[New-feature] Add another function

README.md

@@ -1,15 +1,15 @@
-# Call me master of business
-
-## Calculate the most efficient way of dealing with enemy in HuBiao events
-
-**Enemy** : [num1, num2, num3, num4, num5] = $Y_{1-5}$
-
-**Ours**: [num1, ... num5] = $X_{1-5}$ 
-
-We want $X_{1-5}$ >= $Y_{1-5}$  by a rule of at three larger number in position wins.
-
-$Y_{1-5}$ is usually known (If we don't fight against others on purpose)
-
-While each number in $X$ is chosen from a list of number $\{x_1, x_2 ,... x_n\}$ .
-
-Our ***Objective*** is to minimize $\sum_{i=1\rightarrow5}X_i$  and make sure $X > Y$ at least at chance of percentage of **95*%***.
+# Call me DZG
+
+1. [劫镖计算](劫镖计算)
+
+   1. 🌝根据对方的全部挚友数据，以及战斗力推算对方的可能阵容
+   2. 🌝根据推测的阵容，安排我方有$P_{pass}$以上通过率的最小战斗力和阵容
+   3. 🌑考虑出战的损耗值
+   4. 🌑多几个输出，可以按照不同的角度获得不同的阵容（花元宝的数量、战斗力总和值，方差值）
+
+2. [商铺统计](商铺统计)
+
+   1. 🌗根据商铺街的数据分析最适合在哪里招募员工
+   2. 🌑根据商铺街的数据分析哪个商店值得庄园增加员工工效
+
+   

劫镖计算/.gitignore

@@ -0,0 +1,4 @@
+# ignore office temp files
+~$* 
+# ignore python cache files
+__pycache__/*

劫镖计算/README.md

@@ -0,0 +1,15 @@
+# Call me master of business
+
+## Calculate the most efficient way of dealing with enemy in HuBiao events
+
+**Enemy** : [num1, num2, num3, num4, num5] = $Y_{1-5}$
+
+**Ours**: [num1, ... num5] = $X_{1-5}$ 
+
+We want $X_{1-5}$ >= $Y_{1-5}$  by a rule of at three larger number in position wins.
+
+$Y_{1-5}$ is usually known (If we don't fight against others on purpose)
+
+While each number in $X$ is chosen from a list of number $\{x_1, x_2 ,... x_n\}$ .
+
+Our ***Objective*** is to minimize $\sum_{i=1\rightarrow5}X_i$  and make sure $X > Y$ at least at chance of percentage of **95*%***.

