Attachment Capable Objectivity Polarization /// Infnite Propagation Division

Attribute VB_Name = "IAGP"
Global Xp(0 To 1000000000000#)
Global Yp(0 To 1000000000000#)
Global Zp(0 To 1000000000000#)

Global X(0 To 1000000000000#)
Global Y(0 To 1000000000000#)
Global Z(0 To 1000000000000#)

'Camera Transformation
Dim CamX As Variant
Dim CamY As Variant
Dim CamZ As Variant

Dim Xmta As Variant
Dim Ymta As Variant
Dim Zmta As Variant

Dim Xmtb As Variant
Dim Ymtb As Variant
Dim Zmtb As Variant

'IAGP Modulation {Infinite Attachment Generating Propagation}
'Internal Tautology Interactive Psychology Programming Platform
'Jurasaic Internal Tautology Interactive Psychology Programming Platform

'///xDimensional Creative Programming///
    '///Attachment Occurence Melding///
        '///PpPropagation Attachment Occurence Melding///
            '///Developmental Attachment Interactive Creation Programming///
                '///Developmental Creation Encryption Programming Transformation///
                    '///xC_xC Camera Developmental Attachment Intergrative///
                        '///Capable Attachment Interactive Sequence Function Transformation///
                            '///(xD_xD)_(xD_xD)Environmental Propagation Parallax Intergration///
                               
                                '///Infinite Visual Attachment Programming Intergration///
                               
                                '///Crossing Attachment Tautology Intergration///
                                '///Choosing During Attachment as ADP Area Dependence Producing///

'A Factor Internal Tautology Psychology Programming Platform
'Providing able knowledge of }Impossible Attachment Learning{ During Programming
'Binary Probabilities /// Attachments as Able /// Impossible to Possible

'Fully-Universal Visual Optionality
'As Data to Realistic Fully Increasing Quality

'Algebra | Arithmetic |
'Analysis | Complex analysis |
'Applied Mathematics | Calculus |
'Category Theory | Chaos Theory |
'Combinatorics | Dynamic Systems |
'Fractals | Game Theory | Geometry |
'Algebraic Geometry | Graph Theory |
'Group Theory | Linear Algebra |
'Mathematical Logic | Model Theory |
'Multi-Dimensional Geometry | Number Theory |
'Numerical Analysis | Optimization |
'Order Theory | Probability and Statistics |
'Set Theory | Statistics |
'Topology | Algebraic Topology |
'Trigonometry |  Presented Physics |
'Interactive Physics | Taumetric Mathematics

'///Developmental Additional Program-User Mathematical Creation///

By: Daniel Paul Blei

-Attachment Eclipsed Theory as Option
-Attachment Array Accessible Area Dependence

'Providing Diction Attachment---Modulation to Visual Area Dependency as an Interactive---Universal Divided Programming Finite Learning Solution

' Declaration of a Windows routine. This statement is
' for the module.
Declare Sub FloodFill Lib "GDI32" _
(ByVal hDC As Long, ByVal X As Long, ByVal Y As _
 Long, ByVal crColor As Long)

'Transformation of Multiple Cameras along a
'Learnable---Accessible Area Dependent
'Attachment---Programming {Diction Retrievable Storage Environment}
Sub CameraTransform(X, Y, Z, CamX As Integer, _
CamY As Integer, CamZ As Integer, CA As Integer, CTTag As Integer, xD As String)

    Xmta = X
    Ymta = ((Cos(CA * X)) + (-(Sin(CA * X))))
    Zmta = (((Sin(CA * X))) + (Cos(CA * X)))

    Xmtb = ((Cos(CA * Y)) + (Sin(CA * Y)))
    Ymtb = Y
    Zmtb = ((-(Sin(CA * Y))) + (Cos(CA * Y)))

    Xp(i) = ((Xmta * Xmtb) + ((Cos(CA * Z)) + -(Sin(CA * Z)))) * (X - ((CamX)))
    Yp(i) = ((Ymta * Ymtb) + ((Sin(CA * Z)) + (Cos(CA * Z)))) * (Y - ((CamY)))
    Zp(i) = (Zmta * Zmtb) + ((Z - (CamZ)))

