/// Input from a float source, value's coming in from 0-100 and should be tamped down to 0-1.
public static void SetValues(this RTable <double> instance, Godot.Collections.Dictionary input)
{
// GD.Print("attempting to assign RTable.......");
// GD.Print(input["values"].GetType());
//Structure of dict: {values=[PoolRealArray tbl], floor=0, ceiling=100, use_log=false...}
instance.floor = Convert.ToDouble(input["floor"]);
instance.ceiling = Convert.ToDouble(input["ceiling"]);
instance.use_log = Convert.ToBoolean(input["use_log"]);
//Convert values to our maximum.
var vals = (System.Single[])input["values"];
for (int i = 0; i < vals.Length; i++)
{
instance.values[i] = (double)vals[i] / 100.0;
}
instance.RecalcValues();
}
//Input from a serialized source, value's coming in from 0-1.
public static void SetValues(this RTable <double> instance, GdsFMJson.JSONObject input, bool tableOnly = false)
{
// GD.Print("attempting to assign RTable.......");
//Structure of dict: {values=[PoolRealArray tbl], floor=0, ceiling=100, use_log=false...}
if (!tableOnly)
{
instance.floor = input.GetItem("floor", (float)instance.floor);
instance.ceiling = input.GetItem("ceiling", (float)instance.ceiling);
instance.use_log = input.GetItem("use_log", instance.use_log);
}
//Convert values to our maximum.
var vals = (GdsFMJson.JSONArray)input.GetItem("values");
for (int i = 0; i < vals.Length; i++)
{
instance.values[i] = vals[i].ToFloat();
}
instance.RecalcValues();
}