private OscChannel selectedChannel; //< Channel to get messages
public void SelectChannel(OscChannel.Name channelName)
{
oscilloscope.trigger.ledSelected.State = false;
if (selectedChannel != null)
{
selectedChannel.ledSelected.State = false;
}
selectedChannel = oscilloscope.GetChannel(channelName);
selectedChannel.ledSelected.State = true;
updateHelp = true;
}
// =================================================================================================================
// Mono behaviour
// =================================================================================================================
private void Start()
{
oscilloscope.Initialize();
// -- Setup heart beat synchronization probe input --
oscHeartBeatProbe = new OscProbe("HeartBeat");
oscHeartBeatProbe.readSample = (OscProbe probe) =>
{
probe.Log(heartBeat ? 1f : 0f);
};
oscHeartBeatProbe.autoGain = true;
oscHeartBeatProbe.autoGainDivisions = 2;
oscHeartBeatProbe.position = 2;
oscHeartBeatProbe.Mode = OscTrigger.TriggerMode.Normal;
oscHeartBeatProbe.Edge = OscTrigger.TriggerEdge.Rising;
oscHeartBeatProbe.triggerLevel = 0.5f;
oscilloscope.GetChannel(OscChannel.Name.C1).Plug(oscHeartBeatProbe);
oscilloscope.trigger.SetChannel(OscChannel.Name.C1);
// -- Setup simple sine wave form probe input --
oscSinwaveProbe = new OscProbe("Sinus+1V");
oscSinwaveProbe.readSample = (OscProbe probe) =>
{
probe.Log(Mathf.Sin(Time.time * 3f) + 1f); // 1V DC
};
oscSinwaveProbe.autoGain = true;
oscSinwaveProbe.autoGainDivisions = 2;
oscSinwaveProbe.decoupling = true;
oscSinwaveProbe.position = -2;
oscSinwaveProbe.renderLabels = (OscChannel channel) =>
{
channel.AddValueLabel("-1", -1f);
channel.AddValueLabel("0", 0f);
channel.AddValueLabel(" 1", 1f);
};
oscilloscope.GetChannel(OscChannel.Name.C2).Plug(oscSinwaveProbe);
// -- Setup vector 3 probe input --
var oscVecProbe = new OscProbe("Vector3");
oscVecProbe.readSample = (OscProbe probe) =>
{
probe.Log(Mathf.Sin((Time.time) * 3f),
Mathf.Sin((Time.time + 0.5f) * 3f),
Mathf.Sin((Time.time + 1.0f) * 3f));
};
oscVecProbe.autoGain = true;
oscVecProbe.Gain = 2f;
oscVecProbe.autoGainDivisions = 2;
oscVecProbe.position = 0;
oscVecProbe.format = OscProbe.Format.Vector3;
oscVecProbe.Mode = OscTrigger.TriggerMode.Normal;
oscVecProbe.Edge = OscTrigger.TriggerEdge.Rising;
oscVecProbe.triggerLevel = 0.5f;
oscilloscope.GetChannel(OscChannel.Name.C3).Plug(oscVecProbe);
// -- Setup vector 4 probe input --
var oscLogicProbe = new OscProbe("LogicProbe");
oscLogicProbe.readSample = (OscProbe probe) =>
{
probe.Log((int)Time.time);
};
oscLogicProbe.autoGain = true;
oscLogicProbe.Gain = 2f;
oscLogicProbe.autoGainDivisions = 2;
oscLogicProbe.position = -5;
oscLogicProbe.style = OscProbe.Style.Logic;
oscLogicProbe.Mode = OscTrigger.TriggerMode.Normal;
oscLogicProbe.Edge = OscTrigger.TriggerEdge.Rising;
oscLogicProbe.triggerLevel = 0.5f;
oscilloscope.GetChannel(OscChannel.Name.C4).Plug(oscLogicProbe);
// -- Plug them to scope --
oscilloscope.trigger.SecondsDivision = 0.5f;
SetEnabledInternal(true);
}
