public static void DrawLevels(MatrixGenerators.Levels200 gen)
{
using (Cell.LinePx((GeneratorDraw.nodeWidth - 10) / 2)) //square internal grid cell
//using (Timer.Start("DrawLevels"))
{
Draw.Rect(new Color(1, 1, 1, 0.5f));
using (Cell.Padded(1, 1, 7, 0))
LevelsDraw.DrawLevels(ref gen.inMin, ref gen.inMax, ref gen.gamma, ref gen.outMin, ref gen.outMax, gen.histogram);
}
using (Cell.LineStd)
{
if (!gen.guiParams)
{
Draw.Rect(new Color(1, 1, 1, 0.5f));
}
using (new Draw.FoldoutGroup(ref gen.guiParams, "Parameters", isLeft: true))
if (gen.guiParams)
{
using (Cell.LineStd) {
Draw.Field(ref gen.inMin, "In Low");
Cell.current.Expose(gen.id, "inMin", typeof(float));
Draw.AddFieldToCellObj(typeof(MatrixGenerators.Levels200), "inMin");
}
using (Cell.LineStd) {
Draw.Field(ref gen.gamma, "Gamma");
Cell.current.Expose(gen.id, "gamma", typeof(float));
Draw.AddFieldToCellObj(typeof(MatrixGenerators.Levels200), "gamma");
}
using (Cell.LineStd) {
Draw.Field(ref gen.inMax, "In High");
Cell.current.Expose(gen.id, "inMax", typeof(float));
Draw.AddFieldToCellObj(typeof(MatrixGenerators.Levels200), "inMax");
}
Cell.EmptyLinePx(5);
using (Cell.LineStd) {
Draw.Field(ref gen.outMin, "Out Low");
Cell.current.Expose(gen.id, "outMin", typeof(float));
Draw.AddFieldToCellObj(typeof(MatrixGenerators.Levels200), "outMin");
}
using (Cell.LineStd) {
Draw.Field(ref gen.outMax, "Out High");
Cell.current.Expose(gen.id, "outMax", typeof(float));
Draw.AddFieldToCellObj(typeof(MatrixGenerators.Levels200), "outMax");
}
}
}
}
public static void DrawSelector(MatrixGenerators.Selector200 gen)
{
using (Cell.Padded(1, 1, 0, 0))
{
using (Cell.LineStd) Draw.Field(ref gen.rangeDet, "Set Range");
using (Cell.LineStd)
{
Draw.Field(ref gen.units, "Units");
Cell.current.Expose(gen.id, "units", typeof(int));
Draw.AddFieldToCellObj(typeof(MatrixGenerators.Selector200), "units");
}
if (gen.rangeDet == MatrixGenerators.Selector200.RangeDet.MinMax)
{
using (Cell.LineStd)
{
Draw.Field(ref gen.from, "From");
Cell.current.Expose(gen.id, "from", typeof(Vector2));
Draw.AddFieldToCellObj(typeof(MatrixGenerators.Selector200), "from");
}
using (Cell.LineStd)
{
Draw.Field(ref gen.to, "To");
Cell.current.Expose(gen.id, "to", typeof(Vector2));
Draw.AddFieldToCellObj(typeof(MatrixGenerators.Selector200), "to");
}
}
else
{
float from = (gen.from.x + gen.from.y) / 2;
float to = (gen.to.x + gen.to.y) / 2;
float transition = (gen.from.y - gen.from.x);
using (Cell.LineStd)
{
Draw.Field(ref from, "From");
Draw.AddFieldToCellObj(typeof(MatrixGenerators.Selector200), "from"); //not a single value, but the one with transition
}
using (Cell.LineStd)
{
Draw.Field(ref to, "To");
Draw.AddFieldToCellObj(typeof(MatrixGenerators.Selector200), "to");
}
using (Cell.LineStd) Draw.Field(ref transition, "Transition");
gen.from.x = from - transition / 2;
gen.from.y = from + transition / 2;
gen.to.x = to - transition / 2;
gen.to.y = to + transition / 2;
}
}
}
public static void CurveGeneratorEditor(MatrixGenerators.UnityCurve200 gen)
{
using (Cell.LinePx(GeneratorDraw.nodeWidth + 4)) //don't really know why 4
using (Cell.Padded(5))
{
Draw.AnimationCurve(gen.curve);
Draw.AddFieldToCellObj(typeof(MatrixGenerators.UnityCurve200), "curve");
if (Cell.current.valChanged)
{
GraphWindow.RefreshMapMagic(gen);
}
}
}