public void TestOutcomes()
{
Mod.Config = new ModConfig();
Mod.Log = new DeferringLogger(TestContext.DeploymentDirectory, "test", true, true);
Dispute dispute = new Dispute(100000, "TEST");
// Test guaranteed failure
dispute.SuccessChance = 0;
Assert.AreEqual(Dispute.Outcome.FAILURE, dispute.GetOutcome());
// Test guaranteed success
dispute.SuccessChance = 100;
Assert.AreEqual(Dispute.Outcome.SUCCESS, dispute.GetOutcome());
}
public void TestOutcomes()
{
Mod.Config = new ModConfig();
Mod.Log = new Logger();
Dispute dispute = new Dispute(100000, "TEST");
// Test guaranteed failure
dispute.SuccessChance = 0;
Assert.AreEqual(Dispute.Outcome.FAILURE, dispute.GetOutcome());
// Test guaranteed success
dispute.SuccessChance = 100;
Assert.AreEqual(Dispute.Outcome.SUCCESS, dispute.GetOutcome());
}
public void TestAverageOutcome75()
{
Mod.Config = new ModConfig();
Mod.Log = new DeferringLogger(TestContext.DeploymentDirectory, "test", true, true);
Dispute dispute = new Dispute(100000, "TEST");
dispute.SuccessChance = 75;
int successCount = 0;
int failCount = 0;
int totalCount = 100000;
for (int i = 0; i < totalCount; i++)
{
if (dispute.GetOutcome() == Dispute.Outcome.SUCCESS)
{
successCount++;
}
else
{
failCount++;
}
}
Console.WriteLine($"totalCount: {totalCount} successCount: {successCount} failCount: {failCount}");
float expectedSuccessRate = dispute.SuccessChance / 100f;
float actualSuccessRate = (totalCount - failCount) / (float)totalCount;
float paddedBound = actualSuccessRate - 0.02f; // Account for NRG drift
bool withinBounds = paddedBound <= expectedSuccessRate;
Console.WriteLine($"ExpectedRate: {expectedSuccessRate:P3} actualRate: {actualSuccessRate:P3} paddedBound: {paddedBound} withinBounds: {withinBounds}");
Assert.IsTrue(withinBounds);
}