[Test] public void TestProgressive()
{
var seq = MComposite.Sequence(new List <Func <status> > {
() => to(4), () => to(10), () => to(15)
});
seq.loop = false;
o(seq.progressive);
RunSeq(seq);
}
[Test] public void TestOrdered()
{
var tasks = new List <Func <status> > {
() => to(4), () => to(10), () => to(15)
};
var seq = MComposite.Sequence(tasks);
seq.loop = false;
seq.ordered = true;
RunSeq(seq);
}
[Test] public void MakeSequenceVsMakeSelector()
{
x = MComposite.Sequence();
var y = MComposite.Selector();
o(x.loop, y.loop);
o(x.current, !y.current);
o(x.dither, y.dither);
o(x.isSelector, !y.isSelector);
o(x.isSequence, !y.isSequence);
}
[Test] public void B_325_ProgressiveΛSequence()
{
foo = 0;
status.log = false;
var c = MComposite.Sequence(
new Func <status>[] {
() => to(4),
() => to(10),
() => to(15),
() => reset()
});
c.progressive = true;
status s;
for (int j = 0; j < PerfTestIters; j++)
{
s = c;
}
}
[Test] public void B__50_OrderedΛSequence()
{
foo = 0;
status.log = false;
var c = MComposite.Sequence(
new Func <status>[] {
() => to(4),
() => to(10),
() => to(15),
() => reset()
});
c.ordered = true;
c.loop = true;
status s;
for (int j = 0; j < PerfTestIters; j++)
{
s = c;
}
}