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AEDIT$–ASCII Image Composition Editing Package
4.2.2.1. Calling Procedures for the Floating-Point Editing Routines
Table 4–3 describes the floating-point editing routines and the procedures used to call
them.
Table 4–3. AEDIT$F: Floating-Point ASCII Editing Routines
PROC Call Generated
Instructions
A$EFLF1 x*/6+y,p LA A1,p
LA,U A0,x*/6+y
LMJ X11,AEFLF1$
A$EFLF2 x*/6+y,p DL A1,p
LA,U A0,x*/6+y
LMJ X11,AEFLF2$
A$EFLG1 x*/6+y,p LA A1,p
LA,U A0,x*/6+y
LMJ X11,AEFLG1$
A$EFLG2 x*/6+y,p DL A1,p
LA,U A0,x*/6+y
LMJ X11,AEFLG2$
A$EFLS1 x*/6+y,p LA A1,p
LA,U A0,x*/6+y
LMJ X11,AEFLS1$
A$EFLS2 x*/6+y,p DL A1,p
LA,U A0,x*/6+y
LMJ X11,AEFLS2$
Description
Single-precision fixed decimal format.
The floating-point number p is edited to fixed
decimal format with y digits following the decimal
point, right-justified, in a field of size x.
Double-precision fixed decimal format.
The floating-point number p is edited to fixed
decimal format with y digits following the decimal
point, right-justified, in a field of size x.
Single-precision generalized format.
Same as scientific format except that an attempt is
made to move the decimal point in such a way as to
reduce the exponent to zero. If this can be done,
the exponent is set to blanks. Otherwise scientific
format is used.
Double-precision generalized format.
See AEFLG1$ and AEFLS2$.
Single-precision scientific format.
The floating-point number p is edited to scientific
format with y significant digits in a field size of x.
The exponent is two digits long.
Double-precision scientific format.
The floating-point number p is edited to scientific
format with y significant digits in a field size of x.
The exponent is three digits long.
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