For the new 39 math functions of GeneXproTools, the Visual Basic code is almost an exact clone of the Excel VBA code. The only difference is related to the problem of minus zero in Excel median calculations described in the post "Debugging: Minus Zero in Excel Median Calculations". We realized then that by changing the value returned by the new discrete output functions to "0" instead of "0.0", the number of "-0" occurrences in Excel decreased. So, although this fix did not solve the problem of negative zero in Excel, we decided to adopt this format for all discrete output values of all the new functions in the Excel VBA. And that's the only difference you'll find between the Visual Basic Grammar and the Excel VBA Grammar, as far the new 39 math functions are concerned.
So here's the VB code for the new 39 functions that will be added to the built-in math functions of GeneXproTools in the light of the new project "New Project: Multi-class Classification & Trading Strategies":
Function gepRamp1(ByVal x As Double) As Double
If x > 0.0 Then
gepRamp1 = x
Else
gepRamp1 = 0.0
End If
End Function
Function gepRamp2(ByVal x As Double) As Double
If x > 0.0 Then
gepRamp2 = 0.0
Else
gepRamp2 = x
End If
End Function
Function gepRamp3(ByVal x As Double) As Double
If x > 0.0 Then
gepRamp3 = 0.0
Else
gepRamp3 = -x
End If
End Function
Function gepRamp4(ByVal x As Double) As Double
If x > 0.0 Then
gepRamp4 = -x
Else
gepRamp4 = 0.0
End If
End Function
Function gepStep1(ByVal x As Double) As Double
If x > 0.0 Then
gepStep1 = 1.0
Else
gepStep1 = -1.0
End If
End Function
Function gepStep2(ByVal x As Double) As Double
If x > 0.0 Then
gepStep2 = 1.0
Else
gepStep2 = 0.0
End If
End Function
Function gepStep3(ByVal x As Double) As Double
If x >= 1.0 Then
gepStep3 = 1.0
ElseIf x <= -1.0 Then
gepStep3 = -1.0
Else
gepStep3 = x
End If
End Function
Function gepStep4(ByVal x As Double) As Double
If x >= 1.0 Then
gepStep4 = 1.0
ElseIf x <= 0.0 Then
gepStep4 = 0.0
Else
gepStep4 = x
End If
End Function
Function gepCL2A(ByVal x As Double, ByVal y As Double) As Double
If x > 0.0 And y > 0.0 Then
gepCL2A = 1.0
Else
gepCL2A = -1.0
End If
End Function
Function gepCL2B(ByVal x As Double, ByVal y As Double) As Double
If x >= 0.0 And y < 0.0 Then
gepCL2B = -1.0
Else
gepCL2B = 1.0
End If
End Function
Function gepCL2C(ByVal x As Double, ByVal y As Double) As Double
If x > 1.0 And y < -1.0 Then
gepCL2C = -1.0
Else
gepCL2C = 1.0
End If
End Function
Function gepCL2D(ByVal x As Double, ByVal y As Double) As Double
If x > 0.0 And y > 0.0 Then
gepCL2D = 1.0
Else
gepCL2D = 0.0
End If
End Function
Function gepCL2E(ByVal x As Double, ByVal y As Double) As Double
If x >= 0.0 And y <= 0.0 Then
gepCL2E = 0.0
Else
gepCL2E = 1.0
End If
End Function
Function gepCL2F(ByVal x As Double, ByVal y As Double) As Double
If x > 1.0 And y < -1.0 Then
gepCL2F = 0.0
Else
gepCL2F = 1.0
End If
End Function
Function gepCL3A(ByVal x As Double, ByVal y As Double) As Double
If x > 0.0 And y < 0.0 Then
gepCL3A = 1.0
ElseIf x < 0.0 And y > 0.0 Then
gepCL3A = -1.0
Else
gepCL3A = 0.0
End If
End Function
Function gepCL3B(ByVal x As Double, ByVal y As Double) As Double
If x >= 1.0 And y >= 1.0 Then
gepCL3B = 1.0
ElseIf x <= -1.0 And y <= -1.0 Then
