbits[Mate].GetReproductionRate()) / 2314 if CombinedReproductionRate >= 1:315 self.__Rabbits[self.__RabbitCount + Babies] = Rabbit(self.__Variability, CombinedReproductionRate)316 Babies += 1317 self.__RabbitCount = self.__RabbitCount + Babies318 if ShowDetail:319 print(" ", Babies, "baby rabbits born.")320321 def __CompressRabbitList(self, DeathCount):322 if DeathCount > 0:323 ShiftTo = 0324 ShiftFrom = 0325 while ShiftTo < self.__RabbitCount - DeathCount:326 while self.__Rabbits[ShiftFrom] is None:327 ShiftFrom += 1328 if ShiftTo != ShiftFrom:329 self.__Rabbits[ShiftTo] = self.__Rabbits[ShiftFrom]330 ShiftTo += 1331 ShiftFrom += 1332 self.__RabbitCount = self.__RabbitCount - DeathCount333334 def __ContainsMales(self):335 Males = False336 for r in range (0, self.__RabbitCount):337 if not self.__Rabbits[r].IsFemale():338 Males = True339 return Males340341 def Inspect(self):342 print("Periods Run", self.__PeriodsRun, "Size", self.__RabbitCount)343344 def ListRabbits(self):345 if self.__RabbitCount > 0:346 for r in range (0, self.__RabbitCount):347 self.__Rabbits[r].Inspect()348349class Animal:350 _ID = 1351352 def __init__(self, AvgLifespan, AvgProbabilityOfDeathOtherCauses, Variability):353 self._NaturalLifespan = int(AvgLifespan * self._CalculateRandomValue(100, Variability) / 100)354 self._ProbabilityOfDeathOtherCauses = AvgProbabilityOfDeathOtherCauses * self._CalculateRandomValue(100, Variability) / 100355 self._IsAlive = True356 self._ID = Animal._ID357 self._Age = 0358 Animal._ID += 1359360 def CalculateNewAge(self):361 self._Age += 1362 if self._Age >= self._NaturalLifespan:363 self._IsAlive = False364365 def CheckIfDead(self):366 return not self._IsAlive367368 def Inspect(self):369 print(" ID", self._ID, "", end = "")370 print("Age", self._Age, "", end = "")371 print("LS", self._NaturalLifespan, "", end = "")372 print("Pr dth", round(self._ProbabilityOfDeathOtherCauses, 2), "", end = "")373374 def CheckIfKilledByOtherFactor(self):375 if random.randint(0, 100) < self._ProbabilityOfDeathOtherCauses * 100:376 self._IsAlive = False377 return True378 else:379 return False380381 def _CalculateRandomValue(self, BaseValue, Variability):382 return BaseValue - (BaseValue * Variability / 100) + (BaseValue * random.randint(0, Variability * 2) / 100)383384class Fox(Animal):385 def __init__(self, Variability):386 self.__DEFAULT_LIFE_SPAN = 7387 self.__DEFAULT_PROBABILITY_DEATH_OTHER_CAUSES = 0.1388 super(Fox, self).__init__(self.__DEFAULT_LIFE_SPAN, self.__DEFAULT_PROBABILITY_DEATH_OTHER_CAUSES, Variability)389 self.__FoodUnitsNeeded = int(10 * self._CalculateRandomValue(100, Variability) / 100)390 self.__FoodUnitsConsumedThisPeriod = 0391392 def AdvanceGeneration(self, ShowDetail):393 if self.__FoodUnitsConsumedThisPeriod == 0:394 self._IsAlive = False395 if ShowDetail:396 print(" Fox dies as has eaten no food this period.")397 else:398 if self.CheckIfKilledByOtherFactor():399 self._IsAlive = False400 if ShowDetail:401 print(" Fox killed by other factor.")402 else:403 if self.__FoodUnitsConsumedThisPeriod < self.__FoodUnitsNeeded:404 self.CalculateNewAge()405 if ShowDetail:406 print(" Fox ages further due to lack of food.")407 self.CalculateNewAge()408 if not self._IsAlive:409 if ShowDetail:410 print(" Fox has died of old age.")411412 def ResetFoodConsumed(self):413 self.__FoodUnitsConsumedThisPeriod = 0414415 def ReproduceThisPeriod(self):416 REPRODUCTION_PROBABILITY = 0.25417 if random.randint(0, 100) < REPRODUCTION_PROBABILITY * 100:418 return True419 else:420 return False421422 def GiveFood(self, FoodUnits):423 self.