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ShellCalc.cs
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ShellCalc.cs
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using System;
using System.Collections.Generic;
using System.Collections.Concurrent;
using System.IO;
using System.Linq;
using PenCalc;
namespace ApsCalc
{
public struct ModuleCount
{
public int HeadIndex;
public float Var0Count;
public float Var1Count;
public float Var2Count;
public float Var3Count;
public float Var4Count;
public float Var5Count;
public float Var6Count;
public float Var7Count;
public float Var8Count;
public float GPCount;
public float RGCount;
}
// Module positions. Enum is faster than strings.
public enum DamageType : int
{
Kinetic,
Emp,
FlaK,
Frag,
HE,
Pendepth,
Disruptor
}
public class ShellCalc
{
/// <summary>
/// Takes shell parameters and calculates performance of shell permutations.
/// </summary>
/// <param name="barrelCount">Number of barrels</param>
/// <param name="gauge">Desired gauge in mm</param>
/// <param name="headList">List of module indices for every module to be used as head</param>
/// <param name="baseModule">The special base module, if any</param>
/// <param name="fixedModuleCounts">An array of integers representing number of shells at that index in module list</param>
/// <param name="fixedModuleTotal">Minimum number of modules on every shell</param>
/// <param name="variableModuleIndices">Module indices of modules to be used in varying numbers in testing</param>
/// <param name="maxGPInput">Max desired number of gunpowder casings</param>
/// <param name="maxRGInput">Max desired number of railgun casings</param>
/// <param name="maxShellLengthInput">Max desired shell length in mm</param>
/// <param name="maxDrawInput">Max desired rail draw</param>
/// <param name="maxRecoilInput">Max desired recoil, including rail and GP</param>
/// <param name="minVelocityInput">Min desired velocity</param>
/// <param name="minEffectiveRangeInput">Min desired effective range</param>
/// <param name="targetAC">Armor class of target for kinetic damage calculations</param>
/// <param name="damageType">DamageType Enum, determines which damage type is optimized</param>
/// <param name="targetArmorScheme">Target armor scheme, from Pencalc namespace</param>
/// <param name="testType">0 for DPS per volume, 1 for DPS per cost</param>
/// <param name="labels">True if row headers should be printed on every line</param>
/// <param name="writeToFile">True if results should be written to text file instead of console</param>
public ShellCalc(
int barrelCount,
float gauge,
List<int> headList,
Module baseModule,
float[] fixedModuleCounts,
float fixedModuleTotal,
int[] variableModuleIndices,
float maxGPInput,
float maxRGInput,
float maxShellLengthInput,
float maxDrawInput,
float maxRecoilInput,
float minVelocityInput,
float minEffectiveRangeInput,
float targetAC,
DamageType damageType,
Scheme targetArmorScheme,
int testType,
bool labels,
bool writeToFile
)
{
BarrelCount = barrelCount;
Gauge = gauge;
HeadList = headList;
BaseModule = baseModule;
FixedModuleCounts = fixedModuleCounts;
FixedModuleTotal = fixedModuleTotal;
VariableModuleIndices = variableModuleIndices;
MaxGPInput = maxGPInput;
MaxRGInput = maxRGInput;
MaxShellLength = maxShellLengthInput;
MaxDrawInput = maxDrawInput;
MaxRecoilInput = maxRecoilInput;
MinVelocityInput = minVelocityInput;
MinEffectiveRangeInput = minEffectiveRangeInput;
TargetAC = targetAC;
DamageType = damageType;
TargetArmorScheme = targetArmorScheme;
TestType = testType;
Labels = labels;
WriteToFile = writeToFile;
}
public int BarrelCount { get; }
public float Gauge { get; }
public List<int> HeadList { get; }
public Module BaseModule { get; }
public float[] FixedModuleCounts { get; }
public float FixedModuleTotal { get; }
public int[] VariableModuleIndices { get; }
public float MaxGPInput { get; }
public float MaxRGInput { get; }
public float MaxShellLength { get; }
public float MaxDrawInput { get; }
public float MaxRecoilInput { get; }
public float MinVelocityInput { get; }
public float MinEffectiveRangeInput { get; }
public float TargetAC { get; }
public DamageType DamageType { get; }
public Scheme TargetArmorScheme { get; }
public int TestType { get; }
public bool Labels { get; }
public bool WriteToFile { get; }
// Store top-DPS shells by loader length
public Shell Top1000 { get; set; } = new Shell();
public Shell TopBelt { get; set; } = new Shell();
public Shell Top2000 { get; set; } = new Shell();
public Shell Top3000 { get; set; } = new Shell();
public Shell Top4000 { get; set; } = new Shell();
public Shell Top6000 { get; set; } = new Shell();
public Shell Top8000 { get; set; } = new Shell();
public Dictionary<string, Shell> TopDpsShells { get; set; } = new Dictionary<string, Shell>();
public List<Shell> TopShellsLocal { get; set; } = new List<Shell>();
/// <summary>
/// The iterable generator for shells. Generates all shell possible permutations of shell within given parameters.