gepCL3B = -1.0
Else
gepCL3B = 0.0
End If
End Function
Function gepCL3C(ByVal x As Double, ByVal y As Double) As Double
If x > 0.0 And y > 0.0 Then
gepCL3C = 1.0
ElseIf x < 0.0 And y < 0.0 Then
gepCL3C = -1.0
Else
gepCL3C = 0.0
End If
End Function
Function gepMap3A(ByVal x As Double, ByVal y As Double) As Double
Const SLACK As Double = 10.0
If y < (x - SLACK) Then
gepMap3A = -1.0
ElseIf y > (x + SLACK) Then
gepMap3A = 1.0
Else
gepMap3A = 0.0
End If
End Function
Function gepMap3B(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
' evaluate minValue(x,y) and maxValue(x,y)
Dim minValue As Double
Dim maxValue As Double
minValue = x
maxValue = y
If minValue > y Then
minValue = y
maxValue = x
End If
If z < minValue Then
gepMap3B = -1.0
ElseIf z > maxValue Then
gepMap3B = 1.0
Else
gepMap3B = 0.0
End If
End Function
Function gepMap3C(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
' evaluate minValue(a,b,c) and maxValue(a,b,c)
'
' evaluate minValue(a,b,c)
Dim minValue As Double
minValue = a
If minValue > b Then minValue = b
If minValue > c Then minValue = c
' evaluate maxValue(a,b,c)
Dim maxValue As Double
maxValue = a
If maxValue < b Then maxValue = b
If maxValue < c Then maxValue = c
If d < minValue Then
gepMap3C = -1.0
ElseIf d > maxValue Then
gepMap3C = 1.0
Else
gepMap3C = 0.0
End If
End Function
Function gepMap4A(ByVal x As Double, ByVal y As Double) As Double
Const SLACK As Double = 10.0
If y < (x - SLACK) Then
gepMap4A = 0.0
ElseIf y >= (x - SLACK) And y < x Then
gepMap4A = 1.0
ElseIf y >= x And y < (x + SLACK) Then
gepMap4A = 2.0
ElseIf y >= (x + SLACK) Then
gepMap4A = 3.0
End If
End Function
Function gepMap4B(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
' evaluate minValue(x,y), maxValue(x,y) and midrange
Dim minValue As Double
Dim maxValue As Double
minValue = x
maxValue = y
If minValue > y Then
minValue = y
maxValue = x
End If
Dim midrange As Double
midrange = (maxValue + minValue)/2.0
If z < minValue Then
gepMap4B = 0.0
ElseIf z >= minValue And z < midrange Then
gepMap4B = 1.0
ElseIf z >= midrange And z < maxValue Then
gepMap4B = 2.0
ElseIf z >= maxValue Then
gepMap4B = 3.0
End If
End Function
Function gepMap4C(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
' evaluate minValue(a,b,c), maxValue(a,b,c) and midleValue(a,b,c)
'
' evaluate minValue(a,b,c)
Dim minValue As Double
Dim argMin As Long
minValue = a
argMin = 0
If minValue > b Then
minValue = b
argMin = 1
End If
If minValue > c Then
minValue = c
argMin = 2
End If
' evaluate maxValue(a,b,c)
Dim maxValue As Double
Dim argMax As Long
maxValue = a
argMax = 0
If maxValue < b Then
maxValue = b
argMax = 1
End If
If maxValue < c Then
maxValue = c
argMax = 2
End If
' evaluate midleValue(a,b,c)
Dim midleValue As Double
midleValue = c
If 0 <> argMin And 0 <> argMax Then
midleValue = a
End If
If 1 <> argMin And 1 <> argMax Then
midleValue = b
End If
If d < minValue Then
gepMap4C = 0.0
ElseIf d >= minValue And d < midleValue Then
gepMap4C = 1.0
ElseIf d >= midleValue And d < maxValue Then
gepMap4C = 2.0
ElseIf d >= maxValue Then
gepMap4C = 3.0
End If
End Function
Function gepMap5A(ByVal x As Double, ByVal y As Double) As Double
Const SLACK As Double = 15.0
If y < (x - SLACK) Then
gepMap5A = 0.0
