Przystosowanie algorytmu MCDA

data.py

@@ -32,7 +32,7 @@ learning_data = [
     # kolor, kształt, waga, rozmiar, nazwa
     ['black', 'rectangle', 51, 'small', 'Mars'],
     ['gold', 'pack', 100, 'big', 'Haribo'],
-    ['purple', 'rectangle', 100, 'big', 'Milka'],
+    ['purple', 'rectangle', 100, 'big', 'Milka-czekolada'],
     ['brown', 'pack', 45, 'small', 'M&M'],
     ['blue', 'rectangle', 50, 'medium', 'Bounty'],
     ['blue', 'square', 40, 'small', 'Knoppers'],
@@ -43,7 +43,7 @@ learning_data = [
     ['brown', 'rectangle', 45, 'medium', 'Lion'],
     ['white', 'rectangle', 40, 'medium', 'Kinder-bueno'],
     ['red', 'rectangle', 50, 'medium', 'Kit-kat'],
-    ['blue', 'rectangle', 115, 'big', 'Wedel'],
+    ['blue', 'rectangle', 115, 'big', 'Wedel-czekolada'],
     ['white', 'rectangle', 15, 'small', 'Krowka'],
     ['red', 'pack', 70, 'medium', 'Skittles'],
     ['orange', 'rectangle', 45, 'medium', 'Reeses'],
@@ -57,6 +57,29 @@ learning_data = [
     ['red', 'jar', 250, 'medium', 'Strawberry Jam'],
     ['black', 'jar', 250, 'medium', 'Blackberry Jam'],
     ['orange', 'jar', 250, 'medium', 'Peach Jam'],
+    ['brown', 'rectangle', 140, 'big', 'Jezyki classic'],
+    ['blue', 'rectangle', 140, 'big', 'Jezyki kokos'],
+    ['white', 'rectangle', 100, 'big', 'Kinder Chocolate'],
+    ['yellow', 'rectangle', 300, 'big', 'belVita'],
+    ['blue', 'rectangle', 380, 'big', 'Wedel-Ptasie Mleczko'],
+    ['purple', 'rectangle', 330, 'big', 'Milka-Alpejskie Mleczko'],
+    ['blue', 'rectangle', 294, 'big', 'Delicje'],
+    ['silver', 'pack', 280, 'big', 'Wawel-Michalki'],
+    ['red', 'rectangle', 50, 'medium', 'Krakuski Petit Beurre'],
+    ['white', 'egg', 20, 'small', 'Kinder Niespodzianka'],
+    ['brown', 'rectangle', 180, 'big', 'Familijne Wafle'],
+    ['red', 'rectangle', 235, 'big', 'dr Gerard PryncyPałki'],
+    ['white', 'rectangle', 25, 'medium', 'Nestlé Cini Minis Batonik'],
+    ['black', 'pack', 70, 'big', 'Korsarz Draże'],
+    ['white', 'rectangle', 50, 'medium', 'Góralki'],
+    ['white', 'rectangle', 24, 'medium', 'Kinder Country'],
+    ['red', 'rectangle', 46, 'medium', '3Bit'],
+    ['yellow', 'rectangle', 25, 'medium', 'Nestlé Nesquik Batonik'],
+    ['yellow', 'rectangle', 47, 'medium', 'Wedel WW'],
+    ['brown', 'rectangle', 30, 'medium', 'Lubisie'],
+    ['purple', 'rectangle', 22, 'small', 'Maoam'],
+    ['brown', 'rectangle', 294, 'medium', 'Grześki'],
+    ['white', 'rectangle', 250, 'big', 'merci'],
 ]
 
 

main.py

@@ -9,7 +9,7 @@ from agent import Agent
 from settings import Settings
 from board import create_board, draw_board
 from random import randint, choice
-from mcda import choseProducts
+from mcda import selectedSupply
 
 # Inicjalizacja programu i utworzenie obiektu ekrany
 def run():
@@ -21,7 +21,7 @@ def run():
     board = create_board(screen)
     my_tree = decision_tree.build_tree(data.learning_data)
 
-    produsctsFromSupply = choseProducts(5)
+    produsctsFromSupply = selectedSupply()
 
     # for row in board:
     #     for field in row:

mcda.py

@@ -1,9 +1,9 @@
 from supply import *
 
-allProducts = create_data_products()
+allProducts = supply()
 
