home *** CD-ROM | disk | FTP | other *** search
- ;
- ; 3812help.inp -- This is the helps file read in by 3812.EXE. Each line
- ; consists of an field index #, then a 33 byte string.
- ;
- ; entry #1 - Test Register
- ;
- ; "xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx"
- 01" "1
- 01" "2
- 01" "3
- 01" "4
- 01" "5
- 01" "6
- ;
- ; entry #2 - Timer #1
- ;
- 02" "1
- 02" "2
- 02" "3
- 02" "4
- 02" "5
- 02" "6
- 02" "7
- 02" "8
- 02" "9
- 02" "a
- 02" "b
- 02" "c
- ;
- ; entry #3 - Timer #2
- ;
- 03" "1
- 03" "2
- 03" "3
- 03" "4
- 03" "5
- 03" "6
- 03" "7
- 03" "8
- 03" "9
- 03" "a
- 03" "b
- 03" "c
- ;
- ; entry #4 - Timer Control
- ;
- 04" "1
- 04" This register determines how the"2
- 04" 4 operators will be connected. "3
- 04" "4
- 04" Zero out this register on the "5
- 04" right side when returning to "6
- 04" 2-OP mode. Do this before "7
- 04" clearing the 'NEW' bit in reg- "8
- 04" ister 5. "9
- 04" "a
- 04" "b
- 04" "c
- ;
- ; entry #5 - Opl3 New bit
- ;
- 05" "1
- 05" By setting the right side D0 to "2
- 05" 1, you enable the new features "3
- 05" of the OPL3, I.E., the address- "4
- 05" ing the right side of the chip. "5
- 05" "6
- 05" "7
- 05" "8
- 05" "9
- 05" "a
- 05" "b
- 05" "c
- ;
- ; entry #8 - CMS Mode/Keyboard Split
- ;
- 08" "1
- 08" "2
- 08" "3
- 08" "4
- 08" "5
- 08" "6
- 08" "7
- 08" "8
- 08" "9
- 08" "a
- 08" "b
- 08" "c
- ;
- ; entry #20 - AM/VIB/EG-TYP/KSR/Multiple
- ;
- 20"--====< Operator Control >====-- "1
- 20" "2
- 20" "3
- 20" "4
- 20" "5
- 20" "6
- 20" "7
- 20" "8
- 20" "9
- 20" "a
- 20" "b
- 20"I N V E R S E ! ! ! AM effects "c
- ;
- ; entry #40 - KSL/Total Level
- ;
- 40"--====< Operator Control >====-- "1
- 40" "2
- 40" "3
- 40" "4
- 40" "5
- 40" "6
- 40" "7
- 40" "8
- 40" "9
- 40" "a
- 40" "b
- 40"I N V E R S E ! ! ! AM effects "c
- ;
- ; entry #60 - Attack/Decay Rate
- ;
- 60"--====< Operator Control >====-- "1
- 60" "2
- 60" AR - Attack Rate "3
- 60" DR - Decay Rate "4
- 60" "5
- 60" The higher the number, the "6
- 60" shorter duration. "7
- 60" "8
- 60" "9
- 60" "a
- 60" "b
- 60"I N V E R S E ! ! ! AM effects "c
- ;
- ; entry #80 - Sustain Level / Release Rate
- ;
- 80"--====< Operator Control >====-- "1
- 80" "2
- 80" SR - Sustain Level "3
- 80" RR - Release Rate "4
- 80" "5
- 80" The higher the number, the "6
- 80" shorter duration. "7
- 80" "8
- 80" "9
- 80" "a
- 80" "b
- 80"I N V E R S E ! ! ! AM effects "c
- ;
- ; entry #A0 - F-Number
- ;
- A0" "1
- A0" Frequency Value. "2
- A0" "3
- A0" This is a 10 bit number. "4
- A0" The 8 low order bits are stored "5
- A0" in this register. The higher "6
- A0" order two bits are stored in "7
- A0" the next register 'Bx'. "8
- A0" "9
- A0" "a
- A0" "b
- A0" "c
- ;
- ; entry #B0 - Block/F-Number
- ;
- B0" "1
- B0" "2
- B0" "3
- B0" "4
- B0" "5
- B0" "6
- B0" "7
- B0" "8
- B0" "9
- B0" "a
- B0" "b
- B0" "c
- ;
- ; entry #BD - Rhythm/AM dep/VIB dep
- ;
- BD" "1
- BD" "2
- BD" "3
- BD" "4
- BD" "5
- BD" "6
- BD" "7
- BD" "8
- BD" "9
- BD" "a
- BD" "b
- BD" "c
- ;
- ; entry #C0 - Feedback/Conection
- ;
- C0" "1
- C0" "2
- C0" "3
- C0" "4
- C0" "5
- C0" "6
- C0" "7
- C0" "8
- C0" "9
- C0" "a
- C0" "b
- C0" "c
- ;
- ; entry #E0 - Wave Select
- ;
- E0" "1
- E0" "2
- E0" "3
- E0" "4
- E0" "5
- E0" "6
- E0" "7
- E0" "8
- E0" "9
- E0" "a
- E0" "b
- E0" "c
- ;
- ; END OF HELPS
- ;
-