[yotamarker]

what math what are you talking about ?

[yotamarker]

what else does an eye do ?
count
recog objects
read
recog movements
recog colors
recog shapes (edges)
recog grids
recog size and distances

[keghn]

 The edges between chaos and low chaos. Such as shore line of a rough river.
 The edges between simple and complexity. The sky and the leaves in the tree or the face and the heir line.
 Two very stable patches of color with a chaotic edge dancing some where in between.
  In brace the chaos.

[yotamarker]

I"ll throw an Idea I just had, and you guys tell me what you think :
what if I limit the processing area to the region of move area, with the addition of processing the whole image if she is static (no movement) ?

BTW, I eat bananas !

[keghn]

  That should work find.
 A AGI brain "main tracking routine" figures out what to track. The simple static stuff or non moving stuff is found first and
then is given to a different a "simple tracking subroutine" to be track in low detail.

 The "main tracking routine" track things that need a lot of CPU processing power. It needs 10 threads out of 18.
 There is only one "Main tracking routine".
 There can be up to twenty "simple tracking routines". And all twenty may share one or two threads.

 When a "simple tracking routine" finds that is is losing control it calls for the "Main tracking routine" to take over.

 The main tracing is conscious mind.
 The "simple robotic tracking" is subconscious mind.

[yotamarker]

I gave it some more thought and there is a problem :
you don't get additional object near data, so if you see a fire hydrant and you don't see the kiosk next to it
you can't know specifically enough where you are.

[keghn]

 The mind uses temporal memory to build up map. That is build up into a image.
 The eye records a pinpoint scan along with the out of focus back ground and build up map that is turned into a image.
 Then with this with these images it build up a video frames. Than with these video frames it builds up a map that surrounds
the head of the AGI bot in 3 d simulated space. Like it is printed on the inside of globe that surrounds the AGI's head. 
 The internal self learning 3 d simulator can make adjustment to this map when it move to a different physical location in the real world
or moving around in the simulation as a ghost. As well as when it move up!.................. WAY UP.............. So that it can
make a terrain map that that can be compared against a physically real road map.

 Also the AGI has video sent to it brain. In the video, it has special border that is broken into brick like sections. These pieces are
boarder pieces. These piece will transform into object that move into image. They are all marked with what object
and the percent of it becoming active, like car, person, bird, or what ever. When that object move off the video image the marker
goes back up on the video image boarder. The boarder piece and the activation percent change with time and the AGI bot's location. In
the real world or simulated n space.

 The AGI view the world the "Mind focus": 

http://aidreams.co.uk/forum/index.php?topic=12328.0

 The mind focuses can make transition into 3 D simulated metal memory and construction space in less than a instant and come back
out with the needed information.

real time algorithm tester: 
https://opencv.multimedia-processing.com/index.php#

[yotamarker]

that confirms the shiber algorithm for speeding it up

[keghn]

 Are you talking about George Shlber?: 

https://www.georgeshiber.com

[yotamarker]

no, a faucet's shiber actually.

[yotamarker]

I cleaned up the code moved stuff to the AEye class and it looks better, now I will play some nekopara

Code

Imports System.Math
Imports WindowsApp1.rinegan

Public Class Form1
    Dim eye1 As New Aeye()

    Private Sub Button1_Click(sender As Object, e As EventArgs) Handles Button1.Click
        Dim bmp As New Bitmap(imageLocaiton.Text)
        TextBox3.Clear()
        Dim ImageList As New List(Of Rectangle)
        Aeye.ImagesDetecter(bmp, ImageList)
        PictureBox1.Image = bmp.Clone()


        For Each item As Rectangle In ImageList
            bmp = Aeye.graphicContour(bmp, item.X, item.Width + item.X, item.Y, item.Height + item.Y)
        Next

        TextBox3.Text &= Aeye.DirectionGetter(bmp)
 PictureBox2.Image = bmp.Clone()
        TextBox3.Text &= "  image height : " & bmp.Height.ToString & " image width : " & bmp.Width.ToString

    End Sub

    Private Sub Form1_Load(sender As Object, e As EventArgs) Handles MyBase.Load
        Dim bmp As New Bitmap("c:\testimage\x1.bmp")
        PictureBox1.Image = bmp.Clone()
    End Sub

    Private Sub Button2_Click(sender As Object, e As EventArgs) Handles Button2.Click
        TextBox3.Clear()
        For i As Integer = 300 To 3700 Step 300
            TextBox3.Text &= i & " "
        Next
        TextBox3.Text &= ((4000 - 600) \ 300) + 1
    End Sub
End Class

[yotamarker]

[yotamarker]

also the key for the z axis

[yotamarker]

[yotamarker]

the low ratio of replies div views is beyond me