Re: [Amforth] Floating point

2018-12-19 Thread Erich Wälde
Hello Jan, > > Found the float.fth file. > After loading the neccesary files tried to compile the filed > > Two things are missing and can’t find them in the AmFort-6.7 directory. > 1. What is the definition of d>s That was answered before: : d>s drop ; @martin: just adding a 0 to TOS on "s>d"

Re: [Amforth] Floating point

2018-12-19 Thread Martin Bitter
Jan, I can help at d>s it takes a double and turns it to a single number by dropping the high byte. It's the opposite of s>d. One could archive the same effect by droping or by pushing a 0 to TOS. Regards Martin Am Mittwoch, 19. Dezember 2018, 12:16:08 CET schrieb Jan Kromhout via Amfor

Re: [Amforth] Floating point

2018-12-19 Thread Jan Kromhout via Amforth-devel
Hello, Found the float.fth file. After loading the neccesary files tried to compile the filed Two things are missing and can’t find them in the AmFort-6.7 directory. 1. What is the definition of d>s 2: Could not found these asm files. ; needed for recognizer .include "words/get-r

Re: [Amforth] Floating point - All_math library in asm

2015-05-29 Thread pito
__ > Od: Matthias Trute > Komu: Everything around amforth > Datum: 29.05.2015 19:53 > Předmět: Re: [Amforth] Floating point - All_math library in asm > >Am Donnerstag, den 28.05.2015, 23:56 +0200 schrieb pito: >> Hi, there is a "complete fp asm lib" for amforth

Re: [Amforth] Floating point - All_math library in asm

2015-05-29 Thread Matthias Trute
Am Donnerstag, den 28.05.2015, 23:56 +0200 schrieb pito: > Hi, there is a "complete fp asm lib" for amforth at > https://github.com/igor-m/Amforth-Floating-Point-in-ASM Cool stuff btw: flashforth from Mikael Nordman ported the FP code and it runs now on a PIC as well. Thanks to the GPL (v3). We s

Re: [Amforth] Floating point - All_math library in asm

2015-05-28 Thread pito
And here is an Example for testing the library :) Enjoy! \ Distance and iniBearing of two points on Earth \ Example for Amforth with floating point asm library installed \ Calculates distance in meters and initial bearing in degrees based on \ latidute and longitude of two points on Earth. \ Uses