public void BattleMechEngineTypeCheck()
{
string sFilePath = AtlasTestFile;
BattleMechDesign battleMechDesign = MTFReader.ReadBattleMechDesignFile(sFilePath);
Assert.Equal("Standard", battleMechDesign.Engine.EngineType);
}
public void BattleMechEngineTonnageCheck()
{
string sFilePath = AtlasTestFile;
BattleMechDesign battleMechDesign = MTFReader.ReadBattleMechDesignFile(sFilePath);
Assert.Equal(300, battleMechDesign.Engine.EngineRating);
}
public void TestMegaMekFiles()
{
string[] sFiles = Utilities.GetFiles($"{Utilities.DataDirectory}{Path.DirectorySeparatorChar}megamek-master{Path.DirectorySeparatorChar}megamek{Path.DirectorySeparatorChar}data{Path.DirectorySeparatorChar}mechfiles{Path.DirectorySeparatorChar}mechs", "*.mtf");
int iLoadCount = 0;
foreach (string sFile in sFiles)
{
try
{
BattleMechDesign bmd = MTFReader.ReadBattleMechDesignFile(sFile);
iLoadCount++;
}
catch (Exception ex)
{
string sText = "";
while (ex != null)
{
sText += ex.Message;
sText += "/";
ex = ex.InnerException;
}
sText += Path.GetFileNameWithoutExtension(sFile);
_outputHelper.WriteLine(sText);
}
}
Assert.Equal(sFiles.Length, iLoadCount);
}
public void MassCheckMegaMekFiles()
{
string[] sFiles = Utilities.GetFiles($"{Utilities.DataDirectory}{Path.DirectorySeparatorChar}megamek-master{Path.DirectorySeparatorChar}megamek{Path.DirectorySeparatorChar}data{Path.DirectorySeparatorChar}mechfiles{Path.DirectorySeparatorChar}mechs", "*.mtf");
int iLoadCount = 0;
foreach (string sFile in sFiles)
{
try
{
BattleMechDesign bmd = MTFReader.ReadBattleMechDesignFile(sFile);
double dComputedTonnage = bmd.ComputedTonnage;
if (bmd.Tonnage < dComputedTonnage || (bmd.Tonnage - dComputedTonnage > 0.5 && !Utilities.IsUndertonnageDesign(bmd)))
{
_outputHelper.WriteLine($"{bmd.Variant} {bmd.Model} rated at {bmd.Tonnage}, computed as {bmd.ComputedTonnage}");
_outputHelper.WriteLine(bmd.TonnageLedger);
}
else
{
iLoadCount++;
}
}
catch (Exception ex)
{
throw new Exception($"Error loading {sFile}", ex);
}
}
_outputHelper.WriteLine($"Checked {sFiles.Length} MTF files.");
Assert.Equal(sFiles.Length, iLoadCount);
}
public void BattleMechVariantNameCheck()
{
string sFilePath = AtlasTestFile;
BattleMechDesign battleMechDesign = MTFReader.ReadBattleMechDesignFile(sFilePath);
Assert.Equal("AS7-D", battleMechDesign.Variant);
}
public void BattleMechTonnageCheck()
{
string sFilePath = AtlasTestFile;
BattleMechDesign battleMechDesign = MTFReader.ReadBattleMechDesignFile(sFilePath);
Assert.Equal(100, battleMechDesign.Tonnage);
}
public void StoreBattleMechDesign(BattleMechDesign battleMechDesign)
{
if (!BattleMechDesigns.ContainsKey(battleMechDesign.Id))
{
BattleMechDesigns.Add(battleMechDesign.Id, battleMechDesign);
}
}
public void BattleMechModelNameCheck()
{
string sFilePath = AtlasTestFile;
BattleMechDesign battleMechDesign = MTFReader.ReadBattleMechDesignFile(sFilePath);
Assert.Equal("Atlas", battleMechDesign.Model);
}
public void CheckGOL1HStructure()
{
BattleMechDesign designGoliath = MTFReader.ReadBattleMechDesignFile(GoliathTestFile);
Element element = ConvertBattletechObject.ToAlphaStrike(designGoliath);