/// </summary>
/// <returns></returns>
public IEnumerable<ModuleCount> GenerateModuleCounts()
{
float var0Max = 20f - FixedModuleTotal;
float var1Max;
float var2Max;
float var3Max;
float var4Max;
float var5Max;
float var6Max;
float var7Max;
float var8Max;
float gpMax;
float rgMax;
foreach (int index in HeadList)
{
for (float var0Count = 0; var0Count <= var0Max; var0Count++)
{
if (VariableModuleIndices[1] == VariableModuleIndices[0])
{
var1Max = 0; // No need to add duplicates
}
else
{
var1Max = 20f - (FixedModuleTotal + var0Count);
}
for (float var1Count = 0; var1Count <= var1Max; var1Count++)
{
if (VariableModuleIndices[2] == VariableModuleIndices[0])
{
var2Max = 0; // No need to add duplicates
}
else
{
var2Max = 20f - (FixedModuleTotal + var0Count + var1Count);
}
for (float var2Count = 0; var2Count <= var2Max; var2Count++)
{
if (VariableModuleIndices[3] == VariableModuleIndices[0])
{
var3Max = 0; // No need to add duplicates
}
else
{
var3Max = 20f - (FixedModuleTotal + var0Count + var1Count + var2Count);
}
for (float var3Count = 0; var3Count <= var3Max; var3Count++)
{
if (VariableModuleIndices[4] == VariableModuleIndices[0])
{
var4Max = 0; // No need to add duplicates
}
else
{
var4Max = 20f - (FixedModuleTotal + var0Count + var1Count + var2Count + var3Count);
}
for (float var4Count = 0; var4Count <= var4Max; var4Count++)
{
if (VariableModuleIndices[5] == VariableModuleIndices[0])
{
var5Max = 0; // No need to add duplicates
}
else
{
var5Max = 20f - (FixedModuleTotal + var0Count + var1Count + var2Count + var3Count + var4Count);
}
for (float var5Count = 0; var5Count <= var5Max; var5Count++)
{
if (VariableModuleIndices[6] == VariableModuleIndices[0])
{
var6Max = 0; // No need to add duplicates
}
else
{
var6Max = 20f - (FixedModuleTotal + var0Count + var1Count + var2Count + var3Count + var4Count + var5Count);
}
for (float var6Count = 0; var6Count <= var6Max; var6Count++)
{
if (VariableModuleIndices[7] == VariableModuleIndices[0])
{
var7Max = 0; // No need to add duplicates
}
else
{
var7Max = 20f - (FixedModuleTotal
+ var0Count
+ var1Count
+ var2Count
+ var3Count
+ var4Count
+ var5Count
+ var6Count);
}
for (float var7Count = 0; var7Count <= var7Max; var7Count++)
{
if (VariableModuleIndices[8] == VariableModuleIndices[0])
{
var8Max = 0; // No need to add duplicates
}
else
{
var8Max = 20f - (FixedModuleTotal
+ var0Count
+ var1Count
+ var2Count
+ var3Count
+ var4Count
+ var5Count
+ var6Count
+ var7Count);
}
for (float var8Count = 0; var8Count <= var8Max; var8Count++)
{
gpMax = MathF.Min(20f - (FixedModuleTotal + var0Count + var1Count), MaxGPInput);
for (float gpCount = 0; gpCount <= gpMax; gpCount += 0.01f)
{
rgMax = MathF.Min(20f - (FixedModuleTotal + var0Count + var1Count + gpCount), MaxRGInput);
for (float rgCount = 0; rgCount <= rgMax; rgCount++)
{
yield return new ModuleCount
{
HeadIndex = index,
Var0Count = var0Count,
Var1Count = var1Count,
Var2Count = var2Count,
Var3Count = var3Count,
Var4Count = var4Count,
Var5Count = var5Count,
