public void Example9()
{
using (var c = new Csound6NetRealtime())
{
c.SetOutputDac(0); //direct sample output to sound card
//SetOptions requires the knowing and using the command line flags and their arguments.
//The csound API (and C# bridge) expose another way to set csounds
//parameters as properties. This would suit a GUI dialog better than SetOption.
var options = c.GetParameters(); //also var options = new Csound6Parameters(c);
//You can read their current value: Console.Write(options.Tempo);
Console.WriteLine(string.Format("Current Message Level = {0}", options.MessageLevel));
//Instead of SetOptions("-m7"), you can use:
options.MessageLevel = MessageLevel.Amps | MessageLevel.Range | MessageLevel.Warnings; //=7
//Using IntelliSense, you can explore the various settings csound exposes (various command line flags).
options.IsDebugMode = false;
options.Tempo = 120; //will cause 10 in score to be 5 (tempo defaults to 60)
c.CompileOrc(orc3); // Compile Orchestra from String
c.ReadScore("i1 0 10\n");//Read in a score to run for 10 seconds
c.Start(); //Must call Start() explicitly when compiling from a string
var amps = new RandomLine(.4, .2); // create RandomLine for use with Amplitude
var freqs = new RandomLine(400, 80); // create RandomLine for use with Frequency
var bus = c.GetSoftwareBus();//Get bus and define the "amp" and "freq" channels of orc3
//Since orc3 instrument doesn't declare channels directly, define them here
var ampChannel = bus.AddControlChannel("amp", ChannelDirection.Input);
var freqChannel = bus.AddControlChannel("freq", ChannelDirection.Input);
//Prime with initial values accessing channel memory directly
//That is, it contains a call to csoundGetChannelPtr internally.
ampChannel.SetValueDirect(amps.Value); //Use
freqChannel.SetValueDirect(freqs.Value);
while (!c.PerformKsmps())
{
//continue to update memory for the two channels directly
ampChannel.SetValueDirect(amps.Value);
freqChannel.SetValueDirect(freqs.Value);
}
c.Stop();
}
}
public void Example9()
{
using (var c = new Csound6NetRealtime())
{
c.SetOutputDac(0); //direct sample output to sound card
//SetOptions requires the knowing and using the command line flags and their arguments.
//The csound API (and C# bridge) expose another way to set csounds
//parameters as properties. This would suit a GUI dialog better than SetOption.
var options = c.GetParameters(); //also var options = new Csound6Parameters(c);
//You can read their current value: Console.Write(options.Tempo);
Console.WriteLine(string.Format("Current Message Level = {0}", options.MessageLevel));
//Instead of SetOptions("-m7"), you can use:
options.MessageLevel = MessageLevel.Amps | MessageLevel.Range | MessageLevel.Warnings; //=7
//Using IntelliSense, you can explore the various settings csound exposes (various command line flags).
options.IsDebugMode = false;
options.Tempo = 120; //will cause 10 in score to be 5 (tempo defaults to 60)
c.CompileOrc(orc3); // Compile Orchestra from String
c.ReadScore("i1 0 10\n"); //Read in a score to run for 10 seconds
c.Start(); //Must call Start() explicitly when compiling from a string
var amps = new RandomLine(.4, .2); // create RandomLine for use with Amplitude
var freqs = new RandomLine(400, 80); // create RandomLine for use with Frequency
var bus = c.GetSoftwareBus(); //Get bus and define the "amp" and "freq" channels of orc3
//Since orc3 instrument doesn't declare channels directly, define them here
var ampChannel = bus.AddControlChannel("amp", ChannelDirection.Input);
var freqChannel = bus.AddControlChannel("freq", ChannelDirection.Input);
//Prime with initial values accessing channel memory directly
//That is, it contains a call to csoundGetChannelPtr internally.
ampChannel.SetValueDirect(amps.Value); //Use
freqChannel.SetValueDirect(freqs.Value);
while (!c.PerformKsmps())
{
//continue to update memory for the two channels directly
ampChannel.SetValueDirect(amps.Value);
freqChannel.SetValueDirect(freqs.Value);
}
c.Stop();
}
}