Patent CA-3036496-A1 (CA)
Title: An apparatus utility, input (image sensor/gpu integrates - inferential reasoning metric - pixel value as a spherical, infinity infimum, making the sensor/gpu source input output values, function, alternatively in a certain way related to) output
Inventor: DOMSHY RENNIE R
IPC: H04N5/341
Filed: 2019-03-05
Abstract: The invention pertains to; an apparatus uttility t.cndot.3001, dpix-utility Driver t.cndot.3011 and in-part, - implies ¨ a source input instrument - making the image sensor output values/GPU  source input output values, function, alternatively in a certain way related to "the viewing .smallcircle. display optic", where the scope of the appended claims and functional equivalents thereof, would be understood by one skilled in the art, distinctive and without equal to dpix t.cndot.0605 assembly in accordance with the embodiment of the invention process flow diagram of the example drawings, FIGURE - 01 - (Source Input), FIGURE - 02 -(Source Output), shows a diagram illustrating an example for bonding various element architectures in accordance with one or more embodiments of the invention, apparatus novice utility, more specifically defined here in-part below; 7 - 1. In a preferred embodiment, a combination of predictive and adaptive techniques is employed by way of example, the FIGURE - 01 - (Source Input), implies a capture device is used to/for light amplification by stimulated emission, to a pixel imaging sensor optic, to a focal-plane, by methods and means of an apparatus and systems including at least one hardware processor, at least one tangible storage medium (memory), and at least one input/output (I/O) interface of the 'optical computing system', and 7 - 2. In a preferred embodiment, FIGURE - 02 - (Source Output), implies the capture device used to/for a pixel imaging sensor optic, to a focal-plane, is captured as an original-plane, and transposed to a layer-composed "new-Plane", squared, which through using 'method and means' will preview on a .smallcircle. display optic-monitor or other preview .smallcircle. display optic, such as projector. 7 - 3. The above described and many other features and attendant advantages of the present invention will become apparent as the invention becomes better understood by reference to the following description when considered in conjunction with the accompanying drawings, defined here in-part below;     newPlaneXsphere+.0650 = dpixel-quadrant+.0660 ¨ (Source Output), embodiment, ¨    newPlane+.[display, layer], induced from FIGURE-01 - (Source Input) to FIGURE  - 02 - (Source Output); and/or composition+.0530 "target {output} or request {input}", 'source', Import/Load/Open will display the functional action taken by capture plane retrieve+. upon request of the - apparatus novice, dpix-utility Driver+.  through the (I/O), the CPU physical hardware, or memory storage device, further ref;  (the principles+.0590) [0082] - - verbiage intent ¨ .SIGMA.(~.function..fwdarw.).pi.+.ref-0590; as, pleadable+.0050 principles+.0590, conditional expectation composition+.0530; as - [apparatus novice, dpix-utility Driver+.3011] - [semantics+.0510, phrase+.0525, collectivity+.0540]  composition+.0530, (principles+.0590), - derivatives+.0545, [!Important ¨ calculust+.0170], (i) .cndot. ¨ define ¨ pleadable+.0050; as, [extrapolation]; herein the pleadable+.cndot.  invention text embodiment for understanding human language technology and/or natural language information.., .cndot.a) ¨ where; ¨ in-part; as, for understanding, extrapolation implies or equates the/a datum information point derived, .cndot.    b) ¨ where; ¨ in-part; as, the/a datum information point derived, is the subject of the composition+.0530 .cndot.c) ¨ where; ¨ in-part; as, the subject of the composition+.0530, and the extrapolation implies or equates, example, a droplet of water, H2O, and therefore are represented by a group of dpix+.0605 - derivatives+.0545, collectivity+.0540; .cndot.    d) ¨ which; ¨ differs from the following, .cndot.    e) ¨ where; ¨ in-part; as, the subject of the composition+.0530, and the extrapolation implies or equates table salt and barium oxide, are NaCl and BaO.  respectively, and therefore are differently represented by a group of dpix+.0605 -derivatives+.0545, collectivity+.0540; .cndot.    f) ¨ however; - collectivity+.0540; .cndot.    g) ¨ where; - in-part, [the understanding], understanding human language technology and/or natural language information.., extrapolation implies or equates the/a datum information point derived, H2O, and NaCI and BaO , could therefore represent salt water by a single or group of dpix+.0605 -derivatives+.0545, collectivity+.0540; a 'pertaining' that is derived from another 'pertaining', composition+.0530, (ii) .cndot. ¨ define - pleadable+.0050; as, conditional expectation, a 'pertaining' that is derived from another 'pertaining', composition+.0530, as, [apparatus novice, dpix-utility Driver+.3011], - derivatives+.0545, collectivity+.0540; created by arranging several things to form a unified whole, that which something is composed, the spatial property resulting from the arrangement of parts in relation to each other and to the whole/part/in-part derivatives+.0545, and where as, in-part referenced as, means mark-up and index, used in-part reference, further, in-part referenced as, conditional where +.cndot. and +.cndot.    references and/or cross references indexed numbers/numerics/words that bears the same "meaning" subjective.., includes errors and omissions attributed to the pleadable's claim representation where errors and omissions would precieve misrepresentation those specifically enumerated included in core pleadable') of this patent abstract to the third-party interpretation of the process of conceiving, specifying, designing, programming, documenting, testing, and bug fixing involved in creating and maintaining applications, frameworks, or other components, [1;] Software development is a process of writing and maintaining the source code, but in a broader sense, it includes all that is involved between the conception of the desired software through to the final manifestation of the software, sometimes in a planned and structured process. Therefore, software development may include research, new development, prototyping, modification, reuse, re-engineering, maintenance, or any other activities that result in software products, [2;]  Software can be developed for a variety of purposes of a specific case with custom software, to meet a perceived need of some set of potential embedded software development, that is, used for controlling required development process to be integrated with the development of the controlled physical product, in the act of describing; dpix+.0605 - dpixelens+.10101 and, system software underlies applications and the programming process itself, and is often developed separately.  Critical core pleadable of this patent abstract is the output visual tangable+.0595, in the pleadable+.0050 act of describing a process to be integrated with the development of the controlled physical product; dpix+.0605 - dpixelens+.10101, collectivity+.0540; [1 ...] -inclusive; - dpix+.0605; as, ¨ [inclusive; dpix+.cndot., dpixel+.cndot., dpixelive+.cndot., dspixel+.cndot.], collectivity+.0540; as, ¨ [!lmportant ¨ calculus+.0170], thus, [2...] -inclusive; - output visual tangable+.0595; as, ¨ inclusive; dpix+.0605, collectivity+.0540, in-part referenced as, in the pleadable act of describing; dpix+.0605 - dpixelens+.10101, collectivity+0540;  [3...] - inclusive; .SIGMA.