Var6Count = var6Count,
Var7Count = var7Count,
Var8Count = var8Count,
GPCount = gpCount,
RGCount = rgCount
};
}
}
}
}
}
}
}
}
}
}
}
}
}
/// <summary>
/// Iterates over possible configurations and stores the best according to test parameters
/// </summary>
public void ShellTest()
{
foreach (ModuleCount counts in GenerateModuleCounts())
{
Shell shellUnderTesting = new();
shellUnderTesting.BarrelCount = BarrelCount;
shellUnderTesting.HeadModule = Module.AllModules[counts.HeadIndex];
shellUnderTesting.BaseModule = BaseModule;
FixedModuleCounts.CopyTo(shellUnderTesting.BodyModuleCounts, 0);
shellUnderTesting.Gauge = Gauge;
shellUnderTesting.BodyModuleCounts[VariableModuleIndices[0]] += counts.Var0Count;
shellUnderTesting.BodyModuleCounts[VariableModuleIndices[1]] += counts.Var1Count;
shellUnderTesting.BodyModuleCounts[VariableModuleIndices[2]] += counts.Var2Count;
shellUnderTesting.BodyModuleCounts[VariableModuleIndices[3]] += counts.Var3Count;
shellUnderTesting.BodyModuleCounts[VariableModuleIndices[4]] += counts.Var4Count;
shellUnderTesting.BodyModuleCounts[VariableModuleIndices[5]] += counts.Var5Count;
shellUnderTesting.BodyModuleCounts[VariableModuleIndices[6]] += counts.Var6Count;
shellUnderTesting.BodyModuleCounts[VariableModuleIndices[7]] += counts.Var7Count;
shellUnderTesting.BodyModuleCounts[VariableModuleIndices[8]] += counts.Var8Count;
shellUnderTesting.GPCasingCount = counts.GPCount;
shellUnderTesting.RGCasingCount = counts.RGCount;
shellUnderTesting.CalculateLengths();
if (shellUnderTesting.TotalLength <= MaxShellLength)
{
shellUnderTesting.CalculateVelocityModifier();
shellUnderTesting.CalculateRecoil();
shellUnderTesting.CalculateMaxDraw();
float maxDraw = MathF.Min(shellUnderTesting.MaxDraw, MaxDrawInput);
maxDraw = MathF.Min(maxDraw, MaxRecoilInput - shellUnderTesting.GPRecoil);
float minDraw = shellUnderTesting.CalculateMinimumDrawForVelocityandRange(MinVelocityInput, MinEffectiveRangeInput);
if (maxDraw >= minDraw)
{
shellUnderTesting.CalculateReloadTime();
shellUnderTesting.CalculateDamageModifierByType(DamageType);
shellUnderTesting.CalculateDamageByType(DamageType);
shellUnderTesting.CalculateCooldownTime();
shellUnderTesting.CalculateCoolerVolumeAndCost();
shellUnderTesting.CalculateLoaderVolumeAndCost();
float optimalDraw = 0;
if (maxDraw > 0)
{
float bottomScore = 0;
float topScore = 0;
float midRangeLower = 0;
float midRangeLowerScore = 0;
float midRangeUpper = 0;
float midRangeUpperScore = 0;
shellUnderTesting.RailDraw = minDraw;
shellUnderTesting.CalculateDpsByType(DamageType, TargetAC, TargetArmorScheme);
if (TestType == 0)
{
bottomScore = shellUnderTesting.DpsPerVolumeDict[DamageType];
}
else if (TestType == 1)
{
bottomScore = shellUnderTesting.DpsPerCostDict[DamageType];
}
shellUnderTesting.RailDraw = maxDraw;
shellUnderTesting.CalculateDpsByType(DamageType, TargetAC, TargetArmorScheme);
if (TestType == 0)
{
topScore = shellUnderTesting.DpsPerVolumeDict[DamageType];
}
else if (TestType == 1)
