public static IEnumerator TestSave()
{
TestHarness.OnSOF(() => {
TestHarness.RunBehaviorScript("Save", "mokou");
var h = new ReflectEx.Hoist <float>("pqw");
var h2 = new ReflectEx.Hoist <float>("pqw2");
AreEqual(17, h2.Retrieve(3));
VecEq(Vector2.up, BM.TPool("sun-red/w")[0].bpi.loc);
TestHarness.Check(0, () => {
for (int ii = 0; ii < 10; ++ii)
{
AreEqual(ii + 10, h.Retrieve(ii));
}
});
TestHarness.Check(4, () => {
for (int ii = 0; ii < 10; ++ii)
{
AreEqual(ii + 50, h.Retrieve(ii));
}
});
});
while (TestHarness.Running)
{
yield return(null);
}
}
/// <summary>
/// `crosshair`: Create a crosshair that follows the target for a limited amount of time
/// and saves the target's position in public data hoisting.
/// </summary>
public static TaskPattern Crosshair(string style, GCXF <Vector2> locator, GCXF <float> homeSec, GCXF <float> stickSec,
ReflectEx.Hoist <Vector2> locSave, ExBPY indexer)
{
var cindexer = GCXF(indexer);
var saver = Async("_$CROSSHAIR_INVALID", _ => V2RV2.Zero, AsyncPatterns.GCRepeat2(
x => 1,
x => ETime.ENGINEFPS * homeSec(x),
GCXFRepo.RV2Zero,
new[] { GenCtxProperty.SaveV2((locSave, cindexer, locator)) }, new[] { AtomicPatterns.Noop() }
/// <summary>
/// Empty-guided fire that points in the same direction as the empty bullet.
/// <br/>Note: when following polar bullets, you should use this.
/// </summary>
public static SyncPattern DS(ReflectEx.Hoist <Vector2> hoistLoc, ReflectEx.Hoist <Vector2> hoistDir, ExBPY indexer,
ExTP offset) =>
Simple(GCXU(VTPRepo.DTPOffset(hoistLoc, hoistDir, indexer, offset)), new SBOptions(new[] {
SBOption.Dir2(GCXUSB(RetrieveHoisted(hoistDir, indexer)))
}));
public static Func <TExArgCtx, TEx <T> > RetrieveHoisted0 <T>(ReflectEx.Hoist <T> hoist) => tac => hoist.Retrieve(E0, tac);
public static Func <TExArgCtx, TEx <T> > RetrieveHoisted <T>(ReflectEx.Hoist <T> hoist, Func <TExArgCtx, TEx <float> > indexer) => tac => hoist.Retrieve(indexer(tac), tac);
