Class ELEnvironment

java.lang.Object
  |
  +--ELEnvironment

public class ELEnvironment

extends java.lang.Object

The environment in which an operator is applied. This contains information such as global animation parameters used by some operators.

These values should be read by expressions, but never set by expressions.

Field Summary

double[]	filteredFrequency Block averages over the frequencies.
double[]	frequency Frequency decomposition.
boolean	multiThreadEvaluation When true, evaluation of a single expression is multithreaded for performance.
boolean	multiThreadInterpolation When true, evaluation of an ELMorphInterpolator expression is multithreaded for performance.

Constructor Summary

ELEnvironment()

Method Summary

double	getMorphInterpolationParameter()
double	getTime()
int	hash() Returns a hash code.
void	recomputeFilteredFrequencies() Recomputes the filtered frequencies from the unfiltered ones
void	setMorphInterpolationParameter(double m)
void	setTime(double s)
void	simulateFrequencies() Sets frequencies using a simulated audio input.

Methods inherited from class java.lang.Object

, clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

frequency

public double[] frequency

Frequency decomposition. Values range from 0 - 1.

filteredFrequency

public double[] filteredFrequency

Block averages over the frequencies. Values range from 0 - 1.

multiThreadEvaluation

public boolean multiThreadEvaluation

When true, evaluation of a single expression is multithreaded for performance. Setting this to false may improve performance on machines with a small number of processors.

multiThreadInterpolation

public boolean multiThreadInterpolation

When true, evaluation of an ELMorphInterpolator expression is multithreaded for performance. Setting this to false may improve performance on a single processor machine.

Constructor Detail

ELEnvironment

public ELEnvironment()

Method Detail

setTime

public void setTime(double s)

getTime

public double getTime()

setMorphInterpolationParameter

public void setMorphInterpolationParameter(double m)

getMorphInterpolationParameter

public double getMorphInterpolationParameter()

simulateFrequencies

public void simulateFrequencies()

Sets frequencies using a simulated audio input.

recomputeFilteredFrequencies

public void recomputeFilteredFrequencies()

Recomputes the filtered frequencies from the unfiltered ones

hash

public int hash()

Returns a hash code. This hash is unique for each environment and changes each time the environment changes. If a behavior is evaluated twice with an environment where the hash has not changed, it can safely assume that any cached values are still valid.