(~.function..fwdarw.).pi.+.ref-0590; as, conditional expectation composition+.0530 ¨  [inclusive; apparatus novice, dpix-utility Driver+.3011, as, (principles+.0590), where; - in-part - define - .SIGMA.(~.function..fwdarw.).pi.+.ref-0590; as, conditional expectation; [a 'pertaining' that is derived from another 'pertaining], composition+.0530, 3 - (i-a) .cndot. ¨ where; - in-part; as, .SIGMA.; implies; .SIGMA. sigma summation - sum of all values in range of series; eg. .SIGMA. xi= x1+x2+...+xn 3 - (i-b) .cndot. ¨ where; - in-part; as, [ ]; implies; brackets calculate expression+-0515 inside first; eg. [(1+2)*(1+5)] = 18 3 - (i-c) .cndot. ¨ where; - in-part; as, (); implies; parentheses calculate expression+0515 inside first; eg. 2 * (3+5) = 16 3 - (i-d) .cndot. ¨ where; - in-part; as, ~ ; implies; nabla / del gradient /  divergence operator; eg. ~.function. (x,y,z) 3 - (i-e) .cndot. ¨ where; - in-part; as, .function.; implies; .function.  function of (x) maps values of x to .function.(x), .function.(x) = 3x+5 or .function. (x) probability density function (pdf) P(a <=x<= b) = .intg. .function. (x) dx 3 - (i-f) .cndot. ¨ where; - in-part; as,.fwdarw.; implies; implied conditional expectation 3 - (i-g) .cndot. ¨ where; ¨ in-part; as, .pi.; implies; capital pi product -product of all values in range of series; eg. .pi. xi=x1.cndot.x2.cndot.....cndot.xn [0083] - - verbiage intent.0100; [dpix+.0605]; [infinity+.cndot. (~)+.cndot.  infimum+.0110; ¨ [mark doppler shift+0201] ¨ [non-zero dimension]; inclusive as, - derivatives+.0545 -[collectivity+.0540], [!lmportant - calculus+.0170] as, pleadable+.0050;   (i-a) .cndot. ¨ define - infinity+. (~)+.cndot. infimum+.0110; as, [mark+.cndot. (~)+.0130 ¨~¨baseline -primal+.cndot.~ -dspixel+.cndot./sphere+.cndot. ¨collectivity+.0540] - ["fore (infinity+.cndot. (~)+.0130 infimum+.cndot.) aft"] ¨ object/objective ~-baseline horizon ~ (primal+.0231~-.angle.), [1...] -inclusive; ¨ dpix+.0605; as - [!lmportant - calculus+.0170], (i-b) .cndot. ¨ define - infinity+.0120; as, ¨ line of sight/site+.0221, (i-c) .cndot. ¨ define ¨ (~)+.0130; as, ~- baseline - primal+.0231~ -dspixel+.cndot.sphere+.cndot. ¨ inferential+.0555 reasoning principles+.0590, - metric+.0190 - orb-like+.0150 ¨  subset+.0160 calculus+.0170 collectivity+.0540, (dspixel+  -+.cndot.geographical area of the sphere+.0261) dpix-intracellular+.0640, "fore-infinity+.cndot. (~)+.0130 infimum+.-aft" ¨  object/objective ~- baseline horizon ~ (primal+.0231~-.angle.) - mark doppler shift+.0201, a ~- baseline, primal+.cndot., and a sphere+.cndot., inclusive with a zenith and nadir divided by a horizon line, (i-d) .cndot. ¨ define - infimum+.0140; as, ¨ the greatest element of the containing set that is smaller or equal to all elements of the subset+.0160, (i-e) .cndot. ¨ define - orb-like+.0150; as, ¨ [spherical+0271 - (ball)], object/objective to mark+.0202, (i-f) .cndot. ¨ define ¨ orb+.0151; as, - [spherical+.0271 ¨ (ball)], object/objective to; subset+.0160, (i-g) .cndot. ¨ define ¨ orb-fluency+.0155; as ¨ [spherical+.0271 ¨  (trajectory)], object/objective to; subset+.0160, (i-h) .cndot. ¨ define ¨ subset+.0160; as, ¨ [dpixel+.cndot. metric +,cndot. -(calculus+.cndot.)] member set within another set, (i-j) .cndot. ¨ define ¨ calculus+.0170; as, ¨ [(subset+.cndot) -(metric+.cndot.)] with limits, differentiation and integration of functions preparation+.0180, (i-j) .cndot. ¨ define ¨ preparation+.0180; as, ¨ [(infinity (~)+.cndot.  infimum+.0110) -(metric+.0190)] is performed according to an order of operations, as, dpixel+.  -metric+.0190 - (subset+.0160) calculus+.0170, (i-k) .cndot. ¨ define - metric+.0190; as, ¨ a system of related measures that facilitates the quantification of a calculus+0170, wherein the dpix+.cndot., dpixe+.cndot., dpixelive+.cndot., dspixel+.cndot.  particular characteristic is composed software coding, decoding methods, (i-l) .cndot. ¨ define - metric-fluency+.0195; as, ¨ a system of related measures that facilitates the quantification of a calculus+.0170, wherein the dpix+.cndot., dpixel+.cndot., dpixelive+, dspixel+.cndot. particular characteristic is composed software coding, decoding methods of unconstrained, flowing smoothly in movement within an orb/orb-like+.0150, subset+.0160, calculus+.0170, thus a subjective metric is a system of related measures that facilitates the quantification of some particular characteristic, [0084] - - verbiage intent.0200; [mark doppler shift+.0201] -[semantics+.0510, phrase+.0525, collectivity+.0540] - [non-zero dimension]; (i-a) .cndot. ¨ define - mark doppler shift+0201; as, ¨ [inclusive; mark+.0202 doppler+.0205 shift+.0207] ¨ [non-zero dimension] - (for mark-up and index formatting, attach a tag or label to, detect and remember), collectivity+.0540, [1...] inclusive; -mark+.cndot. doppler+.cndot. shift+.cndot.; as, ¨ [to the acronym: (~)t.0130 - ~- baseline, primal+0231~, sphere+.0261] (orb-like+.0150 ball), objective ~ baseline mark t.cndot. via zenith and nadir;  (primal+.0231~) = zenith-nadir ÷ by a horizon line: or/if as, a focal-plane+.4001, therefore (360/180°) or/if as, orb-like+.0150, therefore spherical angle (.angle.= AOB =  180°), (i-b) .cndot. ¨ define ¨ mark+.0202; as, ¨ non-zero dimension - (for mark-up and index formatting, attach a tag or label to, detect and remember) ¨ as, primal+.0231~.angle.;  zenith-nadir ÷ by a horizon; equates the/a datum information point derived measurement or research assignment of an address.     (i-c) .cndot. ¨ define - doppler t.cndot.0205; as, ¨ [mark t.cndot.~t.cndot.0130 - ~ baseline -primal t.cndot.0231~ -dspixel t.cndot./sphere] ¨ [acronym:   baseline, primal t.cndot., sphere t.cndot.] off-set from primal t.cndot.0231~ site t.0221; progressive for "non-zero dimension", (for mark-up and index formatting, attach a tag or label to, detect and remember), mark doppler shift.cndot.0201, ontologies: (computing) a rigorous and exhaustive organization of dpixel t.cndot. knowledge domain that usually corresponds to the index hierarchical and contains all the relevant entities and their relations that defines the external attributes mapping the variable datum item ID that can later be used as - Output: the set best for mark doppler shift t.cndot.0201 field attributes, that defines the external attributes, (the acronym; doppler; the datum point that scans the t.cndot. geographical area of the sphere t.cndot.0261 for subset t.cndot.0160 members and those members within other subsets of a sphere t.cndot.261 of the geographical area), (i-d) .cndot. ¨ define - shift t.cndot.0207; as, ¨ attributes mapping the variable datum item ID  field attributes that defines attributes that are used as an off-set from the primal t.cndot.0231 site t.cndot.0221, (i-e) .cndot. ¨ define - ~-site t.cndot.0221; as, ¨ primal's t.cndot. physical position in relation to the surroundings, (i-f) .cndot. ¨ define - primal t.cndot.0231~, as, ¨ serving as an essential component, in an original stage/state, (i-g) .cndot. ¨ define - vertex t.cndot.0241~; as, ¨ point/node of intersection of lines, (i-h) .cndot. ¨ define - tri-vertex t251~; as, ¨ node ~ - 3pt-perspective component -manifolds; 1.., A set of node-points such as those of a closed surface or an analogue in three or more dimensions, 2.., node combine or increase several or many times, (i-j) .cndot. ¨ define - sphere t.cndot.0261; as, ¨ (dspixel t.cndot. -dimensional in shape -sphericar t.cndot.271 (orb-like t.cndot.0150 ball), object/objective to mark t.cndot.202), [dpixer metrie -(calculus