Transcribed by hand by Ian Matthews June 9 2003 from the TPUG Transactor 1984 with written permission from Bruce Beach
Note that the formatting and font has been maintained as the original source scan.
STRUCTURE: IF THEN ELSE -all must be on the same line TRAP1000 – equivalent of ON ERROR GO 1000 DO LOOP – Can be followed by WHILE or UNTIL EXIT – Terminates Loop GET KEY -instead of of 10 GET A$:IF A$”” THEN 10 GRAPHICS: The 264 contains most if not all of the VSP commands you can buy on cartridge from Commodore for the VIC and the C64, plus some extras FLASH – flashes strings COLOUR – sets background, multicolours. etc. AND luminance GRAPHIC – sets hi-res multicolour or text screen including combinations, can set hi-res/multi-colour at top plus 5 lines of text at the bottom BOX CIRCLE PAINT SCNCLR -same as print chr$(147) CHAR -CHAR X, Y, “STRING” will print “STRING’ at an X,Y position on the hi-res screen. very handy. LOCATE -will plot a pixel at X,Y DRAW -for line drawings, just like VSP SSHAPE -Save Shape will store a limited area of the screen into a string variable GSHAPE – will get a shape from a a specified variable and print it on the hi-res screen at X,Y SOUND – single voice, followed by a parameter for a note, tone etc VOLUME JOY(N) – needs joystick 1 or 2 and returns a number from 1-8Machine Language:The Machine Language Monitor has additions as well some new BASIC commands to do conversions DEC – DEC “‘FFFF” converts the string to FFFF decimal, variable can also be used HEX$ – HEX$(1124) converts a the number 1024 to a string representing the hexadecimal equivalent. the two complement much like ASC and CHR$ MLM .F- FiII memory from ADDRESS1 to ADDRESS2 with specified HEX value .H – Hunt Memory .A – Assemble works like supermon assembler .D – Disassemble .M – Memory dump displays memos contents in hex and screen POKE characters much like Interrogate in Extramon .G .X .S. L .R are still the same from other MLM’sDisk Operating: The 264 has most common disk commands from BASIC 4 0. For some reason though the DOPEN command is missing(The operating system supports more commands than listed here.) |
We’ll bring you more information as release version manuals become available (Ed)
Several new peripherals will accompany the 264 including a letter quality and dot matrix printer, A new colour monitor, the 1703 is merely the 1702 in a new black case, but a new faster disk drive, the SFS 481 another 264 peripheral. The 1531 Datasette is the same unit with a new plug, useable only on the 264. The 264 Modem is supposed to be auto answer/auto dial. Rounding out the hardware end of the computer is a new plotter. Software compatibility will be a sore spot with new owners of the 264. VIC and 64 cartridges won’t work. Most existing programs won’t work either unless they are pure BASIC. The problem lies in the systems electronic architecture. If you know the difference between an operating system and an operating table, you may be wondering how an 8-bit microprocessor can address 64K of RAM. 32K of O/S ROM and an additional 32K of program ROM. The feat is accomplished with a sleight of hand called “bank selected memory”. The 7501 Microprocessor can only “see” 64K of anything at once, but with careful memory management, it can switch in (or out) different blocks of memory so the total of 64K is never exceeded. The bank selection process is done automatically so you don’t have to worry about it. Long-winded programmers will now be able to write programs (in BASIC M.I. or both) of up to 64K in length.
The 264 is the first of four New Generation computers due for release this year. The next one, the 364, was shown at CES but it looks like it will be summertime before it makes a market appearance. The 364 is architecturally the same as the 264 but has an extra 19 key numeric pad, a few more empty sockets inside for software ROMs and built-in speech with 250 word vocabulary. Prices and release date are not yet firm, but the 264 should be in the $400-$600 US range. Editor’s Note |
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The Transactor | 44 | Volume 5, Issue 01 |