1. import json
2. import math
3. from bottle import get, post, run, template, request
4.  
5.  
6. class Summary:
7.     def __init__(self, template):
8.         self.CUTTING = 1
9.  
10.  
11. class Costs:
12.     def __init__(self, template):
13.         self.CUTTING = 1
14.         self.GLUING = 2.5
15.         self.currency = 'zl'
16.         self.template = template
17.  
18.     def costOfGluing(self):
19.         return (math.ceil(float(self.template.sumGlue() / float(1000)))*self.GLUING)
20.  
21.  
22. class FurnitureBoard:
23.     def __init__(self):
24.         self.width = 2800
25.         self.height = 2070
26.         self.weight = 7.3
27.         self.area = self.width * self.height
28.         self.thickness = 18
29.  
30.  
31. class RawTemplate:
32.     def __init__(self, id, width, height, unit, veneer):
33.         self.id = id
34.         if(unit == 'cm'):
35.             self.width = int(width * 10)
36.             self.height = int(height * 10)
37.             self.unit = 'mm'
38.         else:
39.             self.width = int(width)
40.             self.height = int(height)
41.             self.unit = unit
42.         self.area = self.width * self.height
43.         self.glues = []
44.         self.sumOfSides = 2 * self.width + 2 * self.height
45.         self.areaWithWaste = float(1.1 * self.area)
46.  
47.         if veneer["top"] == True:
48.             self.glues.append(self.width)
49.         if veneer["left"] == True:
50.             self.glues.append(self.height)
51.         if veneer["bottom"] == True:
52.             self.glues.append(self.width)
53.         if veneer["right"] == True:
54.             self.glues.append(self.height)
55.  
56.     def sumGlue(self):
57.         return int(sum(self.glues))
58.  
59.     def __str__(self):
60.         return '''---------------
61.        Id: {}
62.        Height: {}
63.        Width: {}
64.        Unit: {}
65.        Glue: {}
66.        Area: {}n'''.format(self.id, self.height, self.width, self.unit, self.glues, self.area)
67.  
68.  
69. @post('/api/save/order')
70. def save_order():
71.  
72.     order = request.json
73.     # create user detail variable
74.     firstName = order['firstName']
75.     lastName = order['lastName']
76.  
77.     # table that contain areas for each template
78.     areas = []
79.     # contains  border lenghts which will be taped
80.     border = []
81.  
82.     sumGlues = []
83.     # container for templates objects
84.     templates = []
85.  
86.     for p in order['templates']:
87.         template = RawTemplate(p['id'], p['width'],
88.                                p['height'], p['unit'], p['veneer'])
89.         templates.append(template)
90.         cost = Costs(template)
91.         # get area form thah template which is calculated in object
92.         area = template.area
93.         # adding area of that template to table
94.         areas.append(area)
95.         # add sum of border which will be taped on that template
96.         sumGlues.append(template.sumGlue())
97.         # print("Venree cost: " +
98.         #       str(int(math.ceil(float(template.sumOfSides / float(1000))))))
99.         print("Venree cost: " + str(cost.costOfGluing()))
100.  
101.     # summary value of each templte areas
102.     furnitureBoard = FurnitureBoard()
103.     sumOfAreas = float(sum(areas))
104.     areasWithWaste = sumOfAreas * 1.1
105.     boardToBuy = math.ceil(float(areasWithWaste / float(furnitureBoard.area)))
106.     summaryWeight = boardToBuy * furnitureBoard.weight
107.  
108.     print(areas)
109.     print("Sum of areas including waste: " + str(sumOfAreas))
110.     print(furnitureBoard.area)
111.     print(float(sumOfAreas / float(furnitureBoard.area)))
112.     print()
113.     for o in templates:
114.         print(o)
115.  
116.     with open("order.json", "w") as json_file:
117.         json.dump(order, json_file)
118.  
119.  
120. run(host='localhost', port=3000)
121.