public static void SetFallSpeed(IFighterBase fighter, IStateVariables variables, HnSF.StateTimeline arg3, int arg4)
{
State.VarSetFallSpeed vars = (State.VarSetFallSpeed)variables;
FighterManager fm = (FighterManager)fighter;
fm.physicsManager.SetFallSpeed(vars.value);
}
public static void ApplyGravity(IFighterBase fighter, IStateVariables variables, HnSF.StateTimeline arg3, int arg4)
{
State.VarApplyGravity vars = (State.VarApplyGravity)variables;
FighterManager fm = (FighterManager)fighter;
fm.physicsManager.ApplyGravity(vars.useMaxFallSpeedStat ? fm.statManager.maxFallSpeed : vars.maxFallSpeed,
vars.useGravityStat ? fm.statManager.gravity : vars.gravity);
}
public static bool MovementSqrMagnitude(IFighterBase fighter, IConditionVariables variables, HnSF.StateTimeline arg3, int arg4)
{
FighterInputManager inputManager = ((FighterManager)fighter).InputManager;
ConditionMovementMagnitude vars = (ConditionMovementMagnitude)variables;
Vector2 movement = inputManager.GetMovement(0);
bool r = vars.inverse ? movement.sqrMagnitude <vars.sqrMagnitude : movement.sqrMagnitude> vars.sqrMagnitude;
return(r);
}
public static bool GroundedState(IFighterBase fighter, IConditionVariables variables, HnSF.StateTimeline arg3, int arg4)
{
ConditionGroundState vars = (ConditionGroundState)variables;
bool r = fighter.PhysicsManager.IsGrounded;
if (vars.inverse)
{
r = !r;
}
return(r);
}
public static void ApplyTraction(IFighterBase fighter, IStateVariables variables, HnSF.StateTimeline arg3, int arg4)
{
State.VarApplyTraction vars = (State.VarApplyTraction)variables;
FighterManager fm = (FighterManager)fighter;
if (vars.useTractionStat)
{
fm.physicsManager.ApplyFriction(vars.aerialTraction ? fm.statManager.aerialTraction : fm.statManager.groundTraction);
}
else
{
fm.physicsManager.ApplyFriction(vars.traction);
}
}
public static bool FallSpeed(IFighterBase fighter, IConditionVariables variables, HnSF.StateTimeline arg3, int arg4)
{
FighterPhysicsManager physicsManager = ((FighterManager)fighter).physicsManager;
ConditionFallSpeed vars = (ConditionFallSpeed)variables;
bool r = false;
if (vars.inverse)
{
r = physicsManager.forceMovement.y <vars.minValue || physicsManager.forceMovement.y> vars.maxValue;
}
else
{
r = physicsManager.forceMovement.y >= vars.minValue && physicsManager.forceMovement.y <= vars.maxValue;
}
return(r);
}
public static bool CheckButton(IFighterBase fighter, IConditionVariables variables)
{
ConditionButton vars = (ConditionButton)variables;
bool r = false;
switch (vars.buttonState)
{
case ConditionButton.ButtonStateType.FirstPress:
break;
case ConditionButton.ButtonStateType.Released:
break;
case ConditionButton.ButtonStateType.IsDown:
break;
}
return(r);
}
public virtual bool TryCondition(Type id, IFighterBase fighter, IConditionVariables variables, StateTimeline timeline, int frame)
{
return(functions[id](fighter, variables, timeline, frame));
}
public static void ChangeState(IFighterBase fighter, IStateVariables variables, HnSF.StateTimeline arg3, int arg4)
{
State.ChangeState vars = (State.ChangeState)variables;
fighter.StateManager.MarkForStateChange(vars.stateID, vars.stateMovesetID);
}
public static bool NoCondition(IFighterBase fighter, IConditionVariables variables, HnSF.StateTimeline arg3, int arg4)
{
return(true);
}
