17569747743

Committed 09 Sep 2025 02:18AM UTC coverage: 89.817% (+36.9%) from 52.88%

Build # 17569747743

Build Type

Pull #284

github

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web-flow

Commit Message

Merge 3858cabe9 into e771c4f78

Pull Request Pull Request #284: Reworking logic to handle imports and exports

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/src/SatisfactoryTree.Logic/Extraction/ProcessRawRecipes.cs

﻿using SatisfactoryTree.Logic.Models;
using System.Text.Json;
using System.Text.RegularExpressions;

namespace SatisfactoryTree.Logic.Extraction
{
    public class ProcessRawRecipes
    {
        private static readonly string[] sourceArray = ["bp_workbenchcomponent", "bp_workshopcomponent", "factorygame"];

        public static List<Recipe> GetProductionRecipes(List<JsonElement> data, Dictionary<string, double> producingBuildings)
        {
            List<Recipe> recipes = new();

            foreach (JsonElement entry in data)
            {
                //Debug.Write(entry.ToString());
                string? producedIn = entry.TryGetProperty("mProducedIn", out JsonElement mProducedIn) ? mProducedIn.GetString() : string.Empty;
                string? displayName = entry.TryGetProperty("mDisplayName", out JsonElement mDisplayName) ? mDisplayName.GetString() : string.Empty;
                if (string.IsNullOrEmpty(producedIn) || Common.Blacklist.Contains(producedIn))
                {
                    continue;
                }
                string className = entry.GetProperty("ClassName").ToString();
                string? ingredientsJSON = entry.TryGetProperty("mIngredients", out JsonElement mIngredients) ? mIngredients.GetString() : string.Empty;
                string? productsJSON = entry.TryGetProperty("mProduct", out JsonElement mProduct) ? mProduct.GetString() : string.Empty;
                string? manufacturingDurationJSON = entry.TryGetProperty("mManufactoringDuration", out JsonElement mManufactoringDuration) ? mManufactoringDuration.GetString() : string.Empty;
                double manufacturingDuration = 0;
                if (manufacturingDurationJSON != null)
                {
                    double.TryParse(manufacturingDurationJSON.ToString(), out manufacturingDuration);
                }

                List<Ingredient> ingredients = new();
                if (ingredientsJSON != null && ingredientsJSON.Length > 0)
                {
                    MatchCollection ingredientMatches = Regex.Matches(ingredientsJSON, @"ItemClass="".*?\/Desc_(.*?)\.Desc_.*?"",Amount=(\d+)");
                    if (ingredientMatches != null)
                    {
                        foreach (Match match in ingredientMatches)
                        {
                            string partName = match.Groups[1].Value;
                            double partAmount = 0;
                            double.TryParse(match.Groups[2].Value, out partAmount);
                            if (Common.IsFluid(partName))
                            {
                                partAmount = partAmount / 1000;
                            }
                            double perMin = 0;
                            if (manufacturingDuration > 0 && partAmount > 0)
                            {
                                perMin = (60 / manufacturingDuration) * partAmount;
                            }
                            ingredients.Add(new()
                            {
                                part = partName,
                                amount = partAmount,
                                perMin = perMin
                            });
                        }
                    }
                }


                List<Product> products = new();
                if (productsJSON != null && productsJSON.Length > 0)
                {
                    MatchCollection productMatches;
                    if (className == "Recipe_Alternate_AutomatedMiner_C")
                    {
                        // BP_ItemDescriptorPortableMiner_C
                        productMatches = Regex.Matches(productsJSON, @"ItemClass="".*?\/BP_ItemDescriptor(.*?)\.BP_ItemDescriptor.*?"",Amount=(\d+)");
                    }
                    else
                    {
                        productMatches = Regex.Matches(productsJSON, @"ItemClass="".*?\/Desc_(.*?)\.Desc_.*?"",Amount=(\d+)");
                    }
                    if (productMatches != null)
                    {
                        foreach (Match match in productMatches)
                        {
                            string partName = match.Groups[1].Value;
                            double partAmount = 0;
                            double.TryParse(match.Groups[2].Value, out partAmount);
                            if (Common.IsFluid(partName))
                            {
                                partAmount = partAmount / 1000;
                            }
                            double perMin = 0;
                            if (manufacturingDuration > 0 && partAmount > 0)
                            {
                                perMin = (60 / manufacturingDuration) * partAmount;
                            }
                            products.Add(new()
                            {
                                part = partName,
                                amount = partAmount,
                                perMin = perMin,
                                isByProduct = products.Count > 0
                            });
                        }
                    }
                }
             