__FoodUnitsConsumedThisPeriod = self.__FoodUnitsConsumedThisPeriod + FoodUnits424425 def Inspect(self):426 super(Fox, self).Inspect()427 print("Food needed", self.__FoodUnitsNeeded, "", end = "")428 print("Food eaten", self.__FoodUnitsConsumedThisPeriod, "", end = "")429 print()430431class Genders(enum.Enum):432 Male = 1433 Female = 2434435class Rabbit(Animal):436 def __init__(self, Variability, ParentsReproductionRate = 1.2):437 self.__DEFAULT_LIFE_SPAN = 4438 self.__DEFAULT_PROBABILITY_DEATH_OTHER_CAUSES = 0.05439 super(Rabbit, self).__init__(self.__DEFAULT_LIFE_SPAN, self.__DEFAULT_PROBABILITY_DEATH_OTHER_CAUSES, Variability)440 self.__ReproductionRate = ParentsReproductionRate * self._CalculateRandomValue(100, Variability) / 100441 if random.randint(0, 100) < 50:442 self.__Gender = Genders.Male443 else:444 self.__Gender = Genders.Female445446 def Inspect(self):447 super(Rabbit, self).Inspect()448 print("Rep rate", round(self.__ReproductionRate, 1), "", end = "")449 if self.__Gender == Genders.Female:450 print("Gender Female")451 else:452 print("Gender Male")453454 def IsFemale(self):455 if self.__Gender == Genders.Female:456 return True457 else:458 return False459460 def GetReproductionRate(self):461 return self.__ReproductionRate462463def Main():464 MenuOption = 0465 while MenuOption != 3:466 print("Predator Prey Simulation Main Menu")467 print()468 print("1. Run simulation with default settings")469 print("2. Run simulation with custom settings")470 print("3. Exit")471 print()472 MenuOption = int(input("Select option: "))473 if MenuOption == 1 or MenuOption == 2:474 if MenuOption == 1:475 LandscapeSize = 15476 InitialWarrenCount = 5477 InitialFoxCount = 5478 Variability = 0479 FixedInitialLocations = True480 else:481 LandscapeSize = int(input("Landscape Size: "))482 InitialWarrenCount = int(input("Initial number of warrens: "))483 InitialFoxCount = int(input("Initial number of foxes: "))484 Variability = int(input("Randomness variability (percent): "))485 FixedInitialLocations = False486 Sim = Simulation(LandscapeSize, InitialWarrenCount, InitialFoxCount, Variability, FixedInitialLocations)487 input()488489if __name__ == "__main__":490 Main()
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LandscapeApi.py
Source:LandscapeApi.py
1from flask import Blueprint, request,jsonify,make_response,session2from App.common.ResData import ResData3from App.ext import db4from App.models import User, Landscape, UserBuyRecord5landscapeBlue =Blueprint("landscape",__name__)6def init_landscapeBlue(app):7 app.register_blueprint(blueprint=landscapeBlue)8@landscapeBlue.route("/landscape/queryAll", methods=["POST", "GET"])9def queryAll():10 landscapes = Landscape.query.all()11 landscapeList = []12 for one in landscapes:13 landscapeList.append(one.to_json())14 landscapesJson = {"landscapes": landscapeList}15 res = make_response(ResData.success(landscapesJson))16 return res17@landscapeBlue.route("/landscape/search",methods=["POST"])18def search():19 address = request.form.get('address')20 landscapes = Landscape.query.filter(21 Landscape.address == address).all()22 landscapeList=[]23 for one in landscapes:24 landscapeList.append(one.to_json())25 landscapesJson ={"landscapes":landscapeList}26 res= make_response(ResData.success(landscapesJson))27 return res28@landscapeBlue.route("/landscape/update",methods=["POST"])29def update():30 landscapeId=request.form.get("landscapeId")31 if(landscapeId is None):32 