Merge pull request #454 from honomoa/feature/strategy_number

Add strategy NUMBER_X

Author: rdavydov

README.md

@@ -590,6 +590,14 @@ Allowed values for `chat` are:
 - **PERCENTAGE**: Select the option with the highest percentage based on odds (It's the same that show Twitch) - Should be the same as select LOWEST_ODDS
 - **SMART_MONEY**: Select the option with the highest points placed. [#331](https://github.com/Tkd-Alex/Twitch-Channel-Points-Miner-v2/issues/331)
 - **SMART**: If the majority in percent chose an option, then follow the other users, otherwise select the option with the highest odds
+- **NUMBER_1**: Always select the 1st option, BLUE side if there are only two options
+- **NUMBER_2**: Always select the 2nd option, PINK side if there are only two options
+- **NUMBER_3**: Always select the 3rd option.
+- **NUMBER_4**: Always select the 4th option.
+- **NUMBER_5**: Always select the 5th option.
+- **NUMBER_6**: Always select the 6th option.
+- **NUMBER_7**: Always select the 7th option.
+- **NUMBER_8**: Always select the 8th option.
 
 ![Screenshot](https://raw.githubusercontent.com/Tkd-Alex/Twitch-Channel-Points-Miner-v2/master/assets/prediction.png)
 

TwitchChannelPointsMiner/classes/entities/Bet.py

@@ -14,6 +14,14 @@ class Strategy(Enum):
     PERCENTAGE = auto()
     SMART_MONEY = auto()
     SMART = auto()
+    NUMBER_1 = auto()
+    NUMBER_2 = auto()
+    NUMBER_3 = auto()
+    NUMBER_4 = auto()
+    NUMBER_5 = auto()
+    NUMBER_6 = auto()
+    NUMBER_7 = auto()
+    NUMBER_8 = auto()
 
     def __str__(self):
         return self.name
@@ -235,6 +243,12 @@ def __return_choice(self, key) -> int:
                 largest = index
         return largest
 
+    def __return_number_choice(self, number) -> int:
+        if (len(self.outcomes) > number):
+            return number
+        else:
+            return 0
+
     def skip(self) -> bool:
         if self.settings.filter_condition is not None:
             # key == by , condition == where
@@ -283,6 +297,22 @@ def calculate(self, balance: int) -> dict:
             self.decision["choice"] = self.__return_choice(OutcomeKeys.ODDS_PERCENTAGE)
         elif self.settings.strategy == Strategy.SMART_MONEY:
             self.decision["choice"] = self.__return_choice(OutcomeKeys.TOP_POINTS)
+        elif self.settings.strategy == Strategy.NUMBER_1:
+            self.decision["choice"] = self.__return_number_choice(0)
+        elif self.settings.strategy == Strategy.NUMBER_2:
+            self.decision["choice"] = self.__return_number_choice(1)
+        elif self.settings.strategy == Strategy.NUMBER_3:
+            self.decision["choice"] = self.__return_number_choice(2)
+        elif self.settings.strategy == Strategy.NUMBER_4:
+            self.decision["choice"] = self.__return_number_choice(3)
+        elif self.settings.strategy == Strategy.NUMBER_5:
+            self.decision["choice"] = self.__return_number_choice(4)
+        elif self.settings.strategy == Strategy.NUMBER_6:
+            self.decision["choice"] = self.__return_number_choice(5)
+        elif self.settings.strategy == Strategy.NUMBER_7:
+            self.decision["choice"] = self.__return_number_choice(6)
+        elif self.settings.strategy == Strategy.NUMBER_8:
+            self.decision["choice"] = self.__return_number_choice(7)
         elif self.settings.strategy == Strategy.SMART:
             difference = abs(
                 self.outcomes[0][OutcomeKeys.PERCENTAGE_USERS]