                // Extract all producing buildings
                var producedInMatches = Regex.Matches(producedIn, @"Build_\w+_C");

                // Calculate power per building and choose the most relevant one
                double powerPerBuilding = 0;
                string? selectedBuilding = null;

                if (producedInMatches.Any())
                {
                    foreach (object? buildingMatch in producedInMatches)
                    {
                        if (buildingMatch != null)
                        {
                            string building2 = buildingMatch.ToString();
                            building2 = Common.GetBuildingName(building2).ToLower();
                            if (producingBuildings.ContainsKey(building2))
                            {
                                double buildingPower = producingBuildings[building2];
                                if (selectedBuilding == null)
                                {
                                    selectedBuilding = building2; // Set the first valid building as selected
                                }
                                powerPerBuilding += buildingPower; // Add power for this building
                            }
                        }
                    }
                }

                // Calculate variable power for recipes that need it
                double? lowPower = null;
                double? highPower = null;
                if (selectedBuilding == "hadroncollider" || selectedBuilding == "converter" || selectedBuilding == "quantumencoder")
                {
                    // Get the power from the recipe instead of the building
                    double lowPowerTemp = 0;
                    double highPowerTemp = 0;
                    string? lowPowerJson = entry.GetProperty("mVariablePowerConsumptionConstant").ToString();
                    string? highPowerJson = entry.GetProperty("mVariablePowerConsumptionFactor").ToString();

                    if (lowPowerJson != null)
                    {
                        double.TryParse(lowPowerJson.ToString(), out lowPowerTemp);
                        lowPower = lowPowerTemp;
                    }
                    if (highPowerJson != null)
                    {
                        double.TryParse(highPowerJson.ToString(), out highPowerTemp);
                        highPower = highPowerTemp;
                    }

                    // Calculate the average power
                    if (lowPower != null && highPower != null)
                    {
                        powerPerBuilding = (double)((lowPower + highPower) / 2);
                    }

                }

                // Create building object with the selected building and calculated power
                Building building = new(selectedBuilding ?? "") // Use the first valid building, or empty string if none
                { 
                    Power = powerPerBuilding
                };

                if (lowPower.HasValue && highPower.HasValue)
                {
                    building.MinPower = lowPower;
                    building.MaxPower = highPower;
                }

                // Check if any ingredient is SAMIngot to set usesSAMOre flag
                bool usesSAMOre = ingredients.Any(ingredient => ingredient.part == "SAMIngot");

                //if (blacklist. producedIn)
                recipes.Add(new Recipe
                {
                    id = Common.GetRecipeName(className),
                    displayName = displayName,
                    ingredients = ingredients,
                    products = products,
                    building = building,
                    isAlternate = displayName.Contains("Alternate"),
                    isFicsmas = Common.IsFicsmas(displayName),
                    usesSAMOre = usesSAMOre
                });
            }

            return recipes.OrderBy(r => r.displayName).ToList();
        }

        public static List<PowerGenerationRecipe> GetPowerGeneratingRecipes(List<JsonElement> data, RawPartsAndRawMaterials parts, Dictionary<string, double> producingBuildings)
        {
            var recipes = new List<PowerGenerationRecipe>();

