// Investigates a wall push swing to see if it qualifies
// Frame 2 is the frame at the start of the pendulum swing that lets Mario get wall displacement
public void FindIdealReentryManipulationGivenFrame2(List <int> dustFrames, int frame1, int frame2)
{
//Config.Print("ATTEMPT\t{0}\t{1}\t{2}", frame1, frame2, "[" + string.Join(",", dustFrames) + "]");
int counter = 0;
int frame = _startingFrame;
while (true)
{
counter++;
frame++;
foreach (TtcObject rngObject in _rngObjects)
{
rngObject.SetFrame(frame);
rngObject.Update();
}
// bob-omb 1 is in range
if (counter == 63)
{
GetFirstBobomb().SetWithinMarioRange(1);
}
// collecting star particles
if (counter == 66)
{
_rng.PollRNG(80);
}
// bob-omb 2 is in range
if (counter == 70)
{
GetSecondBobomb().SetWithinMarioRange(1);
}
// hand is in position
if (counter == 77)
{
TtcHand hand = GetLowerHand();
int min = 36700;
int max = 39400;
bool handQualifies = hand._angle >= min && hand._angle <= max;
if (!handQualifies)
{
return;
}
}
// spinner is in position
if (counter == 122)
{
TtcSpinner spinner = GetLowestSpinner();
int min = 12600;
int max = 14700;
bool spinnerAngleQualifies =
(spinner._angle >= min && spinner._angle <= max) ||
(spinner._angle >= min + 32768 && spinner._angle <= max + 32768);
bool spinnerDirectionQualifies = spinner._direction == -1;
bool spinnerQualifies = spinnerAngleQualifies && spinnerDirectionQualifies;
if (!spinnerQualifies)
{
return;
}
List <int> inputDustFrames = dustFrames.ConvertAll(dustFrame => dustFrame - 2);
Config.Print("SUCCESS\t{0}\t{1}\t{2}\t", frame1, frame2, "[" + string.Join(",", inputDustFrames) + "]");
return;
}
}
}
public int FindHandMovement()
{
ushort startAngle = 48700;
ushort endAngle = 3912;
ushort resetAngle = 44000;
int margin = 100;
TtcHand hand = _rngObjects[37] as TtcHand;
bool goingForItBool = false;
int goingForItFrame = 0;
int bestDist = int.MinValue;
int totalDist = (int)MoreMath.GetAngleDistance(startAngle, endAngle);
int frame = _startingFrame;
for (int counter = 0; true; counter++)
{
if (frame % 1000000 == 0)
{
//Config.Print("...frame {0}", frame);
return(1000000);
}
frame++;
foreach (TtcObject rngObject in _rngObjects)
{
rngObject.SetFrame(frame);
rngObject.Update();
}
bool atStartAngle = MoreMath.GetAngleDistance(hand._angle, startAngle) <= margin;
bool atEndAngle = MoreMath.GetAngleDistance(hand._angle, endAngle) <= margin;
bool atResetAngle = MoreMath.GetAngleDistance(hand._angle, resetAngle) <= margin;
if (goingForItBool)
{
if (atStartAngle)
{
goingForItBool = true;
goingForItFrame = frame;
//Config.Print("Start again on frame {0}", frame);
}
else if (atEndAngle)
{
//Config.Print("End on frame {0}", frame);
//Config.Print("Success from {0} to {1}", goingForItFrame, frame);
return(goingForItFrame);
}
else if (atResetAngle)
{
goingForItBool = false;
//Config.Print("Reset on frame {0}", frame);
}
}
else
{
if (atStartAngle)
{
goingForItBool = true;
goingForItFrame = frame;
//Config.Print("Start on frame {0}", frame);
}
else if (atEndAngle)
{
}
else if (atResetAngle)
{
}
}
if (goingForItBool)
{
int currentDist = (int)MoreMath.GetAngleDifference(startAngle, hand._angle);
if (currentDist > bestDist)
{
bestDist = currentDist;
/*
* Config.Print(
* "Frame {0} has dist {1} of {2} ({3})",
* frame,
* currentDist,
* totalDist,
* MoreMath.GetPercentString(currentDist, totalDist, 2));
*/
}
}
}
}