public void UpdateProcess_CallsIrperInterpolate(float expireT)
{
IInterpolatorProcesssConstArg arg = CreateMockArg();
arg.constraintValue.Returns(expireT);
TestInterpolatorProcess testProcess = new TestInterpolatorProcess(arg);
testProcess.Run();
IInterpolator irper = testProcess.GetInterpolator();
irper.Received(1).Interpolate(0f);
IProcessManager processManager = arg.processManager;
const float deltaT = .1f;
for (float f = deltaT; f < expireT; f += deltaT)
{
float elapsedT = f;
testProcess.UpdateProcess(deltaT);
irper.Received(1).Interpolate(elapsedT / expireT);
processManager.DidNotReceive().RemoveRunningProcess(testProcess);
}
testProcess.UpdateProcess(deltaT);
irper.Received(1).Interpolate(1f);
processManager.Received(1).RemoveRunningProcess(testProcess);
}
public TestInterpolatorProcess(
IInterpolatorProcesssConstArg arg
) : base(
arg
)
{
}
public AbsInterpolatorProcess(
IInterpolatorProcesssConstArg arg
) : base(
arg
)
{
thisUseSpringT = arg.useSpringT;
}
public IInterpolatorProcesssConstArg CreateMockArg()
{
IInterpolatorProcesssConstArg arg = Substitute.For <IInterpolatorProcesssConstArg>();
arg.processManager.Returns(Substitute.For <IProcessManager>());
arg.processConstraint.Returns(ProcessConstraint.ExpireTime);
arg.constraintValue.Returns(1f);
arg.useSpringT.Returns(false);
return(arg);
}
public void Run_CallsIrperInterpolateWithZero()
{
IInterpolatorProcesssConstArg arg = CreateMockArg();
TestInterpolatorProcess testProcess = new TestInterpolatorProcess(arg);
testProcess.Run();
IInterpolator irper = testProcess.GetInterpolator();
irper.Received(1).Interpolate(0f);
}