void Start()
{
if (profile == null)
{
profile = GetComponent <LegFingersProfiler>();
}
left = new FootAction(profile.left);
right = new FootAction(profile.right);
current = left;
_animator = Util.FindComponent <Animator>(transform);
}
public void SwitchFoot()
{
current = current == left? right: left;
}
public FootArrowState(StepType step, FootAction action)
{
Step = step;
Action = action;
Valid = true;
}
/// <summary>
/// Static initializer.
/// </summary>
static StepData()
{
// Initialize StateAfterAction.
var footActions = Enum.GetValues(typeof(FootAction)).Cast <FootAction>().ToList();
StateAfterAction = new GraphArrowState[footActions.Count];
StateAfterAction[(int)FootAction.Tap] = GraphArrowState.Resting;
StateAfterAction[(int)FootAction.Hold] = GraphArrowState.Held;
StateAfterAction[(int)FootAction.Release] = GraphArrowState.Resting;
// Create lists of combinations of actions for each number of foot portions.
// Create one list with releases and one without.
var actionCombinations = new FootAction[NumFootPortions][][];
var actionCombinationsWithoutReleases = new FootAction[NumFootPortions][][];
for (var i = 0; i < NumFootPortions; i++)
{
var combinations = Combinations.CreateCombinations <FootAction>(i + 1);
// For brackets you can never release and place at the same time
// This would be split into two events, a release first, and a step after.
// Prune those combinations out now so we don't loop over them and need to check for them
// when searching.
if (i >= 1)
{
combinations.RemoveAll(actions =>
{
var hasAtLeastOneRelease = false;
var isAllReleases = true;
foreach (var action in actions)
{
if (action == FootAction.Release)
{
hasAtLeastOneRelease = true;
}
else
{
isAllReleases = false;
}
}
return(hasAtLeastOneRelease != isAllReleases);
});
}
actionCombinations[i] = combinations.ToArray();
// Update the combinations with no releases.
combinations.RemoveAll(actions =>
{
foreach (var action in actions)
{
if (action == FootAction.Release)
{
return(true);
}
}
return(false);
});
actionCombinationsWithoutReleases[i] = combinations.ToArray();
}
var steps = Enum.GetValues(typeof(StepType)).Cast <StepType>().ToList();
// Set up swap data arrays for legibility below.
var noFootSwap = new bool[NumFootPortions];
var defaultFootSwap = new bool[NumFootPortions];
var heelFootSwap = new bool[NumFootPortions];
var toeFootSwap = new bool[NumFootPortions];
for (var p = 0; p < NumFootPortions; p++)
{
noFootSwap[p] = false;
defaultFootSwap[p] = p == DefaultFootPortion;
heelFootSwap[p] = p == Heel;
toeFootSwap[p] = p == Toe;
}
// Configure the Steps.
Steps = new StepData[steps.Count];
Steps[(int)StepType.SameArrow] = new StepData(
actionSets: actionCombinations[0],
footPortionsForStep: new[] { DefaultFootPortion },
canBeUsedInJump: true,
isFootSwap: noFootSwap,
isBracket: false,
onlyConsiderCurrentArrowsWhenFilling: true
);
Steps[(int)StepType.NewArrow] = new StepData(
actionSets: actionCombinationsWithoutReleases[0],
footPortionsForStep: new[] { DefaultFootPortion },
canBeUsedInJump: true,
isFootSwap: noFootSwap,
isBracket: false,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.CrossoverFront] = new StepData(
actionSets: actionCombinationsWithoutReleases[0],
footPortionsForStep: new[] { DefaultFootPortion },
canBeUsedInJump: false,
isFootSwap: noFootSwap,
isBracket: false,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.CrossoverBehind] = new StepData(
actionSets: actionCombinationsWithoutReleases[0],
footPortionsForStep: new[] { DefaultFootPortion },
canBeUsedInJump: false,
isFootSwap: noFootSwap,
isBracket: false,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.InvertFront] = new StepData(