functions.py → 劫镖计算/functions.py

@@ -1,79 +1,79 @@
-# 蒙特卡洛 方法 判断击落概率
-
-from random import shuffle
-
-debug = False
-def judge(attack : list[int], defend : list[int]) -> int:
-	# task: judge whether attack can defeat defend nums and return True or False
-
-	# sub1: 判断大小是否一致 : 待完成
-	total = len(attack)
-	# sub2: judge whether attack coud beat defend and return result
-	win = 0
-	for i in range(len(attack)):
-		win += (attack[i] > defend[i])
-	# return example
-	# win	lose -> result
-	# 2  	2 -> False.
-	# 3  	2 -> True
-	return 1 if win > total/2 else 0
-
-def test_cases_generator(originList : list[int]) -> list[int]:
-	posNum = len(originList)-1
-	for (index, testNum) in enumerate(originList):
-		newList = originList[:index] + originList[index:]
-		# I couldn't write it out...  ||<>..<>||
-	pass
-def cankill_brutal(attack : list[int], defend : list[int], testNum = 100, probability = 0.95):
-	game_num = 0
-	win = 0
-	testCases = test_cases_generator(defend)
-	for tsetCase in testCases:
-		game_num += 1
-		win += judge(attack, testCases)
-	if win >= probability * game_num:
-		return True
-	else:
-		return False
-
-def cankill_montecarlo(attack : list[int], defend : list[int], testNum = 100, probability = 0.95, debug = False):
-	if testNum <= 0: 
-		if debug == True: print("Invalid test number for mentekaluo")
-		return False
-
-	else: # testNum > 0
-		game_num = testNum
-		win = 0
-		for i in range(testNum):
-			shuffle(defend)
-			if judge(attack, defend) == 0:
-				if debug:
-					print(f"You loose at {attack} vs {defend}")
-			else:
-				win += 1
-			# win += judge(attack, defend)
-		if debug == True:
-			print(f"\nWin time = {win}, probability of winning is {win/testNum}\n")
-		if win >= probability * testNum:
-			return True
-		return False
-
-#test = False
-if __name__ == "__main__":
-	test = True
-	if test == True:
-		print("can you kill", end = " ")
-	#	print(canKill_mentekaluo([5,5,5,3,1], [4,4,5,3,2]))
-		print(cankill_montecarlo([364, 314, 229, 100, 100], [188, 195, 243, 217, 195]))
-		print(cankill_montecarlo([161, 156, 142, 123, 100], [65, 133, 106, 85, 119]))
-		print(cankill_montecarlo([199, 181, 172, 172, 144], [180, 188, 171, 148, 143]))
-	#	print(canKill_montecarlo([161, 156, 144, 123, 100], [135, 136, 118, 116, 103]))
-	#	print(canKill_montecarlo([199, 266,167, 196, 100], [188,195,185,163,195], testNum = 20000))
-	#	print(canKill_montecarlo([199, 266,167, 196, 100], [156,144,150,150,153], testNum = 20000))
-	#	print(canKill_montecarlo([123, 164,156, 164, 100], [156,144,150,150,153], testNum = 20000)) # actually 0.9's probability of winning 
-		print(cankill_montecarlo([364, 130,613, 546, 156], [217,238,249,267,323], testNum = 20000))
-		print(cankill_montecarlo([364, 546, 613, 314, 268], [1268,1062,340,257,229], testNum= 4000, debug=True, probability=0.59))
-	else:
-		print("Test is not run")
-
-
+# 蒙特卡洛 方法 判断击落概率
+
+from random import shuffle
+
+debug = False
+def judge(attack : list[int], defend : list[int]) -> int:
+	# task: judge whether attack can defeat defend nums and return True or False
+
+	# sub1: 判断大小是否一致 : 待完成
+	total = len(attack)
+	# sub2: judge whether attack coud beat defend and return result
+	win = 0
+	for i in range(len(attack)):
+		win += (attack[i] > defend[i])
+	# return example
+	# win	lose -> result
+	# 2  	2 -> False.
+	# 3  	2 -> True
+	return 1 if win > total/2 else 0
+
+def test_cases_generator(originList : list[int]) -> list[int]:
+	posNum = len(originList)-1
+	for (index, testNum) in enumerate(originList):
+		newList = originList[:index] + originList[index:]
+		# I couldn't write it out...  ||<>..<>||
+	pass
+def cankill_brutal(attack : list[int], defend : list[int], testNum = 100, probability = 0.95):
+	game_num = 0
+	win = 0
+	testCases = test_cases_generator(defend)
+	for tsetCase in testCases:
+		game_num += 1
+		win += judge(attack, testCases)
+	if win >= probability * game_num:
+		return True
+	else:
+		return False
+
+def cankill_montecarlo(attack : list[int], defend : list[int], testNum = 100, probability = 0.95, debug = False):
+	if testNum <= 0: 
+		if debug == True: print("Invalid test number for mentekaluo")
+		return False
+
+	else: # testNum > 0
+		game_num = testNum
+		win = 0
+		for i in range(testNum):
+			shuffle(defend)
+			if judge(attack, defend) == 0:
+				if debug:
+					print(f"You loose at {attack} vs {defend}")
+			else:
+				win += 1
+			# win += judge(attack, defend)
+		if debug == True:
+			print(f"\nWin time = {win}, probability of winning is {win/testNum}\n")
+		if win >= probability * testNum:
+			return True
+		return False
+
+#test = False
+if __name__ == "__main__":
+	test = True
+	if test == True:
+		print("can you kill", end = " ")
+	#	print(canKill_mentekaluo([5,5,5,3,1], [4,4,5,3,2]))
+		print(cankill_montecarlo([364, 314, 229, 100, 100], [188, 195, 243, 217, 195]))
+		print(cankill_montecarlo([161, 156, 142, 123, 100], [65, 133, 106, 85, 119]))
+		print(cankill_montecarlo([199, 181, 172, 172, 144], [180, 188, 171, 148, 143]))
+	#	print(canKill_montecarlo([161, 156, 144, 123, 100], [135, 136, 118, 116, 103]))
+	#	print(canKill_montecarlo([199, 266,167, 196, 100], [188,195,185,163,195], testNum = 20000))
+	#	print(canKill_montecarlo([199, 266,167, 196, 100], [156,144,150,150,153], testNum = 20000))
+	#	print(canKill_montecarlo([123, 164,156, 164, 100], [156,144,150,150,153], testNum = 20000)) # actually 0.9's probability of winning 
+		print(cankill_montecarlo([364, 130,613, 546, 156], [217,238,249,267,323], testNum = 20000))
+		print(cankill_montecarlo([364, 546, 613, 314, 268], [1268,1062,340,257,229], testNum= 4000, debug=True, probability=0.59))
+	else:
+		print("Test is not run")
+
+

