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nathanriggs 2019-01-07 13:47:46 -05:00
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36
README.md
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@ -454,15 +454,15 @@ If a memory alteration is indicated by a [PASS], it means that the memory area t
Once Macros are mostly finished in how they are called, you can find how to use them here. New versions, of course, always run the risk of changing something integral; This cheat sheet will be updated accordingly.
MACRO | USAGE | RETURNS
------ | -------------------------------------------------------------- | -----------------------------------
_DUMP | ```_DUMP [memory address];[# of bytes to dump]``` | Nothing; dump to screen
_GRET | ```_GRET [dest memory address]``` | [return] stored in specified address
_ISLIT | ```_ISLIT [data]``` | inserts executable code at pointer
_ISSTR | ```_ISLIT [data]``` | inserts executable code at pointer
_PRNT | ```_PRNT [string or address]``` | prints provided literal string
_SPAR | ```_SPAR [src address];[length]``` | moves data at address to [param]
_WAIT | ```_WAIT``` | Nothing; wait for keypress.
MACRO | USAGE | RETURNS
------ | ------------------------------------------------------------------ | -----------------------------------
_DUMP | ```_DUMP [memory address];[# of bytes to dump]``` | Nothing; dump to screen
_GRET | ```_GRET [dest memory address]``` | [return] stored in specified address
_ISLIT | ```_ISLIT [data]``` | inserts executable code at pointer
_ISSTR | ```_ISSTR [data]``` | inserts executable code at pointer
_PRNT | ```_PRNT [string or address]``` | prints provided literal string
_SPAR | ```_SPAR [src address];[length]``` | moves data at address to [param]
_WAIT | ```_WAIT``` | Nothing; wait for keypress.
ADD16 |
BEEP |
BLOAD |
@ -475,16 +475,20 @@ Once Macros are mostly finished in how they are called, you can find how to use
CURU |
DBUFF |
DELAY |
DIM81 |
DIM82 |
DIM81 | ```DIM81 [array address];[# of elements];[element byte length]``` | .Y = low byte of array addr
. | . | .X = high byte of array addr
. | . | .A = # of elements
. | . | [RETURN] = total array size in bytes
. | . | [RETLEN] = length of [RETURN] val
DIM82 | ```DIM82 [array addr];[# of cols];[# of rows];[elem byte length]``` |
DIV8 |
DIV16 |
DRIVE |
DRWTS |
FINP |
FPRN |
GET81 |
GET82 |
GET81 | ```GET81 [array address];[element index]``` |
GET82 | ```GET82 [array addr];[column index];[row index]```
INP |
MFILL |
MMOVE |
@ -493,9 +497,9 @@ Once Macros are mostly finished in how they are called, you can find how to use
PBX |
PCR |
PDL |
PRN |
PUT81 |
PUT82 |
PRN |
PUT81 | ```PUT81 [src addr or literal][array addr];[element index]``` |
PUT82 | ```PUT82 [src addr or lit];[array addr];[col index];[row index]``` |
RCPOS |
REM16 |
RND8 |

49
README.md~
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@ -232,7 +232,18 @@ The following disks are in pre-production/planning, and will be part of future v
CONVERSIONS DISK
* convert.mac: Library for converting between different data types.
* `HX2CHR`: Hex value to character notation.
* `TOSTR`: Integer value to character equivalent.
* `TONUM`: Character string number to hexcode equivalent.
* `HX2DEC`: Hexadecimal value to decimal value string.
* `HX2BIN`: Hexademial value to binary string.
* `BIN2HX`: binary string to hex value.
* `DEC2HX`: decimal string to hex value. Not much different than `TONUM`
* `HR2LR`: Hi-resolution to low-resolution conversion.
* `LR2HR`: Low-resolution to high-resolution conversion.
* `LS2STR`: a string that ends in #$00 coverted to the string data type (length byte first, then string)
LORES DISK
* lores.mac: Library for fast(er) graphics in low resolution mode.
* `LHLIN`: Low resolution horizontal line.
@ -443,15 +454,15 @@ If a memory alteration is indicated by a [PASS], it means that the memory area t
Once Macros are mostly finished in how they are called, you can find how to use them here. New versions, of course, always run the risk of changing something integral; This cheat sheet will be updated accordingly.
MACRO | USAGE | RETURNS
------ | -------------------------------------------------------------- | -----------------------------------
_DUMP | ```_DUMP [memory address];[# of bytes to dump]``` | Nothing; dump to screen
_GRET | ```_GRET [dest memory address]``` | [return] stored in specified address
_ISLIT | ```_ISLIT [data]``` | inserts executable code at pointer
_ISSTR | ```_ISLIT [data]``` | inserts executable code at pointer
_PRNT | ```_PRNT [string or address]``` | prints provided literal string
_SPAR | ```_SPAR [src address];[length]``` | moves data at address to [param]
_WAIT | ```_WAIT``` | Nothing; wait for keypress.
MACRO | USAGE | RETURNS
------ | ------------------------------------------------------------------ | -----------------------------------
_DUMP | ```_DUMP [memory address];[# of bytes to dump]``` | Nothing; dump to screen
_GRET | ```_GRET [dest memory address]``` | [return] stored in specified address
_ISLIT | ```_ISLIT [data]``` | inserts executable code at pointer
_ISSTR | ```_ISSTR [data]``` | inserts executable code at pointer
_PRNT | ```_PRNT [string or address]``` | prints provided literal string
_SPAR | ```_SPAR [src address];[length]``` | moves data at address to [param]
_WAIT | ```_WAIT``` | Nothing; wait for keypress.
ADD16 |
BEEP |
BLOAD |
@ -464,16 +475,20 @@ Once Macros are mostly finished in how they are called, you can find how to use
CURU |
DBUFF |
DELAY |
DIM81 |
DIM82 |
DIM81 | ```DIM81 [array address];[# of elements];[element byte length]``` | .Y = low byte of array addr
| | .X = high byte of array addr
| | .A = # of elements
| | [RETURN] = total array size in bytes
| | [RETLEN] = length of [RETURN] val
DIM82 | ```DIM82 [array addr];[# of cols];[# of rows];[elem byte length]``` |
DIV8 |
DIV16 |
DRIVE |
DRWTS |
FINP |
FPRN |
GET81 |
GET82 |
GET81 | ```GET81 [array address];[element index]``` |
GET82 | ```GET82 [array addr];[column index];[row index]```
INP |
MFILL |
MMOVE |
@ -482,9 +497,9 @@ Once Macros are mostly finished in how they are called, you can find how to use
PBX |
PCR |
PDL |
PRN |
PUT81 |
PUT82 |
PRN |
PUT81 | ```PUT81 [src addr or literal][array addr];[element index]``` |
PUT82 | ```PUT82 [src addr or lit];[array addr];[col index];[row index]``` |
RCPOS |
REM16 |
RND8 |