add: added projectsHEADmain

1 files changed, 64 insertions, 0 deletions

diff --git a/ero1/src/demo/demo_stats.py b/ero1/src/demo/demo_stats.py
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+++ b/ero1/src/demo/demo_stats.py
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+import math
+import parameters
+
+def stats_deneigeuses(all_costs):
+    '''
+    Calcule les statistiques des déneigeuses.
+    Parameters:
+        all_costs : Liste des coûts des déneigeuses.
+    Returns:
+        Un dictionnaire contenant les statistiques des déneigeuses.
+    '''
+    result = {
+        "list":all_costs
+    }
+    result["number"] = len(all_costs)
+    result["dist"] = {
+        "max": max(d["dist"] for d in all_costs) / 1000,
+        "min": min(d["dist"] for d in all_costs) / 1000,
+        "total": sum(d["dist"] for d in all_costs) / 1000
+    }
+    result["dist"]["avg"] = result["dist"]["total"] / result["number"]
+    result["time"] = {}
+    result["time"]["real"] = {"t1": {}, "t2": {}}
+    result["time"]["real"]["t1"]["avg"] = result["dist"]["avg"] / parameters.TYPE_I_SPEED
+    result["time"]["real"]["t2"]["avg"] = result["dist"]["avg"] / parameters.TYPE_II_SPEED
+    result["time"]["real"]["t1"]["max"] = result["dist"]["max"] / parameters.TYPE_I_SPEED
+    result["time"]["real"]["t2"]["max"] = result["dist"]["max"] / parameters.TYPE_II_SPEED
+
+
+    def coutHoraireTypeI(heures):
+        return heures * parameters.TYPE_I_COST_HOUR_UNDER_8 if heures <= 8 else 8 * parameters.TYPE_I_COST_HOUR_UNDER_8 + (heures - 8) * parameters.TYPE_I_COST_HOUR_ABOVE_8
+    
+    def coutHoraireTypeII(heures):
+        return heures * parameters.TYPE_II_COST_HOUR_UNDER_8 if heures <= 8 else 8 * parameters.TYPE_II_COST_HOUR_UNDER_8 + (heures - 8) * parameters.TYPE_II_COST_HOUR_ABOVE_8
+
+    coutTotalTypeI = (
+    parameters.TYPE_I_COST_FIXED * (result["number"]) +
+    parameters.TYPE_I_COST_KILO * result["dist"]["total"] +
+    coutHoraireTypeI(result["time"]["real"]["t1"]["avg"] * result["number"]))
+    
+
+    coutTotalTypeII = (
+    parameters.TYPE_II_COST_FIXED * result["number"] +
+    parameters.TYPE_II_COST_KILO * result["dist"]["total"] +
+    coutHoraireTypeII(result["time"]["real"]["t2"]["avg"] * result["number"])
+    )
+    result["cost"] = {
+        "t1":coutTotalTypeI,
+        "t2":coutTotalTypeII
+    }
+    return result
+
+def stats_drone(cost):
+    '''
+    Calcule les statistiques du drone.
+    Parameters:
+        cost : Dictionnaire contenant les coûts du drone.
+    Returns:
+        Un dictionnaire contenant les statistiques du drone.
+    '''
+    cost["distKM"] = cost["dist"] / 1000
+    cost["time"]["real"] = (cost["distKM"] / parameters.SUPER_DRONE_SPEED) * 60
+    cost["cost"] = parameters.SUPER_DRONE_COST_FIXED + parameters.SUPER_DRONE_COST_KILO * (cost["dist"] / 1000)
+    return cost
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