Assert.Equal(6, element.MaxStructure);
}
public void Configure(Design design)
{
BattleMechDesign battleMechDesign = design as BattleMechDesign;
Tonnage = Math.Ceiling(2 * battleMechDesign.Tonnage / 20) / 2D;
CriticalSpaceMech = (int)Math.Ceiling(battleMechDesign.Tonnage / 15);
Damage = (int)Math.Ceiling(battleMechDesign.Tonnage / 10) + 1;
}
public void CheckAS7DStructure()
{
BattleMechDesign designAtlas = MTFReader.ReadBattleMechDesignFile(AtlasTestFile);
Element element = ConvertBattletechObject.ToAlphaStrike(designAtlas);
Assert.Equal(8, element.MaxStructure);
}
public void GoliathTonnageCheck()
{
string sFilePath = GoliathTestFile;
BattleMechDesign battleMechDesign = MTFReader.ReadBattleMechDesignFile(sFilePath);
_outputHelper.WriteLine(battleMechDesign.TonnageLedger);
Assert.Equal(80, battleMechDesign.ComputedTonnage);
}
public void CheckGOL1HMovement()
{
BattleMechDesign designGoliath = MTFReader.ReadBattleMechDesignFile(GoliathTestFile);
Element element = ConvertBattletechObject.ToAlphaStrike(designGoliath);
MovementMode m = element.GetMovementMode("");
Assert.Equal(4, m.Points);
}
public void CheckAS7DMovement()
{
BattleMechDesign designAtlas = MTFReader.ReadBattleMechDesignFile(AtlasTestFile);
Element element = ConvertBattletechObject.ToAlphaStrike(designAtlas);
MovementMode m = element.GetMovementMode("");
Assert.Equal(3, m.Points);
}
public void BattlemechRLLISCheck()
{
string sFilePath = GoliathTestFile;
BattleMechDesign battleMechDesign = MTFReader.ReadBattleMechDesignFile(sFilePath);
StructureLocation structure = GetBattleMechStructureLocation(battleMechDesign, "RLL");
Assert.Equal(17, structure.MaxStructurePoints);
}
public void BattlemechCTISCheck()
{
string sFilePath = AtlasTestFile;
BattleMechDesign battleMechDesign = MTFReader.ReadBattleMechDesignFile(sFilePath);
StructureLocation structure = GetBattleMechStructureLocation(battleMechDesign, "CT");
Assert.Equal(31, structure.MaxStructurePoints);
}
public void BattleMechRLArmorCheck()
{
string sFilePath = AtlasTestFile;
BattleMechDesign battleMechDesign = MTFReader.ReadBattleMechDesignFile(sFilePath);
ArmorFacing Facing = GetBattleMechArmorFacing(battleMechDesign, "RL");
Assert.Equal(41, Facing.ArmorPoints);
}
public void Configure(Design design)
{
BattleMechDesign battleMechDesign = design as BattleMechDesign;
int iMaceBaseState = (int)Math.Ceiling(battleMechDesign.Tonnage / 10);
Tonnage = (double)iMaceBaseState;
CriticalSpaceMech = iMaceBaseState;
Damage = (int)Math.Ceiling(battleMechDesign.Tonnage / 4);
}
public void Configure(Design design)
{
BattleMechDesign battleMechDesign = design as BattleMechDesign;
int iHatchetBaseStat = (int)Math.Ceiling(battleMechDesign.Tonnage / 15);
Tonnage = (double)iHatchetBaseStat;
CriticalSpaceMech = iHatchetBaseStat;
Damage = (int)Math.Ceiling(battleMechDesign.Tonnage / 5);
}
public void Configure(Design design)
{
BattleMechDesign battleMechDesign = design as BattleMechDesign;
double dRetractableBladeBaseStat = Math.Ceiling(2D * battleMechDesign.Tonnage / 20D) / 2D;
Tonnage = (double)dRetractableBladeBaseStat + 0.5D;
CriticalSpaceMech = (int)Math.Ceiling(dRetractableBladeBaseStat) + 1;