{
topScore = shellUnderTesting.DpsPerCostDict[DamageType];
}
if (topScore > bottomScore)
{
// Check if max draw is optimal
shellUnderTesting.RailDraw = maxDraw - 1f;
shellUnderTesting.CalculateDpsByType(DamageType, TargetAC, TargetArmorScheme);
if (TestType == 0)
{
bottomScore = shellUnderTesting.DpsPerVolumeDict[DamageType];
}
else if (TestType == 1)
{
bottomScore = shellUnderTesting.DpsPerCostDict[DamageType];
}
if (topScore > bottomScore)
{
optimalDraw = maxDraw;
}
}
else
{
// Check if min draw is optimal
shellUnderTesting.RailDraw = minDraw + 1f;
shellUnderTesting.CalculateDpsByType(DamageType, TargetAC, TargetArmorScheme);
if (TestType == 0)
{
topScore = shellUnderTesting.DpsPerVolumeDict[DamageType];
}
else if (TestType == 1)
{
topScore = shellUnderTesting.DpsPerCostDict[DamageType];
}
if (bottomScore > topScore)
{
optimalDraw = minDraw;
}
}
if (optimalDraw == 0)
{
float topOfRange = maxDraw;
// Binary search to find optimal draw without testing every value
float bottomOfRange = 0;
while (topOfRange - bottomOfRange > 1)
{
midRangeLower = MathF.Floor((topOfRange + bottomOfRange) / 2f);
midRangeUpper = midRangeLower + 1f;
shellUnderTesting.RailDraw = midRangeLower;
shellUnderTesting.CalculateDpsByType(DamageType, TargetAC, TargetArmorScheme);
if (TestType == 0)
{
midRangeLowerScore = shellUnderTesting.DpsPerVolumeDict[DamageType];
}
else if (TestType == 1)
{
midRangeLowerScore = shellUnderTesting.DpsPerCostDict[DamageType];
}
shellUnderTesting.RailDraw = midRangeUpper;
shellUnderTesting.CalculateDpsByType(DamageType, TargetAC, TargetArmorScheme);
if (TestType == 0)
{
midRangeUpperScore = shellUnderTesting.DpsPerVolumeDict[DamageType];
}
else if (TestType == 1)
{
midRangeUpperScore = shellUnderTesting.DpsPerCostDict[DamageType];
}
// Determine which half of range to continue testing
// Midrange upper will equal 0 a lot of time for pendepth
if (midRangeUpperScore == 0)
{
bottomOfRange = midRangeUpper;
}
else if (midRangeLowerScore >= midRangeUpperScore)
{
topOfRange = midRangeLower;
}
else
{
bottomOfRange = midRangeUpper;
}
}
// Take better of two remaining values
if (midRangeLowerScore >= midRangeUpperScore)
{
optimalDraw = midRangeLower;
}
else
{
optimalDraw = midRangeUpper;
}
}
}
// Check performance against top shells
shellUnderTesting.RailDraw = optimalDraw;
shellUnderTesting.CalculateDpsByType(DamageType, TargetAC, TargetArmorScheme);
if (DamageType == DamageType.Pendepth)
{
shellUnderTesting.CalculateDpsByType(DamageType.Kinetic, TargetAC, TargetArmorScheme);
shellUnderTesting.CalculateDpsByType(DamageType.FlaK, TargetAC, TargetArmorScheme);
shellUnderTesting.CalculateDpsByType(DamageType.Frag, TargetAC, TargetArmorScheme);
shellUnderTesting.CalculateDpsByType(DamageType.HE, TargetAC, TargetArmorScheme);
}
shellUnderTesting.CalculateVelocity();
shellUnderTesting.CalculateEffectiveRange();
if (TestType == 0)
{
if (shellUnderTesting.TotalLength <= 1000f)
{
if (shellUnderTesting.DpsPerVolumeDict[DamageType] > Top1000.DpsPerVolumeDict[DamageType])