ElseIf y >= (x - SLACK) And y < (x - SLACK/3.0) Then
gepMap5A = 1.0
ElseIf y >= (x - SLACK/3.0) And y < (x + SLACK/3.0) Then
gepMap5A = 2.0
ElseIf y >= (x + SLACK/3.0) And y < (x + SLACK) Then
gepMap5A = 3.0
ElseIf y >= (x + SLACK) Then
gepMap5A = 4.0
End If
End Function
Function gepMap5B(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
' evaluate minValue(x,y), maxValue(x,y), midpoint1, midpoint2
Dim minValue As Double
Dim maxValue As Double
minValue = x
maxValue = y
If minValue > y Then
minValue = y
maxValue = x
End If
Dim intervalLength As Double
Dim midpoint1 As Double
Dim midpoint2 As Double
intervalLength = (maxValue - minValue)/3.0
midpoint1 = minValue + intervalLength
midpoint2 = minValue + 2.0*intervalLength
If z < minValue Then
gepMap5B = 0.0
ElseIf z >= minValue And z < midpoint1 Then
gepMap5B = 1.0
ElseIf z >= midpoint1 And z < midpoint2 Then
gepMap5B = 2.0
ElseIf z >= midpoint2 And z < maxValue Then
gepMap5B = 3.0
ElseIf z >= maxValue Then
gepMap5B = 4.0
End If
End Function
Function gepMap5C(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
' evaluate minValue(a,b,c), maxValue(a,b,c), midleValue(a,b,c), midrange1, midrange2
'
' evaluate minValue(a,b,c)
Dim minValue As Double
Dim argMin As Long
minValue = a
argMin = 0
If minValue > b Then
minValue = b
argMin = 1
End If
If minValue > c Then
minValue = c
argMin = 2
End If
' evaluate maxValue(a,b,c)
Dim maxValue As Double
Dim argMax As Long
maxValue = a
argMax = 0
If maxValue < b Then
maxValue = b
argMax = 1
End If
If maxValue < c Then
maxValue = c
argMax = 2
End If
' evaluate midleValue(a,b,c)
Dim midleValue As Double
midleValue = c
If 0 <> argMin And 0 <> argMax Then midleValue = a
If 1 <> argMin And 1 <> argMax Then midleValue = b
Dim midrange1 As Double
Dim midrange2 As Double
midrange1 = (minValue + midleValue)/2.0
midrange2 = (midleValue + maxValue)/2.0
If d < minValue Then
gepMap5C = 0.0
ElseIf d >= minValue And d < midrange1 Then
gepMap5C = 1.0
ElseIf d >= midrange1 And d < midrange2 Then
gepMap5C = 2.0
ElseIf d >= midrange2 And d < maxValue Then
gepMap5C = 3.0
ElseIf d >= maxValue Then
gepMap5C = 4.0
End If
End Function
Function gepMap6A(ByVal x As Double, ByVal y As Double) As Double
Const SLACK As Double = 10.0
If y < (x - SLACK) Then
gepMap6A = 0.0
ElseIf y >= (x - SLACK) And y < (x - SLACK/2.0) Then
gepMap6A = 1.0
ElseIf y >= (x - SLACK/2.0) And y < x Then
gepMap6A = 2.0
ElseIf y >= x And y < (x + SLACK/2.0) Then
gepMap6A = 3.0
ElseIf y >= (x + SLACK/2.0) And y < (x + SLACK) Then
gepMap6A = 4.0
ElseIf y >= (x + SLACK) Then
gepMap6A = 5.0
End If
End Function
Function gepMap6B(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
' evaluate minValue(x,y), maxValue(x,y), midrange, midpoint1, midpoint2
Dim minValue As Double
Dim maxValue As Double
minValue = x
maxValue = y
If minValue > y Then
minValue = y
maxValue = x
End If
Dim midrange As Double
Dim midpoint1 As Double
Dim midpoint2 As Double
midrange = (minValue + maxValue)/2.0
midpoint1 = (minValue + midrange)/2.0
midpoint2 = (midrange + maxValue)/2.0
If z < minValue Then
gepMap6B = 0.0
ElseIf z >= minValue And z < midpoint1 Then
gepMap6B = 1.0
ElseIf z >= midpoint1 And z < midrange Then
gepMap6B = 2.0
ElseIf z >= midrange And z < midpoint2 Then
