EasingFunction.StepPosition
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Cmn
class EasingFunction.StepPosition
Setting to determine the desired output value of the first and last step of [0, 1) for EasingFunction.Steps.
Summary
Public companion properties |
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EasingFunction.StepPosition |
The step function "jumps" at both the start and the end: For x in [0, 1/step_count) => y = 1/(step_count + 1). |
Cmn
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EasingFunction.StepPosition |
The step function "jumps" at the end of [0, 1): For x in [0, 1/step_count) => y = 0. |
Cmn
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EasingFunction.StepPosition |
The step function does not "jump" at either boundary: For x in [0, 1/step_count) => y = 0. |
Cmn
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EasingFunction.StepPosition |
The step function "jumps" at the start of [0, 1): For x in [0, 1/step_count) => y = 1/step_count. |
Cmn
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Public companion properties
JUMP_BOTH
val JUMP_BOTH: EasingFunction.StepPosition
The step function "jumps" at both the start and the end: For x in [0, 1/step_count) => y = 1/(step_count + 1). For x in [1 - 1/step_count, 1) => y = 1 - 1/(step_count + 1).
JUMP_END
val JUMP_END: EasingFunction.StepPosition
The step function "jumps" at the end of [0, 1): For x in [0, 1/step_count) => y = 0. For x in [1 - 1/step_count, 1) => y = 1 - 1/step_count.
JUMP_NONE
val JUMP_NONE: EasingFunction.StepPosition
The step function does not "jump" at either boundary: For x in [0, 1/step_count) => y = 0. For x in [1 - 1/step_count, 1) => y = 1.
JUMP_START
val JUMP_START: EasingFunction.StepPosition
The step function "jumps" at the start of [0, 1): For x in [0, 1/step_count) => y = 1/step_count. For x in [1 - 1/step_count, 1) => y = 1.