Remarks
Sets the parameters used for mixing a new loaded sound to the actual editing session contents: this feature is very useful if you want to apply a background sound to your editing session. The background sound can be also put in loop for a given range and you can apply a flat volume change to both the new loaded sound and the current sound contents of the editing session.
The call to this method must be performed after a call to the SetMixingPos method.
A mixing session can be performed after setting the loading mode to LOAD_MODE_MIX through a previous call to the SetLoadingMode method.
For details about applying a background sound to your recording session, take a look to the How to apply a background sound to your editiing session tutorial.
Syntax
[C++]
short control.SetMixingParams (
short bStopMixOnCompletion,
short bLoop,
float fVolumeOriginalSound,
float fVolumeNewSound,
short nScaleType
);
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Parameter
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Description
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bStopMixOnCompletion
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Boolean value that specifies if the mixing should stop when one between the end of the current song or the final position of a range, selected through the SetMixingPos method, is reached
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bLoop
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Boolean value of the looping flag that specifies if the sound mixed to the editing session must be put in loop
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fVolumeOriginalSound
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Floating point value representing the volume applied to the current contents of the editing session
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fVolumeNewSound
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Floating point value representing the volume applied to the new loaded song that will be mixed to the current editing session contents
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nScaleType
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The volume scaling type.
Supported values are the following:
Mnemonic constant
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Value
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Meaning
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SCALE_LINEAR
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0
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The passed volume is based upon a linear scale and can be in the range from 0.0 (silence) to 100.0 (max volume)
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SCALE_LOG
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1
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The passed volume, expressed in dB, is based upon a logarithmic scale and can be in the range from -100 (silence) to 0 (max volume)
The actual applied formula for converting a linear volume into a logarithmic volume is the following:
VolumeInDB = 20 * log10 (VolumeLinear/100)
The C syntax for converting a logarithmic volume into a linear volume is the following:
VolumeLinear = 100 * pow (10, VolumeInDB/20);
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Return value
Value
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Meaning
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Negative value
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An error occurred, check the LastError property value in order to see the error code meaning
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enumErrorCodes.ERR_NOERROR (0)
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The method call was successful.
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