blob: 1c847209db9e340236ec1f65401c4c261d490061 (
plain)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
|
# This file contains all parameters that will be used across ERO1
# The goal of this file is to easily change the core parameters to make
# different observations
# Costs (in euros);
SUPER_DRONE_SPEED: float = 70
SUPER_DRONE_COST_FIXED: float = 100
SUPER_DRONE_COST_KILO: float = 0.01
TYPE_I_COST_FIXED: float = 500
TYPE_I_COST_KILO: float = 1.1
TYPE_I_COST_HOUR_UNDER_8: float = 1.1
TYPE_I_COST_HOUR_ABOVE_8: float = 1.3
TYPE_II_COST_FIXED: float = 800
TYPE_II_COST_KILO: float = 1.3
TYPE_II_COST_HOUR_UNDER_8: float = 1.3
TYPE_II_COST_HOUR_ABOVE_8: float = 1.5
# Speed (in km/h);
TYPE_I_SPEED: int = 10
TYPE_II_SPEED: int = 20
# Availability;
SUPER_DRONE_AMOUNT: int = 1
TYPE_I_AMOUNT: int = 5
TYPE_II_AMOUNT: int = 0
# Snow;
SNOW_MAX: float = 15 # (in cm)
SNOW_MIN: float = 0 # (in cm)
SNOW_THRESHOLD: float = 2.5 # (in cm)
# the quantity where whe should start to retrieve the snow
HABITATION_PERCENTAGE = 0.02 # 10% of the roads will have habitation
SNOW_PERCENTAGE: float = 0.75 # 75% of the roads will have over 2.5 cm of snow
# peut etre faire un autre système ...
# à voir l'implé de la fonction qui dépose la neige
# Graph;
ALGORITHM_NAME: str = "NOM ALGORITHME ICI"
DEFAULT_PLACE_NAME: str = "Verdun"
|