{
Top1000 = shellUnderTesting;
}
}
else if (shellUnderTesting.TotalLength <= 2000f)
{
if (shellUnderTesting.DpsPerVolumeDict[DamageType] > Top2000.DpsPerVolumeDict[DamageType])
{
Top2000 = shellUnderTesting;
}
}
else if (shellUnderTesting.TotalLength <= 3000f)
{
if (shellUnderTesting.DpsPerVolumeDict[DamageType] > Top3000.DpsPerVolumeDict[DamageType])
{
Top3000 = shellUnderTesting;
}
}
else if (shellUnderTesting.TotalLength <= 4000f)
{
if (shellUnderTesting.DpsPerVolumeDict[DamageType] > Top4000.DpsPerVolumeDict[DamageType])
{
Top4000 = shellUnderTesting;
}
}
else if (shellUnderTesting.TotalLength <= 6000f)
{
if (shellUnderTesting.DpsPerVolumeDict[DamageType] > Top6000.DpsPerVolumeDict[DamageType])
{
Top6000 = shellUnderTesting;
}
}
else if (shellUnderTesting.TotalLength <= 8000f)
{
if (shellUnderTesting.DpsPerVolumeDict[DamageType] > Top8000.DpsPerVolumeDict[DamageType])
{
Top8000 = shellUnderTesting;
}
}
}
else if (TestType == 1)
{
if (shellUnderTesting.TotalLength <= 1000f)
{
if (shellUnderTesting.DpsPerCostDict[DamageType] > Top1000.DpsPerCostDict[DamageType])
{
Top1000 = shellUnderTesting;
}
}
else if (shellUnderTesting.TotalLength <= 2000f)
{
if (shellUnderTesting.DpsPerCostDict[DamageType] > Top2000.DpsPerCostDict[DamageType])
{
Top2000 = shellUnderTesting;
}
}
else if (shellUnderTesting.TotalLength <= 3000f)
{
if (shellUnderTesting.DpsPerCostDict[DamageType] > Top3000.DpsPerCostDict[DamageType])
{
Top3000 = shellUnderTesting;
}
}
else if (shellUnderTesting.TotalLength <= 4000f)
{
if (shellUnderTesting.DpsPerCostDict[DamageType] > Top4000.DpsPerCostDict[DamageType])
{
Top4000 = shellUnderTesting;
}
}
else if (shellUnderTesting.TotalLength <= 6000f)
{
if (shellUnderTesting.DpsPerCostDict[DamageType] > Top6000.DpsPerCostDict[DamageType])
{
Top6000 = shellUnderTesting;
}
}
else if (shellUnderTesting.TotalLength <= 8000f)
{
if (shellUnderTesting.DpsPerCostDict[DamageType] > Top8000.DpsPerCostDict[DamageType])
{
Top8000 = shellUnderTesting;
}
}
}
// Beltfed testing
if (shellUnderTesting.TotalLength <= 1000f)
{
Shell shellUnderTestingBelt = new();
shellUnderTestingBelt.BarrelCount = BarrelCount;
shellUnderTestingBelt.HeadModule = Module.AllModules[counts.HeadIndex];
shellUnderTestingBelt.BaseModule = BaseModule;
FixedModuleCounts.CopyTo(shellUnderTestingBelt.BodyModuleCounts, 0);
shellUnderTestingBelt.Gauge = Gauge;
shellUnderTestingBelt.BodyModuleCounts[VariableModuleIndices[0]] += counts.Var0Count;
shellUnderTestingBelt.BodyModuleCounts[VariableModuleIndices[1]] += counts.Var1Count;
shellUnderTestingBelt.BodyModuleCounts[VariableModuleIndices[2]] += counts.Var2Count;
shellUnderTestingBelt.GPCasingCount = counts.GPCount;
shellUnderTestingBelt.RGCasingCount = counts.RGCount;
shellUnderTestingBelt.IsBelt = true;
shellUnderTestingBelt.CalculateLengths();
shellUnderTestingBelt.CalculateVelocityModifier();
shellUnderTestingBelt.CalculateRecoil();
shellUnderTestingBelt.CalculateMaxDraw();
