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## About The Pull Request Looks like we made some changes to the standard silo.json log files produced on the public logs. This fixes the silo_graph_script tool so that it works properly again. ## Why It's Good For The Game It's good for us to host tools that are downloaded with the base code to actually work. ## Changelog Zero player facing changes. ## BONUS TEXT Unrelated, but here's the silo graphing tool's output, taken on a new sample study of 224 rounds I took the past few days! ************Grand totals************ (Total material sheets consumed over all rounds) iron net: 47596.13 | spent total: 103975.14 | obtained total: 151571.27 glass net: 34136.42 | spent total: 33126.63 | obtained total: 67263.05 silver net: 17185.94 | spent total: 5885.23 | obtained total: 23071.17 gold net: 14934.01 | spent total: 7654.18 | obtained total: 22588.19 uranium net: 9592.75 | spent total: 3910.68 | obtained total: 13503.43 titanium net: 16823.75 | spent total: 3483.5 | obtained total: 20307.25 bluespace crystal net: 2736.84 | spent total: 2126.68 | obtained total: 4863.52 diamond net: 4318.85 | spent total: 2211.15 | obtained total: 6530.0 plasma net: 26496.6 | spent total: 11724.65 | obtained total: 38221.25 bananium net: 729.05 | spent total: 85.95 | obtained total: 815.0 plastic net: 2823.02 | spent total: 1292.98 | obtained total: 4116.0 ************AVERAGES************ (Average material sheets consumed per round paired with their percentages utilized) iron net: 213.44 | spent total: 466.26 | obtained total: 679.69 | percentage spent: 68.60% glass net: 153.08 | spent total: 148.55 | obtained total: 301.63 | percentage spent: 49.25% silver net: 77.07 | spent total: 26.39 | obtained total: 103.46 | percentage spent: 25.51% gold net: 66.97 | spent total: 34.32 | obtained total: 101.29 | percentage spent: 33.89% uranium net: 43.02 | spent total: 17.54 | obtained total: 60.55 | percentage spent: 28.96% titanium net: 75.44 | spent total: 15.62 | obtained total: 91.06 | percentage spent: 17.15% bluespace crystal net: 12.27 | spent total: 9.54 | obtained total: 21.81 | percentage spent: 43.73% diamond net: 19.37 | spent total: 9.92 | obtained total: 29.28 | percentage spent: 33.86% plasma net: 118.82 | spent total: 52.58 | obtained total: 171.4 | percentage spent: 30.68% bananium net: 3.27 | spent total: 0.39 | obtained total: 3.65 | percentage spent: 10.55% plastic net: 12.66 | spent total: 5.8 | obtained total: 18.46 | percentage spent: 31.41% This is equivalent to a total of an average **117616** mineral tiles (Assuming mean output), or **527** mineral walls mined per round.
138 lines
6.2 KiB
Python
138 lines
6.2 KiB
Python
# Silo graphing tool by ArcaneMusic.
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# This tool is designed to parse the Silo's logs and graph the total quantity of each material over time. Silo logs can be obtained from https://tgstation13.org/parsed-logs/
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# Useful utility for determining the amount of materials used in a round, and how much of each material is left at the end of the round.
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# To run, throw silo.json files into the logs folder one level down, then run this python script.
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# Remember to install imports if you don't have them already. (pip install matplotlib)
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# Terminal will hold numerical averages of every round
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# Lastly throw on show_json_figures to True if you want to see all the graphs for each individual round log you have saved.
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import json
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import os
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import matplotlib.pyplot as plt
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show_json_figures = False # Set to True to show all JSON-specific figures at the end
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sheet_amount = 100 # How many units of material are a sheet worth right now?
