%<m>G: Conversion into a string with a decimal number – depending on the value range – in
a decimal or exponential notation (like %G). The string has a total length of at least
<m> characters. The missing characters are filled with spaces, left-justified.
Example with decimal notation:
N10 DEF REAL REAL_VAR=1.234567890123456EX-04
N20 DEF STRING[80] RESULT
N30 RESULT=SPRINT("CONTENT OF REAL_VAR:%15G",REAL_VAR)
Result: The character string "CONTENT OF REAL_VAR:xxxx0.000123457" is writ‐
ten to the string variable RESULT ("x" in the example represents spaces).
Example with exponential notation:
N10 DEF REAL REAL_VAR=1.234567890123456EX+06
N20 DEF STRING[80] RESULT
N30 RESULT=SPRINT("CONTENT OF REAL_VAR:%15G",REAL_VAR)
Result: The character string "CONTENT OF REAL_VAR:xxx1.23457EX+06" is writ‐
ten to the string variable RESULT ("x" in the example represents spaces).
%.<n>G: Conversion into a string with a decimal number – depending on the value range – in
a decimal or exponential representation. A maximum of <n> significant places are
displayed or if required, rounded-off. If the absolute value to be represented is less
than 1.0EX-04 or greater than/equal to 1.0EX(+<n>), then the exponential notation is
selected, otherwise the decimal notation.
Example with decimal notation:
N10 DEF REAL REAL_VAR=1.234567890123456EX-04
N20 DEF STRING[80] RESULT
N30 RESULT=SPRINT("CONTENT OF REAL_VAR:%.3G",REAL_VAR)
Result: The character string "CONTENT OF REAL_VAR:0.000123" is written to the
string variable RESULT.
Example with exponential notation:
N10 DEF REAL REAL_VAR=1.234567890123456EX+03
N20 DEF STRING[80] RESULT
N30 RESULT = SPRINT("CONTENT OF REAL_VAR:%.3G",REAL_VAR)
Result: The character string "CONTENT OF REAL_VAR:1.23EX+03" is written to the
string variable RESULT.
%<m>.<n>G: Conversion into a string with a decimal number – depending on the value range – in
a decimal or exponential notation (like %.<n>G). The string has a total length of at
least <m> characters. The missing characters are filled with spaces, left-justified.
Example with decimal notation:
N10 DEF REAL REAL_VAR=1.234567890123456EX-04
N20 DEF STRING[80] RESULT
N30 RESULT=SPRINT("CONTENT OF REAL_VAR:%12.4G",REAL_VAR)
Result: The character string "CONTENT OF REAL_VAR:xxx0.0001235" is written to
the string variable RESULT ("x" in the example represents spaces).
Example with exponential notation:
N10 DEF REAL REAL_VAR=1.234567890123456EX+04
N20 DEF STRING[80] RESULT
N30 RESULT=SPRINT("CONTENT OF REAL_VAR:%12.4G",REAL_VAR)
Result: The character string "CONTENT OF REAL_VAR:xx1.235EX+06" is written to
the string variable RESULT ("x" in the example represents spaces).
Work preparation
3.1 Flexible NC programming
NC programming
Programming Manual, 12/2019, 6FC5398-2EP40-0BA0 459
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