PGI Fortran - Servidor WWW del Cluster Ladon-Hidra

where digits is the scaling factor, the power of ten, to be applied to the unscaled constant. The firsttwo forms above are equivalent, that is, a scaling factor without a sign is assumed to be positive.The following table shows several real constants.Table 2-5: Example of Real ConstantsConstantValue1.0 unscaled single precision constant1. unscaled single precision constant-.003 signed unscaled single precision constant-.003_LOWsigned unscaled constant with kind LOW-1.0 signed unscaled single precision constant6.1E2_LOW+2.3E3_HIGHis equivalent to 610.0 with kind LOWis equivalent to 2300.0 with kind HIGH6.1E2 is equivalent to 610.0+2.3E3 is equivalent to 2300.0-3.5E-1 is equivalent to -0.352.2.4 Double Precision ConstantsA double precision constant has the same form as a scaled REAL constant except that the E isreplaced by D and the kind parameter is not permitted. For example:D+digitsDdigitD-digitsThe following table shows several double precision constants.Table 2-6: Double Precision ConstantsConstantValue6.1D2 is equivalent to 610.0+2.3D3 is equivalent to 2300.0-3.5D-1 is equivalent to -0.35+4D4 is equivalent to 4000036 Chapter 2