t.cndot.)] that includes the sphere and everything inside the sphere t.cndot., suggestively; infer-axiom, all points with a distance equates less than -.phi..cndot..pi..cndot.r-(radians, radius, radii) from the given point, where the fore-implied as a focal-planet' image, except as otherwise annotate, inclusive, t'geographical area of the sphere t.cndot.0261 (i-k) .cndot. ¨ define - sphericar0271 ¨ dspixer- dimensional in shape, sphere t.cndot.0261 (orb-like t.cndot.0150 ball) (i-l) .cndot. ¨ define - sphericity t.cndot.0281; as, ¨ dspixel t.cndot. -vgeographical area of the sphere t.cndot.0261, and t.cndot.geographical area sphericity t.cndot.0281 [set, mark, draw, boundaries]     [0085] ¨ ¨ verbiage intent .cndot.300; [continuous to: verbiage intent t .cndot.0399]; as, ¨ [varible condition non-defined]; as, ¨ [inclusive; ] [0086] ¨ ¨ verbiage inten t.cndot.40 0; [define ¨ translucent-laset.cndot.400, dopplert.cndot.2O5] (i-a) .cndot. ¨ define ¨ lase t.cndot.401; as, ¨ acronym for light amplification by stimulated emission, (i-b) .cndot. ¨ define ¨ symmetry t.cndot.450, as, ¨ [sphere t.cndot.02611, reflection of a primalt0231b_, reflection of opposite sides of a primal t.cndot.2316_, subset t.cndot.', from within (like a two .cndot.  sided sphere mirror) from without, or reflective as "back to back", (i-c) .cndot. ¨ define ¨ symmetry-pri t.cndot.0451; as, ¨ [...with divergence]  - moving away from a common point in an infinite series to; markt*>(to/from)<mark t.cndot., primal t.cndot.0231~, (i-d) .cndot. ¨ define ¨ symmetry.cndot.dc t.cndot.455; as, ¨ [...with divergence/convergence] -moving away/to a point in an infinite series resiling to the original position;  markt.cndot.>(to/from)<mark t.cndot., primar0231, sphericity t.cndot.0281, dopplervons shift-t.cndot.0207 (i-e) .cndot. ¨ define ¨ symmetry-geot.cndot.t.cndot.475 - as, -[t.cndot.geographical area sphericity t.cndot.0281 -moving from a point in an infinite series resiling to the original position;  markt.cndot.>(to/from)<mark t.cndot., primal t.cndot.0231, sphericity t.cndot.  0281, do pplert-0205 snift t.cndot.0207, (i-f) .cndot. ¨ define ¨ symmetry.outshpr t.cndot.477; as, ¨ [outer-sphere area sphericity] -moving from a point in an infinite series resiling to the original position;  markt.cndot.>(to/from)<mark t.cndot., primal t.cndot.231, sphericity t.cndot.0281, doppler t.cndot.0205 shift t.cndot.0207 (i-g) .cndot. ¨ define ¨ symmetry.cndot.inshprt.cndot.479; as, ¨ [inner-sphere area sphericity] -moving away a point in an infinite series resiling to the original position;  mark t.cndot.>(to/from)<mark t.cndot., prime'0231, sphericity t.cndot.0281, doppler t.cndot.' shift t.cndot.0207, [0087] ¨ ¨ verbiage intent.cndot.5 ; [semantics"'510] ¨ [expressiont.cndot.515 collectivityt.cndot.540] (artifac t.cndot.0520)¨ preparationt.cndot.180 derivatives"545 ¨  phraset.cndot.25, (i-a) .cndot. ¨ define ¨ semantics t.cndot.510; as, ¨ [expression t.cndot.515 ¨ collectivity t.cndot.0540] (artifact t.cndot.0520)¨ preparation-t.cndot.0180 derivatives t.cndot.545 phrase t.cndot.525 ¨ meaning of a word, phrase, sentence, or text are the paraphrase of only to the related matter of ¨ the principles t.cndot.0590, description here-in commonly used as a statement that represents something in words, and/or with mathematical formulation, in the act of describing;  dpix t.cndot.0605 dpixelenst.cndot. t.cndot.10101 and, more particularly, to the executable novice architectures and methods of/for dpixt.cndot.-utility Drivert.cndot.3011, execute-Driver t.cndot.3041, adhering to Computing - artifact t.cndot.0520 (software development), one of many kinds of tangible by-products produced during the development of software achieve virtual artifactt.cndot.0520 computability, with an object in a digital environment design of software modeling ¨ computability, include third party format as/like (UML), Unified Modeling Language, executable - execute-Driver t.cndot.3041, (i-b) .cndot. ¨ define ¨ expression"515; as, ¨ [phrase t.cndot.0525 phrased t.cndot.0525a (artifact t.cndot.0520) group of mathematical formulation statements/words that are considered as a single unit making a mathematical statement, (i-c) .cndot. ¨ define ¨ artifact- t.cndot.0520; as, ¨ [man-made object taken as a whole], adhering to Computing - (software development), one of many kinds of tangible by-products produced during the development of software achieve virtual artifact t.cndot.520 computability, with an object in a digital environment design of software modeling (i-d) .cndot. ¨ define ¨ phrase t.cndot.525 phrased"'; as, ¨ whose meanings cannot be inferred from the meanings of the words that make it up, herein, as artifac t.cndot.520 is one of many kinds of tangible by-products produced during the development of software that help describe the function, architecture, and design of software modeling ¨ computability, include third party format as/like (UML), Unified Modeling Language, executable - execute-Driver t.cndot.3041, (i-e) .cndot. ¨ define ¨ compositiont"; as, ¨ [collectivity"540] ¨ [expression t.cndot.0515]  ¨ [phrase.cndot.525 phrased t.cndot.0521; as, 'pertaining' that is derived from another 'pertaining', (i-f) .cndot. ¨ define ¨ collectivityt.cndot.540 [expressiont.cndot.515] ¨ [phrase t.cndot.0525 phrase.cndot.0525a] inclusive as whole/part/in-part derivativest.cndot.545, as, all the subjective (logic) reason by deduction to complete actions required involving inferencet.cndot.' principlest.cndot.' of the implied graphic image ¨ FIGURE - 02 - (Source Output) ¨ FIG. 03), as, the collective sum; aggregate or mass of anything specifiable, ¨ example: in-part;  ¨  the expected number of trials needed to collect a complete set of n different objects when picked at random with repetition, using 'method and means' as compare progressive for "non-zero dimension" (for mark-up and index formatting), used in-part reference, a mass of storage information accessible by a 'search' method supported with.., cognition collectivityt'' embodiment, applicable for dpixelenst'10101, Al Logic; ¨ (cognition collectivityt'54  result in perception, learning and reasoning),   instantaneous change of one quantity relative to another; df(x)/dx - (derived function / differential coefficient), [2..,] - inclusive; ¨ subjective-derivatives t.cndot.0545 within the mind and modified by individual bias; inclusive, ¨ a 'pertaining' that is derived from another 'pertaining' - (linguistics / derived function /  differential coefficient), (i-h) .cndot. ¨ define ¨ inference t.cndot.0550; as, ¨ [principles t.cndot.0590, collectivity t.cndot.05401, reasoning involved in drawing a conclusion or making a logical judgment on the basis of circumstantial evidence and prior conclusions rather than on the basis of direct observation,   further, ["inferential t.cndot.0555 reasoning", principles t.cndot.590, inference t.cndot.0550, collectivity t.cndot.540]  reasoning involved in drawing a conclusion or making a logical judgment on the basis of circumstantial evidence and prior conclusions rather than on the basis of direct observation, thus a subjective metric is a system of related measures that facilitates the quantification of some particular characteristic, (i-j) .cndot. ¨ define ¨ t.cndot.0560, as, ¨ [varible condition non-defined];  as, [inclusive]  (i-k) .cndot. ¨ define ¨ t.cndot.0565; as, ¨ [varible condition non-defined];  as, [inclusive] (i-I) .cndot. ¨ define ¨ t.cndot.0570; as ; ¨ [varible condition non-defined];  as, [inclusive]  (i-m) .cndot. ¨ define ¨ aberrationt0575; as, ¨ [dpixt'n markedly different from the norm, (i-n) .cndot. ¨ define ¨ spatiotemporalt""; as, ¨ [coherence t.cndot.585]  relating to space and time together, four-dimensional coordinate system (three dimensions of space and one of time, measured in both resistance and distance) in which physical events are located, (i-o) .cndot. ¨ define ¨ coherence t.cndot.0585; as, ¨ [spatiotemporalt'n logical, orderly, and consistent relation of parts cohering, (i-p) .cndot. ¨ define ¨ principles t.cndot.0590; as, ¨ [in-part of the embodiment] (Source Input) ¨ newPlaneXsphere t.cndot. = dpixel-quadrant t.cndot. ¨ (Source Output), as, conditional expectation composition t.cndot.0530    as in, apparatus novice, dpix-utility Driver t.cndot.3011, as, further, (principles t.cndot.0590), where; ¨ in-part ¨ define ¨  ; as, conditional expectation; [a 'pertaining' that is derived from another 'pertaining], composition t.cndot.0530 .cndot.    