            foreach (JsonElement entry in data)
            {
                string className = entry.GetProperty("ClassName").ToString();
                string? displayName = entry.TryGetProperty("mDisplayName", out JsonElement mDisplayName) ? mDisplayName.GetString() : string.Empty;
                //string? producedIn = entry.TryGetProperty("mProducedIn", out JsonElement mProducedIn) ? mProducedIn.GetString() : string.Empty;
                //string? products = entry.TryGetProperty("mProduct", out JsonElement mProduct) ? mProduct.GetString() : string.Empty;
                //string? ingredients = entry.TryGetProperty("mIngredients", out JsonElement mIngredients) ? mIngredients.GetString() : string.Empty;

                string? powerProductionJSON = entry.TryGetProperty("mPowerProduction", out JsonElement mPowerProduction) ? mPowerProduction.GetString() : string.Empty;
                double powerProduction = 0;
                if (powerProductionJSON != null)
                {
                    double.TryParse(powerProductionJSON.ToString(), out powerProduction);
                }
                string? supplementalToPowerRatioJSON = entry.TryGetProperty("mSupplementalToPowerRatio", out JsonElement mSupplementalToPowerRatio) ? mSupplementalToPowerRatio.GetString() : string.Empty;
                double supplementalToPowerRatio = 0;
                if (supplementalToPowerRatioJSON != null)
                {
                    double.TryParse(supplementalToPowerRatioJSON.ToString(), out supplementalToPowerRatio);
                }

                //string? fuelJSON = entry.TryGetProperty("mFuel", out JsonElement mFuel) ? mFuel.GetString() : string.Empty;
                JsonElement? fuelJSON = entry.TryGetProperty("mFuel", out JsonElement mFuel) ? mFuel : (JsonElement?)null;

                Building building = new(Common.GetPowerBuildingName(className)) // Use the first valid building, or empty string if none
                {
                    Power = Math.Round(powerProduction) // generated power - can be rounded to the nearest whole number (all energy numbers are whole numbers)
                };

                double supplementalRatio = supplementalToPowerRatio;
                // 1. Generator MW generated. This is an hourly value.
                // 2. Divide by 60, to get the minute value
                // 3. Now calculate the MJ, using the MJ->MW constant (1/3600), (https://en.wikipedia.org/wiki/Joule#Conversions)
                // 4. Now divide this number by the part energy to calculate how many pieces per min
                double burnRateMJ = (powerProduction / 60d) / (1d / 3600d);

                //1List<Ingredient> ingredients = new();
                if (fuelJSON.HasValue && fuelJSON.Value.ValueKind == JsonValueKind.Array)
                {
                    foreach (JsonElement fuel in fuelJSON.Value.EnumerateArray())
                    {

                        string? primaryFuel = fuel.TryGetProperty("mFuelClass", out JsonElement mFuelClass) ? mFuelClass.GetString() : string.Empty;
                        string primaryFuelName = Common.GetPartName(primaryFuel);
                        string? byProductAmountJSON = fuel.TryGetProperty("mByproductAmount", out JsonElement mByproductAmount) ? mByproductAmount.GetString() : string.Empty;
                        double byProductAmount = 0;
                        if (byProductAmountJSON != null)
                        {
                            double.TryParse(byProductAmountJSON.ToString(), out byProductAmount);
                        }
                        Part primaryFuelPart = parts.Parts[primaryFuelName];
                        double burnDurationInMins = primaryFuelPart.energyGeneratedInMJ / burnRateMJ;
                        double burnDurationInS = burnDurationInMins * 60; // Convert to seconds
                        Fuel fuelItem = new()
                        {
                            primaryFuel = primaryFuelName,
                            supplementaryFuel = fuel.TryGetProperty("mSupplementalResourceClass", out JsonElement mSupplementalResourceClass) ? Common.GetPartName(mSupplementalResourceClass.GetString()) : "",
                            byProduct = fuel.TryGetProperty("mByproduct", out JsonElement mByproduct) ? Common.GetPartName(mByproduct.GetString()) : "",
                            byProductAmount = byProductAmount,
                            byProductAmountPerMin = byProductAmount / burnDurationInMins,
                            burnDurationInS = burnDurationInS
                        };