gepMap6B = 3.0
ElseIf z >= midpoint2 And z < maxValue Then
gepMap6B = 4.0
ElseIf z >= maxValue Then
gepMap6B = 5.0
End If
End Function
Function gepMap6C(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
' evaluate minValue(a,b,c), maxValue(a,b,c), midleValue(a,b,c), midrange1, midrange2
'
' evaluate minValue(a,b,c)
Dim minValue As Double
Dim argMin As Long
minValue = a
argMin = 0
If minValue > b Then
minValue = b
argMin = 1
End If
If minValue > c Then
minValue = c
argMin = 2
End If
' evaluate maxValue(a,b,c)
Dim maxValue As Double
Dim argMax As Long
maxValue = a
argMax = 0
If maxValue < b Then
maxValue = b
argMax = 1
End If
If maxValue < c Then
maxValue = c
argMax = 2
End If
' evaluate midleValue(a,b,c)
Dim midleValue As Double
midleValue = c
If 0 <> argMin And 0 <> argMax Then midleValue = a
If 1 <> argMin And 1 <> argMax Then midleValue = b
' evaluate midrange1 and midrange2
Dim midrange1 As Double
Dim midrange2 As Double
midrange1 = (minValue + midleValue)/2.0
midrange2 = (midleValue + maxValue)/2.0
If d < minValue Then
gepMap6C = 0.0
ElseIf d >= minValue And d < midrange1 Then
gepMap6C = 1.0
ElseIf d >= midrange1 And d < midleValue Then
gepMap6C = 2.0
ElseIf d >= midleValue And d < midrange2 Then
gepMap6C = 3.0
ElseIf d >= midrange2 And d < maxValue Then
gepMap6C = 4.0
ElseIf d >= maxValue Then
gepMap6C = 5.0
End If
End Function
Function gepECL3A(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
If y > x And z < x Then
gepECL3A = 1.0
ElseIf y < x And z > x Then
gepECL3A = -1.0
Else
gepECL3A = 0.0
End If
End Function
Function gepECL3B(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
If y > x And z > x Then
gepECL3B = 1.0
ElseIf y < x And z < x Then
gepECL3B = -1.0
Else
gepECL3B = 0.0
End If
End Function
Function gepECL3C(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
If y >= x And z >= x Then
gepECL3C = 1.0
ElseIf y <= -x And z <= -x Then
gepECL3C = -1.0
Else
gepECL3C = 0.0
End If
End Function
Function gepECL3D(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
' evaluate minValue(a,b) and maxValue(a,b)
Dim minValue As Double
Dim maxValue As Double
minValue = a
maxValue = b
If minValue > b Then
minValue = b
maxValue = a
End If
If c >= maxValue And d >= maxValue Then
gepECL3D = 1.0
ElseIf c <= minValue And d <= minValue Then
gepECL3D = -1.0
Else
gepECL3D = 0.0
End If
End Function
Function gepAMin2(ByVal x As Double, ByVal y As Double) As Double
If x < y Then
gepAMin2 = 0.0
Else
gepAMin2 = 1.0
End If
End Function
Function gepAMin3(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
Dim temp As Double
Dim argMin As Double
temp = x
argMin = 0.0
If temp >= y Then
temp = y
argMin = 1.0
End If
If temp >= z Then argMin = 2.0
gepAMin3 = argMin
End Function
Function gepAMin4(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
Dim temp As Double
Dim argMin As Double
temp = a
argMin = 0.0
If temp >= b Then
temp = b
argMin = 1.0
End If
If temp >= c Then
temp = c
argMin = 2.0
End If
If temp >= d Then argMin = 3.0
gepAMin4 = argMin
End Function
Function gepAMax2(ByVal x As Double, ByVal y As Double) As Double
If x >= y Then
gepAMax2 = 0.0
Else
gepAMax2 = 1.0
End If
End Function
Function gepAMax3(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
