change to 16 channels

CHANGELOG.md

@@ -1,5 +1,9 @@
 # Change log for Chinenual-VCV
 
+## 2.7.0-beta2
+
+* Changed Harp output polyphony to 16 channels (was only 5 in beta1).
+
 ## 2.7.0-beta1
 
 * New module, Harp; a reimagining of Iasos's Golden Harp.

README.md

@@ -363,7 +363,7 @@ Maps a continuous pitch CV input signal to a scale and generates gated notes as
 [![demo](https://img.youtube.com/vi/GX6pSZ1lvWQ/hqdefault.jpg)](https://www.youtube.com/watch?v=GX6pSZ1lvWQ)
 
 Iasos was, by most accounts, one of the originators of New Age music.
-I had the privilege of working with him in [modernizing his Golden Harp](https://chinenual.com#iasoss-golden-harp) (it originally relied on software running on a Commodore64; I replaced that with a small Arduino based controller.)  The harp is a unique instrument that used the chicklet strips on a Colortone Pro music keyboard.  Iasos would strum those strips like a harp.  (he used several dozen scales; each had a different musical and emotional effect in his music).  
+I had the privilege of working with him in [modernizing his Golden Harp](https://chinenual.com#iasoss-golden-harp) (it originally relied on software running on a Commodore64; I replaced that with a small Arduino based controller.)  The harp is a unique instrument that used the chicklet strips on a Colortone Pro music keyboard.  Iasos would strum those strips like a harp.  (he used several dozen scales (though never simple "church scales"); each had a different musical and emotional effect in his music).  
 
 There really is nothing currently available to replicate what his harp could do.  The closest you might get is a ribbon controller or iPad and some specialized software.
 
@@ -405,9 +405,7 @@ The signal range of the control surface is configured via the context menu:
 
 ![module-screenshot](./doc/Harp-patched.png) 
 
-[OSCHarp.touchosc](https://github.com/chinenual/Chinenual-VCV/releases/latest)
-
-Harp does not depend on any particular control surface and can be configured to work with a variety of CV input ranges.  You can use it with anything that can create a continuous voltage as the musician "strums" (could be a slider on a MIDI control surface, a ribbon controller, etc.)   I've created a simple control surface for the iPad using TouchOSC.  Use Trowasoft's cvOSCcv to convert its OSC messages to CV:
+Harp does not depend on any particular control surface and can be configured to work with a variety of CV input ranges.  You can use it with anything that can create a continuous voltage as the musician "strums" (could be a slider on a MIDI control surface, a ribbon controller, etc.)   I've created a [simple control surface for the iPad using TouchOSC](https://github.com/chinenual/Chinenual-VCV/releases/latest).  Use Trowasoft's cvOSCcv to convert its OSC messages to CV:
 
 * **/1/fader1** - Left pitch - sends 0.0 through 10.0 corresponding to where the left control strip is being touched.
 * **/1/fader1/z** - Left gate - 1 when the user is touching the left control strip; 0 when not touching

src/Harp.cpp

@@ -30,7 +30,7 @@ namespace Harp {
         //int noteRange; // number of notes to map into the cv range
 	//MIDIRecorder::CVRangeIndex cvConfigPitch;
 
-        const int numOutputChannels = 5;
+        const int numOutputChannels = 16;
 
 	bool notePlaying;
         float currNote;