                        // Find the part for the primary fuel
                        double primaryPerMin = 0;
                        if (primaryFuelPart.energyGeneratedInMJ > 0)
                        {
                            // The rounding here is important to remove floating point errors that appear with some types
                            // (this is step 4 from above)
                            primaryPerMin = Math.Round(burnRateMJ / primaryFuelPart.energyGeneratedInMJ, 5);
                        }
                        double primaryAmount = 0;
                        if (primaryPerMin > 0)
                        {
                            primaryAmount = primaryPerMin / 60d;

                            List<PowerIngredient> ingredients = new()
                            {
                                new()
                                {
                                    part = fuelItem.primaryFuel,
                                    perMin = primaryPerMin,
                                    mwPerItem = building.Power / primaryPerMin
                                }
                            };

                            if (!string.IsNullOrEmpty(fuelItem.supplementaryFuel) && supplementalRatio > 0)
                            {
                                ingredients.Add(new PowerIngredient
                                {
                                    part = fuelItem.supplementaryFuel,
                                    perMin = (3d / 50d) * supplementalRatio * building.Power, // Calculate the ratio of the supplemental resource to the primary fuel
                                    supplementalRatio = (3d / 50d) * supplementalRatio
                                });
                            }

                            PowerProduct? products = null;
                            if (!string.IsNullOrEmpty(fuelItem.byProduct))
                            {
                                products = new PowerProduct
                                {
                                    part = fuelItem.byProduct,
                                    perMin = fuelItem.byProductAmountPerMin
                                };
                            }

                            recipes.Add(new PowerGenerationRecipe
                            {
                                id = Common.GetPowerGenerationRecipeName(className) + '_' + fuelItem.primaryFuel,
                                displayName = displayName + " (" + primaryFuelPart.name + ")",
                                ingredients = ingredients,
                                byproduct = products,
                                building = building
                            });
                            if (recipes[recipes.Count - 1].id == "GeneratorFuel_RocketFuel")
                            {
                                System.Diagnostics.Debug.Write("GeneratorFuel_RocketFuel");
                            }
                        }
                    }
                }
            }
           