read_xlsx.py → 劫镖计算/read_xlsx.py

@@ -1,70 +1,70 @@
-# template for reading xlsx file's first and second row to the end
-# reference : https://linuxhint.com/read-excel-file-python/#:~:text=The%20read_excel()%20function%20of,in%20the%20variable%20named%20data.
-import openpyxl
-
-# Define variable to load the wookbook
-wookbook = openpyxl.load_workbook("test.xlsx")
-
-# Define variable to read the active sheet:
-worksheet = wookbook.active
-
-# Iterate the loop to read the cell values
-names = list()
-values = list()
-
-
-for i in range(0, worksheet.max_row):
-    for (j, col) in enumerate(worksheet.iter_cols(1, worksheet.max_column)):
-        print(col[i].value, end="\t\t")
-        if (i> 0) and (j == 0):
-            names.append(col[i].value.strip(""))
-        if (i> 0) and (j == 1):
-            values.append(col[i].value)
-    print('')
-
-print(names)
-print(values)
-
-for (i,name) in enumerate(names):
-	print(f" The {i+1}th person is {name} with a value of {values[i]}")
-
-# test case results
-
-#Name            OurData
-#小师妹          1016
-#苗疆女          613
-#李师师          546
-#役使            364
-#棋士            314
-#西域女子                266
-#将门女          199
-#小乞丐          182
-#绣娘            173
-#丫鬟            172
-#草原女孩                167
-#采药女          164
-#医师            161
-#书香女          156
-#针线女          144
-#戏子            123
-#卖伞女          100
-#['小师妹', '苗疆女', '李师师', '役使', '棋士', '西域女子', '将门女', '小乞丐', '绣娘', '丫鬟', '草原女孩', '采药女', '医师', '
-#书香女', '针线女', '戏子', '卖伞女']
-#[1016, 613, 546, 364, 314, 266, 199, 182, 173, 172, 167, 164, 161, 156, 144, 123, 100]
-# The 1th person is 小师妹 with a value of 1016
-# The 2th person is 苗疆女 with a value of 613
-# The 3th person is 李师师 with a value of 546
-# The 4th person is 役使 with a value of 364
-# The 5th person is 棋士 with a value of 314
-# The 6th person is 西域女子 with a value of 266
-# The 7th person is 将门女 with a value of 199
-# The 8th person is 小乞丐 with a value of 182
-# The 9th person is 绣娘 with a value of 173
-# The 10th person is 丫鬟 with a value of 172
-# The 11th person is 草原女孩 with a value of 167
-# The 12th person is 采药女 with a value of 164
-# The 13th person is 医师 with a value of 161
-# The 14th person is 书香女 with a value of 156
-# The 15th person is 针线女 with a value of 144
-# The 16th person is 戏子 with a value of 123
-# The 17th person is 卖伞女 with a value of 100
+# template for reading xlsx file's first and second row to the end
+# reference : https://linuxhint.com/read-excel-file-python/#:~:text=The%20read_excel()%20function%20of,in%20the%20variable%20named%20data.
+import openpyxl
+
+# Define variable to load the wookbook
+wookbook = openpyxl.load_workbook("test.xlsx")
+
+# Define variable to read the active sheet:
+worksheet = wookbook.active
+
+# Iterate the loop to read the cell values
+names = list()
+values = list()
+
+
+for i in range(0, worksheet.max_row):
+    for (j, col) in enumerate(worksheet.iter_cols(1, worksheet.max_column)):
+        print(col[i].value, end="\t\t")
+        if (i> 0) and (j == 0):
+            names.append(col[i].value.strip(""))
+        if (i> 0) and (j == 1):
+            values.append(col[i].value)
+    print('')
+
+print(names)
+print(values)
+
+for (i,name) in enumerate(names):
+	print(f" The {i+1}th person is {name} with a value of {values[i]}")
+
+# test case results
+
+#Name            OurData
+#小师妹          1016
+#苗疆女          613
+#李师师          546
+#役使            364
+#棋士            314
+#西域女子                266
+#将门女          199
+#小乞丐          182
+#绣娘            173
+#丫鬟            172
+#草原女孩                167
+#采药女          164
+#医师            161
+#书香女          156
+#针线女          144
+#戏子            123
+#卖伞女          100
+#['小师妹', '苗疆女', '李师师', '役使', '棋士', '西域女子', '将门女', '小乞丐', '绣娘', '丫鬟', '草原女孩', '采药女', '医师', '
+#书香女', '针线女', '戏子', '卖伞女']
+#[1016, 613, 546, 364, 314, 266, 199, 182, 173, 172, 167, 164, 161, 156, 144, 123, 100]
+# The 1th person is 小师妹 with a value of 1016
+# The 2th person is 苗疆女 with a value of 613
+# The 3th person is 李师师 with a value of 546
+# The 4th person is 役使 with a value of 364
+# The 5th person is 棋士 with a value of 314
+# The 6th person is 西域女子 with a value of 266
+# The 7th person is 将门女 with a value of 199
+# The 8th person is 小乞丐 with a value of 182
+# The 9th person is 绣娘 with a value of 173
+# The 10th person is 丫鬟 with a value of 172
+# The 11th person is 草原女孩 with a value of 167
+# The 12th person is 采药女 with a value of 164
+# The 13th person is 医师 with a value of 161
+# The 14th person is 书香女 with a value of 156
+# The 15th person is 针线女 with a value of 144
+# The 16th person is 戏子 with a value of 123
+# The 17th person is 卖伞女 with a value of 100