shellUnderTestingBelt.CalculateReloadTime();
shellUnderTestingBelt.CalculateReloadTimeBelt();
shellUnderTestingBelt.CalculateCooldownTime();
shellUnderTestingBelt.CalculateDamageModifierByType(DamageType);
shellUnderTestingBelt.CalculateDamageByType(DamageType);
shellUnderTestingBelt.CalculateLoaderVolumeAndCost();
shellUnderTestingBelt.CalculateCoolerVolumeAndCost();
if (maxDraw > 0)
{
float bottomScore = 0;
float topScore = 0;
float midRangeLower = 0;
float midRangeLowerScore = 0;
float midRangeUpper = 0;
float midRangeUpperScore = 0;
shellUnderTestingBelt.RailDraw = minDraw;
shellUnderTestingBelt.CalculateDpsByTypeBelt(DamageType, TargetAC, TargetArmorScheme);
if (TestType == 0)
{
bottomScore = shellUnderTestingBelt.DpsPerVolumeDict[DamageType];
}
else if (TestType == 1)
{
bottomScore = shellUnderTestingBelt.DpsPerCostDict[DamageType];
}
shellUnderTestingBelt.RailDraw = maxDraw;
shellUnderTestingBelt.CalculateDpsByTypeBelt(DamageType, TargetAC, TargetArmorScheme);
if (TestType == 0)
{
topScore = shellUnderTestingBelt.DpsPerVolumeDict[DamageType];
}
else if (TestType == 1)
{
topScore = shellUnderTestingBelt.DpsPerCostDict[DamageType];
}
if (topScore > bottomScore)
{
// Check if max draw is optimal
shellUnderTestingBelt.RailDraw = maxDraw - 1f;
shellUnderTestingBelt.CalculateDpsByTypeBelt(DamageType, TargetAC, TargetArmorScheme);
if (TestType == 0)
{
bottomScore = shellUnderTestingBelt.DpsPerVolumeDict[DamageType];
}
else if (TestType == 1)
{
bottomScore = shellUnderTestingBelt.DpsPerCostDict[DamageType];
}
if (topScore > bottomScore)
{
optimalDraw = maxDraw;
}
}
else
{
// Check if min draw is optimal
shellUnderTestingBelt.RailDraw = minDraw + 1f;
shellUnderTestingBelt.CalculateDpsByTypeBelt(DamageType, TargetAC, TargetArmorScheme);
if (TestType == 0)
{
topScore = shellUnderTestingBelt.DpsPerVolumeDict[DamageType];
}
else if (TestType == 1)
{
topScore = shellUnderTestingBelt.DpsPerCostDict[DamageType];
}
if (bottomScore > topScore)
{
optimalDraw = minDraw;
}
}
if (optimalDraw == 0)
{
float topOfRange = maxDraw;
// Binary search to find optimal draw without testing every value
float bottomOfRange = 0;
while (topOfRange - bottomOfRange > 1)
{
midRangeLower = MathF.Floor((topOfRange + bottomOfRange) / 2f);
midRangeUpper = midRangeLower + 1f;
shellUnderTestingBelt.RailDraw = midRangeLower;
shellUnderTestingBelt.CalculateDpsByTypeBelt(DamageType, TargetAC, TargetArmorScheme);
if (TestType == 0)
{
midRangeLowerScore = shellUnderTestingBelt.DpsPerVolumeDict[DamageType];
}
else if (TestType == 1)
{
midRangeLowerScore = shellUnderTestingBelt.DpsPerCostDict[DamageType];
}
shellUnderTestingBelt.RailDraw = midRangeUpper;
shellUnderTestingBelt.CalculateDpsByTypeBelt(DamageType, TargetAC, TargetArmorScheme);
if (TestType == 0)
{
midRangeUpperScore = shellUnderTestingBelt.DpsPerVolumeDict[DamageType];
}
else if (TestType == 1)
{
midRangeUpperScore = shellUnderTestingBelt.DpsPerCostDict[DamageType];
}
// Determine which half of range to continue testing