            return recipes.OrderBy(r => r.displayName).ToList();
        }
    }
}

1	using SatisfactoryTree.Logic.Models;
2	using System.Text.Json;
3	using System.Text.RegularExpressions;
4
5	namespace SatisfactoryTree.Logic.Extraction
6	{
7	public class ProcessRawRecipes
8	{
NEW 9	private static readonly string[] sourceArray = ["bp_workbenchcomponent", "bp_workshopcomponent", "factorygame"];	×
10
11	public static List<Recipe> GetProductionRecipes(List<JsonElement> data, Dictionary<string, double> producingBuildings)
12	{	4✔
13	List<Recipe> recipes = new();	4✔
14
15	foreach (JsonElement entry in data)	22,572✔
16	{	11,280✔
17	//Debug.Write(entry.ToString());
18	string? producedIn = entry.TryGetProperty("mProducedIn", out JsonElement mProducedIn) ? mProducedIn.GetString() : string.Empty;	11,280✔
19	string? displayName = entry.TryGetProperty("mDisplayName", out JsonElement mDisplayName) ? mDisplayName.GetString() : string.Empty;	11,280✔
20	if (string.IsNullOrEmpty(producedIn) \|\| Common.Blacklist.Contains(producedIn))	11,280✔
21	{	10,116✔
22	continue;	10,116✔
23	}
24	string className = entry.GetProperty("ClassName").ToString();	1,164✔
25	string? ingredientsJSON = entry.TryGetProperty("mIngredients", out JsonElement mIngredients) ? mIngredients.GetString() : string.Empty;	1,164!
26	string? productsJSON = entry.TryGetProperty("mProduct", out JsonElement mProduct) ? mProduct.GetString() : string.Empty;	1,164!
27	string? manufacturingDurationJSON = entry.TryGetProperty("mManufactoringDuration", out JsonElement mManufactoringDuration) ? mManufactoringDuration.GetString() : string.Empty;	1,164!
28	double manufacturingDuration = 0;	1,164✔
29	if (manufacturingDurationJSON != null)	1,164✔
30	{	1,164✔
31	double.TryParse(manufacturingDurationJSON.ToString(), out manufacturingDuration);	1,164✔
32	}	1,164✔
33
34	List<Ingredient> ingredients = new();	1,164✔
35	if (ingredientsJSON != null && ingredientsJSON.Length > 0)	1,164!
36	{	1,160✔
37	MatchCollection ingredientMatches = Regex.Matches(ingredientsJSON, @"ItemClass="".?\/Desc_(.?)\.Desc_.*?"",Amount=(\d+)");	1,160✔
38	if (ingredientMatches != null)	1,160✔
39	{	1,160✔
40	foreach (Match match in ingredientMatches)	8,208✔
41	{	2,364✔
42	string partName = match.Groups[1].Value;	2,364✔
43	double partAmount = 0;	2,364✔
44	double.TryParse(match.Groups[2].Value, out partAmount);	2,364✔
45	if (Common.IsFluid(partName))	2,364✔
46	{	344✔
47	partAmount = partAmount / 1000;	344✔
48	}	344✔
49	double perMin = 0;	2,364✔
50	if (manufacturingDuration > 0 && partAmount > 0)	2,364!
51	{	2,364✔
52	perMin = (60 / manufacturingDuration) * partAmount;	2,364✔
53	}	2,364✔
54	ingredients.Add(new()	2,364✔
55	{	2,364✔
56	part = partName,	2,364✔
57	amount = partAmount,	2,364✔
58	perMin = perMin	2,364✔
59	});	2,364✔
60	}	2,364✔
61	}	1,160✔
62	}	1,160✔
63
64
65	List<Product> products = new();	1,164✔
66	if (productsJSON != null && productsJSON.Length > 0)	1,164!
67	{	1,164✔
68	MatchCollection productMatches;
69	if (className == "Recipe_Alternate_AutomatedMiner_C")	1,164✔
70	{	4✔
71	// BP_ItemDescriptorPortableMiner_C
72	productMatches = Regex.Matches(productsJSON, @"ItemClass="".?\/BP_ItemDescriptor(.?)\.BP_ItemDescriptor.*?"",Amount=(\d+)");	4✔
73	}	4✔
74	else
75	{	1,160✔
76	productMatches = Regex.Matches(productsJSON, @"ItemClass="".?\/Desc_(.?)\.Desc_.*?"",Amount=(\d+)");	1,160✔
77	}	1,160✔
78	if (productMatches != null)	1,164✔
79	{	1,164✔
80	foreach (Match match in productMatches)	6,116✔
