public static IEnumerator TestAutoGuideEmpty()
{
TestHarness.OnSOF(() => {
TestHarness.RunBehaviorScript("Auto Empty Guide", "mokou");
var red = BM.TPool("gem-red/b");
var baseLoc = V2RV2.NRot(1, 0);
TestHarness.Check(0, () => {
var e = BM.TPool("empty.1");
AreEqual(4, red.Count);
for (int ii = 0; ii < 4; ++ii)
{
var sloc = (baseLoc + V2RV2.RX(2, 45 + ii * 90)).Bank();
var eloc = (sloc + V2RV2.RX(0.2f, 32)).Bank() + V2RV2.RY(1f + frame);
SBPos(ref e[ii], eloc.TrueLocation);
//90 is the direction of the empty bullet (from rotate @ mydir over the movement py + 1 t)
var rloc = eloc.BankOffset(90) + V2RV2.RX(1, 80);
SBPos(ref red[ii], rloc.TrueLocation);
}
});
});
while (TestHarness.Running)
{
yield return(null);
}
}
public static void TCartesianRotNRot()
{
var p = "roffset px * 2 t".Into <VTP>();
var bpi = new ParametricInfo(Vector2.down, 3, 0, 0f);
Movement v = new Movement(p, Vector2.zero, V2RV2.Angle(25));
v.UpdateDeltaAssignAcc(ref bpi, out var _, 1f);
VecEq(bpi.loc, V2RV2.Rot(2, 0, 25).TrueLocation, "", err1);
p = "nroffset px * 2 t".Into <VTP>();
bpi = new ParametricInfo(Vector2.down, 3, 0, 0f);
v = new Movement(p, Vector2.zero, V2RV2.Angle(25));
v.UpdateDeltaAssignAcc(ref bpi, out var _, 1f);
VecEq(bpi.loc, V2RV2.NRot(2, 0).TrueLocation, "", err1);
}
public static IEnumerator TestSummonAlong()
{
TestHarness.OnSOF(() => {
TestHarness.RunBehaviorScript("SummonAlong", "mokou");
var o = BM.TPool("gem-red/w");
var bo = BM.TPool("gem-green/w");
var br = BM.TPool("gem-blue/w");
var bt = BM.TPool("gem-teal/w");
var baseLocv2 = V2(1, 0);
var baseLoc = V2RV2.NRot(1, 0);
var oloc = baseLoc + V2RV2.RX(1, 80);
var boloc = baseLoc + V2RV2.RX(1, 160);
var brloc = baseLoc + V2RV2.RX(1, 240);
var btloc = baseLoc + V2RV2.RX(1, 320);
//Verify summons are correct
SBPos(ref o[0], oloc + V2RV2.RY(0, 30));
SBPos(ref o[1], oloc + V2RV2.RY(1, 30));
SBPos(ref bo[0], boloc.Bank() + V2RV2.RY(0));
SBPos(ref bo[1], boloc.Bank() + V2RV2.RY(1));
SBPos(ref br[0], brloc.Bank() + V2RV2.RY(0));
SBPos(ref br[1], brloc.Bank() + V2RV2.RY(1));
SBPos(ref bt[0], btloc.Bank() + V2RV2.RY(0));
SBPos(ref bt[1], btloc.Bank() + V2RV2.RY(1));
TestHarness.Check(0, () => {
//Verify angle is correct
SBPos(ref o[0], oloc + V2RV2.Rot(frame, 0, 30));
SBPos(ref o[1], oloc + V2RV2.Rot(frame, 1, 30));
SBPos(ref bo[0], (boloc.Bank() + V2RV2.RY(0)).Bank() + V2RV2.RX(frame, 30));
SBPos(ref bo[1], (boloc.Bank() + V2RV2.RY(1)).Bank() + V2RV2.RX(frame, 30));
var rp = (brloc.Bank() + V2RV2.RY(0)).Bank(30);
SBPos(ref br[0], rp + V2RV2.RX(frame, (rp.TrueLocation - baseLocv2).ToDeg()));
rp = (brloc.Bank() + V2RV2.RY(1)).Bank(30);
SBPos(ref br[1], rp + V2RV2.RX(frame, (rp.TrueLocation - baseLocv2).ToDeg()));
//In this case the tangent is 90 degrees from the firing direction (summonalong eq = py t)
SBPos(ref bt[0], (btloc.Bank() + V2RV2.RY(0)).BankOffset(30) + V2RV2.RX(frame, 90));
SBPos(ref bt[1], (btloc.Bank() + V2RV2.RY(1)).BankOffset(30) + V2RV2.RX(frame, 90));
});
});
while (TestHarness.Running)
{
yield return(null);
}
}