/** * Answer the number of bytes in a row of the given pixel * width. Each row is byte-aligned, so images with bit * depths less than a byte may have unused bits at the * end of each row. The value of these bits is undefined. */ int getBytesPerRow(int rowWidthInPixels) { int bitsPerPixel = headerChunk.getBitsPerPixel(); int bitsPerRow = bitsPerPixel * rowWidthInPixels; int bitsPerByte = 8; return (bitsPerRow + (bitsPerByte - 1)) / bitsPerByte; } /**
int getFilterByteOffset() { if (bitDepth < 8) return 1; return getBitsPerPixel() / 8; }
int getFilterByteOffset() { if (bitDepth < 8) return 1; return getBitsPerPixel() / 8; }
/** * Answer the number of bytes needed to represent a pixel. * This value depends on the image's color type and bit * depth. * Note that this method rounds up if an image's pixel size * isn't byte-aligned. */ int getBytesPerPixel() { int bitsPerPixel = headerChunk.getBitsPerPixel(); return (bitsPerPixel + 7) / 8; } /**
/** * Answer the number of bytes needed to represent a pixel. * This value depends on the image's color type and bit * depth. * Note that this method rounds up if an image's pixel size * isn't byte-aligned. */ int getBytesPerPixel() { int bitsPerPixel = headerChunk.getBitsPerPixel(); return (bitsPerPixel + 7) / 8; } /**
/** * Answer the number of bytes needed to represent a pixel. * This value depends on the image's color type and bit * depth. * Note that this method rounds up if an image's pixel size * isn't byte-aligned. */ int getBytesPerPixel() { int bitsPerPixel = headerChunk.getBitsPerPixel(); return (bitsPerPixel + 7) / 8; } /**
/** * Answer the number of bytes needed to represent a pixel. * This value depends on the image's color type and bit * depth. * Note that this method rounds up if an image's pixel size * isn't byte-aligned. */ int getBytesPerPixel() { int bitsPerPixel = headerChunk.getBitsPerPixel(); return (bitsPerPixel + 7) / 8; } /**
/** * Answer the number of bytes needed to represent a pixel. * This value depends on the image's color type and bit * depth. * Note that this method rounds up if an image's pixel size * isn't byte-aligned. */ int getBytesPerPixel() { int bitsPerPixel = headerChunk.getBitsPerPixel(); return (bitsPerPixel + 7) / 8; } /**
int getFilterByteOffset() { if (bitDepth < 8) return 1; return getBitsPerPixel() / 8; }
/** * Answer the number of bytes in a row of the given pixel * width. Each row is byte-aligned, so images with bit * depths less than a byte may have unused bits at the * end of each row. The value of these bits is undefined. */ int getBytesPerRow(int rowWidthInPixels) { int bitsPerPixel = headerChunk.getBitsPerPixel(); int bitsPerRow = bitsPerPixel * rowWidthInPixels; int bitsPerByte = 8; return (bitsPerRow + (bitsPerByte - 1)) / bitsPerByte; } /**
int getFilterByteOffset() { if (bitDepth < 8) return 1; return getBitsPerPixel() / 8; }
/** * Answer the number of bytes in a row of the given pixel * width. Each row is byte-aligned, so images with bit * depths less than a byte may have unused bits at the * end of each row. The value of these bits is undefined. */ int getBytesPerRow(int rowWidthInPixels) { int bitsPerPixel = headerChunk.getBitsPerPixel(); int bitsPerRow = bitsPerPixel * rowWidthInPixels; int bitsPerByte = 8; return (bitsPerRow + (bitsPerByte - 1)) / bitsPerByte; } /**
int getFilterByteOffset() { if (bitDepth < 8) return 1; return getBitsPerPixel() / 8; }
int getFilterByteOffset() { if (bitDepth < 8) return 1; return getBitsPerPixel() / 8; }
/** * Answer the number of bytes needed to represent a pixel. * This value depends on the image's color type and bit * depth. * Note that this method rounds up if an image's pixel size * isn't byte-aligned. */ int getBytesPerPixel() { int bitsPerPixel = headerChunk.getBitsPerPixel(); return (bitsPerPixel + 7) / 8; } /**
/** * Answer the number of bytes in a row of the given pixel * width. Each row is byte-aligned, so images with bit * depths less than a byte may have unused bits at the * end of each row. The value of these bits is undefined. */ int getBytesPerRow(int rowWidthInPixels) { int bitsPerPixel = headerChunk.getBitsPerPixel(); int bitsPerRow = bitsPerPixel * rowWidthInPixels; int bitsPerByte = 8; return (bitsPerRow + (bitsPerByte - 1)) / bitsPerByte; } /**
/** * Answer the number of bytes in a row of the given pixel * width. Each row is byte-aligned, so images with bit * depths less than a byte may have unused bits at the * end of each row. The value of these bits is undefined. */ int getBytesPerRow(int rowWidthInPixels) { int bitsPerPixel = headerChunk.getBitsPerPixel(); int bitsPerRow = bitsPerPixel * rowWidthInPixels; int bitsPerByte = 8; return (bitsPerRow + (bitsPerByte - 1)) / bitsPerByte; } /**
/** * Answer the number of bytes in a row of the given pixel * width. Each row is byte-aligned, so images with bit * depths less than a byte may have unused bits at the * end of each row. The value of these bits is undefined. */ int getBytesPerRow(int rowWidthInPixels) { int bitsPerPixel = headerChunk.getBitsPerPixel(); int bitsPerRow = bitsPerPixel * rowWidthInPixels; int bitsPerByte = 8; return (bitsPerRow + (bitsPerByte - 1)) / bitsPerByte; } /**