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  2. Pixel density - Wikipedia

    en.wikipedia.org/wiki/Pixel_density

    The ideal pixel density (PPI) depends on the output format, output device, the intended use and artistic choice. For inkjet printers measured in DPI it is generally good practice to use half or less than the DPI to determine the PPI. For example, an image intended for a printer capable of 600 dpi could be created at 300 ppi.

  3. Dots per inch - Wikipedia

    en.wikipedia.org/wiki/Dots_per_inch

    In printing, DPI (dots per inch) refers to the output resolution of a printer or imagesetter, and PPI (pixels per inch) refers to the input resolution of a photograph or image. DPI refers to the physical dot density of an image when it is reproduced as a real physical entity, for example printed onto paper. [4]

  4. Metric typographic units - Wikipedia

    en.wikipedia.org/wiki/Metric_typographic_units

    The resolution of computer screens is often denoted in millimetres pitch, whereas office printers are usually denoted reciprocally in dots per inch ('dpi', 'd/in'). Phototypesetters have long used micrometres. To convert dpi resolution to μm resolution, the formula to be used is 25400 ⁄ R, where R is the resolution in dpi. So for example 96 ...

  5. Lines per inch - Wikipedia

    en.wikipedia.org/wiki/Lines_per_inch

    Lines per inch (LPI) is a measurement of printing resolution. A line consists of halftones that is built up by physical ink dots made by the printer device to create different tones. Specifically LPI is a measure of how close together the lines in a halftone grid are.

  6. File:1904 Map showing Little Russia and South Russia.pdf

    en.wikipedia.org/wiki/File:1904_Map_showing...

    Horizontal resolution: 300 dpi: Vertical resolution: 300 dpi: Image width: 1,129 px: Image height: 1,208 px: ... Conversion program: Adobe Photoshop Elements for ...

  7. Image resolution - Wikipedia

    en.wikipedia.org/wiki/Image_resolution

    Temporal resolution (TR) is the precision of a measurement with respect to time. Movie cameras and high-speed cameras can resolve events at different points in time. The time resolution used for movies is usually 24 to 48 frames per second (frames/s), whereas high-speed cameras may resolve 50 to 300 frames/s, or even more.