Claims Analysis
Total Claims: 7
Claim 1
Independent Claim
231 words
In a data processing system, a method of decompressing compressed color data, including a bitmap and encodings of colors, for pixels of a cell, comprising the steps of: a) determining whether the color data for the cell is compressed as a solid-color cell; b) if the color data for cell is compressed as a solid-color cell, decompressing the color data for the cell by assigning each pixel in the cell a color that is encoded in the compressed color data; c) determining whether the color data for the cell is compressed as a two-color cell; d) if the color data for the cell is compressed as a two-color cell, decompressing the color data of the cell by assigning each pixel one of two colors encoded by the encodings in the compressed color data, based on a value in the bitmap that is contained in the compressed color data; e) determining whether the color data for the cell is compressed as an eight-color cell; and f) if the color data for the cell is compressed as an eight-color cell, decompressing the color data for the cell by assigning each pixel in each sub-cell of the cell, one of two colors encoded for the sub-cell in the encodings in the compressed color data according to a value of at least one bit in the bitmap, that is included in the compressed color data.
Claim 2
Dependent Claim
231 words
In a data processing system, a method of decompressing compressed color data, including a bitmap and encodings of colors, for pixels of a cell, comprising the steps of: a) determining whether the color data for the cell is compressed as a solid-color cell; b) if the color data for cell is compressed as a solid-color cell, decompressing the color data for the cell by assigning each pixel in the cell a color that is encoded in the compressed color data; c) determining whether the color data for the cell is compressed as a two-color cell; d) if the color data for the cell is compressed as a two-color cell, decompressing the color data of the cell by assigning each pixel one of two colors encoded by the encodings in the compressed color data, based on a value in the bitmap that is contained in the compressed color data; e) determining whether the color data for the cell is compressed as an eight-color cell; and f) if the color data for the cell is compressed as an eight-color cell, decompressing the color data for the cell by assigning each pixel in each sub-cell of the cell, one of two colors encoded for the sub-cell in the encodings in the compressed color data according to a value of at least one bit in the bitmap, that is included in the compressed color data.
Claim 3
Dependent Claim
242 words
A computer-readable storage medium for use in a computer system, holding instructions for performing a method of decompressing compressed color data, including a bitmap and encodings of colors, for pixels of a cell, said method comprising the steps of: a) determining whether the color data for the cell is compressed as a solid-color cell; b) if the color data for cell is compressed as a solid-color cell, decompressing the color data for the cell by assigning each pixel in the cell a color that is encoded in the compressed color data; c) determining whether the color data for the cell is compressed as a two-color cell; d) if the color data for the cell is compressed as a two-color cell, decompressing the color data of the cell by assigning each pixel one of two colors encoded by the encodings in the compressed color data, based on a value in the bitmap that is contained in the compressed color data; e) determining whether the color data for the cell is compressed as an eight-color cell; and f) if the color data for the cell is compressed as an eight-color cell, decompressing the color data for the cell by assigning each pixel in each sub-cell of the cell, one of two colors encoded for the sub-cell in the encodings in the compressed color data according to a value of at least one bit in the bitmap, that is included in the compressed color data.
Claim 4
Dependent Claim
242 words
A computer-readable storage medium for use in a computer system, holding instructions for performing a method of decompressing compressed color data, including a bitmap and encodings of colors, for pixels of a cell, said method comprising the steps of: a) determining whether the color data for the cell is compressed as a solid-color cell; b) if the color data for cell is compressed as a solid-color cell, decompressing the color data for the cell by assigning each pixel in the cell a color that is encoded in the compressed color data; c) determining whether the color data for the cell is compressed as a two-color cell; d) if the color data for the cell is compressed as a two-color cell, decompressing the color data of the cell by assigning each pixel one of two colors encoded by the encodings in the compressed color data, based on a value in the bitmap that is contained in the compressed color data; e) determining whether the color data for the cell is compressed as an eight-color cell; and f) if the color data for the cell is compressed as an eight-color cell, decompressing the color data for the cell by assigning each pixel in each sub-cell of the cell, one of two colors encoded for the sub-cell in the encodings in the compressed color data according to a value of at least one bit in the bitmap, that is included in the compressed color data.
Claim 5
Dependent Claim
21 words
The computer-readable storage medium of claim 2 further holding instructions for compressing the color data to produce the compressed color data.
Claim 6
Dependent Claim
253 words
In a computer system, a method comprising the computer-implemented steps of: a) compressing color data for pixels of a first cell of a frame of color data to produce compressed color data that includes a bitmap and encodings of colors; b) determining whether the color data for the first cell is compressed as a solid-color cell; c) if the color data for the first cell is compressed as a solid-color cell, decompressing the color data for the cell by assigning each pixel in the first cell a color that is encoded in the compressed color data; d) determining whether the color data for the first cell is compressed as a two-color cell; e) if the color data for the first cell is compressed as a two-color cell, decompressing the color data of the first cell by assigning each pixel one of two colors encoded by the encodings in the compressed color data, based on a value in the bitmap that is contained in the compressed color data; f) determining whether the color data for the first cell is compressed as an eight-color cell; and g) if the color data for the first cell is compressed as an eight-color cell, decompressing the color data for the first cell by assigning each pixel in each sub-cell of the cell, one of two colors encoded for the sub-cell in the encodings in the compressed color data according to a value of at least one bit in the bitmap, that is included in the compressed color data.
Claim 7
Dependent Claim
253 words
In a computer system, a method comprising the computer-implemented steps of: a) compressing color data for pixels of a first cell of a frame of color data to produce compressed color data that includes a bitmap and encodings of colors; b) determining whether the color data for the first cell is compressed as a solid-color cell; c) if the color data for the first cell is compressed as a solid-color cell, decompressing the color data for the cell by assigning each pixel in the first cell a color that is encoded in the compressed color data; d) determining whether the color data for the first cell is compressed as a two-color cell; e) if the color data for the first cell is compressed as a two-color cell, decompressing the color data of the first cell by assigning each pixel one of two colors encoded by the encodings in the compressed color data, based on a value in the bitmap that is contained in the compressed color data; f) determining whether the color data for the first cell is compressed as an eight-color cell; and g) if the color data for the first cell is compressed as an eight-color cell, decompressing the color data for the first cell by assigning each pixel in each sub-cell of the cell, one of two colors encoded for the sub-cell in the encodings in the compressed color data according to a value of at least one bit in the bitmap, that is included in the compressed color data.