# YUV To RGB

This algorithm converts YUV color space to RGB color model.

```									```Public Structure RGB
Private _r As Byte
Private _g As Byte
Private _b As Byte

Public Sub New(r As Byte, g As Byte, b As Byte)
Me._r = r
Me._g = g
Me._b = b
End Sub

Public Property R() As Byte
Get
Return Me._r
End Get
Set(value As Byte)
Me._r = value
End Set
End Property

Public Property G() As Byte
Get
Return Me._g
End Get
Set(value As Byte)
Me._g = value
End Set
End Property

Public Property B() As Byte
Get
Return Me._b
End Get
Set(value As Byte)
Me._b = value
End Set
End Property

Public Overloads Function Equals(rgb As RGB) As Boolean
Return (Me.R = rgb.R) AndAlso (Me.G = rgb.G) AndAlso (Me.B = rgb.B)
End Function
End Structure

Public Structure YUV
Private _y As Double
Private _u As Double
Private _v As Double

Public Sub New(y As Double, u As Double, v As Double)
Me._y = y
Me._u = u
Me._v = v
End Sub

Public Property Y() As Double
Get
Return Me._y
End Get
Set(value As Double)
Me._y = value
End Set
End Property

Public Property U() As Double
Get
Return Me._u
End Get
Set(value As Double)
Me._u = value
End Set
End Property

Public Property V() As Double
Get
Return Me._v
End Get
Set(value As Double)
Me._v = value
End Set
End Property

Public Overloads Function Equals(yuv As YUV) As Boolean
Return (Me.Y = yuv.Y) AndAlso (Me.U = yuv.U) AndAlso (Me.V = yuv.V)
End Function
End Structure

Public Shared Function YUVToRGB(yuv As YUV) As RGB
Dim r As Byte = CByte(Math.Truncate(yuv.Y + 1.4075 * (yuv.V - 128)))
Dim g As Byte = CByte(Math.Truncate(yuv.Y - 0.3455 * (yuv.U - 128) - (0.7169 * (yuv.V - 128))))
Dim b As Byte = CByte(Math.Truncate(yuv.Y + 1.779 * (yuv.U - 128)))

Return New RGB(r, g, b)
End Function```
```

### Example

```									```Dim data As New YUV(82, 140, 87)
Dim value = YUVToRGB(data)```
```

### Output

```									```R: 24
G: 107
B: 103```
```