Production of anaglyphs

A method for producing an anaglyph, the method including the steps of:

• producing a first digital image colour record representing a first image of a stereo pair of images;
• producing a second digital image colour record representing a second image of said stereo pair of images;
• each said digital digital colour record including a series of colour numbers representing the colours respectively of an array of visible individual coloured pixels into which the respective image is divided;
• said first digital image colour record having three colour numbers for each pixel of the first image, said three colour numbers representing the proportions respectively of first, second and third image colours in the colour of the respective pixel;
• said second digital image colour record having at least one colour number for each pixel of the second image, said one colour number representing the proportion of said third image colour in the colour of the respective pixel;
• adjusting the colour numbers of the first image colour record so that said third image colour is entirely, or almost entirely, removed from said first image of the stereo pair of images;
• combining said first image colour record with said second image colour record, to produce a single anaglyph digital colour record, by mathematically processing the colour numbers of the first and second image records respectively in a manner to derive a third series of colour numbers, said third series of colour numbers constituting said single anaglyph digital colour record and representing the colours respectively of an array of visible individual coloured pixels defining an anaglyph;
• said single anaglyph digital colour record having at least three colour numbers for each pixel of the anaglyph, said three colour numbers representing the proportions respectively of first, second and third anaglyph colours in the colour of the respective pixel.

A method for producing an anaglyph, the method including the steps of:

• producing a first digital image colour record representing a first image of a stereo pair of images;
• producing a second digital image colour record representing a second image of said stereo pair of images;
• each digital colour record including a series of colour numbers representing the colours respectively of an array of visible individual coloured pixels into which the respective image is divided;
• said first digital image colour record having at least two colour numbers for each pixel of the first image, said two colour numbers representing the proportions respectively of first and second image colours in the colour of the respective pixel;
• said second digital image colour record having at least two colour numbers for each pixel of the second image, said two colour numbers representing the proportions respectively of said first colour and a third image colour in the colour of the respective pixel;
• adjusting the numbers of the second image colour record so that said first digital image colour is entirely, or almost entirely removed from said second digital image of the stereo pair of images;
• combining said first digital image colour record with said second digital image colour record, to produce a single anaglyph digital colour record, by mathematically processing the colour numbers of the first and second image records respectively in a manner to derive a third series of colour numbers, said third series of colour numbers constituting said single anaglyph digital colour record and representing the colours respectively of an array of visible individual coloured pixels defining an anaglyph;
• said single anaglyph digital colour record having at least three colour numbers for each pixel of the anaglyph, said three colour numbers representing the proportions respectively of first, second and third anaglyph colours in the colour of the respective pixel.

A method for producing an anaglyph, the method including the steps of:

• producing a first digital image colour record representing a first image of a stereo pair of images;
• producing a second digital image colour record representing a second image of said stereo pair of images;
• each digital colour record including a series of colour numbers representing the colours respectively of an array of visible individual coloured pixels into which the respective image is divided;
• said first digital image colour record having at least two colour numbers for each pixel of the first image, said two colour numbers representing the proportions respectively of first and second image colours in the colour of the respective pixel;
• said second digital image colour record having at least one colour number for each pixel of the second image, said one colour number representing the proportion of a third image colour in the colour of the respective pixel;
• adjusting the colour number in the first image colour record corresponding to the second image colour so that the amount of the second image colour present in said first image of the stereo pair of images is reduced by between 10% and 40%, or between 20% and 30%, relative to the amount of said first image colour in said first image of the stereo pair of images;
• combining said first image colour record with said second image colour record, to produce a single anaglyph digital colour record, by mathematically processing the colour numbers of the first and second image records respectively in a manner to derive a third series of colour numbers, said third series of colour numbers constituting said single anaglyph digital colour record and representing the colours respectively of an array of visible individual coloured pixels defining an anaglyph;
• said single anaglyph digital colour record having at least three colour numbers for each pixel of the anaglyph, said three colour numbers representing the proportions respectively of first, second and third anaglyph colours in the colour of the respective pixel.