81	{	1,312✔
82	string partName = match.Groups[1].Value;	1,312✔
83	double partAmount = 0;	1,312✔
84	double.TryParse(match.Groups[2].Value, out partAmount);	1,312✔
85	if (Common.IsFluid(partName))	1,312✔
86	{	200✔
87	partAmount = partAmount / 1000;	200✔
88	}	200✔
89	double perMin = 0;	1,312✔
90	if (manufacturingDuration > 0 && partAmount > 0)	1,312!
91	{	1,312✔
92	perMin = (60 / manufacturingDuration) * partAmount;	1,312✔
93	}	1,312✔
94	products.Add(new()	1,312✔
95	{	1,312✔
96	part = partName,	1,312✔
97	amount = partAmount,	1,312✔
98	perMin = perMin,	1,312✔
99	isByProduct = products.Count > 0	1,312✔
100	});	1,312✔
101	}	1,312✔
102	}	1,164✔
103	}	1,164✔
104
105
106	// Extract all producing buildings
107	var producedInMatches = Regex.Matches(producedIn, @"Build_\w+_C");	1,164✔
108
109	// Calculate power per building and choose the most relevant one
110	double powerPerBuilding = 0;	1,164✔
111	string? selectedBuilding = null;	1,164✔
112
113	if (producedInMatches.Any())	1,164✔
114	{	1,164✔
115	foreach (object? buildingMatch in producedInMatches)	5,828✔
116	{	1,168✔
117	if (buildingMatch != null)	1,168✔
118	{	1,168✔
119	string building2 = buildingMatch.ToString();	1,168✔
120	building2 = Common.GetBuildingName(building2).ToLower();	1,168✔
121	if (producingBuildings.ContainsKey(building2))	1,168✔
122	{	1,164✔
123	double buildingPower = producingBuildings[building2];	1,164✔
124	if (selectedBuilding == null)	1,164✔
125	{	1,164✔
126	selectedBuilding = building2; // Set the first valid building as selected	1,164✔
127	}	1,164✔
128	powerPerBuilding += buildingPower; // Add power for this building	1,164✔
129	}	1,164✔
130	}	1,168✔
131	}	1,168✔
132	}	1,164✔
133
134	// Calculate variable power for recipes that need it
135	double? lowPower = null;	1,164✔
136	double? highPower = null;	1,164✔
137	if (selectedBuilding == "hadroncollider" \|\| selectedBuilding == "converter" \|\| selectedBuilding == "quantumencoder")	1,164✔
138	{	172✔
139	// Get the power from the recipe instead of the building
140	double lowPowerTemp = 0;	172✔
141	double highPowerTemp = 0;	172✔
142	string? lowPowerJson = entry.GetProperty("mVariablePowerConsumptionConstant").ToString();	172✔
143	string? highPowerJson = entry.GetProperty("mVariablePowerConsumptionFactor").ToString();	172✔
144
145	if (lowPowerJson != null)	172✔
146	{	172✔
147	double.TryParse(lowPowerJson.ToString(), out lowPowerTemp);	172✔
148	lowPower = lowPowerTemp;	172✔
149	}	172✔
150	if (highPowerJson != null)	172✔
151	{	172✔
152	double.TryParse(highPowerJson.ToString(), out highPowerTemp);	172✔
153	highPower = highPowerTemp;	172✔
154	}	172✔
155
156	// Calculate the average power
157	if (lowPower != null && highPower != null)	172!
158	{	172✔
159	powerPerBuilding = (double)((lowPower + highPower) / 2);	172!
160	}	172✔
161
162	}	172✔
163
164	// Create building object with the selected building and calculated power
165	Building building = new(selectedBuilding ?? "") // Use the first valid building, or empty string if none	1,164!
166	{	1,164✔
167	Power = powerPerBuilding	1,164✔
168	};	1,164✔
169
170	if (lowPower.HasValue && highPower.HasValue)	1,164✔
171	{	172✔
172	building.MinPower = lowPower;	172✔
173	building.MaxPower = highPower;	172✔
174	}	172✔
175
176	// Check if any ingredient is SAMIngot to set usesSAMOre flag
177	bool usesSAMOre = ingredients.Any(ingredient => ingredient.part == "SAMIngot");	3,440✔
178
179	//if (blacklist. producedIn)
