Use two radius in the configuration, one computed with the image resolution and one...

[master-thesis.git] / Parasitemia / Parasitemia / Config.fs

diff --git a/Parasitemia/Parasitemia/Config.fs b/Parasitemia/Parasitemia/Config.fs
index e28398e..0916408 100644 (file)
--- a/Parasitemia/Parasitemia/Config.fs
+++ b/Parasitemia/Parasitemia/Config.fs
@@ -68,40 +68,54 @@ let defaultParameters = {
     standardDeviationMaxRatio = 0.5 // 0.5
     minimumCellAreaFactor = 0.4f }
 
-type Config (param: Parameters) =
-    let mutable parameters: Parameters = param
+type RBCRadius (radius: float32, parameters: Parameters) =
+    member this.Pixel = radius
+    member this.μm : float<μm> =
+        1.<px> * (float radius) / parameters.resolution |> inchToμm
+
+    member this.Min = radius + parameters.minRbcRadius * radius
+    member this.Max = radius + parameters.maxRbcRadius * radius
+
+    member this.Area = PI * radius ** 2.f
+    member this.MinArea = parameters.minimumCellAreaFactor * radius
 
-    let initialRBCRadius : float32 =
-        let rbcRadiusInch: float<inch> = (μmToInch parameters.rbcDiameter) / 2.
-        let rbcRadiusPx: float<px> = parameters.resolution * rbcRadiusInch
+    member this.InfectionArea = parameters.infectionArea * this.Area
+    member this.StainArea = parameters.stainArea * this.Area
+
+    override this.ToString() =
+        sprintf "%d px (%.1f μm)" (Utils.roundInt <| 2.f * radius) (2. * this.μm)
+
+
+type Config (param: Parameters) =
+    let RBCadiusInPixels (rbcDiameter: float<μm>) (resolution: float<ppi>) : float32 =
+        let rbcRadiusInch: float<inch> = (μmToInch rbcDiameter) / 2.
+        let rbcRadiusPx: float<px> = resolution * rbcRadiusInch
         float32 rbcRadiusPx
 
+    let mutable parameters: Parameters = param
+    let mutable rbcRadiusByResolution = RBCRadius(RBCadiusInPixels parameters.rbcDiameter parameters.resolution, parameters)
+    let mutable rbcRadius = RBCRadius(0.f, parameters)
+
     new () = Config(defaultParameters)
 
-    member this.Parameters with get() = parameters and set(param) = parameters <- param
+    member this.Parameters
+        with get() = parameters
+        and set(param) =
+            parameters <- param
+            rbcRadiusByResolution <- RBCRadius(RBCadiusInPixels parameters.rbcDiameter parameters.resolution, param)
+            rbcRadius <- RBCRadius(rbcRadius.Pixel, param)
+
     member val Debug = DebugOff with get, set
 
     member this.LPFStandardDeviation =
-        let stdDeviation: float<px> = (μmToInch parameters.LPFStandardDeviation) * param.resolution
+        let stdDeviation: float<px> = (μmToInch parameters.LPFStandardDeviation) * parameters.resolution
         float stdDeviation
 
-    // Mean RBC radius.
-    member val RBCRadius : float32 = initialRBCRadius with get, set
-
-    member this.RBCRadiusμm : float<μm> =
-        1.<px> * (float this.RBCRadius) / parameters.resolution |> inchToμm
-
-    member this.RBCMinRadius = this.RBCRadius + parameters.minRbcRadius * this.RBCRadius
-    member this.RBCMaxRadius = this.RBCRadius + parameters.maxRbcRadius * this.RBCRadius
-
-    member this.RBCArea = PI * this.RBCRadius ** 2.f
-    member this.RBCMinArea = parameters.minimumCellAreaFactor * this.RBCArea
-
-    member this.InfectionArea = parameters.infectionArea * this.RBCArea
-    member this.StainArea = parameters.stainArea * this.RBCArea
+    member this.RBCRadiusByResolution = rbcRadiusByResolution
+    member this.RBCRadius = rbcRadius
 
-    member this.FormattedRadius =
-        sprintf "%d px (%.1f μm)" (Utils.roundInt <| 2.f * this.RBCRadius) (2. * this.RBCRadiusμm)
+    member this.SetRBCRadius (radiusPixel: float32) =
+        rbcRadius <- RBCRadius(radiusPixel, parameters)
 
     member this.Copy () =
         this.MemberwiseClone() :?> Config