internal JSONObject ToJSONObject(bool includeIntent = true)
{
JSONObject j = new JSONObject();
//Intent is necessary for clipboard operations and marshalling to GDScript so the UI knows which base64 decoder it should use.
//The data is redundant if the table is included as part of serialized data from an EG, since the variables will hint at the intent.
if (includeIntent)
{
j.AddPrim("intent", intent.ToString());
}
j.AddPrim("floor", floor);
j.AddPrim("ceiling", ceiling);
j.AddPrim("tbl", Convert.ToBase64String(TableAsBytes()));
return(j);
}
internal JSONObject ToJSONObject()
{
var o = new JSONObject();
o.AddPrim("opCount", opCount);
for (byte i = 0; i < opCount; i++)
{
if (intent[i] != OpBase.Intents.FM_OP) //Don't bother writing intents if there's no custom operator types.
{
//FIXME: Figure out if the generic func can be resolved for the enum-specific condition without the extra argument
o.AddPrim("intent", intent, true);
break;
}
}
o.AddPrim("grid", wiringGrid);
o.AddPrim("processOrder", processOrder);
o.AddPrim("connections", connections);
if (compatiblePreset >= 0)
{
o.AddPrim("compatiblePreset", compatiblePreset);
}
return(o);
}
internal JSONObject ToJSONObject()
{
var o = new JSONObject();
if (fixedFreq || base_hz != Global.BASE_HZ) //Fixed frequency or some other kinda custom note. Record the frequency values.
{
// if (hz!=Global.BASE_HZ) o.AddPrim("hz", hz);
if (base_hz != Global.BASE_HZ)
{
o.AddPrim("base_hz", base_hz);
}
// if (tuned_hz!=Global.BASE_HZ) o.AddPrim("tuned_hz", tuned_hz);
o.AddPrim("fixedFreq", fixedFreq);
}
o.AddPrim("mult", mult);
o.AddPrim("coarse", coarse);
o.AddPrim("fine", fine);
o.AddPrim("detune", Detune); //NOT the raw value, but the value PhaseEngine UI expects to map the raw value from -1 to 1.
o.AddPrim("detune_randomness", detune_randomness);
o.AddPrim("increment_offset", increment_offset);
return(o);
}
