A Process Method to Develop Photographic Images from Inscribed Stone Artifacts

Photographic Developments from Petro Photoglyphs:

(A Process Method to Record Images from Stones with Embedded Photographs)

Recorded Projections within a 'Sphere of Selective Spectrum & Dimensional Specific Perception'.

(For a more 'In-Depth Explanation...Please Read the Research Report: 4.29 MB .pdf)

In order to Develop the Video Messages from Petro Photoglyph Artifacts (Stones Inscribed with Photographic Images)...

A Process Method was Formulated to Optically Illuminate & Translate...

Decipher & Record the Hologram Stone Etchings.

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Image Translation within a 'Sphere of Visual Perception' as determined by...

'A Variable Combination of 3 Factors':

Spectrum Specific Illumination...the Wavelength & Intensity Levels Applied to 'Light-Up the Image'.

(A Negative or Inverse...Single or Multiple Light Wavelengths between 200 nM. to 900 nM...from Ultra-Violet to Near-Infra-Red)

Dimensional or Spatial Perspective...Position of the Image with respect to the Viewing & Recording Source.

(Spatial Position in 3 Dimensions...Orthographic Image Perspectives within Spherical X, Y, Z Axes...Magnification In & Out for all Axes.)

Applied to 'Mirror Replicate' a Portion of the Image...Optical Translation via a Foldout or 'Butterfly' of the Visual Data.

(Typical Vector of Bi-Lateral Symmetry Intersects the Image in a Vertical or Horizontal Plane...to Orthographically Shift the Visual Perspective.)

Research Notes...:

1. Complementary Color...: Complementary colors are pairs of colors which, when combined, cancel each other out.

This means that when combined, they produce black, or if colored light (rather than pigment) is used, they produce white.[1]

When placed next to each other, they create the strongest contrast for those particular two colors.

Due to this striking color clash, the term opposite colors is sometimes considered more appropriate than "complementary colors".

The pairs of complementary colors vary depending upon whether the colors are physical (e.g. from pigments),

or from light. These change the way in which the color is made, and therefore change the color model which applies.

For pigments, subtractive colors apply, so the complementary/opposite color pairs, are red & green, yellow & violet, and blue & orange.

In the RGB color model, which applies to colors created by light, such as on computer and television displays,

the complementary/opposite pairs are red & cyan, green & magenta, and blue & yellow.

Color printing uses particular processes for producing color,

so the CMYK model is sometimes considered appropriate for identifying complementary colors

rather than the standard pigment model used for painting etc.

Mathematics…:

the point or set of points in the domain of a function corresponding to a given point or set of points in the range of the function.

http://en.wikipedia.org/wiki/Complementary_colors

Examples of 'Complementary…Negative or Inverse Spectrum Conversion'…:

2. For Optimal Visual Exposure of the Projected Images Structures...Set the Monitor Properties to these Video Calibration Charts...:

(Click the Video Calibration Scale for an Enlargement)

3. Notice for Internet Explorer Browser Users...Settings for Tabbed Browsing...:

* Option to Select & Choose whether Pop-Ups are Displayed in a New Window or on a New Tab.

* Top-Left Menu Bar>>>Click-Tools>>>Select-Internet Options>>>Click-'Tabs' Button>>>Select-'Let Internet Explorer decide how pop-ups open'.