public static void Test2()
{
TtcPendulum initialPendulum = new TtcPendulum(null);
for (int i = 0; i <= 288; i++)
{
bool swungThroughZero = initialPendulum.PerformSwing(i % 2 == 0);
Config.Print(i + ": " + StringUtilities.FormatIntegerWithSign((int)initialPendulum._angle) + " " + swungThroughZero);
}
for (int i = 0; true; i++)
{
bool swungThroughZero = initialPendulum.PerformSwing(true);
Config.Print(i + ": " + StringUtilities.FormatIntegerWithSign((int)initialPendulum._angle) + " " + swungThroughZero);
if (initialPendulum._angle == 33578192)
{
break;
}
}
TtcPendulum testPendulum = (TtcPendulum)initialPendulum.Clone(null);
for (int i = 0; i < Solution.Count; i++)
{
bool b = Solution[i];
testPendulum.PerformSwing(b);
Config.Print(i + ": " + StringUtilities.FormatIntegerWithSign((int)testPendulum._angle) + " " + testPendulum._angle);
}
}
public PendulumPossibility(
TtcPendulum pendulum,
List <bool> boolPermutation,
PendulumPossibility predecessor)
{
Pendulum = pendulum;
BoolPermutation = boolPermutation;
Predecessor = predecessor;
}
public static void Test()
{
TtcPendulum initialPendulum = new TtcPendulum(null);
for (int i = 0; i <= 288; i++)
{
bool swungThroughZero = initialPendulum.PerformSwing(i % 2 == 0);
Config.Print(i + ": " + StringUtilities.FormatIntegerWithSign((int)initialPendulum._angle) + " " + swungThroughZero);
}
for (int i = 0; true; i++)
{
bool swungThroughZero = initialPendulum.PerformSwing(true);
Config.Print(i + ": " + StringUtilities.FormatIntegerWithSign((int)initialPendulum._angle) + " " + swungThroughZero);
if (initialPendulum._angle == 33578192)
{
break;
}
}
int numSaved = 5;
PendulumPossibility initialPossibility = new PendulumPossibility(initialPendulum, new List <bool>(), null);
List <PendulumPossibility> bestPossibilities = new List <PendulumPossibility>()
{
initialPossibility
};
for (int i = 0; true; i++)
{
List <PendulumPossibility> nextPossilbiites = bestPossibilities.ConvertAll(
possibility => GetNextPendulumPossibilities(possibility)).SelectMany(list => list).ToList();
bestPossibilities.Clear();
bestPossibilities.AddRange(GetBestPossibilities(nextPossilbiites, numSaved));
if (Math.Abs(bestPossibilities[0].Pendulum._angle) > int.MaxValue)
{
break;
}
for (int j = 0; j < numSaved; j++)
{
float angle = bestPossibilities[j].Pendulum._angle;
Config.Print("{0}: {1} {2}", i, StringUtilities.FormatIntegerWithSign((int)angle), angle / int.MaxValue);
}
}
List <bool> totalBoolPermutation = GetTotalBoolPermutation(bestPossibilities[0]);
Config.Print(string.Join("\r\n", totalBoolPermutation));
}
public static List <PendulumPossibility> GetNextPendulumPossibilities(PendulumPossibility possibility)
{
List <PendulumPossibility> output = new List <PendulumPossibility>();
foreach (List <bool> boolPermuation in BoolPermuations)
{
TtcPendulum pendulum = (TtcPendulum)possibility.Pendulum.Clone(null);
foreach (bool b in boolPermuation)
{
pendulum.PerformSwing(b);
}
PendulumPossibility nextPossibility = new PendulumPossibility(pendulum, boolPermuation, possibility);
output.Add(nextPossibility);
}
return(output);
}
public List<int> GetIntermediateAngles()
{
int accelerationDirection = -1 * MoreMath.Sign(Amplitude);
int angularVelocity = 0;
int waitingTimer = 0;
TtcPendulum pendulum = new TtcPendulum(new TtcRng(0), accelerationDirection, Amplitude, angularVelocity, Acceleration, waitingTimer);
List<int> intermediateAngles = new List<int>();
intermediateAngles.Add(pendulum._angle);
while (true)
{
pendulum.Update();
intermediateAngles.Add(pendulum._angle);
if (pendulum._angularVelocity == 0) break;
}
return intermediateAngles;
}