if (midRangeUpperScore == 0)
{
bottomOfRange = midRangeUpper;
}
else if (midRangeLowerScore >= midRangeUpperScore)
{
topOfRange = midRangeLower;
}
else
{
bottomOfRange = midRangeUpper;
}
}
// Take better of two remaining values
if (midRangeLowerScore >= midRangeUpperScore)
{
optimalDraw = midRangeLower;
}
else
{
optimalDraw = midRangeUpper;
}
}
}
// Check performance against top shells
shellUnderTestingBelt.RailDraw = optimalDraw;
shellUnderTestingBelt.CalculateDpsByTypeBelt(DamageType, TargetAC, TargetArmorScheme);
if (DamageType == DamageType.Pendepth)
{
shellUnderTestingBelt.CalculateDpsByTypeBelt(DamageType.Kinetic, TargetAC, TargetArmorScheme);
shellUnderTestingBelt.CalculateDpsByTypeBelt(DamageType.FlaK, TargetAC, TargetArmorScheme);
shellUnderTestingBelt.CalculateDpsByTypeBelt(DamageType.Frag, TargetAC, TargetArmorScheme);
shellUnderTestingBelt.CalculateDpsByTypeBelt(DamageType.HE, TargetAC, TargetArmorScheme);
}
shellUnderTestingBelt.CalculateVelocity();
shellUnderTestingBelt.CalculateEffectiveRange();
if (TestType == 0)
{
if (shellUnderTestingBelt.DpsPerVolumeDict[DamageType] > TopBelt.DpsPerVolumeDict[DamageType])
{
TopBelt = shellUnderTestingBelt;
}
}
else if (TestType == 1)
{
if (shellUnderTestingBelt.DpsPerCostDict[DamageType] > TopBelt.DpsPerCostDict[DamageType])
{
TopBelt = shellUnderTestingBelt;
}
}
}
}
}
}
}
/// <summary>
/// Adds current top-performing shells to TopShells list for comparison with other lists
/// Note that DPS is used only to determine whether a shell has been assigned to a particular length slot
/// </summary>
public void AddTopShellsToLocalList()
{
if (TopBelt.DpsDict[DamageType] > 0)
{
TopShellsLocal.Add(TopBelt);
}
if (Top1000.DpsDict[DamageType] > 0)
{
TopShellsLocal.Add(Top1000);
}
if (Top2000.DpsDict[DamageType] > 0)
{
TopShellsLocal.Add(Top2000);
}
if (Top3000.DpsDict[DamageType] > 0)
{
TopShellsLocal.Add(Top3000);
}
if (Top4000.DpsDict[DamageType] > 0)
{
TopShellsLocal.Add(Top4000);
}
if (Top6000.DpsDict[DamageType] > 0)
{
TopShellsLocal.Add(Top6000);
}
if (Top8000.DpsDict[DamageType] > 0)
{
TopShellsLocal.Add(Top8000);
}
}
/// <summary>
/// Adds current top-performing shells to TopShells dictionary for writing to console
/// Note that DPS is used only to determine whether a shell has been assigned to a length slot
/// </summary>
public void AddTopShellsToDictionary()
{
if (TopBelt.DpsDict[DamageType] > 0)
{
TopDpsShells.Add("1 m (belt)", TopBelt);
}
if (Top1000.DpsDict[DamageType] > 0)
{
TopDpsShells.Add("1 m", Top1000);
}
if (Top2000.DpsDict[DamageType] > 0)
{
TopDpsShells.Add("2 m", Top2000);
}
if (Top3000.DpsDict[DamageType] > 0)
{
TopDpsShells.Add("3 m", Top3000);
}
if (Top4000.DpsDict[DamageType] > 0)
{
TopDpsShells.Add("4 m", Top4000);
}
if (Top6000.DpsDict[DamageType] > 0)
{
TopDpsShells.Add("6 m", Top6000);
}
if (Top8000.DpsDict[DamageType] > 0)
{
TopDpsShells.Add("8 m", Top8000);
}
}
/// <summary>
/// Finds top shells in given list. Used in multithreading.