A method for producing an anaglyph, the method including the steps of:

• producing a first digital image colour record representing a first image of a stereo pair of images;
• producing a second digital image colour record representing a second image of said stereo pair of images;
• each digital colour record including a series of colour numbers representing the colours respectively of an array of visible individual coloured pixels into which the respective image is divided;
• said first digital image colour record having at least two colour numbers for each pixel of the first image, said two colour numbers representing the proportions respectively of first and second image colours in the colour of the respective pixel;
• said second digital image colour record having at least two colour number for each pixel of the second image, said two colour numbers representing the proportions respectively of said second digital image colour and a third image colour in the colour of the respective pixel;
• adjusting the numbers of the second image colour record so that said second image colour is entirely, or almost entirely, removed from said second image of the stereo pair of images;
• combining said first digital image colour record with said second digital image colour record, to produce a single anaglyph digital colour record, by mathematically processing the colour numbers of the first and second image records respectively in a manner to derive a third series of colour numbers, said third series of colour numbers constituting said single anaglyph digital colour record and representing the colours respectively of an array of visible individual coloured pixels defining an anaglyph;
• said single anaglyph digital colour record having at least three colour numbers for each pixel of the anaglyph, said three colour numbers representing the proportions respectively of first, second and third anaglyph colours in the colour of the respective pixel.

A method for producing an anaglyph, the method including the steps of:

• producing a first digital image colour record representing a first image of a stereo pair of images;
• producing a second digital image colour record representing a second image of said stereo pair of images;
• each digital colour record including a series of colour numbers representing the colours respectively of an array of visible individual coloured pixels into which the respective image is divided;
• said first digital image colour record having at least two colour numbers for each pixel of the first image, said two colour numbers representing the proportions respectively of first and second image colours in the colour of the respective pixel;
• said second digital image colour record having at least one colour number for each pixel of the second image, said one colour number representing the proportion of a third image colour in the colour of the respective pixel;
• combining said first digital image colour record with said second digital image colour record, to produce a single anaglyph digital colour record, by mathematically processing the colour numbers of the first and second image records respectively in a manner to derive a third series of colour numbers, said third series of colour numbers constituting said single anaglyph digital colour record and representing the colours respectively of an array of visible individual coloured pixels defining an anaglyph;
• said single anaglyph digital colour record having at least three colour numbers for each pixel of the anaglyph, said three colour numbers representing the proportions respectively of first, second and third anaglyph colours in the colour of the respective pixel;
• said mathematical processing including calculating the average amount of each image colour present in corresponding pixels of the two images of said stereo pair of images, and assigning values to the colour numbers of the anaglyph colour record in such a way as to ensure that each pixel of the anaglyph contains an amount of each image colour equal, or substantially equal, to the average amount of that image colour present in the corresponding pixels of said two images.

A method for producing an anaglyph, the method including the steps of:

• producing a first digital image colour record representing a first image of a stereo pair of images;
• producing a second digital image colour record representing a second image of said stereo pair of images;
• said first digital image color record and said second colour image color record being produced by digitising images of an object, which images have been formed by any kind of electromagnetic radiation reflected from, or emitted by, the object;
• each digital colour record including a series of colour numbers representing the colours respectively of an array of visible individual coloured pixels into which the respective image is divided;
• said first digital image colour record having at least two colour numbers for each pixel of the first image, said two colour numbers representing the proportions respectively of first and second image colours in the colour of the respective pixel;
• said second digital image colour record having at least one colour number for each pixel of the second image, said one colour number representing the proportion of a third image colour in the colour of the respective pixel;
• combining said first digital image colour record with said second digital image colour record, to produce a single anaglyph digital colour record, by mathematically processing the colour numbers of the first and second image records respectively in a manner to derive a third series of colour numbers, said third series of colour numbers constituting said single anaglyph digital colour record and representing the colours respectively of an array of visible individual coloured pixels defining an anaglyph;
• said single anaglyph digital colour record having at least three colour numbers for each pixel of the anaglyph, said three colour numbers representing the proportions respectively of first, second and third anaglyph colours in the colour of the respective pixel.