a) ¨ where; ¨ in-part; as, E; implies; E sigma summation - sum of all values in range of series; eg. .SIGMA. xi= x1+x2+...+xn .cndot.    b) ¨ where; ¨ in-part; as, [ ]; implies; brackets calculate expression t.cndot.0515 inside first; eg. [(1+2)*(1+5)] = 18 .cndot.    c) ¨ where; ¨ in-part; as, (); implies; parentheses calculate expression t.cndot.515 inside first; eg. 2 * (3+5) = 16 .cndot.    d) ¨ where; ¨ in-part; as, ~ ; implies; nabla / del gradient /  divergence operator;  eg. ~f (x,y,z) .cndot.    e) ¨ where; ¨ in-part; as, f; implies; f function of (x) maps values of x to f(x) f (x) = 3x+5 or f (x) probability density function (pdf) P(a <= x <=  b) = ~ f (x) dx .cndot.    f) ¨ where; ¨ in-part; as, ¨ ; implies; implied conditional expectation .cndot.    g) ¨ where; ¨ in-part; as,.PI.; implies; capital pi product -product of all values in range of series; eg. .PI. xi=x1.cndot.x2.cndot.......cndot.xn .., (i-q) .cndot. ¨ define ¨ output visual tangable t.cndot.0595; as, dpix t.cndot.605, collectivity t.cndot.540, ¨  further in-part referenced as, conditional expectation composition t.cndot.0530 ¨  [inclusive; apparatus novice, dpix-utility Driver t.cndot.3011], as, (principles t.cndot.0590, [0088] ¨ ¨ verbiage intent .cndot.0600; [dpix t.cndot., dpixel t.cndot., dpixelive t.cndot., dspixel t.cndot.] ¨ [semantics t.cndot.0510 phrase'', collectivity t.cndot.0540 " - inclusive; dpixel valuet.cndot.oslo; (i-a) .cndot. ¨ define ¨ dpix t.cndot.0605; as, ¨ [inclusive; dpix t', dpixel t', dpixelive, as, transition of the digital pixel aberration convergence as in, dspixelt' -dimensional in spheret.cndot.0261 subjective to the term dpix-intracellulart equates a descriptive value datum, (i-b) .cndot. ¨ define ¨ dpixel value t610; as, ¨ [the apparatus novice utility, takes a sensor pixel value ref-t.cndot.0610, referent and returns ¨ dpixel value t.cndot.0610], related to "the viewing .smallcircle. display optic", in digital imaging, a pixel, pel, dots, or picture element is a physical point in a raster image, or the smallest addressable element in an all points addressable display device; so it is the smallest controllable element of a image/picture/display/newPlane t.cndot.0625 represented, (i-c) .cndot. ¨ define ¨t.cndot.0615, as, ¨ [varible condition non-defined];  as, [inclusive] (i-d) .cndot. ¨ define ¨ t.cndot.0620; as, ¨ [varible condition non-defined];  as, [inclusive] (i-e) .cndot. ¨ define ¨ newPlane t.cndot.0625; as, ¨ [display, layer, dpixel value t.cndot.0610], geometry of 2-dimensional figures geometry of 2-dimensional figures inherent with spatiotemporal t.cndot.0580 coherence t.cndot.0585 property having dimensions / time / mass /  cognitive content; range of what has been perceived, discovered, learned, or hypothetical hypothesis, subjective to cognitive dissonance; conflicting ideas ¨ [primal+.2316~ ~] zenith-nadir ÷ by a horizon asymptote, or (glyph symbolic representation ~ zenith-nadir ÷ by a horizon asymptote,) more defined as, "fore (infinity (~)+.cndot. infimum +.0110) aft", equates the/a datum information point derived measurement or research assignment of an address to the quadrant, [0089] - - verbiage intent.0700; [continuous to: verbiage intent.1999;]; as: (i-a) .cndot. ¨ define ¨_+.0701; as, ¨ [varible condition non-defined]; as, ¨  [inclusive; continuous to: verbiage intent.1999;] [0090] - - verbiage intent .2000; [ddp-list+.2001] ¨ acronyms; ddp-ac+.cndot., ddp-m2m+.cndot., ddp-m2m.cndot.pri.t.cndot., ddp-m2m.1×#+.cndot., wherein also common to the ddp-list+.2001;  asynchronously or (digital communication) pertaining to a transmission technique that does not require a common clock between the communicating devices; timing signals could be derived from special characters in the data/datum stream itself, (i-a) .cndot. ¨ define ¨ ddp-list+.2001; as, - collectivity+.0540; ddp-ac+.2003, ddp-m2m+.2011, ddp-m2m.pri.+.2021, ddp-m2m.1×#+.2031, and as, 2.transition, meaning in-part, "to.transition", as, transition of the digital pixel aberration convergence as in, dspixel+.cndot. - dimensional in sphere-shape pixel, (i-b) .cndot. ¨ define ¨ ddp-ac+.2003; as, ¨ ...with digital dpixel-analog conversion, (i-c) .cndot. ¨ define ¨ ddp-m2m+.2011; as, ¨ ...digital dpixel-pass-through, entity relationship pass-through many-to-many datum-data model, (i-d) .cndot. ¨ define ¨ ddp-m2m.pri.+.2021; as, - ...with digital dpixel-convergence, an approach of an infinite series to a finite limit, mark>(to/from)<mark primal+.0231~, symmetry+0450, (i-e) .cndot. ¨ define ¨ ddp-m2m.1×#+.2031; as, - ...with digital dpixel-machine to machine, direct communication between composition+.0530 "target {output} or request {input}", any 'source' and/or lmport/Load/Open are interchangeable to a o display optic-graphic+.5001, that will display the functional action taken by capture retrieve-plane+.3075', upon request through the (I/O), the CPU physical hardware, or memory storage device referred, devices, an implementation of Object Management, [0091] - - verbiage intent.3000; system embedded technology+.'3005 _ dpixelens+.10101, dpix-utility Driver+.3011 _ [semantics+.0510, phrase+.0525, collectivity+.0540, - derivatives+.0545], (i-a) .cndot. ¨ define - apparatus utility+.3001; as, ¨ ["novice-utility"  function] asset value apparatus, wherein; About System Summary / Hardware Resources /  Components / Software Environment; [(dpix+.-Whatis-data) (dpix+.-Whereis-data) .(dpix+.-Whois-data)] associated/request inf/ini / dpix-getDisplay; upLoad-Driver+., dpix-utility Driver+.3011 - execute-Driver +.3041..; System / System Information / Find system settings drivers / Hardware Resources / Components / Software Environment;... devices - printers / scanners / PnP - monitors, etc, thus, Software Environment / employs all listed system drivers, inclusive with OLE  Registration Program operative information, further, system embedded technology+.3005 _ Object, Recognition, Similarity and Matching intersecting points between successive images or herein after (aka, RSM-object), may be referenced as 'RSM-o', using 'method and means' as compare progressive for "non-zero dimension" (for mark-up and index formatting, attach a tag or label to, detect and remember) mark doppler shift+.0201, versus mark doppler shift.0201, 'moved tolerance' architectures FIGURE - 01 - (Source Input) through FIGURE - 02 - (Source Output), respectively, in accordance with one or more embodiments of the invention, (i-b) .cndot. ¨ define ¨ system embedded technology+.3005; as, ¨ asset dpixelens+.10101 -[collectivity+.0540, derivatives+.0545] ¨ Al Logic, similarity and matching intersecting points between successive ¨ dpix-intracellular+.0640, images or hereinafter (aka, RSM-object datum, hereinafter may be referenced as 'RSM-o') using 'method and means' as compare progressive for "non-zero dimension" (for mark-up and index formatting, attach a tag or label to, detect and remember) mark doppler shift+0201, versus ¨ infinity (~)+. infimum+.0110, 'moved tolerance' doppler+.0205 shift+.0207, relevant; -(having a bearing on or connection with the subject at issue)-about System Summary / Hardware Resources / Components / Software Environment.., [(dpix+.