Dim temp As Double
Dim argMax As Double
temp = x
argMax = 0.0
If temp < y Then
temp = y
argMax = 1.0
End If
If temp < z Then argMax = 2.0
gepAMax3 = argMax
End Function
Function gepAMax4(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
Dim temp As Double
Dim argMax As Double
temp = a
argMax = 0.0
If temp < b Then
temp = b
argMax = 1.0
End If
If temp < c Then
temp = c
argMax = 2.0
End If
If temp < d Then argMax = 3.0
gepAMax4 = argMax
End Function
If x > 0.0 Then
gepRamp1 = x
Else
gepRamp1 = 0.0
End If
End Function
Function gepRamp2(ByVal x As Double) As Double
If x > 0.0 Then
gepRamp2 = 0.0
Else
gepRamp2 = x
End If
End Function
Function gepRamp3(ByVal x As Double) As Double
If x > 0.0 Then
gepRamp3 = 0.0
Else
gepRamp3 = -x
End If
End Function
Function gepRamp4(ByVal x As Double) As Double
If x > 0.0 Then
gepRamp4 = -x
Else
gepRamp4 = 0.0
End If
End Function
Function gepStep1(ByVal x As Double) As Double
If x > 0.0 Then
gepStep1 = 1.0
Else
gepStep1 = -1.0
End If
End Function
Function gepStep2(ByVal x As Double) As Double
If x > 0.0 Then
gepStep2 = 1.0
Else
gepStep2 = 0.0
End If
End Function
Function gepStep3(ByVal x As Double) As Double
If x >= 1.0 Then
gepStep3 = 1.0
ElseIf x <= -1.0 Then
gepStep3 = -1.0
Else
gepStep3 = x
End If
End Function
Function gepStep4(ByVal x As Double) As Double
If x >= 1.0 Then
gepStep4 = 1.0
ElseIf x <= 0.0 Then
gepStep4 = 0.0
Else
gepStep4 = x
End If
End Function
Function gepCL2A(ByVal x As Double, ByVal y As Double) As Double
If x > 0.0 And y > 0.0 Then
gepCL2A = 1.0
Else
gepCL2A = -1.0
End If
End Function
Function gepCL2B(ByVal x As Double, ByVal y As Double) As Double
If x >= 0.0 And y < 0.0 Then
gepCL2B = -1.0
Else
gepCL2B = 1.0
End If
End Function
Function gepCL2C(ByVal x As Double, ByVal y As Double) As Double
If x > 1.0 And y < -1.0 Then
gepCL2C = -1.0
Else
gepCL2C = 1.0
End If
End Function
Function gepCL2D(ByVal x As Double, ByVal y As Double) As Double
If x > 0.0 And y > 0.0 Then
gepCL2D = 1.0
Else
gepCL2D = 0.0
End If
End Function
Function gepCL2E(ByVal x As Double, ByVal y As Double) As Double
If x >= 0.0 And y <= 0.0 Then
gepCL2E = 0.0
Else
gepCL2E = 1.0
End If
End Function
Function gepCL2F(ByVal x As Double, ByVal y As Double) As Double
If x > 1.0 And y < -1.0 Then
gepCL2F = 0.0
Else
gepCL2F = 1.0
End If
End Function
Function gepCL3A(ByVal x As Double, ByVal y As Double) As Double
If x > 0.0 And y < 0.0 Then
gepCL3A = 1.0
ElseIf x < 0.0 And y > 0.0 Then
gepCL3A = -1.0
Else
gepCL3A = 0.0
End If
End Function
Function gepCL3B(ByVal x As Double, ByVal y As Double) As Double
If x >= 1.0 And y >= 1.0 Then
gepCL3B = 1.0
ElseIf x <= -1.0 And y <= -1.0 Then
gepCL3B = -1.0
Else
gepCL3B = 0.0
End If
End Function
Function gepCL3C(ByVal x As Double, ByVal y As Double) As Double
If x > 0.0 And y > 0.0 Then
gepCL3C = 1.0
ElseIf x < 0.0 And y < 0.0 Then
gepCL3C = -1.0
Else
gepCL3C = 0.0
End If
End Function
Function gepMap3A(ByVal x As Double, ByVal y As Double) As Double
Const SLACK As Double = 10.0
If y < (x - SLACK) Then
gepMap3A = -1.0
ElseIf y > (x + SLACK) Then
gepMap3A = 1.0
Else
gepMap3A = 0.0
End If
End Function
Function gepMap3B(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
' evaluate minValue(x,y) and maxValue(x,y)
