Control data.
Bitfield:
<ul>
<li>cSource: Enables input for controlling parameters with key command parameters</li>
<li>damping: Sets per-octave dampening of the value</li>
<li>invertCS: Inverts Velocity and ExpressiveVal control sources</li>
<li>modifyEG: Modifies the output levels of the envelope generators by the control source</li>
<li>envGenA: Enables envelope generator A to modify this parameter</li>
<li>invertEGA: Inverts the output of the envelope generator A</li>
<li>envGenB: Enables envelope generator A to modify this parameter</li>
<li>invertEGB: Inverts the output of the envelope generator A</li>
<li>fixValue: Toggles the role of the fix value: sets a fix value if true, sets the ratio of the modifiers if false</li>
<li>lfo: Toggles the LFO</li>
<li>reserved: Unused, might have some role in the future</li>
</ul>
Control data. Bitfield: <ul> <li>cSource: Enables input for controlling parameters with key command parameters</li> <li>damping: Sets per-octave dampening of the value</li> <li>invertCS: Inverts Velocity and ExpressiveVal control sources</li> <li>modifyEG: Modifies the output levels of the envelope generators by the control source</li> <li>envGenA: Enables envelope generator A to modify this parameter</li> <li>invertEGA: Inverts the output of the envelope generator A</li> <li>envGenB: Enables envelope generator A to modify this parameter</li> <li>invertEGB: Inverts the output of the envelope generator A</li> <li>fixValue: Toggles the role of the fix value: sets a fix value if true, sets the ratio of the modifiers if false</li> <li>lfo: Toggles the LFO</li> <li>reserved: Unused, might have some role in the future</li> </ul>