-Whatis-data) (dpix+.-Whereis-data) (dpix+.-Whois-data)]  associated/request inf/ini / dpix-getDisplay; upLoad-Driver+., dpix-utility Driver+.3011 ¨ execute-Driver+.3041; System / System Information / Find system settings drivers /  Hardware Resources / Components / Software Environment.., devices - printers /    scanners / PnP - monitors, etc, thus, Software Environment / employs all listed system drivers, inclusive with OLE Registration Program operative information, (i-c) .cndot. ¨ define - dpix-utility Driver+.3011; as, ¨ [utility dpixel+.]  capture-input+.3053 [(I/O) interface], "target {output} AND request {input}", uploaded usually from a ROM Drv storage media read-only memory, USB, CD, HD, (i-d) .cndot. ¨ define ¨ dpix-utility sensor-retrieve+.3012; as, ¨ [utility Driver+.] sensor optic+.3081 [(I/O) interface], "target {output} AND request {input}", (i-e) .cndot. ¨ define - dpix-utility screen-retrieve+.3014; as, ¨ [utility Driver+.] screen optic+3091[(I/O) interface], - composition+.0530 "target {output} AND request {input}", any 'source' and/or Import/Load/Open are interchangeable to a o display optic-graphic+.5001, that will display the functional action taken by capture retrieve-plane+.3075 as requested through the (I/O), the CPU physical hardware, or memory storage device referred as "target {output} AND request {input}", ¨  focal-plane+.4001, (i-f) .cndot. ¨ define ¨ Sensor Driver+.3021; as, ¨ [system settings] sensor spec info, (capture-input+.3053), (i-g) .cndot. ¨ define ¨ Graphic Driver+.3031; as, ¨ [system settings] graphic spec info, (display-output), (i-h) .cndot. ¨ define ¨ execute-Driver+.3041; as, ¨ [dpix-utility Driver+.3011], layer-captured-plane+.4011, (i-i) .cndot. - define - capture original optic+.3051; as, ¨ [source input] -Image implied captured, (i-j) .cndot. ¨ define - capture-input+.3053; as, ¨ [source input] - implied hardware/software/image, (i-k) .cndot. ¨ define - capture rate-optic+.3061; as, ¨ [1/1 still; 10/1 motion; 32+/1×#  vid] captured, (i-I) .cndot. ¨ define - capture original-plane+.3071; as, ¨ [source input -(original)] -Image implied, (i-m) .cndot. ¨ define ¨ capture retrieve-plane+.3075; as, ¨ [source input -(retrieve)] -Image implied - original+.3071 any 'source' - Import/Load/Open, any induced plane, focal-plane+.4001, (i-n) .cndot. ¨ define ¨ capture sensor optic+.3081; as, ¨ [focal-plane+.cndot. - pixel imaging sensor], (i-p) .cndot. ¨ define ¨ capture screen optic+.3091; as, ¨ [focal-plane+.cndot. - graphics processor], [0092] - - verbiage intent .4000; [optic] ¨ ["novice-utility" function]  compose, [collectivity+.0540] Object Recognition, hereinafter; aka, RSM-object datum, may be referenced as 'RSM-o'; (i-a) .cndot. ¨ define ¨ focal-plane+.4001 - [capture original optic+.3051] -an original image archived as "background" ¨ implies ¨ a source input to an Image Sensor and/or Graphic Processor source input output values and/or any 'source' and/or Import/Load/Open, of an induced plane used by methods, apparatus and systems including at least one hardware processor, at least one tangible storage medium (memory), and at least one input/output (I/O) interface of the 'optical computing system', prior to; upLoad-Driver+.6001, (I/O port) ¨ Run / driver / Utility /  sensor /  display / output .., capture original-plane+.3071, (i-b) .cndot. ¨ define ¨ layer-captured-plane+.4011 ¨ [execute-Driver+.3041]-(i-c) .cndot. ¨ define ¨ layer-captured-display+.4021 ¨ [display utility output] - display plane (i-d) .cndot. ¨ define ¨ layer-display retrieve+.4025¨ [source] (inclusive of;    Import/Load/Open), (i-e) .cndot. ¨ define ¨ layer-o display optic-Layer-1+.4031, ¨ the monitor area - optic display (brand name) monitor with an original image archived as "background" ¨    herein implies ¨ FIGURE - 02 - (Source Output) ¨ FIG. 01 (Layers -1,-2), ¨  capture screen optic+.3091, (i) .cndot. a) (Layer - 1), example in pixel measurement where;  (1920x1080) resolution of a monitor display (Layer-1) with 4/90°  vertex+.0241 .angle.: -(X0,Y0) ¨ (XH,Y0) ¨ (X0,YV) ¨ (XH,YV) .., (annotate critical: see graphic image ¨  FIGURE - 02 - (Source Output) ¨ FIG. 01 (Layers -1,-2)), (i-f) .cndot. ¨ define ¨ layer-o display optic-Layer-2+.4041, ¨ layer-composed "new-Plane - radii" ¨ herein implies ¨ FIGURE - 02 - (Source Output) - FIG. 01 (Layers -1,-2), ¨ layer-captured-display+.4021, (ii) .cndot. a), (Layer-2), eg. in pixel measurement where; (1080x1080) resolution of a '(new-Plane - radii)' (Layer -2) -(XA,Y0) ¨ (XB,Y0)¨ (XA,YV) ¨ (XB,YV), composed capture ¨ with 4/90° tri-vertex+.0251 node .angle., inclusive with a radii sphericity+.0281, geographical area, output, -(annotate critical: see graphic image ¨ FIGURE - 02 - (Source Output) ¨ FIG.    (Layers -1,-2) - radii), (i-g) .cndot. ¨ define ¨ layer-o display optic-Layer-3+.4051, ¨ layer-captured-plane+4011 'new-Plane' ¨ herein implies ¨ FIGURE - 02 - (Source Output) ¨ FIG. 01 (Layers -1,-2), layer-captured-display+.4021, (iii) .cndot.- a) - (Layer-3) - example in pixel measurement where; (1080x1080) resolution of a, 'new-Plane' - (Layer - 2) -(XA,Y0)¨ (XB,Y0) ¨ (XA,YV) ¨ (XB,YV) .., composed capture ¨ with 4/90°  tri-vertex+.0251 node .angle., inclusive within the +.cndot.geographical area sphericity+.0281, is the subset+., subjectively pre-defined; the Image implied, FIGURE - 01 (Source Input), Fig. 01 (Input-Output), a silhouette digit pixel person, and projected through to FIGURE - 02 - (Source Output), FIG. 03 (Layer - 3) - captured, similarity of any/all source input output values Graphic Processor and/or Image Sensor and/or any 'source' of an induced plane display (output) ¨ (annotate critical: see graphic image ¨ FIGURE - 02 - (Source Output) ¨ FIG. 03) [0093] - - verbiage intent.5000; [o display optic+.]; as, ¨ focal-plane+.4001 -a display novice, dpix+.-utility, (i-a) .cndot. ¨ define ¨ o display optic-graphic+.5001; as, ¨ focal-plane+. -a display utility (i-b) .cndot. ¨ define ¨ o display optic-monitor+.5011; as, ¨ focal-plane+. -to a monitor (i-c) .cndot. ¨ define ¨ o display optic-printer+.5021; as, ¨ focal-plane+. -to a printer default [0094] - - verbiage intent.6000; [upLoad-Driver+.] ¨ system embedded technology+.3005; as, a novice utility function, compose, [collectivity+.0540] dpix-utility Driver+.3011, inclusive to novice utility function asset value apparatus, dpixelens+.10101, (i-a) .cndot. ¨ define - upLoad-Driver+.6001; as, ¨ [(I/O) interface] prior to; upLoad-Driver+. (I/O port) ¨ Run / driver / Utility / sensor / display /  output - (Source output) (i-b) .cndot. ¨ define - in-part referenced as, in the pleadable act of describing;  dpix+.0605 dpixelens+.10101, collectivity+.0540; (i-c) .cndot. ¨ define - [optic] ¨ ["novice-utility" function] compose, [collectivity+.0540]  Object Recognition, hereinafter; aka, RSM-object datum, may be referenced as 'RSM-o'; [0095] - - verbiage intent .10100; [dpixelens+.10101¨ Al Logic; an apparatus novice, dpix-utility Driver+.3011] - [semantics+.0510, phrase+.0525, collectivity+.0540],(artifact+.0520) -preparation+.0180_ derivatives+.0545, - (annotate; replace lens with dpixelens+.10101 is not a requirement of this apparatus utility+.cndot., dpix-utility Driver+.3011, but is suggestive as a source input instrument asset to further enhance this apparatus utility+.cndot.), (i-a) .cndot. ¨ define - dpixelens+.10101; as, Al Logic; an asset value apparatus, novice utility, detailed for measuring, recording, and controlling, as needed, expressed in terms of fundamental quantities like time, mass and length ¨ implies - a source input instrument - capture original optic+.3051 the image sensor/GPU source input output values, function, alternatively in a certain way related to "the viewing o display optic" ¨ the dpixelens+.10101 point2point , doppler+.0205 shift+.0207, - ddp-m2m.pri.