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This example plots the data in the file "population.dat" and a theoretical curve:
pop(x) = 103*exp((1965-x)/10) set xrange [1960:1990] plot 'population.dat', pop(x)
The file "population.dat" might contain:
# Gnu population in Antarctica since 1965 1965 103 1970 55 1975 34 1980 24 1985 10
Binary examples:
# Selects two float values (second one implicit) with a float value # discarded between them for an indefinite length of 1D data. plot '<file_name>' binary format="%float%*float" using 1:2 with lines
# The data file header contains all details necessary for creating # coordinates from an EDF file. plot '<file_name>' binary filetype=edf with image plot '<file_name>.edf' binary filetype=auto with image
# Selects three unsigned characters for components of a raw RGB image # and flips the y-dimension so that typical image orientation (start # at top left corner) translates to the Cartesian plane. Pixel # spacing is given and there are two images in the file. One of them # is translated via origin. plot '<file_name>' binary array=(512,1024):(1024,512) format='%uchar' \ dx=2:1 dy=1:2 origin=(0,0):(1024,1024) flipy u 1:2:3 w rgbimage
# Four separate records in which the coordinates are part of the # data file. The file was created with a endianess different from # the system on which gnuplot is running. splot '<file_name>' binary record=30:30:29:26 endian=swap u 1:2:3
# Same input file, but this time we skip the 1st and 3rd records splot '<file_name>' binary record=30:26 skip=360:348 endian=swap u 1:2:3
See also binary matrix.