* min/max der Numerischen Typen
WRITE: / |{ cl_abap_math=>max_int4 STYLE = SCIENTIFIC }|.
WRITE: / |{ cl_abap_math=>min_int4 STYLE = SCIENTIFIC }|.
WRITE: / |{ cl_abap_math=>max_int8 STYLE = SCIENTIFIC }|.
WRITE: / |{ cl_abap_math=>min_int8 STYLE = SCIENTIFIC }|.
WRITE: / |{ cl_abap_math=>max_decfloat16 STYLE = SCIENTIFIC }|.
WRITE: / |{ cl_abap_math=>min_decfloat16 STYLE = SCIENTIFIC }|.
WRITE: / |{ cl_abap_math=>max_decfloat34 STYLE = SCIENTIFIC }|.
WRITE: / |{ cl_abap_math=>min_decfloat34 STYLE = SCIENTIFIC }|.
* float
DATA: lv_fv TYPE f VALUE '1.005'.
* Auf 15 Dezimalstellen gerundeter Wert
WRITE: / |{ cl_abap_math=>round_f_to_15_decs( lv_fv ) DECIMALS = 2 }|.
* Scale und Anzahl Stellen
DATA: lv_dec TYPE decfloat34 VALUE '1234.56789'.
* Liefert die Scale einer DECFLOAT-Zahl
WRITE: / cl_abap_math=>get_scale( lv_dec ).
* Anzahl der signifikanten Stellen einer DECFLOAT Zahl
WRITE: / cl_abap_math=>get_number_of_digits( lv_dec ).