+.2021 in preparation+.0180 of dissonance, for Al Logic, conflict opinions, actions/characters, fixed (one conflict) v (motion) unfixed (repeat conflict), through a predetermined cashe and/or page swap file, repeat, further, what is claimed;    image implied, FIGURE - 01 (Source Input), Fig. 01 (Input-Output), see Img, spherical aberration+.0575 prism, replace with dpixelens+.10101, further, the Image implied, FIGURE - 01 (Source Input), Fig. 01 (Input-Output), further implies -an apparatus novice utility ¨ (dpixelens)+.10101 is the subject of novelty of Fig. 02.     Capture (retrieve) plane, further defined as, capture retrieve-planet'''; .cndot.    a) ¨ Inclusive ¨ apparatus utility t.cndot.3001 ; as, ¨ ["novice-utility" function] asset value apparatus, .cndot.    b) ¨ Inclusive ¨ system embedded technology t.cndot.3005; as, ¨  asset dpixelens t.cndot.10101 ¨ [collectivity t.cndot.3541 ¨ Al Logic], Object Recognition, with -[non-zero dimension] mark t.cndot.202 up links, .cndot.    c)¨ Inclusive with ¨ dpixelens t.cndot.10101; as, doppler t.cndot.0205; an asset value apparatus. There are factors that algorithms cannot measure, for better or worse, that are enhanced with the doppler t.cndot. asset value apparatus offering some relief from the term, GSP dependance. [200 = FIGURE - 02] ¨ Drawings] [0096] ¨ Brief Description of the Drawings ¨ [3b-02] ¨ The second part of three;  FIGURE - 02 - (define Graphic Image) newPlaneXsphere = dpixel-quadrant (Plane-Layers - 1-2-3) - (Source Input) [0097] ¨ ¨ also referred herein as, (Input - capture transition from - to display - Output) [0098] ¨ ¨ FIG. 01 (Layers - 1-2) [0099] ¨ ¨ 1.cndot.    (i) .cndot. ¨ Img. ¨ Input - capture transition (ii) .cndot. ¨ Img. ¨ where; ¨ in-part; as, the CPU - passes the sensor's pixel image, FIGURE - 01 ¨ Fig.01-a, through to FIGURE - 01 ¨ Fig.03-a; example given 128 x 128 (Pixel Array) m pixels of the silhouette digit pixel person, suited with hat, tie, shoes, in part the subset t.cndot.0160, that is used as part of a focal-plane t.cndot. image processing capture transition from to a 0 display optic-monitor t.cndot.0180, the example is identified by the following aberration t.cndot.0575 phrase0525 preparation t.cndot.0180 in part but not limited of the dpix t-0302 characterizing; .cndot.    a) ¨ where; ¨ in-part; as, the CPU - performs logical operations, of data, capture screen optic t.cndot.3091, according to programmed instructions required information of the Source input sensor captured to adaptively optimize the optical system at a real time step capture rate-optic t.cndot.3061for output to a .smallcircle.  display optic-graphic t.cndot.5001 that generally, is understood to be a type of .smallcircle. display optic-monitor t.cndot.5011; that will display the functional action taken by capture retrieve-plane t.cndot.3075 upon request through the (I/O), the CPU physical hardware, or memory storage device referred as ¨ focal-plane t.cndot.4001.., [0100] ¨ ¨ 2 .cndot.    (i) .cndot. ¨ lmg. ¨ the viewing .smallcircle. display optic, .cndot.    a) ¨ where; ¨ in-part; as, the .smallcircle. display optic-monitor t.cndot.5011 whether digital /  analog / raster, as in; camera, cell ph., tablet or monitor and/or other users of the sensor image processing circuit, passes the asset value output, back to the CPU, dpix-utility Driver t.cndot.3011, defining - a system of related measures that facilitates the quantification of some particular characteristic (evolvements) of the dpixel t.cndot. - the asset value output, as target or request of the dpixelt' apparatus utility t.cndot.3001, simply expressed as monitor, projector, paper, film or other means of a viewing .circle. display optic, ...with digital dpixel-analog conversion, ddp-ac t.cndot.2001 deciphering.., [0101] ¨ ¨ 3 .cndot.    (i) .cndot. ¨ Img. ¨ the dpix-utility Driver t.cndot.3011 .cndot.    a) ¨ where; ¨ in-part; as, the request - processed and displays all of the metric captured to the ¨ .circle. display optic-graphic t.cndot.5001 ¨  .circle. display optic-monitor t .cndot.5011 a viewing .circle. display optic, to adaptively optimize inferential t .cndot.0555 reasoning metric t .cndot.0190 for a focal-plane t.cndot.4001 of the FIGURE -01 (Source Input), ...with digital dpixel-analog conversion, ddp-ac t.cndot.2001 deciphering. The Image implied is a silhouette digit pixel person, suited with hat, tie, shoes and projected to FIGURE - 02 - (Source Output), of a viewing .circle. display optic, in this content, FIG 01 (Layers 1-2), 1920x1080 pixel, LS - (landscape), resolution in accordance of the compose function composition t.cndot.0530 request.., ¨  implies ¨  FIGURE - 02 - FIG 01 (Layer - 1) - (X0,Y0)¨ (XH,Y0)¨ (X0,YV)¨ (XH,YV).., now is the focal-plane t.cndot.4001 of the FIGURE - 01, (Source Input), inclusive of Fig.  01 (Input - Output), through to Fig. 03-a (image), and Fig. 03-a (output), [0102] ¨ ¨ 4 =    (i) = ¨ lmg. ¨ the asset value apparatus dpix-utility Driver t.cndot.3011 .cndot.    a) ¨ where; ¨ in-part; as, by evaluating the FIGURE - 02, (Source Output), FIG 01 (Layers 1-2), via, dpix-utility screen-retrieve t.cndot.3014, capture screen optic t.cndot.3091, layer-.circle. display optic Layer-1 t.cndot.4031 of the FIGURE - 01, (Source Input), capture sensor optic t.cndot.3081 focal-plane t.cndot.4001; image, processed pixel value t.cndot.  referent, processing the results into a square dimension around the captured image, inclusivity within a dspixel ¨ sphere t.cndot.0261¨ spherical (orb-like ball), object/objective to mark t.cndot.0202, thus the squared image captured becomes the result for the values of .cndot.(x).cndot. to .cndot. .function. (x). function of .cndot.(x).cndot. compose function composition t.cndot.0530 aberration t.cndot.0575 phrased t.cndot.0525a preparation t.cndot.0180 capture to the graphics CPU utilities directory.., [0103] ¨ ¨ 5 .cndot.    (i) .cndot. ¨ Img. ¨ as normal program I/O utility tool program .cndot.a) ¨ where; ¨ in-part; as, venues of the apparatus Graphic Driver t.cndot.3031 used and displayed ¨ display sensor optic ¨ .circle. display optic. The optical image sensor output values processed pixel value t.cndot. referent to adaptively optimize inferential+.0555 reasoning metric+.0190 for a layer-captured-plane+.4011 Source (output) to the viewing o display optic, projected in FIGURE - 02, FIG. 01 (Layers 1-2) 1920x1080, LS - (landscape), resolution in accordance of the compose function composition+.0530 request that - simulates, dpixelens+.cndot.    point2point and digital dpixel-analog conversion, ddp-ac+.2003 deciphering becomes the further result for the values of .cndot.(x).cndot. to .cndot..function. (x).cndot. function of .cndot.