Damage = (int)Math.Ceiling(battleMechDesign.Tonnage / 10);
}
public StructureLocation GetBattleMechStructureLocation(BattleMechDesign bmd, string sLocation)
{
foreach (BattleMechHitLocation bmhl in bmd.HitLocations)
{
if (bmhl.Name.Equals(sLocation))
{
return(bmhl.Structure);
}
}
throw new Exception($"Location {sLocation} not found in Battlemech Design {bmd.Variant} {bmd.Model}");
}
public void ReadAtlasFile()
{
string sFilePath = AtlasTestFile;
BattleMechDesign battleMechDesign = MTFReader.ReadBattleMechDesignFile(sFilePath);
Assert.Equal("Atlas", battleMechDesign.Model);
Assert.Equal("AS7-D", battleMechDesign.Variant);
Assert.Equal(100, battleMechDesign.Tonnage);
Assert.Equal(300, battleMechDesign.Engine.EngineRating);
Assert.Equal("Standard", battleMechDesign.Engine.EngineType);
}
public void ReadGoliathFile()
{
string sFilePath = GoliathTestFile;
BattleMechDesign battleMechDesign = MTFReader.ReadBattleMechDesignFile(sFilePath);
Assert.Equal("Goliath", battleMechDesign.Model);
Assert.Equal("GOL-1H", battleMechDesign.Variant);
Assert.Equal(80, battleMechDesign.Tonnage);
Assert.Equal(320, battleMechDesign.Engine.EngineRating);
Assert.Equal("Standard", battleMechDesign.Engine.EngineType);
}
public void BattletechValueConfirmation(BattleMechDesign battlemechDesign, BVDataPoint dataPoint)
{
int battlemechDesignBV = (int)battlemechDesign.BV;
int datapointBV = (int)dataPoint.bV;
if (battlemechDesignBV != datapointBV)
{
_outputHelper.WriteLine(battlemechDesign.Ledger.RootNode.GetTree(0));
}
Assert.Equal(datapointBV, battlemechDesignBV);
}
public ArmorFacing GetBattleMechArmorFacing(BattleMechDesign bmd, string sLocation)
{
foreach (BattleMechHitLocation bmhl in bmd.HitLocations)
{
if (bmhl.ArmorFacings.ContainsKey(sLocation))
{
return(bmhl.ArmorFacings[sLocation]);
}
}
throw new Exception($"Location {sLocation} not found in Battlemech Design {bmd.Variant} {bmd.Model}");
}
public static int MaxmiumDefensiveModifier(BattleMechDesign design)
{
//TODO: Need to add calculations for MASC, TSM, and Stealth
//Armor TM315
double WalkDistance = Math.Truncate(design.Engine.EngineRating / design.Tonnage);
double RunDistance = Math.Round(WalkDistance * 1.5D, 0, MidpointRounding.AwayFromZero);
int iRunModifier = BattleTechNET.TotalWarfare.CombatRules.TargetMovementModifier(RunDistance);
int iJumpModifier = BattleTechNET.TotalWarfare.CombatRules.TargetMovementModifier((double)design.JumpMP);// + 1;
return(Math.Max(iRunModifier, iJumpModifier));
}
public IDictionary <Guid, string> ListBattleMechDesigns()
{
Dictionary <Guid, string> retval = new Dictionary <Guid, string>();
foreach (Guid currentBattleMechDesignKey in BattleMechDesigns.Keys)
{
BattleMechDesign currentBattleMechDesign = BattleMechDesigns[currentBattleMechDesignKey];
if (!retval.ContainsKey(currentBattleMechDesign.Id))
{
retval.Add(currentBattleMechDesign.Id, currentBattleMechDesign.ToString());
}
}
return(retval);
}
public static IEnumerable <object[]> GetBVTestCases()
{
List <object[]> retval = new List <object[]>();
//Load Variants
