Convert real number in string

Question

Greatings whole community,
 
 have a simply question: How to convert real number to string, including decimal places? String value CAN NOT be rounded.
Example:
d150 = 1.5 (it is real number dimmension)
string_value=1.5
 
Have found some topics about this, but no simply solution.
l´m trying to use exctract and itos function, but my design strat to be complicated.
Maybe in creo 5.0 has been added some better function or someone was god-lighted up and got an idea for Nobel price 
 
Thanks in any advice...
Regards
@mbonka

Chris3 · Accepted Answer

Relations functions haven't been changed since they were introduced. In my past conversations with PTC their position as been that while complicated you can do nearly everything with the existing relation functions. There are numerous ideas to add additional functions to make things easier but none have been implemented.

If you haven't stumbled on it already you might want to try @TomU's method here:

https://community.ptc.com/t5/Simulation/Converting-Real-Numbers-to-Strings/m-p/189624

He links to some official PTC examples as well.

KenFarley · Answer

Despite years and years of needing it, a simple "real to string" function has never been added to Pro/E or subsequently, Creo. A bit of programming that has been handled for decades (I even remember doing so in assembly language back in the olden times) is not available.

Anyway, here's my bit of code to approach this.

/*
/* Convert a real number into a string.
/* numReal = the number to convert
/* strResult = the resulting string
/* numDigits = integer for how many digits after the decimal you want.
/*

strResult = ITOS ( floor ( abs ( numReal ) ) ) + "."
IF abs( numReal ) < 1.0
 strResult = "0."
ENDIF
strResult = strResult + EXTRACT ( ITOS ( floor ( 10^numDigits * ( 1 + abs ( numReal ) - floor ( abs ( numReal ))))),2,numDigits )
IF numReal < 0.0
 strResult = "-" + strResult
ENDIF

There are lots of other approaches to this problem. Without a built-in function to do the conversion, you end up with a large amount of relation code if you need to do this for a lot of numbers.

Note that the "rounding avoidance" is done by the "floor" applied to the shifted number before the ITOS function call within the EXTRACT function call. It truncates all the digits after the decimal.

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