(x).cndot.  compose function composition+.0530, of the silhouette digit pixel person, suited with hat, tie, shoes and becomes the optic displayed and transposed to (layer-o display optic (Layer-3)+.4051¨ layer-captured 'new-Plane' - herein implies ¨  FIGURE - 02 - (Source Output) ¨ FIG. 01 (Layers -1,-2), -layer-captured-display+.4021, composed to - example in pixel measurement where; (1080x1080) resolution of a, 'new-Plane' ¨ (Layer - 2) - (XA,Y0)¨ (XB,Y0) ¨ (XA,YV) ¨ (XB,YV) .., with 4/90° tri-vertex+.0251 node .angle., inclusive within the +.geographical area sphericity+.0281, is the subset+.0160, subjectively pre-defined; the Image implied, FIGURE - 01 (Source Input), Fig. 01 (Input-Output), a silhouette digit pixel person, and projected through to FIGURE - 02 -(Source Output), FIG. 03 (Layer - 3) - captured, similarity of any/all source input output values Graphic Processor and/or Image Sensor and/or any 'source' of an induced plane display (output) ¨ (annotate critical: see graphic image ¨  FIGURE - 02 - (Source Output) ¨ FIG. 03 (Layer -3) - captured). [0104] - - 6 .cndot.    (i) .cndot. ¨ lmg. ¨ a source input, FIGURE - 01, (Source Input), .cndot.    a) ¨ where; ¨ in-part; as, inclusive of Fig.01 (Input-Output), through to Fig.  03-a (image), and Fig. 03-a (output), - implies - FIGURE - 02 - FIG 01 (Layer -1) - (X0,Y0)¨ (XH,Y0) ¨ (X0,YV) ¨ (XH,YV) .., now is the focal-plane+.4001 of the FIGURE - 01, (Source Input), inclusive of Fig. 01 (Input - Output), through to Fig. 03-a (image), and Fig. 03-a (output), [0105] - - 7 .cndot.    (i) .cndot. ¨ Img. ¨ FIGURE - 02 - (Source Output) ¨  FIG. - 01 (Layers -1-2) .cndot.    a) ¨ where; - in-part; as, in pixel measurement (1920x1080-LS) resolution.., o display optic - monitor ¨ implies ¨ (Layer - 1) - (X0,Y0) ¨ (XH,Y0) ¨ (X0,YV) ¨  (XH,YV) .., .cndot.    b) ¨ where; - in-part; as, (Layer - 1) ¨ example in pixel measurement where; (X0,Y0)¨ where (.cndot. x .cndot.) =0 (.cndot.y.cndot.)=0 (XH,Y0)¨ where (.cndot. x.cndot. ) = horizontal (H) (.cndot.y.cndot. ) =0 (X0,YV)¨ where (.cndot. x .cndot.) =0 (.cndot.y.cndot.)= vertical (V) (XH,YV) ¨ where (.cndot. x .cndot.) = horizontal (H) (.cndot.y.cndot.) vertical (V) .cndot.    c) ¨ where; - orientation = (height >= width) Portrait : Landscape; Where now, compose (1080x1080) resolution of a .., "(new-Plane)" - compose capture) ¨ (Layer - 2) - (XA,Y0) ¨ (XB,Y0) ¨ (XA,YV) ¨ (XB,YV) .cndot.    d) ¨ where; ¨ in-part; as, (Layer - 2) ¨ example in pixel measurement;  (XA,Y0) ¨ where (.cndot. xa = x0 plus H minus V over 2.cndot.) - 90°  (tri-vertex node .angle.) (XB,Y0) ¨ where (.cndot. xb = x0 plus H minus V over 2 plus V = x0 plus H  minus V over 2.) - 90° (tri-vertex node .angle.) (XA,YV) ¨ where - 90° (tri-vertex node .angle.) (XB,YV) ¨ where - 90° (tri-vertex node .angle.) .cndot.    e) ¨ where; - in-part; as, parentNode.insert [(XA,Y0), (XB,Y0), (XA,YV), (XB,YV)] value '0' (zero) horizontally and vertically of the plane; .cndot.    f) ¨ where; - in-part; as, (Layer - 3) ¨ example in pixel measurement where;  compose capture (Layer-2 - new-Plane) ¨ with 4 - 90° (tri-vertex node .angle.), is silhouetted to subset+.0160 with-in a geographical area sphericity+.0281. [0106] - - 8 .cndot.    (i) .cndot. ¨ lmg. ¨ FIGURE - 02 - (Source Output) ¨ 1 .cndot.( i) .cndot. ¨ .cndot. a) ¨ where; ¨ in-part; as, Source monitor display ¨ (1920x1080) pixel resolution ¨ (Layer - 1) 4 - 90° (vertex .angle.): (X0,Y0)¨ (XH,Y0) ¨  (X0,YV) ¨  (XH,YV) (ii) .cndot. ¨ .cndot. a) ¨ where; ¨ in-part; as, Layer-1 optic display (brand name -1920x1080 pixel, diagonal 27"LS) monitor for the Image implied, (the silhouette digit pixel person, suited with hat, tie, shoes ) captured by the "Source (Input)", archived as "background". (iii) .cndot. ¨ .cndot. a) ¨ where; - in-part; as, Layer-1 optic display, based on the compose function composition+.0530 demonstrate a horizontal (H) measure in the plane and a right angle vertical (V) measure of the plane. (iv) .cndot. ¨ .cndot. a) ¨ where; ¨ in-part; as, Layer-1 optic display, based on the compose function composition+.0530 demonstrate a horizontal (H) measure; ¨  implies ¨ (X0,Y0) - (XH,Y0).., where a vertical (V) measure; ¨ implies ¨  (X0,Y0) ¨  (X0,YV) .., of the plane and/or any combination of a horizontal (H) measure and vertical (V) measure thereafter. 2 .cndot. ( i) .cndot. ¨ .cndot. a) ¨ where; - in-part; as, (new-Plane) display ¨ (1080x1080) resolution ¨ (Layer - 2) 4 - 90° (tri-vertex node ~): (XA,Y0) ¨ (XB,Y0) ¨ (XA,YV) ¨ (XB,YV) (ii) .cndot. ¨ .cndot. a) ¨ where; ¨ in-part; as, the "(new-Plane)" ¨ (Layer -2) ¨ compose capture composition+.0530 - is the first calculus+.0170 for the Image implied, (the silhouette digit pixel person) captured by the "Source (Input)", archived as "background", in preparation+.0180 for FIGURE - 02 - FIG. 02 (Layers - 1--2) -radii +.cndot.geographical area sphericity+.0281 output, (ii) .cndot. ¨ FIGURE - 02 - FIG. 01 - Layer-2 is the "new composed" captured Layer nodes area of the FIGURE - 02 - FIG. 01 (Layers - 1), image which is used by FIGURE - 02 - FIG. 02 (Layers - 2), to adaptively optimize inferential+.0555 reasoning for the (plane) Source (output) in the following method; ¨ compose capture composition+.cndot.0530, therefore, the captured is where .function.  (x) maps values of (x) to .function. (x) ¨ thus the (plane) Source (output), (the silhouette digit pixel person) captured. 3 .cndot. ( i) .cndot. ¨ .cndot. a) ¨ where; ¨ in-part; as, installation ¨  (asset apparatus utility+.3001).cndot.  (dpixel+.cndot. Sensor Driver+.3021); - upload (ii) .cndot. ¨ .cndot. a) ¨ where; ¨ in-part; as, installation can be done by software update to the image sensor output values - graphics processor hardware /or/ program upload device driver for ((o display optic) - monitor) ¨ (brand name) software, activated by a ¨ upload composed capture with the dpixel+.cndot. Sensor Driver+.3021 ¨  example, pre-loaded instruction of USB drive, activated when plugged into a USB  port. [0107] - - 9 .cndot.    (i) .cndot. ¨ lmg. ¨ FIG. - 02 (Layers - 1-2) - radii Implies all of FIGURE - 02 - (Source Output) FIG. 01 (Layers - 1--2) and subjectively pre-defined below as; 1 .cndot. ( i) .cndot. ¨ .cndot. a) ¨ where; ¨ in-part; as, ¨ pre-defined, FIG. - 01 (Layers - 1-2) 2 .cndot. ( i) .cndot. ¨ .cndot. a) ¨ where; ¨ in-part; as, ¨ (new-Plane) display ¨ (1080x1080) resolution ¨ (Layer - 2) in pixel measurement (o display optic - monitor) ¨  (1080x1080) resolution of a composed capture ( i) .cndot. ¨ .cndot. b)¨ where; ¨ in-part; as, ¨ mark doppler shift infinity prior to spheres;  inner, outer, and sphericity; each sphere encompassed into the larger sphere, inclusive of infinity beyond the geo-sphericity influence and inference and/or infer-axiom horizon line plane output ... with a zenith and nadir divided by a horizon line. (ii) .cndot. ¨ .cndot.a) ¨ where; - in-part; as, ¨ pixel values as per;  .function. (x), .cndot..pi..cndot.r, :. mark doppler shift [baseline, primal, sphere] = mark+.cndot. spherical value '0' (zero) horizontally and vertically (ii) .cndot. ¨ .cndot.b) ¨ where; ¨ in-part; as, ¨ (annotate critical: where .phi..pi..cndot.r.cndot. = radians, radius, radii.) (ii) .cndot. ¨ .cndot. c) ¨ where; ¨ in-part; as, ¨ compose capture (1080x1080) pixels) ¨  (Layer-3) - radii - infimum spherical output (ii) .cndot. ¨ .cndot. d) ¨ where; ¨ in-part; as, ¨ (Layer - 2) - radii (ii) .cndot. ¨ .cndot. e) ¨ where; ¨ in-part; as, ¨ R = (XA - XB)2 + (YV -Y0)2 / 2 (ii) .cndot. ¨ .cndot. f) ¨ where; ¨ in-part; as, ¨ (Layer-2) - (radii) newPlaneXsphere mark - (1080x1080) radii = 9.35 inches from the centre to the perimeter +.cndot.geographical area sphericity. (iii) .cndot. ¨ .cndot. a) ¨ where; - in-part; as, ¨ mark value -+.cndot.geographical area sphericity (iii) .cndot. ¨ .cndot. b) ¨ where; ¨ in-part; as, ¨ (value 0 = infinity (~)+.cndot. infimum), (iii) .cndot. ¨ .cndot. c) ¨ where; ¨ in-part; as, ¨ dpixel-metric - (in-part) interpolation -extrapolation - inference) (iii) .cndot. ¨ .cndot. d) ¨ where; ¨ in-part; as, ¨ interpolation -calculation of the value of a function between the values already known (iii) .cndot. ¨.cndot. e) ¨ where; - in-part; as, ¨ extrapolation -calculation of the value of a function outside the range of known values ¨ An inference about the future (or about some hypothetical situation) based on known facts and observations (iii) .cndot. ¨ .cndot. f) ¨ where; ¨ in-part; as, ¨ inference - reasoning involved in drawing a conclusion or making a logical judgment on the basis of circumstantial evidence and prior conclusions rather than on the basis of direct observation (vi) .cndot. ¨ .cndot. a) ¨ where; ¨ in-part; as, ¨+.cndot.geographical area sphericity (vi) .cndot. ¨ .cndot. b) ¨ where; ¨ in-part; as, ¨ (value 0 = infinity (~)+.cndot. infimum), establishes the (value 0, radii), through to the defined ¨ tri-vertex node ~ ¨ 3pt¨perspective component out-corner dpixel node ~ .., [0108] - - 1 .cndot. (i) .cndot. ¨ lmg. ¨ FIG. - 03 (Layer - 3) - captured Implies all of FIGURE - 02 - (Source Output) FIG. 01 (Layers - 1-2), FIG. 02 (Layers - 1-2) - radii and subjectively pre-defined; the Image implied, FIGURE  - 01, Fig. 01, "Source (Input)", a silhouette digit pixel person, and projected through to FIGURE - 02 - FIG. 03 (Layer - 3) - captured. [0109] - - 1 .cndot.    (i) .cndot. ¨ lmg. ¨ FIG. - 03 (Layer ¨3) - captured, and.., (ii) .cndot. ¨ .cndot. a) ¨ where; - in-part; as, ¨ Graphic Processor and/or Image Sensor and/or any 'source' of an induced plane display (output) via ¨ Source.., "(capture optic)".., ((o display optic) - monitor) ¨ with 4 - 90° (tri-vertex node ~), is silhouetted to subset+.0160 with-in a geographical area sphericity+.0281, composed ref.  image sensor, 128 x 128 pixel array; (metric), each pixel maps values of .cndot.(x).cndot. to .cndot..function. (x).cndot. function of .cndot.(x).cndot. - inclusive within Fig 03 (Layer-3). [0110] - - 1 .cndot. (i) .cndot. ¨Img. ¨ geographical area sphericity+.0281, composed being, (Layer-1) ¨ (Layer-2) ¨ (Layer-3) - as above or summarized; ¨ in-part; as, implies ¨  FIGURE - 02 - FIG 01 (Layer - 1) - (X0,Y0)¨ (XH,Y0) ¨ (X0,YV) ¨ (XH,YV) .., now is the "(new-Plane)", aka the focal-plane+.4001 of the FIGURE - 01, (Source Input), inclusive of Fig. 01 (Input - Output), through to Fig. 03-a (image), and Fig.  03-a (output), through FIGURE - 02 - (Source Output) ¨ FIG. - 01 (Layers - 1-2) where;  ¨ orientation = (height >= width) Portrait : Landscape; where now, compose (1080x1080) resolution of a .., '(new-Plane - radii)' - compose capture) ¨  (FIG. 02 (Layers - 1--2) - radii) - (XA,Y0)¨ (XB,Y0)¨ (XA,YV) ¨ (XB,YV) .., with 4 -90° (tri-vertex node ~) with; ¨ in-part; as, parentNode.insert [(XA,Y0), (XB,Y0), (XA,YV), (XB,YV)] value '0' (zero) horizontally and vertically of the plane; displaying in-part as, (FIG. 03 (Layer - 3), example in compose capture is silhouetted to subset+.0160 within a radii sphericity+.0281, geographical area, output, influenced by the following; .cndot.    a) ¨ mark doppler shift+.0201; - by association (~)+.0130 .cndot.    b) ¨ inner sphere of influence .cndot.    c) ¨ outer sphere of influence .cndot.    d) ¨ geographical (area) sphericity of influence .cndot.    e) ¨ on a given pixel plane with a infinite spherical point -radial orbit // radial symmetry+.0450 orbit intersect as per lobe-projections that are part of the larger convex shape that juts out from the mark doppler shift+.0201 (~)+.0130 -(newPlane+.0625) Source (output) sphere+.0261, .cndot.    f) ¨ infinity+.cndot. (~)+.cndot. infimum+0110; .cndot. g) ¨ spherical+.0271, infinity+.cndot. (~)+.cndot., infimum+.cndot., mark doppler shift+.0201 newPlane+.0625; with a zenith and nadir divided by a horizon line .cndot.    h) ¨ FIGURE-01-Fig 01; visual for inferential reasoning of imaging that link the Fig. 02 (plane) output, (a subset), the greatest element of the containing set that is smaller or equal to all elements within, that links Fig. 03-a, through FIGURE -(Source Output), .cndot.    i) ¨ annotate critical ¨ composed ref. image sensor, 128 x 128 pixel array;  (metric), each pixel maps values of .cndot.(x).cndot. to .cndot..function.(x).cndot. function of .cndot.(x).cndot. - inclusive of FIGURE - 02 - Fig 03 (Layer-3) - captured, [0111] - - 1 .cndot. (i) .cndot. ¨ lmg. ¨ PRINT ¨ FIGURE - 02 - (Source Output) newPlaneXsphere = dpixel-quadrant (Plane-Layers - 1--2--3) - (Source Output) 1 .cndot. (i) .cndot. ¨ print ¨ Source.., t.cndot.(capture optic)t.cndot..., ((o display optic) - monitor).., [0003] - Fig. 01; (plane) By default (Input - Output) (ii) .cndot. define ¨ lmg. ¨ Source Input By default, generally, the t.cndot.(capture sensor optic)t.cndot. implies to a layman, some type of digit device, that will t.cndot.(capture optic)t.cndot. a digital image t.cndot.Source (Input)t.cndot.. The Image implied to be captured called a t.cndot.Source (Input)t.cndot. is the silhouette digit pixel person, suited with hat, tie, shoes. (iii) .cndot. ¨ print display.., does not print metric, does not display metric in t.cndot.Display/Print/Previewt.cndot.. [0112] ¨ ¨ [3c-00] ¨ The third part of three ¨ inclusive ¨ combine part one two three; -    - [3c-01] ¨ The third part of three ¨ FIGURE - 01 - (Source Input) and FIGURE  - 02 - (Source Output) , FIG. 03 (Layer - 3) - captured; - image / picture /  display /  newPlane t'625 represented, screen optic.t.cndot.'.., applied ¨ mark doppler shift t.cndot.0201, (0)t the venue, dpix t.cndot.0605, with metric-fluencyt', -    - [3c-02] ¨ Brief Description of the Drawings ¨ The third part of three; (i) .cndot. define ¨ !mg. ¨ novice - apparatus utility.t.cndot.001, FIGURE -02 - (Source Output), FIG. 03 (Layer - 3) - captured, where; ¨ in-part; as, the CPU -passes the sensor's pixel image, FIGURE - 01 ¨ Fig.01-a, through to FIGURE - 01 ¨ Fig.03-a;  example given 128 x 128 (Pixel Array) m pixels of the silhouette digit pixel person, suited with hat, tie, shoes, in part the subset t.cndot.160, that is used as part of a focal-planet.cndot.001 image, (ii) .cndot. define ¨ Img. ¨ applied ¨ mark doppler shiftt.Onl, (q)t- the venue, dpixt.0605, with metric-fluencir'5, (iii) .cndot. define ¨ !mg. ¨ where; ¨ in-part; as, ¨ pre-defined, mark doppler shiro201 t         , versus ¨ infinity (~)t infimumvollo, moved tolerance mark doppler shiftt.0201, and applied ¨ metric-fluency t.cndot.0195, -02 .cndot.00    inclusive with [0112]; .cndot.01 .cndot.a) ¨ where; [3a-00] ¨ An apparatus utility.N, dpix-utility Drivert.cndot.311; the first part of three; ¨ FIGURE - 01 - (Source Input); .cndot.02 .cndot.a) ¨ where; [3b-00] ¨ An apparatus    upLoad-Drivert*6001, the second part of three; ¨ FIGURE - 02 - (Source Output) .cndot.03 .cndot.a) ¨ where; [3c-00] ¨ An apparatus utilityv, [mark doppler shift t.cndot.201], the third part of three; ¨ metric-fluencyt.cndot.195, (cio)t the venue, dpix t.cndot.06'5, -03 .cndot.00    inclusive ¨ The combine part one and two and three ¨ for t.cndot.promisest.cndot. of utility ¨ mere scintillat.cndot. as usefulness requires, and adhering to Computing -