180	recipes.Add(new Recipe	1,164✔
181	{	1,164✔
182	id = Common.GetRecipeName(className),	1,164✔
183	displayName = displayName,	1,164✔
184	ingredients = ingredients,	1,164✔
185	products = products,	1,164✔
186	building = building,	1,164✔
187	isAlternate = displayName.Contains("Alternate"),	1,164✔
188	isFicsmas = Common.IsFicsmas(displayName),	1,164✔
189	usesSAMOre = usesSAMOre	1,164✔
190	});	1,164✔
191	}	1,164✔
192
193	return recipes.OrderBy(r => r.displayName).ToList();	1,168✔
194	}	4✔
195
196	public static List<PowerGenerationRecipe> GetPowerGeneratingRecipes(List<JsonElement> data, RawPartsAndRawMaterials parts, Dictionary<string, double> producingBuildings)
197	{	4✔
198	var recipes = new List<PowerGenerationRecipe>();	4✔
199
200	foreach (JsonElement entry in data)	22,572✔
201	{	11,280✔
202	string className = entry.GetProperty("ClassName").ToString();	11,280✔
203	string? displayName = entry.TryGetProperty("mDisplayName", out JsonElement mDisplayName) ? mDisplayName.GetString() : string.Empty;	11,280✔
204	//string? producedIn = entry.TryGetProperty("mProducedIn", out JsonElement mProducedIn) ? mProducedIn.GetString() : string.Empty;
205	//string? products = entry.TryGetProperty("mProduct", out JsonElement mProduct) ? mProduct.GetString() : string.Empty;
206	//string? ingredients = entry.TryGetProperty("mIngredients", out JsonElement mIngredients) ? mIngredients.GetString() : string.Empty;
207
208	string? powerProductionJSON = entry.TryGetProperty("mPowerProduction", out JsonElement mPowerProduction) ? mPowerProduction.GetString() : string.Empty;	11,280✔
209	double powerProduction = 0;	11,280✔
210	if (powerProductionJSON != null)	11,280✔
211	{	11,280✔
212	double.TryParse(powerProductionJSON.ToString(), out powerProduction);	11,280✔
213	}	11,280✔
214	string? supplementalToPowerRatioJSON = entry.TryGetProperty("mSupplementalToPowerRatio", out JsonElement mSupplementalToPowerRatio) ? mSupplementalToPowerRatio.GetString() : string.Empty;	11,280✔
215	double supplementalToPowerRatio = 0;	11,280✔
216	if (supplementalToPowerRatioJSON != null)	11,280✔
217	{	11,280✔
218	double.TryParse(supplementalToPowerRatioJSON.ToString(), out supplementalToPowerRatio);	11,280✔
219	}	11,280✔
220
221	//string? fuelJSON = entry.TryGetProperty("mFuel", out JsonElement mFuel) ? mFuel.GetString() : string.Empty;
222	JsonElement? fuelJSON = entry.TryGetProperty("mFuel", out JsonElement mFuel) ? mFuel : (JsonElement?)null;	11,280✔
223
224	Building building = new(Common.GetPowerBuildingName(className)) // Use the first valid building, or empty string if none	11,280✔
225	{	11,280✔
226	Power = Math.Round(powerProduction) // generated power - can be rounded to the nearest whole number (all energy numbers are whole numbers)	11,280✔
227	};	11,280✔
228
229	double supplementalRatio = supplementalToPowerRatio;	11,280✔
230	// 1. Generator MW generated. This is an hourly value.
231	// 2. Divide by 60, to get the minute value
232	// 3. Now calculate the MJ, using the MJ->MW constant (1/3600), (https://en.wikipedia.org/wiki/Joule#Conversions)
233	// 4. Now divide this number by the part energy to calculate how many pieces per min
234	double burnRateMJ = (powerProduction / 60d) / (1d / 3600d);	11,280✔
235
236	//1List<Ingredient> ingredients = new();
237	if (fuelJSON.HasValue && fuelJSON.Value.ValueKind == JsonValueKind.Array)	11,280✔
238	{	16✔
239	foreach (JsonElement fuel in fuelJSON.Value.EnumerateArray())	184✔
240	{	68✔