/// </summary>
/// <param name="shellBag"></param>
public void FindTopShellsInList(ConcurrentBag<Shell> shellBag)
{
foreach (Shell rawShell in shellBag)
{
if (TestType == 0)
{
if (rawShell.IsBelt)
{
if (rawShell.DpsPerVolumeDict[DamageType] > TopBelt.DpsPerVolumeDict[DamageType])
{
TopBelt = rawShell;
}
}
else if (rawShell.TotalLength <= 1000f)
{
if (rawShell.DpsPerVolumeDict[DamageType] > Top1000.DpsPerVolumeDict[DamageType])
{
Top1000 = rawShell;
}
}
else if (rawShell.TotalLength <= 2000f)
{
if (rawShell.DpsPerVolumeDict[DamageType] > Top2000.DpsPerVolumeDict[DamageType])
{
Top2000 = rawShell;
}
}
else if (rawShell.TotalLength <= 3000f)
{
if (rawShell.DpsPerVolumeDict[DamageType] > Top3000.DpsPerVolumeDict[DamageType])
{
Top3000 = rawShell;
}
}
else if (rawShell.TotalLength <= 4000f)
{
if (rawShell.DpsPerVolumeDict[DamageType] > Top4000.DpsPerVolumeDict[DamageType])
{
Top4000 = rawShell;
}
}
else if (rawShell.TotalLength <= 6000f)
{
if (rawShell.DpsPerVolumeDict[DamageType] > Top6000.DpsPerVolumeDict[DamageType])
{
Top6000 = rawShell;
}
}
else if (rawShell.TotalLength <= 8000f)
{
if (rawShell.DpsPerVolumeDict[DamageType] > Top8000.DpsPerVolumeDict[DamageType])
{
Top8000 = rawShell;
}
}
}
else if (TestType == 1)
{
if (rawShell.IsBelt)
{
if (rawShell.DpsPerCostDict[DamageType] > TopBelt.DpsPerCostDict[DamageType])
{
TopBelt = rawShell;
}
}
else if (rawShell.TotalLength <= 1000f)
{
if (rawShell.DpsPerCostDict[DamageType] > Top1000.DpsPerCostDict[DamageType])
{
Top1000 = rawShell;
}
}
else if (rawShell.TotalLength <= 2000f)
{
if (rawShell.DpsPerCostDict[DamageType] > Top2000.DpsPerCostDict[DamageType])
{
Top2000 = rawShell;
}
}
else if (rawShell.TotalLength <= 3000f)
{
if (rawShell.DpsPerCostDict[DamageType] > Top3000.DpsPerCostDict[DamageType])
{
Top3000 = rawShell;
}
}
else if (rawShell.TotalLength <= 4000f)
{
if (rawShell.DpsPerCostDict[DamageType] > Top4000.DpsPerCostDict[DamageType])
{
Top4000 = rawShell;
}
}
else if (rawShell.TotalLength <= 6000f)
{
if (rawShell.DpsPerCostDict[DamageType] > Top6000.DpsPerCostDict[DamageType])
{
Top6000 = rawShell;
}
}
else if (rawShell.TotalLength <= 8000f)
{
if (rawShell.DpsPerCostDict[DamageType] > Top8000.DpsPerCostDict[DamageType])
{
Top8000 = rawShell;
}
}
}
}
}
/// <summary>
/// Write top shell information
/// </summary>
public void WriteTopShells(float minGauge, float maxGauge)
{
bool showGP = false;
if (MaxGPInput > 0)
{
showGP = true;
}
bool showRG = false;
if (MaxRGInput > 0)
{
showRG = true;
}
bool showDraw = false;