The Genesis of Personal computer Art-FORTRAN (Backus) a Personal computer Art Medium Creates a Mosaic Mona Lisa

The Genesis of Personal computer Art-FORTRAN (Backus) a Personal computer Art Medium Creates a Mosaic Mona Lisa

Where by did computer artwork, computer graphics and computer animation start off?

Penned communication became sharable and pervasive when stone etchings ended up changed with the mobility of paper and ink. In the same way at the time personal computer languages superior from equipment or assembly code to 3rd era computer system languages, only then did personal computer output progress from basic alphanumerical (maybe mosaic) printouts to graphics and pictures with clean curves and realism.

Computer system graphical output bought its humble begin when alphanumeric characters hammered on TTY and line printers to depict X-Y graphs and even mosaic photos. It was crude, but allowed for a much more effective assessment of mathematical and scientific answers. Computer system programming languages like FORTRAN and Basic built it simpler to create and program printers, plotters and CRT screens to display screen and print graphics and eventually images.

The FORTRAN programming language – a private and historic limited critique.

FORTRAN programming as an Artwork Medium?

So it was possible to make an alphanumeric printout photograph of the well known Mona Lisa utilizing FORTRAN print statements. This impression of the Mona Lisa was done by printing and over-printing conventional alphanumeric characters making a mosaic artwork piece to sort an graphic of that famed Leonardo da Vinci portray. Phase back again from this laptop printout and you considered a easy duplicate of Leonardo da Vinci’s Mona Lisa.

Carrying out this rudimentary laptop or computer art would be hrs and days of tiresome function involving the pursuing techniques:

1) You would require to choose a copy of the first picture and a grid (mapping to the 133 character width of a typical personal computer printout page) on a piece of transparency.

2) Position the grid transparency on top of the graphic and then fill in the grid cells above the impression with alphanumeric people that will depict a mosaic of the unique picture.

3) Emphasize those grid cells that will be overprinted (daring type) to generate shade and texture matching the first graphic.

4) Now you consider just about every line of the grid and code it using FORTRAN print statements.

5) Like a brush to canvas the laptop printout picture of Mona Lisa will choose sort following a lot of days of coding.

For a done edition of this method and a resulting computer mosaic of the Mona Lisa verify out the Pisaca Website Albums photos at: http://picasaweb.google.com/carl.chesal/MonaLisaComputerArtFortran

The look for has begun for entry to an 80 column punch card reader.

The FORTRAN code for the Mona Lisa Mosaic is on original 90-column punch playing cards. Finding access to an 80-column card reader could aid shifting the Mona Lisa FORTRAN code from its analog point out to a electronic version. Using an on line editor, I could when all over again deploy the electricity of FORTRAN to print copies of ‘computer mosaic’ Mona Lisa. Then ‘Mosaic Mona’ would be obtainable for the entire world to delight in.

My infatuation with FORTRAN programming may possibly have stemmed from the truth that each FORTRAN and I had been coincidentally designed in 1954. Thank you John Backus for FORTRAN.

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