TRI Split Shapes

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Functions Provided By TRI Split Shapes

This effect uses the following functions:

This Effect uses the Color Table. Learn more »Using Color Table
This Effect uses the Shape Table. Learn more »Using Shape Table
This Effect uses Look-At Types. Learn more »Using Look-At Types
This Effect uses the BPM Control. Learn more »Using BPM Control
This Effect uses the Center Control. Learn more »Using Center Control

 

Function

Description

void SetEmissions(int value)

Sets the Emissions value.

int GetEmissions()

Returns the currently set Emissions value.

void SetGenerations(int value)

Sets the Generations value.

int GetGenerations()

Returns the currently set Generations value.

void SetVelocity(float value)

Sets the Velocity value.

float GetVelocity()

Returns the currently set Velocity value.

void SetVelocityMin(float value)

Sets the Minimum Velocity value.

float GetVelocityMin()

Returns the currently set Minimum Velocity value.

void SetVelocityMax(float value)

Sets the Maximum Velocity value.

float GetVelocityMax()

Returns the currently set Maximum Velocity value.

void SetVelocityDistributionMode(int value)

Sets the Velocity Distribution value, which defines how the range between the current minimum and the current maximum Velocity is applied. See »here for a list of constants.

int GetVelocityDistributionMode()

Returns the current Velocity Distribution. See »here for a list of constants.

void SetLifetime(float value)

Sets the Lifetime value.

float GetLifetime()

Returns the currently set Lifetime value.

void SetLifetimeMin(float value)

Sets the Minimum Lifetime value.

float GetLifetimeMin()

Returns the currently set Minimum Lifetime value.

void SetLifetimeMax(float value)

Sets the Maximum Lifetime value.

float GetLifetimeMax()

Returns the currently set Maximum Lifetime value.

void SetLifetimeDistributionMode(int value)

Sets the Lifetime Distribution value, which defines how the range between the current minimum and the current maximum Lifetime is applied. See »here for a list of constants.

int GetLifetimeDistributionMode()

Returns the current Lifetime Distribution. See »here for a list of constants.

void SetSpread(float value)

Sets the Spread value.

float GetSpread()

Returns the currently set Spread value.

void SetSpreadMin(float value)

Sets the Minimum Spread value.

float GetSpreadMin()

Returns the currently set Minimum Spread value.

void SetSpreadMax(float value)

Sets the Maximum Spread value.

float GetSpreadMax()

Returns the currently set Maximum Spread value.

void SetSpreadDistributionMode(int value)

Sets the Spread Distribution value, which defines how the range between the current minimum and the current maximum Spread is applied. See »here for a list of constants.

int GetSpreadDistributionMode()

Returns the current Spread Distribution. See »here for a list of constants.

void SetSize(float value)

Sets the Size value.

float GetSize()

Returns the currently set Size value.

void SetSizeMin(float value)

Sets the Minimum Size value.

float GetSizeMin()

Returns the currently set Minimum Size value.

void SetSizeMax(float value)

Sets the Maximum Size value.

float GetSizeMax()

Returns the currently set Maximum Size value.

void SetSizeDistributionMode(int value)

Sets the Size Distribution value, which defines how the range between the current minimum and the current maximum Size is applied. See »here for a list of constants.

int GetSizeDistributionMode()

Returns the current Size Distribution. See »here for a list of constants.

void SetSwirl(float value)

Sets the Swirl value.

float GetSwirl()

Returns the currently set Swirl value.

void SetEmissionAngle(float value)

Sets the Angle value.

float GetEmissionAngle()

Returns the currently set Angle value.

void SetFadeout(float value)

Sets the Fade value.

float GetFadeout()

Returns the currently set Fade value.

void SetAlphaMix(float value)

Sets the Alpha value.

float GetAlphaMix()

Returns the currently set Alpha value.

void SetPathAligned(int value)

Sets the PA option. Use 1 (TRUE) to activate Path Alignment. Use 0 (false) to deactivate it.

int GetPathAligned()

Returns 1 (TRUE) if PA is activated, otherwise 0 (false).

void SetAnimationDuration(float value)

Sets the Duration value.

float GetAnimationDuration()

Returns the currently set Duration value.

void SetColorMode(int value)

Sets the color mode. See below for a list of constants.

int GetColorMode()

Returns the currently set color mode.

void SetShapeMode(int value)

Sets the shape mode. See below for a list of constants.

int GetShapeMode()

Returns the currently set shape mode.

 

Color Mode Constants

Constant

Description

int COLOR_MODE_INHERITING

Sets the color mode to Inheriting.

int COLOR_MODE_PER_CYCLE

Sets the color mode to Per Cycle.

int COLOR_MODE_PER_GENERATION

Sets the color mode to Per Generation.

int COLOR_MODE_ROUND_ROBIN

Sets the color mode to Round Robin.

 

Shape Mode Constants

Constant

Description

int SHAPE_MODE_INHERITING

Sets the shape mode to Inheriting.

int SHAPE_MODE_PER_CYCLE

Sets the shape mode to Per Cycle.

int SHAPE_MODE_PER_GENERATION

Sets the shape mode to Per Generation.

int SHAPE_MODE_ROUND_ROBIN

Sets the shape mode to Round Robin.

 

MADRIX Version: 5.1a | Script Version: 3.10
[Ctrl & +/-] = Zoom In/Out | [Ctrl & 0] = 100%
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