Dim minValue As Double
Dim maxValue As Double
minValue = x
maxValue = y
If minValue > y Then
minValue = y
maxValue = x
End If
If z < minValue Then
gepMap3B = -1.0
ElseIf z > maxValue Then
gepMap3B = 1.0
Else
gepMap3B = 0.0
End If
End Function
Function gepMap3C(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
' evaluate minValue(a,b,c) and maxValue(a,b,c)
'
' evaluate minValue(a,b,c)
Dim minValue As Double
minValue = a
If minValue > b Then minValue = b
If minValue > c Then minValue = c
' evaluate maxValue(a,b,c)
Dim maxValue As Double
maxValue = a
If maxValue < b Then maxValue = b
If maxValue < c Then maxValue = c
If d < minValue Then
gepMap3C = -1.0
ElseIf d > maxValue Then
gepMap3C = 1.0
Else
gepMap3C = 0.0
End If
End Function
Function gepMap4A(ByVal x As Double, ByVal y As Double) As Double
Const SLACK As Double = 10.0
If y < (x - SLACK) Then
gepMap4A = 0.0
ElseIf y >= (x - SLACK) And y < x Then
gepMap4A = 1.0
ElseIf y >= x And y < (x + SLACK) Then
gepMap4A = 2.0
ElseIf y >= (x + SLACK) Then
gepMap4A = 3.0
End If
End Function
Function gepMap4B(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
' evaluate minValue(x,y), maxValue(x,y) and midrange
Dim minValue As Double
Dim maxValue As Double
minValue = x
maxValue = y
If minValue > y Then
minValue = y
maxValue = x
End If
Dim midrange As Double
midrange = (maxValue + minValue)/2.0
If z < minValue Then
gepMap4B = 0.0
ElseIf z >= minValue And z < midrange Then
gepMap4B = 1.0
ElseIf z >= midrange And z < maxValue Then
gepMap4B = 2.0
ElseIf z >= maxValue Then
gepMap4B = 3.0
End If
End Function
Function gepMap4C(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
' evaluate minValue(a,b,c), maxValue(a,b,c) and midleValue(a,b,c)
'
' evaluate minValue(a,b,c)
Dim minValue As Double
Dim argMin As Long
minValue = a
argMin = 0
If minValue > b Then
minValue = b
argMin = 1
End If
If minValue > c Then
minValue = c
argMin = 2
End If
' evaluate maxValue(a,b,c)
Dim maxValue As Double
Dim argMax As Long
maxValue = a
argMax = 0
If maxValue < b Then
maxValue = b
argMax = 1
End If
If maxValue < c Then
maxValue = c
argMax = 2
End If
' evaluate midleValue(a,b,c)
Dim midleValue As Double
midleValue = c
If 0 <> argMin And 0 <> argMax Then
midleValue = a
End If
If 1 <> argMin And 1 <> argMax Then
midleValue = b
End If
If d < minValue Then
gepMap4C = 0.0
ElseIf d >= minValue And d < midleValue Then
gepMap4C = 1.0
ElseIf d >= midleValue And d < maxValue Then
gepMap4C = 2.0
ElseIf d >= maxValue Then
gepMap4C = 3.0
End If
End Function
Function gepMap5A(ByVal x As Double, ByVal y As Double) As Double
Const SLACK As Double = 15.0
If y < (x - SLACK) Then
gepMap5A = 0.0
ElseIf y >= (x - SLACK) And y < (x - SLACK/3.0) Then
gepMap5A = 1.0
ElseIf y >= (x - SLACK/3.0) And y < (x + SLACK/3.0) Then
gepMap5A = 2.0
ElseIf y >= (x + SLACK/3.0) And y < (x + SLACK) Then
gepMap5A = 3.0
ElseIf y >= (x + SLACK) Then
gepMap5A = 4.0
End If
End Function
Function gepMap5B(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
' evaluate minValue(x,y), maxValue(x,y), midpoint1, midpoint2
Dim minValue As Double
Dim maxValue As Double
minValue = x
maxValue = y
If minValue > y Then
minValue = y
maxValue = x
End If
Dim intervalLength As Double
