000.000.veloptmap

1
xB'3.10.xA'2.22 xA’2.22_Deriving: -Mass-impact values, differing xB’3.10_Deriving: -Alphabetical targets, differing 001.100 012.200 013.303 022.123 022.222 301.105 482.128 001.100 019.299 020.101 020.107 333.111 333.220 437.129 -> Forming -> @Trans -> Detail -> Creating -> Mirroring -> Ultimate -> Beta Trans -> Zoom -> Hand, of: -> Aesthetics -> Reactive: -> Explaining: -> Alpha, differ: -> -> All info -> Connecting -> Resulting -> Explained -> Concluded -> Working -> Deriving Bottom, of: -> Lights: -> X1.A.Y[=].X2.B: -> X1.A.Y[=].X2.B: -> X1.A.Y[=].X2.B: -> X1.A.Y[=].X2.B: -> Mass-differ: -> Formula # Version # Theme ¤ Act ¤ A’ B’ The: A & B, difference values. Are to: Adapt, a clean estimation. And, for an overlook, beyond: VELOPT. Later, there might be possible: To run, some kind of logic calculation. Over, the differing: Values, for A & B. With furth- er foot-hold, as differential statuses. From inside, each: Document.

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Page 1: 000.000.VELOPTmap

xB'3.10.xA'2.22xA’2.22_Deriving: -Mass-impact values, differingxB’3.10_Deriving: -Alphabetical targets, differing

001.100012.200013.303022.123022.222301.105482.128

001.100019.299020.101020.107 333.111333.220437.129

-> Forming-> @Trans

-> Detail-> Creating

-> Mirroring-> Ultimate

-> Beta

Trans ->Zoom ->Hand, of: ->Aesthetics ->Reactive: ->Explaining: ->Alpha, differ: ->

-> All info-> Connecting

-> Resulting-> Explained

-> Concluded-> Working-> Deriving

Bottom, of: ->Lights: ->X1.A.Y[=].X2.B: ->X1.A.Y[=].X2.B: ->X1.A.Y[=].X2.B: ->X1.A.Y[=].X2.B: ->Mass-differ: ->

Formula # Version #

Theme ¤ Act ¤

A’B’

The: A & B, difference values. Are to: Adapt, a clean estimation. And, for an overlook, beyond: VELOPT. Later, there might be possible: To run, some kind of logic calculation. Over, the differing: Values, for A & B. With furth-er foot-hold, as differential statuses. From inside, each: Document.