return ResData.paramEmpty(landscapeId)33 landscape=Landscape.query.filter(Landscape.landscapeId==landscapeId).first()34 address=request.form.get('address')35 landscapeName = request.form.get('landscapeName')36 price = request.form.get('price')37 score = request.form.get('score')38 Introduction = request.form.get('Introduction')39 pic = request.form.get('pic')40 landscape.address = address41 landscape.landscapeName = landscapeName42 landscape.price = price43 landscape.score = score44 landscape.Introduction = Introduction45 landscape.pic = pic46 db.session.add(landscape)47 db.session.commit()48 return ResData.success(None)49@landscapeBlue.route("/landscape/insert",methods=["POST"])50def insert():51 address=request.form.get('address')52 landscapeName = request.form.get('landscapeName')53 price = request.form.get('price')54 score = request.form.get('score')55 Introduction = request.form.get('Introduction')56 pic = request.form.get('pic')57 landscape=Landscape()58 landscape.address = address59 landscape.landscapeName = landscapeName60 landscape.price = price61 landscape.score = score62 landscape.Introduction = Introduction63 landscape.pic = pic64 db.session.add(landscape)65 db.session.commit()66 return ResData.success(None)67@landscapeBlue.route("/landscape/delete",methods=["POST"])68def delete():69 landscapeId=request.form.get('landscapeId')70 if(landscapeId is None):71 return ResData.paramEmpty(landscapeId)72 landscape=Landscape.query.filter(Landscape.landscapeId==landscapeId).first()73 db.session.delete(landscape)74 db.session.commit()75 return ResData.success(None)76@landscapeBlue.route("/landscape/buy",methods=["POST"])77def buy():78 userName = request.cookies.get('username')79 if(userName is None):80 return ResData.needLogin(userName)81 landscapeId=request.form.get('landscapeId')82 if(landscapeId is None):83 return ResData.paramEmpty(landscapeId)84 landscape=Landscape.query.filter(Landscape.landscapeId==landscapeId).first()85 # landscape.number=landscape.number - 1 æ¯ç¹ç¥¨æ²¡æéå¶86 userBuyRecord = UserBuyRecord()87 userBuyRecord.productId = landscapeId88 userBuyRecord.productType ="landscape"89 userBuyRecord.userName = userName90 db.session.add(landscape)91 db.session.add(userBuyRecord)92 db.session.commit()...
check_fast_snowy_landscape.py
Source:check_fast_snowy_landscape.py
1from __future__ import print_function, division2import imageio3import imgaug as ia4from imgaug import augmenters as iaa5def main():6 image = imageio.imread("https://upload.wikimedia.org/wikipedia/commons/8/89/Kukle%2CCzech_Republic..jpg",7 format="jpg")8 augs = [9 ("iaa.FastSnowyLandscape(64, 1.5)", iaa.FastSnowyLandscape(64, 1.5)),10 ("iaa.FastSnowyLandscape(128, 1.5)", iaa.FastSnowyLandscape(128, 1.5)),11 ("iaa.FastSnowyLandscape(200, 1.5)", iaa.FastSnowyLandscape(200, 1.5)),12 ("iaa.FastSnowyLandscape(64, 2.5)", iaa.FastSnowyLandscape(64, 2.5)),13 ("iaa.FastSnowyLandscape(128, 2.5)", iaa.FastSnowyLandscape(128, 2.5)),14 ("iaa.FastSnowyLandscape(200, 2.5)", iaa.FastSnowyLandscape(200, 2.5)),15 ("iaa.FastSnowyLandscape(64, 3.5)", iaa.FastSnowyLandscape(64, 3.5)),16 ("iaa.FastSnowyLandscape(128, 3.5)", iaa.FastSnowyLandscape(128, 3.5)),17 ("iaa.FastSnowyLandscape(200, 3.5)", iaa.FastSnowyLandscape(200, 3.5)),18 ("iaa.FastSnowyLandscape()", iaa.FastSnowyLandscape())19 ]20 for descr, aug in augs:21 print(descr)22 images_aug = aug.augment_images([image] * 64)23 ia.imshow(ia.draw_grid(images_aug))24if __name__ == "__main__":...
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