Dim midpoint1 As Double
Dim midpoint2 As Double
intervalLength = (maxValue - minValue)/3.0
midpoint1 = minValue + intervalLength
midpoint2 = minValue + 2.0*intervalLength
If z < minValue Then
gepMap5B = 0.0
ElseIf z >= minValue And z < midpoint1 Then
gepMap5B = 1.0
ElseIf z >= midpoint1 And z < midpoint2 Then
gepMap5B = 2.0
ElseIf z >= midpoint2 And z < maxValue Then
gepMap5B = 3.0
ElseIf z >= maxValue Then
gepMap5B = 4.0
End If
End Function
Function gepMap5C(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
' evaluate minValue(a,b,c), maxValue(a,b,c), midleValue(a,b,c), midrange1, midrange2
'
' evaluate minValue(a,b,c)
Dim minValue As Double
Dim argMin As Long
minValue = a
argMin = 0
If minValue > b Then
minValue = b
argMin = 1
End If
If minValue > c Then
minValue = c
argMin = 2
End If
' evaluate maxValue(a,b,c)
Dim maxValue As Double
Dim argMax As Long
maxValue = a
argMax = 0
If maxValue < b Then
maxValue = b
argMax = 1
End If
If maxValue < c Then
maxValue = c
argMax = 2
End If
' evaluate midleValue(a,b,c)
Dim midleValue As Double
midleValue = c
If 0 <> argMin And 0 <> argMax Then midleValue = a
If 1 <> argMin And 1 <> argMax Then midleValue = b
Dim midrange1 As Double
Dim midrange2 As Double
midrange1 = (minValue + midleValue)/2.0
midrange2 = (midleValue + maxValue)/2.0
If d < minValue Then
gepMap5C = 0.0
ElseIf d >= minValue And d < midrange1 Then
gepMap5C = 1.0
ElseIf d >= midrange1 And d < midrange2 Then
gepMap5C = 2.0
ElseIf d >= midrange2 And d < maxValue Then
gepMap5C = 3.0
ElseIf d >= maxValue Then
gepMap5C = 4.0
End If
End Function
Function gepMap6A(ByVal x As Double, ByVal y As Double) As Double
Const SLACK As Double = 10.0
If y < (x - SLACK) Then
gepMap6A = 0.0
ElseIf y >= (x - SLACK) And y < (x - SLACK/2.0) Then
gepMap6A = 1.0
ElseIf y >= (x - SLACK/2.0) And y < x Then
gepMap6A = 2.0
ElseIf y >= x And y < (x + SLACK/2.0) Then
gepMap6A = 3.0
ElseIf y >= (x + SLACK/2.0) And y < (x + SLACK) Then
gepMap6A = 4.0
ElseIf y >= (x + SLACK) Then
gepMap6A = 5.0
End If
End Function
Function gepMap6B(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
' evaluate minValue(x,y), maxValue(x,y), midrange, midpoint1, midpoint2
Dim minValue As Double
Dim maxValue As Double
minValue = x
maxValue = y
If minValue > y Then
minValue = y
maxValue = x
End If
Dim midrange As Double
Dim midpoint1 As Double
Dim midpoint2 As Double
midrange = (minValue + maxValue)/2.0
midpoint1 = (minValue + midrange)/2.0
midpoint2 = (midrange + maxValue)/2.0
If z < minValue Then
gepMap6B = 0.0
ElseIf z >= minValue And z < midpoint1 Then
gepMap6B = 1.0
ElseIf z >= midpoint1 And z < midrange Then
gepMap6B = 2.0
ElseIf z >= midrange And z < midpoint2 Then
gepMap6B = 3.0
ElseIf z >= midpoint2 And z < maxValue Then
gepMap6B = 4.0
ElseIf z >= maxValue Then
gepMap6B = 5.0
End If
End Function
Function gepMap6C(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
' evaluate minValue(a,b,c), maxValue(a,b,c), midleValue(a,b,c), midrange1, midrange2
'
' evaluate minValue(a,b,c)
Dim minValue As Double
Dim argMin As Long
minValue = a
argMin = 0
If minValue > b Then
minValue = b
argMin = 1
End If
If minValue > c Then
minValue = c
argMin = 2
End If
' evaluate maxValue(a,b,c)
Dim maxValue As Double
Dim argMax As Long