241
242	string? primaryFuel = fuel.TryGetProperty("mFuelClass", out JsonElement mFuelClass) ? mFuelClass.GetString() : string.Empty;	68!
243	string primaryFuelName = Common.GetPartName(primaryFuel);	68✔
244	string? byProductAmountJSON = fuel.TryGetProperty("mByproductAmount", out JsonElement mByproductAmount) ? mByproductAmount.GetString() : string.Empty;	68!
245	double byProductAmount = 0;	68✔
246	if (byProductAmountJSON != null)	68✔
247	{	68✔
248	double.TryParse(byProductAmountJSON.ToString(), out byProductAmount);	68✔
249	}	68✔
250	Part primaryFuelPart = parts.Parts[primaryFuelName];	68✔
251	double burnDurationInMins = primaryFuelPart.energyGeneratedInMJ / burnRateMJ;	68✔
252	double burnDurationInS = burnDurationInMins * 60; // Convert to seconds	68✔
253	Fuel fuelItem = new()	68!
254	{	68✔
255	primaryFuel = primaryFuelName,	68✔
256	supplementaryFuel = fuel.TryGetProperty("mSupplementalResourceClass", out JsonElement mSupplementalResourceClass) ? Common.GetPartName(mSupplementalResourceClass.GetString()) : "",	68✔
257	byProduct = fuel.TryGetProperty("mByproduct", out JsonElement mByproduct) ? Common.GetPartName(mByproduct.GetString()) : "",	68✔
258	byProductAmount = byProductAmount,	68✔
259	byProductAmountPerMin = byProductAmount / burnDurationInMins,	68✔
260	burnDurationInS = burnDurationInS	68✔
261	};	68✔
262
263	// Find the part for the primary fuel
264	double primaryPerMin = 0;	68✔
265	if (primaryFuelPart.energyGeneratedInMJ > 0)	68✔
266	{	68✔
267	// The rounding here is important to remove floating point errors that appear with some types
268	// (this is step 4 from above)
269	primaryPerMin = Math.Round(burnRateMJ / primaryFuelPart.energyGeneratedInMJ, 5);	68✔
270	}	68✔
271	double primaryAmount = 0;	68✔
272	if (primaryPerMin > 0)	68✔
273	{	68✔
274	primaryAmount = primaryPerMin / 60d;	68✔
275
276	List<PowerIngredient> ingredients = new()	68✔
277	{	68✔
278	new()	68✔
279	{	68✔
280	part = fuelItem.primaryFuel,	68✔
281	perMin = primaryPerMin,	68✔
282	mwPerItem = building.Power / primaryPerMin	68✔
283	}	68✔
284	};	68✔
285
286	if (!string.IsNullOrEmpty(fuelItem.supplementaryFuel) && supplementalRatio > 0)	68✔
287	{	24✔
288	ingredients.Add(new PowerIngredient	24✔
289	{	24✔
290	part = fuelItem.supplementaryFuel,	24✔
291	perMin = (3d / 50d) * supplementalRatio * building.Power, // Calculate the ratio of the supplemental resource to the primary fuel	24✔
292	supplementalRatio = (3d / 50d) * supplementalRatio	24✔
293	});	24✔
294	}	24✔
295
296	PowerProduct? products = null;	68✔
297	if (!string.IsNullOrEmpty(fuelItem.byProduct))	68✔
298	{	8✔
299	products = new PowerProduct	8✔
300	{	8✔
301	part = fuelItem.byProduct,	8✔
302	perMin = fuelItem.byProductAmountPerMin	8✔
303	};	8✔
304	}	8✔
305
306	recipes.Add(new PowerGenerationRecipe	68✔
307	{	68✔
308	id = Common.GetPowerGenerationRecipeName(className) + '_' + fuelItem.primaryFuel,	68✔
309	displayName = displayName + " (" + primaryFuelPart.name + ")",	68✔
310	ingredients = ingredients,	68✔
311	byproduct = products,	68✔
312	building = building	68✔
313	});	68✔
314	if (recipes[recipes.Count - 1].id == "GeneratorFuel_RocketFuel")	68✔
315	{	4✔
316	System.Diagnostics.Debug.Write("GeneratorFuel_RocketFuel");	4✔
317	}	4✔
318	}	68✔
319	}	68✔
320	}	16✔
321	}	11,280✔
322
323	return recipes.OrderBy(r => r.displayName).ToList();	72✔
324	}	4✔
325	}
326	}

samsmithnz / SatisfactoryTree / 17569747743

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