IEnumerator StartAnotherTestCoroutine()
{
yield return(new WaitForEndOfFrame());
var schameName = "AND";
var input1 = "A";
var input2 = "B";
var output = "C";
var nandName = "Nand";
var notType = "NOT";
var notName = "Not";
var notInput = "Input";
var notOutput = "Output";
var scheme = new UIScheme(new UISelfSchemeBuildInfo(schameName), 3, 2, 4);
SchemeDesigner.Instance.CreateScheme(scheme);
var width = IOSelfIOGroupDesign.MinCellWidth;
var heigth = IOSelfIOGroupDesign.DefaultCellHeight;
scheme.AddIOGroup(new UIIOGroupBuildInfo(
new IOGroupBuildString(input1, 1, IO.Input),
new Vector2(-200, -100),
new Vector2(width, heigth * 1)
));
scheme.AddIOGroup(new UIIOGroupBuildInfo(
new IOGroupBuildString(input2, 1, IO.Input),
new Vector2(-200, 100),
new Vector2(width, heigth * 1)
));
scheme.AddIOGroup(new UIIOGroupBuildInfo(
new IOGroupBuildString(output, 1, IO.Output),
new Vector2(200, 0),
new Vector2(width, heigth * 1)
));
scheme.AddScheme(new UIInnerSchemeBuildInfo(nandName, NAND.Type, null, Vector2.left * 50, Vector2.one * 240));
scheme.AddScheme(new UIInnerSchemeBuildInfo(notName, notType, null, Vector2.right * 50, Vector2.one * 240));
scheme.AddLink(new LinkBuilder(schameName, nandName, input1, NAND.Input, 0, 1, 0, 1));
scheme.AddLink(new LinkBuilder(schameName, nandName, input2, NAND.Input, 0, 1, 1, 1));
scheme.AddLink(new LinkBuilder(nandName, notName, NAND.Output, notInput, 0, 1, 0, 1));
scheme.AddLink(new LinkBuilder(notName, schameName, notOutput, output, 0, 1, 0, 1));
yield break;
}
IEnumerator StartTestCoroutine()
{
yield return(new WaitForEndOfFrame());
var input = "Input";
var output = "Output";
var nand = "Nand";
var not = "NOT";
var log = new Action <string>((message) => Console.Instance.Log(message));
var scheme = new UIScheme(new UISelfSchemeBuildInfo(not), 2, 1, 2);
SchemeDesigner.Instance.CreateScheme(scheme);
var width = IOSelfIOGroupDesign.MinCellWidth;
var heigth = IOSelfIOGroupDesign.DefaultCellHeight;
scheme.AddIOGroup(new UIIOGroupBuildInfo(
new IOGroupBuildString(input, 1, IO.Input),
new Vector2(-200, 0),
new Vector2(width, heigth * 1)
));
scheme.AddIOGroup(new UIIOGroupBuildInfo(
new IOGroupBuildString(output, 1, IO.Output),
new Vector2(200, 0),
new Vector2(width, heigth * 1)
));
scheme.AddScheme(new UIInnerSchemeBuildInfo(nand, NAND.Type, null, Vector2.zero, Vector2.one * 240));
scheme.AddLink(new LinkBuilder(not, nand, input, NAND.Input, 0, 1, 0, 2));
scheme.AddLink(new LinkBuilder(nand, not, NAND.Output, output, 0, 1, 0, 1));
log(scheme.IOGroups[input].IOArray.Print());
log(scheme.IOGroups[output].IOArray.Print());
scheme.SetIO(input, Extensions.Array(true), 0, 1, 0, 1);
log(scheme.IOGroups[input].IOArray.Print());
log(scheme.IOGroups[output].IOArray.Print());
scheme.SetIO(input, Extensions.Array(false), 0, 1, 0, 1);
log(scheme.IOGroups[input].IOArray.Print());
log(scheme.IOGroups[output].IOArray.Print());
SchemeDesigner.Instance.SaveScheme();
yield break;
}
public UIScheme BuildUIScheme()
{
var scheme = new UIScheme(SelfSchemeBuildInfo, (byte)IOGroupsInfo.Count, (byte)InnerSchemesBuildInfo.Count, (byte)LinksBuildInfo.Count);
foreach (var ioGroup in IOGroupsInfo)
{
scheme.AddIOGroup(ioGroup);
}
foreach (var innerScheme in InnerSchemesBuildInfo)
{
scheme.AddScheme(innerScheme);
}
foreach (var link in LinksBuildInfo)
{
scheme.AddLink(link);
}
return(scheme);
}