End Sub

'Transformation of Multiple Creatable Dimensions along
'the guidelines of a Taumetric Dimensional Triple Ray Placement
'Learnable---Programming {Dictative}
'{Programmed Visual Attachment Collaberated Dimensional Solutions}
'[Visual Program Ability xD] <<'Creating Dimensional Sets w/ Programmed Object Generated Creation
Sub DimensionTransform(rXa As Integer, rYa As Integer, rZa As Integer, _
rXb As Integer, rYb As Integer, rZb As Integer, _
rXc As Integer, rYc As Integer, rZc As Integer, DTattLoc As Integer, xD As String)

End Sub

'Rotation along the guidelines of a accessible xD Programming Intergrative
Sub Rotation(X As Integer, Y As Integer, Z As Integer, Ang As Integer, _
Yaw As Integer, Pitch As Integer, Roll As Integer, xD As String)

If xD = "2D" Then
    Xp(i) = (Cos(Ang * X(i))) * (-(Sin(Ang * Y(i))))
    Yp(i) = (Sin(Ang * Y(i))) * (Cos(Ang * X(i)))
ElseIf xD = "3D" Then
    Xmta = X
    Ymta = ((Cos(Ang * X)) + (-(Sin(Ang * X))))
    Zmta = (((Sin(Ang * X))) + (Cos(Ang * X)))

    Xmtb = ((Cos(Ang * Y)) + (Sin(Ang * Y)))
    Ymtb = Y
    Zmtb = ((-(Sin(Ang * Y))) + (Cos(Ang * Y)))

    Xp(i) = (((Xmta * Xmtb) + ((Cos(Ang * Z)) + -(Sin(Ang * Z)))) * Yaw)
    Yp(i) = (((Ymta * Ymtb) + ((Sin(Ang * Z)) + (Cos(Ang * Z)))) * Pitch)
    Zp(i) = ((Zmta * Zmtb) * Roll)
End If

End Sub

'Diction as Capable Transformation along the guidelines of a {During Sequence Generation Creation}
'Accessible problamtically along the guidelines of {Linear Parallel Attachment Reference}
Sub CapableTransform(CTTagLoc, rXa(), rYa(), rZa(), _
rXb(), rYb(), rZb(), _
rXc(), rYc(), rZc(), _
CTattLocA(), CTattLocB(), xD As String)

End Sub

'Collaberated Propagation as an {Environmental During Propagative Intergrative}
'{Jurasaic Capable Learning Diction}
Sub EnvironmentTransform(rXa(), rYa(), rZa(), _
rXb(), rYb(), rZb(), _
rXc(), rYc(), rZc(), _
ETattLocA(), ETattLocB(), IntEnv(), EnvironmentA(), EnvironmentB(), xD As String)

End Sub

'Melding Tautology as a Dependent Spatial Attachment Window xADD Locate Transformation
'(x+x)= xD(Melded) {+object-}
Sub MeldTransformation(rXa(), rYa(), rZa(), _
rXb(), rYb(), rZb(), _
rXc(), rYc(), rZc(), _
MTattLocA(), MTattLocB(), xD As String)

End Sub

'During Programming Data}{Attachment {Development Alphabetical Diction Creation}
'Creating {Programming Visual Able Attachment Augmentation}
'Creating {Programming Data Able Attachment Augmentation}
Sub oD()

End Sub

'During Encryption Data}{Attachment {Tautology Producing Alphabetical/Numerical Transformation}
'Along the guidelines of Area Dependent Capable Tautology as Transformation Programmable
'# as Programming Area Dependent Capable Generation Parallelism {Learning}{
Sub ITEncrypt()

End Sub

'Crossing Attachment Tautology Intergration
'Developing Crossing Diction into Attachment Diction as Additional Transformation
Sub DictionCross(DCTagLoc, rXa(), rYa(), rZa(), _
rXb(), rYb(), rZb(), _
rXc(), rYc(), rZc(), _
DCattLocA(), DCattLocB(), xD As String, IntEnv(), EnvironmentA(), EnvironmentB())

End Sub

'Drawing ToAs Diction Natural Allotment Dependence }H{+
Sub DrawxD()

End Sub

Capable attachment tautology to many is considered a halted experience.  When it comes to Capable Objectivity Polarization of attention to polygons thereof attachments; doorways beyond our current understanding are unlocked.  This current posted modulation is proof that attachment words can be involved w/ attachment psychology during a development programming platform; therefore the GDI+ package delivered.  Any interests or additional comments are welcome.