Technical data

ASTi ACE Studio Components Reference Guide Rev. M DOC-01-TELAS-CRG-4
Copyright © 2014 Advanced Simulation Technology inc. 113
7.2. Engine
Summary: The engine component can recreate the tones for a single jet engine.
Description: The Engine component provides a composite sound for an engine.
The component includes two principal sources for noise and three independent
whine tones.
The overall sound can be tuned based on manipulating the driving parameters for
the noises, whines, and overall gain control.
Control Inputs
NoiseFilter
1
Type Default Value
float32 1.0
Description: Provides control connections for one of the two noise
gains.
NoiseFilter
1_GainInp
ut
Type Default Value
float32 1.0
Description:
GainFunction: Connections to a selected table or function for
controlling the noise roll-off frequency based upon the input control
connections.
GainFunctionScalar: Scaling factors for each noise gain control.
GainResult: The final gain factor for one of the two filters used.
NoiseFilter
1_Frequen
cyInput
Type Default Value
float32 1.0
Description:
FrequencyFunction: Provides frequency control connections for
one of the two bandwidth limited noise sources.
FrequencyFunctionScalar: Scaling factors for each noise
frequency control.
FrequencyResult: The roll-off frequency (in Hertz) of one of the
two bandwidth limited noise sources used to produce the engine
hiss/roar.
NoiseFilter
2
Type Default Value
float32 1.0
Description: Provides control connections for one of the two noise
gains.
NoiseFilter
2_GainInp
ut
Type Default Value
float32 1.0
Description:
GainFunction: Connections to a selected table or function for
controlling the noise roll-off frequency based upon the input control
connections.
GainFunctionScalar: Scaling factors for each noise gain control.
GainResult: The final gain factor for one of the two filters used.
Control Inputs