maxValue = a
argMax = 0
If maxValue < b Then
maxValue = b
argMax = 1
End If
If maxValue < c Then
maxValue = c
argMax = 2
End If
' evaluate midleValue(a,b,c)
Dim midleValue As Double
midleValue = c
If 0 <> argMin And 0 <> argMax Then midleValue = a
If 1 <> argMin And 1 <> argMax Then midleValue = b
' evaluate midrange1 and midrange2
Dim midrange1 As Double
Dim midrange2 As Double
midrange1 = (minValue + midleValue)/2.0
midrange2 = (midleValue + maxValue)/2.0
If d < minValue Then
gepMap6C = 0.0
ElseIf d >= minValue And d < midrange1 Then
gepMap6C = 1.0
ElseIf d >= midrange1 And d < midleValue Then
gepMap6C = 2.0
ElseIf d >= midleValue And d < midrange2 Then
gepMap6C = 3.0
ElseIf d >= midrange2 And d < maxValue Then
gepMap6C = 4.0
ElseIf d >= maxValue Then
gepMap6C = 5.0
End If
End Function
Function gepECL3A(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
If y > x And z < x Then
gepECL3A = 1.0
ElseIf y < x And z > x Then
gepECL3A = -1.0
Else
gepECL3A = 0.0
End If
End Function
Function gepECL3B(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
If y > x And z > x Then
gepECL3B = 1.0
ElseIf y < x And z < x Then
gepECL3B = -1.0
Else
gepECL3B = 0.0
End If
End Function
Function gepECL3C(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
If y >= x And z >= x Then
gepECL3C = 1.0
ElseIf y <= -x And z <= -x Then
gepECL3C = -1.0
Else
gepECL3C = 0.0
End If
End Function
Function gepECL3D(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
' evaluate minValue(a,b) and maxValue(a,b)
Dim minValue As Double
Dim maxValue As Double
minValue = a
maxValue = b
If minValue > b Then
minValue = b
maxValue = a
End If
If c >= maxValue And d >= maxValue Then
gepECL3D = 1.0
ElseIf c <= minValue And d <= minValue Then
gepECL3D = -1.0
Else
gepECL3D = 0.0
End If
End Function
Function gepAMin2(ByVal x As Double, ByVal y As Double) As Double
If x < y Then
gepAMin2 = 0.0
Else
gepAMin2 = 1.0
End If
End Function
Function gepAMin3(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
Dim temp As Double
Dim argMin As Double
temp = x
argMin = 0.0
If temp >= y Then
temp = y
argMin = 1.0
End If
If temp >= z Then argMin = 2.0
gepAMin3 = argMin
End Function
Function gepAMin4(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
Dim temp As Double
Dim argMin As Double
temp = a
argMin = 0.0
If temp >= b Then
temp = b
argMin = 1.0
End If
If temp >= c Then
temp = c
argMin = 2.0
End If
If temp >= d Then argMin = 3.0
gepAMin4 = argMin
End Function
Function gepAMax2(ByVal x As Double, ByVal y As Double) As Double
If x >= y Then
gepAMax2 = 0.0
Else
gepAMax2 = 1.0
End If
End Function
Function gepAMax3(ByVal x As Double, ByVal y As Double, ByVal z As Double) As Double
Dim temp As Double
Dim argMax As Double
temp = x
argMax = 0.0
If temp < y Then
temp = y
argMax = 1.0
End If
If temp < z Then argMax = 2.0
gepAMax3 = argMax
End Function
Function gepAMax4(ByVal a As Double, ByVal b As Double, ByVal c As Double, ByVal d As Double) As Double
Dim temp As Double
Dim argMax As Double
temp = a
argMax = 0.0
If temp < b Then
temp = b
argMax = 1.0
End If
If temp < c Then
temp = c
argMax = 2.0
End If
If temp < d Then argMax = 3.0
gepAMax4 = argMax
End Function
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