Cv -> nco freq, 310 abs, 310 max – Metric Halo Mobile I/O User Manual
Page 310: Cv -> nco freq (m/m)
+DSP
310
Master Bypass
{On, Off}
When enabled, fully bypasses the plugin.
UI Mode
{0, 1, 2}
Selects the UI of the plug-in: Basic, Basic with process metering, Advanced with process metering.
Display Gain Range
{0, 1, 2, 3, 4, 5}
Sets the gain range for the process metering display.
Include Output Gain
{0, 1}
Sets whether the gain from the
Gain
control is figured into the process metering.
CV -> NCO Freq
• Synopsis: Convert Linear Control Signal to Control Signal for NCO
• Category: Building Blocks
• Channels: 1
Description:
CV -> NCO Freq converts a control signal in the range [0, 1] to a control signal for the
- Numerically Controlled Oscillator
. You can specify the frequency that will be synthesized when the
input control signal is 0 using the
Lo Freq
parameter. Conversly, when the input control signal is
1, the synthesized frequency is determined by the
High Freq
parameter. The frequency genereated
is linearly interpolated between these the frequencies specified by the paramters for input signals
between 0 and 1.If you set the
Lo Freq
to be higher than the
High Freq
, the frequency synthesized
will decrease as the input control signal increases.
Parameters:
Lo Freq
[1m, 22k] Hz
sets the frequency generated by a connected NCO when the input control signal is 0.
High Freq
[1m, 22k] Hz
sets the frequency generated by a connected NCO when the input control signal is 1.
Abs
• Synopsis: Generates the absolute value of its input
• Category: Math
• Channels: 1
Description:
The Abs process functions as a full-wave rectifier, generating the absolute value of its input. This means
that the output of Abs is always positive. Postive input signal samples are passed through with no
change; negative input signal samples are negated so thet postive equivalent sample value is passed
to the output.
Max
• Synopsis: Selects the maximum value of its two inputs
• Category: Math
• Channels: 2
Description:
Max passes the input that has the largest value on a sample by sample basis. The output of Max is
the greater of its inputs.