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1.1 ! root 1: .TH FLMIN 3F "13 June 1983" ! 2: .UC 4 ! 3: .SH NAME ! 4: flmin, flmax, ffrac, dflmin, dflmax, dffrac, inmax \- return extreme values ! 5: .SH SYNOPSIS ! 6: .B function flmin() ! 7: .sp 1 ! 8: .B function flmax() ! 9: .sp 1 ! 10: .B function ffrac() ! 11: .sp 1 ! 12: .B double precision function dflmin() ! 13: .sp 1 ! 14: .B double precision function dflmax() ! 15: .sp 1 ! 16: .B double precision function dffrac() ! 17: .sp 1 ! 18: .B function inmax() ! 19: .SH DESCRIPTION ! 20: Functions ! 21: .I flmin ! 22: and ! 23: .I flmax ! 24: return the minimum and maximum positive floating point values respectively. ! 25: Functions ! 26: .I dflmin ! 27: and ! 28: .I dflmax ! 29: return the minimum and maximum positive double precision floating point values. ! 30: Function ! 31: .I inmax ! 32: returns the maximum positive integer value. ! 33: .PP ! 34: The functions ! 35: .I ffrac ! 36: and ! 37: .I dffrac ! 38: return the fractional accuracy of single and double precision ! 39: floating point numbers respectively. ! 40: These are the smallest numbers that can be added to 1.0 without being lost. ! 41: .PP ! 42: These functions can be used by programs that must scale algorithms ! 43: to the numerical range of the processor. ! 44: .SH FILES ! 45: .ie \nM /usr/ucb/lib/libF77.a ! 46: .el /usr/lib/libF77.a
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