Labeled tic marks

The number of large, labeled, tic marks to be displayed on the x-axis is controlled by nlxinc. Its initial value is 5.

nlxinc < 0 - the number of large tic marks on the x-axis will be nlxinc + 1. If XLOGBASE > 1, logarithmic x-axis, nlxinc may be changed to avoid fractional powers. If XLOGBASE < 1, linear x-axis, the x-axis minimum and maximum will not be labeled with numbers.
nlxinc = 0 - the number of large tic marks on the x-axis will be automatically determined for the user. The virtual x-axis minimum and maximum will be determined, so the x-axis may not begin or end at a large tic mark
nlxinc > 0 - the number of large tic marks on the x-axis will be nlxinc + 1. If XLOGBASE > 1, logarithmic x-axis, nlxinc may be changed to avoid fractional powers. If XLOGBASE < 1, linear x-axis, nlxinc will not be changed.

The number of large, labeled, tic marks to be displayed on the y-axis is controlled by nlyinc. Its initial value is 5.

nlyinc < 0 - the number of large tic marks on the y-axis will be nlyinc + 1. If YLOGBASE > 1, logarithmic y-axis, nlyinc may be changed to avoid fractional powers. If YLOGBASE < 1, linear y-axis, the y-axis minimum and maximum will not be labeled with numbers.
nlyinc = 0 - the number of large tic marks on the y-axis will be automatically determined for the user. The virtual y-axis minimum and maximum will be determined, so the y-axis may not begin or end at a large tic mark
nlyinc > 0 - the number of large tic marks on the y-axis will be nlyinc + 1. If YLOGBASE > 1, logarithmic y-axis, nlyinc may be changed to avoid fractional powers. If YLOGBASE < 1, linear y-axis, nlyinc will not be changed.

  Commensurate axis scaling
  Example