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materials = {
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"iron": {"total": 0, "spent": 0, "obtained": 0},
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"glass": {"total": 0, "spent": 0, "obtained": 0},
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"silver": {"total": 0, "spent": 0, "obtained": 0},
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"gold": {"total": 0, "spent": 0, "obtained": 0},
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"uranium": {"total": 0, "spent": 0, "obtained": 0},
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"titanium": {"total": 0, "spent": 0, "obtained": 0},
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"bluespace crystal": {"total": 0, "spent": 0, "obtained": 0},
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"diamond": {"total": 0, "spent": 0, "obtained": 0},
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"plasma": {"total": 0, "spent": 0, "obtained": 0},
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"bananium": {"total": 0, "spent": 0, "obtained": 0},
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"plastic": {"total": 0, "spent": 0, "obtained": 0},
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}
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grand_total = {
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"iron": {"grand_total": 0, "grand_spent": 0, "grand_obtained": 0},
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"glass": {"grand_total": 0, "grand_spent": 0, "grand_obtained": 0},
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"silver": {"grand_total": 0, "grand_spent": 0, "grand_obtained": 0},
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"gold": {"grand_total": 0, "grand_spent": 0, "grand_obtained": 0},
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"uranium": {"grand_total": 0, "grand_spent": 0, "grand_obtained": 0},
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"titanium": {"grand_total": 0, "grand_spent": 0, "grand_obtained": 0},
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"bluespace crystal": {"grand_total": 0, "grand_spent": 0, "grand_obtained": 0},
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"diamond": {"grand_total": 0, "grand_spent": 0, "grand_obtained": 0},
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"plasma": {"grand_total": 0, "grand_spent": 0, "grand_obtained": 0},
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"bananium": {"grand_total": 0, "grand_spent": 0, "grand_obtained": 0},
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"plastic": {"grand_total": 0, "grand_spent": 0, "grand_obtained": 0},
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}
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log_folder = "tools\silo_grapher\logs"
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total_files = 0
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first_time_value = None
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first_time_setup = True
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total_ores_mined = 0
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for filename in os.listdir(log_folder):
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with open(os.path.join(log_folder, filename), "r") as file:
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total_files += 1
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time = {}
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y = {}
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for material in materials:
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time[material] = []
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y[material] = []
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for line in file:
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try:
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log = json.loads(line)
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raw_materials = log.get("data", {}).get("raw_materials", "")
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if first_time_setup:
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first_time_value = float(log["ts"])
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first_time_setup = False
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if not raw_materials:
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continue
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for raw_material in raw_materials.split(", "):
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quantity, material = raw_material.split(" ", 1)
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if quantity.startswith("-"):
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materials[material]["spent"] += int(quantity[1:])
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materials[material]["total"] -= int(quantity[1:])
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else:
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materials[material]["obtained"] += int(quantity[1:])
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materials[material]["total"] += int(quantity[1:])
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total_ores_mined += int(quantity[1:])
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time[material].append((float(log["w-state"]["timestamp"]) - float(first_time_value)) / 10.0)
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y[material].append(int(materials[material]["total"]))
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except Exception as e:
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print(f"Failed to parse line: {line}")
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print(f"Error: {e}")
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for material, values in materials.items():
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total = values["total"]
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spent = values["spent"]
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obtained = values["obtained"]
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grand_total[material]["grand_total"] += values["total"]
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grand_total[material]["grand_spent"] += values["spent"]
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grand_total[material]["grand_obtained"] += values["obtained"]
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for material in materials:
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materials[material]["total"] = 0
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materials[material]["spent"] = 0
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materials[material]["obtained"] = 0
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first_time_setup = True
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if show_json_figures:
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fig, ax = plt.subplots()
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for material in materials:
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ax.plot(time[material], y[material], label=material)
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ax.set_xlabel("Time")
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ax.set_ylabel("Total Quantity")
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ax.set_title(f"Material Quantity Changes - {filename}")
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ax.legend()
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fig, ax = plt.subplots()
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for material in materials:
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ax.plot(time[material], y[material], label=material)
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ax.set_xlabel("Time")
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ax.set_ylabel("Total Quantity")
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ax.set_title("Overall Material Quantity Changes")
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ax.legend()
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plt.show()
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for material, values in grand_total.items():
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if values["grand_obtained"] != 0:
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grand_total[material]["grand_spent_percentage"] = values["grand_spent"] / values["grand_obtained"] * sheet_amount
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else:
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grand_total[material]["grand_spent_percentage"] = 0
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print("************Grand totals************")
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for material, values in grand_total.items():
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print(
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f"{material} net: {values['grand_total']/sheet_amount} | spent total: {values['grand_spent']/sheet_amount} | obtained total: {values['grand_obtained']/sheet_amount}"
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)
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print("************AVERAGES************")
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for material, values in grand_total.items():
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print(
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f"{material} net: {round(values['grand_total']/(sheet_amount*total_files), 2)} | spent total: {round(values['grand_spent']/(sheet_amount*total_files), 2)} | obtained total: {round(values['grand_obtained']/(sheet_amount*total_files), 2)} | percentage spent: {values['grand_spent_percentage'] :.2f}%"
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)
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print(f"This is equivalent to a total of an average {int(total_ores_mined/(sheet_amount*3))} mineral tiles, or {int(total_ores_mined/(sheet_amount*3*total_files))} mineral walls per round.")
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