retargetable_easers
library
Classes
-
BumpPulse
-
-
DuoMovementSimulation
-
Forms a 2d simulation by just combining two
Simulations in the x and y directions. Which is imperfect because instead of modelling an object that aims one thruster optimally, it's like it models an object with four thrusters pointing in cardinal directions, which is a weird object, but it looks fine, perhaps even better.
-
DynamicEaseInOutAnimationController
-
An animation controller that uses DynamicEaseInOut to allow smooth retargeting of animations.
When the target value changes, the animation smoothly reorients without any discontinuities in velocity.
-
DynamicEaseInOutSimulation
-
A simulation that can be interrupted and reoriented with no discontinuities in velocity. Used in DynamicEaseInOutAnimationController, and SmoothV2
-
MovementSimulationAnimationController
-
An animation controller that can be told to target a position, and it smoothly moves to it
-
OffsetSimulation
-
regular
Simulations target a one-dimensional number, this one targets a point in 2D space, though it's usually constructed by just taping together two Simulations in a DuoMovementSimulation
-
Pulser
-
-
PulserFold<T>
-
pulses to 1 and sags to 0. Is fairly graceful when interrupted, allowing pulses to overlap. T is a fold over the pulse
-
SmoothOffset
-
-
SmoothOffsetEaser
-
Functions
-
anti(double v)
→ double
-
-
clampUnit(double v)
→ double
-
-
constantAccelerationEaseInOutWithInitialVelocity(double t, double initialVelocity)
→ double
-
-
defaultPulserFunction(double v)
→ double
-
-
duoEaseMovementConstructorOf(Duration duration)
→ MovementSimulationConstructor
-
basic movement constructors for your movement constructor needs
-
ease(double startValue, double endValue, double startTime, double endTime, double currentTime, double initialVelocity)
→ double
-
-
easeOffset(Offset startValue, Offset endValue, double startTime, double endTime, double currentTime, Offset initialVelocity)
→ Offset
-
-
easeValVel(double startValue, double endValue, double startTime, double endTime, double currentTime, double initialVelocity)
→ (double, double)
-
-
easeValVelOffset(Offset startValue, Offset endValue, double startTime, double endTime, double currentTime, Offset initialVelocity)
→ (Offset, Offset)
-
-
linearAccelerationEaseInOutWithInitialVelocity(double t, double initialVelocity)
→ double
-
-
maxDuration(Duration a, Duration b)
→ Duration
-
-
sq(double a)
→ double
-
-
velEase(double startValue, double endValue, double startTime, double endTime, double currentTime, double initialVelocity)
→ double
-
-
velocityOfConstantAccelerationEaseInOutWithInitialVelocity(double t, double initialVelocity)
→ double
-
-
velocityOfLinearAccelerationEaseInOutWithInitialVelocity(double t, double initialVelocity)
→ double
-
