public static ChipStatusMediator Signal(this ChipStatusMediator src)
{
if (src.pixel == null)
{
return(src);
}
var p = src.pixel;
double[] ave = new double[p.BayerSizeX * p.BayerSizeY];
double[] dev = new double[p.BayerSizeX * p.BayerSizeY];
//Ave
for (int by = 0; by < p.BayerSizeY; by++)
{
for (int bx = 0; bx < p.BayerSizeX; bx++)
{
p.BayerX = bx;
p.BayerY = by;
ref double buf = ref ave[bx + by * p.BayerSizeX];
int c = 0;
for (int y = 0; y < p.BayerHeight; y++)
{
for (int x = 0; x < p.BayerWidth; x++)
{
buf += p.Bayer(x, y);
c++;
}
}
buf /= c;
}
}
public static ChipStatusMediator Intermediate(this ChipStatusMediator src, Func <Pixel <float>, Pixel <float> > action)
{
if (src.pixel == null)
{
return(src);
}
src.pixelfilter = action(src.pixel);
return(src);
}
public static ChipStatusMediator Filter(this ChipStatusMediator src, Action <Pixel <float> > action)
{
if (src.pixel == null)
{
return(src);
}
action(src.pixel);
return(src);
}
public static void Output(this ChipStatusMediator src, string key, string value)
{
Console.WriteLine($"{key} : {value}");
using (var sw = new StreamWriter("log.txt", true))
{
sw.WriteLine($"{src.LotNo}_{src.WfNo}_{src.ChipNo}, {key}, {value}");
}
src.AddResult(key, value);
}
static void Main(string[] args)
{
//Test.RunSingle();
//テストコード
Test.Run();
return;
try
{
var Seq = PixelSeqParam.Create("Config.yaml");
var chips = Seq.CheckedChips(@"D:\200CFT\");//Mono
//スクリプト読み込み,コンパイル
var ssr = ScriptSourceResolver.Default.WithBaseDirectory(Environment.CurrentDirectory);
var script = CSharpScript.Create(
File.ReadAllText("Script.csx"),
ScriptOptions.Default.WithImports(new string[]
{
"System",
"System.Math",
"FTTest",
"Pixels",
"Pixels.Extend",
"Pixels.Math"
})
.WithSourceResolver(ssr)
.WithReferences(System.Reflection.Assembly.GetEntryAssembly()),
typeof(Globals));
//実行
var serializer = new YamlDotNet.Serialization.Serializer();
var globals = new Globals();
foreach (var chip in chips)
{
globals.Chip = ChipStatusMediator.Create(chip);
var state = script.RunAsync(globals).Result;
foreach (var variable in state.Variables)
{
Console.WriteLine($"{variable.Name} = {variable.Value} of type {variable.Type}");
}
globals.Chip.OutputFile("output.yaml");
//using (var sw = new StreamWriter("output.yaml"))
//{
// //シリアライズ
// sw.WriteLine(serializer.Serialize(chip));
//}
}
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
Console.ReadKey();
}
Console.WriteLine("-----end-----");
Console.ReadKey();
}
public static void Run()
{
//Console.WriteLine($"{Chip.LotNo}_{Chip.WfNo}_{Chip.ChipNo}");
//sw.WriteLine($"{Chip.LotNo}_{Chip.WfNo}_{Chip.ChipNo}, {A}, {B}, {C}, {D}, {E}, {F}, {G}, {H}, {I}");
var Seq = PixelSeqParam.Create("Config.yaml");
var chips = Seq.CheckedChips(@"D:\200CFT\");
ChipStatusMediator Chip;
foreach (var _Chip in chips)
{
Chip = ChipStatusMediator.Create(_Chip);
//Chip["Dark60", "Ave"]
// .Intermediate(x => x.FilterMedianBayer()["Normal"].StaggerR())
// .Filter(x => x["Normal"].StaggerR())
// ["Active"]
// .Labeling();
Chip["Dark60", "Ave"]
.Intermediate(x => x.FilterMedianBayer()["Normal"].StaggerR())
.Filter(x => x["Normal"].StaggerR())
["Active"]
.Defect(255)
.Defect(125)
.Defect(64);
//Chip["Dark", "Ave"]
// .Filter(x =>
// {
// x["Normal"].StaggerR();
// x["Active"].SubSelf(255).ToColorBG().Labling();
// });
//using (var sw = new StreamWriter("vfpn.txt", true))
//{
// var j = Chip["VNtest1", "Ave"].pixel?["Active"]?.AverageBayer(0, 1) ?? null;
// var A = Chip["VNtest1", "Ave"].pixel?["Active"]?.VDeviationBayer(0, 1) ?? null;
// var B = Chip["VNtest2", "Ave"].pixel?["Active"]?.VDeviationBayer(0, 1) ?? null;
// var C = Chip["VNtest3", "Ave"].pixel?["Active"]?.VDeviationBayer(0, 1) ?? null;
// var D = Chip["VNtest4", "Ave"].pixel?["Active"]?.VDeviationBayer(0, 1) ?? null;
// var E = Chip["VNtest5", "Ave"].pixel?["Active"]?.VDeviationBayer(0, 1) ?? null;
// var F = Chip["VNtest6", "Ave"].pixel?["Active"]?.VDeviationBayer(0, 1) ?? null;
// var G = Chip["VNtest7", "Ave"].pixel?["Active"]?.VDeviationBayer(0, 1) ?? null;
// var H = Chip["VNtest8", "Ave"].pixel?["Active"]?.VDeviationBayer(0, 1) ?? null;
// var I = Chip["VNtest9", "Ave"].pixel?["Active"]?.VDeviationBayer(0, 1) ?? null;
// Console.WriteLine($"{Chip.LotNo}_{Chip.WfNo}_{Chip.ChipNo}");
// sw.WriteLine($"{Chip.LotNo}_{Chip.WfNo}_{Chip.ChipNo}, {j}, {A}, {B}, {C}, {D}, {E}, {F}, {G}, {H}, {I}");
//}
//平均・偏差
//Chip["Dark", "Ave"]
// .Intermediate(x => x.FilterMedianBayer()["Normal"].StaggerR())
// .Filter(x => x["Normal"].StaggerR())
// ["Active"]
// .Signal()
// .Defect(255)
// .Defect(125)
// .Defect(64);
//Chip["L50", "Ave"]
// .Filter(x =>
// {
// var i = x.FilterMedianBayer();
// return i["Normal"].StaggerR();
// })
// .Convert(x => x["Normal"].StaggerR())
// ["Active"].Signal2();
//平均（中央値フィルタ後）
//Chip["Dark", "Ave"]
// .Convert(x => x["Normal"].StaggerR())
// ["Active"].Signal();
//chip単位の結果出力, 追記
Chip.OutputFile("output.yaml");
}
}