-color = {'black': 16, 'gold': 10, 'purple': 5, 'brown': 7, 'blue': 12, 'white': 14, 'red': 13, 'orange': 11}
-shape = {'rectangle': 15, 'pack': 19, 'square': 9, 'jar': 7}
+color = {'black': 16, 'gold': 10, 'purple': 12, 'brown': 7, 'blue': 12, 'white': 14, 'red': 13, 'orange': 11, 'yellow': 8, 'silver': 15}
+shape = {'rectangle': 15, 'pack': 19, 'square': 9, 'jar': 7, 'egg': 12}
 size = {'small': 7, 'medium': 16, 'big': 13}
 
 def sizeValue(X):
@@ -68,12 +68,11 @@ def getConcordanceAllProducts():
         C.append(c)
     return C
 
-def choseProducts(number):
+def choseProducts():
+    number = 20
     C = getConcordanceAllProducts()
     products = []
     prev = -1
-    if number > len(allProducts):
-        return allProducts
     while number > 0:
         max = -1
         if prev == -1:
@@ -89,11 +88,28 @@ def choseProducts(number):
                 max = j
         prev = max
         for j in range(len(allProducts)):
+            if C[max] > 0.8:
                 if C[max] == C[j]:
                     products.append(allProducts[j])
                     print(C[j])
                     number -= 1
                 if number == 0:
                     break
-    print(C)
+            else:
+                number = 0
     return products
+
+def selectedSupply():
+    products = choseProducts()
+    supply = []
+    product = ['-', '-', 0, '-', '-']
+    for i in range(len(products)):
+        product[0] = products[i].color
+        product[1] = products[i].shape
+        product[2] = products[i].mass
+        product[3] = products[i].size
+        supply.append(product)
+    product = ['-', '-', 0, '-', '-']
+    supply.append(product)
+    print(supply)
+    return supply

supply.py

@@ -1,11 +1,10 @@
 from product import Product
+import random
 
 
 def create_data_products():
     allProducts = []
 
-    product = Product('black', 'rectangle', 51, 'small')
-    allProducts.append(product)
     product = Product('black', 'rectangle', 51, 'small')
     allProducts.append(product)
     product = Product('gold', 'pack', 100, 'big')
@@ -60,5 +59,63 @@ def create_data_products():
     allProducts.append(product)
     product = Product('orange', 'jar', 250, 'medium')
     allProducts.append(product)
+    product = Product('brown', 'rectangle', 140, 'big')
+    allProducts.append(product)
+    product = Product('blue', 'rectangle', 140, 'big')
+    allProducts.append(product)
+    product = Product('white', 'rectangle', 100, 'big')
+    allProducts.append(product)
+    product = Product('yellow', 'rectangle', 300, 'big')
+    allProducts.append(product)
+    product = Product('blue', 'rectangle', 380, 'big')
+    allProducts.append(product)
+    product = Product('purple', 'rectangle', 330, 'big')
+    allProducts.append(product)
+    product = Product('blue', 'rectangle', 294, 'big')
+    allProducts.append(product)
+    product = Product('silver', 'pack', 280, 'big')
+    allProducts.append(product)
+    product = Product('red', 'rectangle', 50, 'medium')
+    allProducts.append(product)
+    product = Product('white', 'egg', 20, 'small')
+    allProducts.append(product)
+    product = Product('brown', 'rectangle', 180, 'big')
+    allProducts.append(product)
+    product = Product('red', 'rectangle', 235, 'big')
+    allProducts.append(product)
+    product = Product('white', 'rectangle', 25, 'medium')
+    allProducts.append(product)
+    product = Product('black', 'pack', 70, 'big')
+    allProducts.append(product)
+    product = Product('white', 'rectangle', 50, 'medium')
+    allProducts.append(product)
+    product = Product('white', 'rectangle', 24, 'medium')
+    allProducts.append(product)
+    product = Product('red', 'rectangle', 46, 'medium')
+    allProducts.append(product)
+    product = Product('yellow', 'rectangle', 25, 'medium')
+    allProducts.append(product)
+    product = Product('yellow', 'rectangle', 47, 'medium')
+    allProducts.append(product)
+    product = Product('brown', 'rectangle', 30, 'medium')
+    allProducts.append(product)
+    product = Product('purple', 'rectangle', 22, 'small')
+    allProducts.append(product)
+    product = Product('brown', 'rectangle', 294, 'medium')
+    allProducts.append(product)
+    product = Product('white', 'rectangle', 250, 'big')
+    allProducts.append(product)
 
     return allProducts
+
+def supply():
+    allProducts = create_data_products()
+    R = []
+    supply = []
+    while len(R)<20:
+        rand = random.randint(0, 49)
+        if R.count(rand) == 0:
+            R.append(rand)
+            supply.append(allProducts[rand])
+    return supply
+