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- ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -----------------------------------------
-
- This chapter gives the in-depth technical details specific to the Atari ST port
- of I-APL. A full explanation of the module system is given, with documentation
- for the essential modules. There are instructions for creating additional
- modules, with examples.
-
- There are two versions of I-APL: a 16-bit and a 32-bit version. The ST port
- uses the 32-bit version. The advantage of this is that it allows all the ST's
- memory to be accessed, rather than being limited to 32K as in the 16-bit
- version. The disadvantage is that it runs slower; multiplies and divides have
- to be done on 32-bit numbers rather than 16-bit numbers, and so on.
-
- Another feature of I-APL is that it was designed to run on machines in which
- the words are stored the other way round (compared to the 68000) - as in the
- Z80, 8086, Archimedies RISC chip, etc. The effect of this is that the entire
- I-APL memory has to be stored reversed (as viewed from th ---- Chapter 6: Technical information -------------------------------