string sDirectory = $".{Path.DirectorySeparatorChar}TestFiles{Path.DirectorySeparatorChar}MassTesting{Path.DirectorySeparatorChar}";
if (!Directory.Exists(sDirectory))
{
sDirectory = $".{Path.DirectorySeparatorChar}TestFiles{Path.DirectorySeparatorChar}";
}
string[] mtfFiles = Utilities.GetFiles(sDirectory, "*.mtf");
Dictionary <string, BattleTechNET.TotalWarfare.BattleMechDesign> designs = new Dictionary <string, BattleTechNET.TotalWarfare.BattleMechDesign>();
foreach (string mtfFile in mtfFiles)
{
try
{
BattleMechDesign design = MTFReader.ReadBattleMechDesignFile(File.OpenRead(mtfFile));
designs.Add($"{design.Model} {design.Variant}", design);
}
catch (Exception ex)
{
}
}
//Load Test Data Points
string sTestCaseFileName = $".{System.IO.Path.DirectorySeparatorChar}TestFiles{System.IO.Path.DirectorySeparatorChar}BVTestCases.json";
string sJSONFile = System.IO.File.ReadAllText(sTestCaseFileName);
BVTestSet testSet = JsonSerializer.Deserialize <BVTestSet>(sJSONFile);
foreach (BVDataPoint dataPoint in testSet.testCases)
{
if (designs.ContainsKey(dataPoint.ToString()))
{
retval.Add(new object[] { designs[dataPoint.ToString()], dataPoint });
}
//Commented out to allow Github Actions to not error on this test.
//else
//throw new Exception($"Could not find variant {dataPoint.ToString()}");
}
return(retval);
}
/// <summary>
/// BattleMech Size table, SO356
/// </summary>
/// <param name="battleMechDesign">Valid Total Warfare BattleMech Design</param>
/// <returns>Alpha Strike Size</returns>
static private int GetSize(BattleMechDesign battleMechDesign)
{
if (battleMechDesign.Tonnage < 40)
{
return(1);
}
if (battleMechDesign.Tonnage < 60)
{
return(2);
}
if (battleMechDesign.Tonnage < 80)
{
return(3);
}
return(4);
}
public void MassCheckMixedTechbaseMegaMekFiles()
{
string[] sFiles = Utilities.GetFiles($"{Utilities.DataDirectory}{Path.DirectorySeparatorChar}megamek-master{Path.DirectorySeparatorChar}megamek{Path.DirectorySeparatorChar}data{Path.DirectorySeparatorChar}mechfiles{Path.DirectorySeparatorChar}mechs", "*.mtf");
int iLoadCount = 0;
int iMixedTechBaseMechCount = 0;
if (sFiles == null)
{
return;
}
foreach (string sFile in sFiles)
{
try
{
BattleMechDesign bmd = MTFReader.ReadBattleMechDesignFile(sFile);
if (bmd.TechnologyBase == BattleTechNET.Common.TECHNOLOGY_BASE.BOTH)
{
double dComputedTonnage = bmd.ComputedTonnage;
if (bmd.Tonnage < dComputedTonnage || (bmd.Tonnage - dComputedTonnage > 0.5 && !Utilities.IsUndertonnageDesign(bmd)))
{
_outputHelper.WriteLine($"{bmd.Variant} {bmd.Model} rated at {bmd.Tonnage}, computed as {bmd.ComputedTonnage}");
_outputHelper.WriteLine($"Located at {sFile}");
if (bmd.Tonnage < dComputedTonnage)
{
_outputHelper.WriteLine("Computed tonnage exceeds nominal tonnage.");
}
if (bmd.Tonnage - dComputedTonnage > 0.5)
{
_outputHelper.WriteLine("Computed tonnage more than 0.5 tons below nominal tonnage.");
}
_outputHelper.WriteLine(bmd.TonnageLedger);
}
else
{
iLoadCount++;
}
iMixedTechBaseMechCount++;
}
}
catch (Exception ex)
{
throw new Exception($"Error loading {sFile}", ex);
}
}
_outputHelper.WriteLine($"Checked {sFiles.Length} MTF files.");
Assert.Equal(iMixedTechBaseMechCount, iLoadCount);
}