actionSets: actionCombinationsWithoutReleases[0],
footPortionsForStep: new[] { DefaultFootPortion },
canBeUsedInJump: false,
isFootSwap: noFootSwap,
isBracket: false,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.InvertBehind] = new StepData(
actionSets: actionCombinationsWithoutReleases[0],
footPortionsForStep: new[] { DefaultFootPortion },
canBeUsedInJump: false,
isFootSwap: noFootSwap,
isBracket: false,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.FootSwap] = new StepData(
actionSets: actionCombinationsWithoutReleases[0],
footPortionsForStep: new[] { DefaultFootPortion },
canBeUsedInJump: false,
isFootSwap: defaultFootSwap,
isBracket: false,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.BracketHeelNewToeNew] = new StepData(
actionSets: actionCombinationsWithoutReleases[1],
footPortionsForStep: new[] { Heel, Toe },
canBeUsedInJump: true,
isFootSwap: noFootSwap,
isBracket: true,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.BracketHeelNewToeSame] = new StepData(
actionSets: actionCombinationsWithoutReleases[1],
footPortionsForStep: new[] { Heel, Toe },
canBeUsedInJump: true,
isFootSwap: noFootSwap,
isBracket: true,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.BracketHeelSameToeNew] = new StepData(
actionSets: actionCombinationsWithoutReleases[1],
footPortionsForStep: new[] { Heel, Toe },
canBeUsedInJump: true,
isFootSwap: noFootSwap,
isBracket: true,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.BracketHeelSameToeSame] = new StepData(
actionSets: actionCombinations[1],
footPortionsForStep: new[] { Heel, Toe },
canBeUsedInJump: true,
isFootSwap: noFootSwap,
isBracket: true,
onlyConsiderCurrentArrowsWhenFilling: true
);
Steps[(int)StepType.BracketHeelSameToeSwap] = new StepData(
actionSets: actionCombinationsWithoutReleases[1],
footPortionsForStep: new[] { Heel, Toe },
canBeUsedInJump: false,
isFootSwap: toeFootSwap,
isBracket: true,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.BracketHeelNewToeSwap] = new StepData(
actionSets: actionCombinationsWithoutReleases[1],
footPortionsForStep: new[] { Heel, Toe },
canBeUsedInJump: false,
isFootSwap: toeFootSwap,
isBracket: true,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.BracketHeelSwapToeSame] = new StepData(
actionSets: actionCombinationsWithoutReleases[1],
footPortionsForStep: new[] { Heel, Toe },
canBeUsedInJump: false,
isFootSwap: heelFootSwap,
isBracket: true,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.BracketHeelSwapToeNew] = new StepData(
actionSets: actionCombinationsWithoutReleases[1],
footPortionsForStep: new[] { Heel, Toe },
canBeUsedInJump: false,
isFootSwap: heelFootSwap,
isBracket: true,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.BracketOneArrowHeelSame] = new StepData(
actionSets: actionCombinations[0],
footPortionsForStep: new[] { Heel },
canBeUsedInJump: true,
isFootSwap: noFootSwap,
isBracket: false,
onlyConsiderCurrentArrowsWhenFilling: true
);
Steps[(int)StepType.BracketOneArrowHeelNew] = new StepData(
actionSets: actionCombinationsWithoutReleases[0],
footPortionsForStep: new[] { Heel },
canBeUsedInJump: true,
isFootSwap: noFootSwap,
isBracket: false,
onlyConsiderCurrentArrowsWhenFilling: false
);
Steps[(int)StepType.BracketOneArrowToeSame] = new StepData(
actionSets: actionCombinations[0],
footPortionsForStep: new[] { Toe },
canBeUsedInJump: true,
isFootSwap: noFootSwap,
isBracket: false,
onlyConsiderCurrentArrowsWhenFilling: true
);
Steps[(int)StepType.BracketOneArrowToeNew] = new StepData(
actionSets: actionCombinationsWithoutReleases[0],
footPortionsForStep: new[] { Toe },
canBeUsedInJump: true,
isFootSwap: noFootSwap,
isBracket: false,
onlyConsiderCurrentArrowsWhenFilling: false
);
}
