Apple-2-SW/dos33fsprogs
1
0
Fork 0
mirror of https://github.com/deater/dos33fsprogs.git synced 2024-12-27 02:31:00 +00:00
Code Issues Projects Releases Wiki Activity

mist_hgr: urgh previously uncommitted too much

Browse Source
This commit is contained in:
Vince Weaver 2021-07-08 00:41:45 -04:00
parent a49b1d8c85
commit 9f3d86eadb
20 changed files with 4428 additions and 0 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

523
games/mist_hgr/Makefile Normal file
View File

@ -0,0 +1,523 @@
include ../../Makefile.inc
DOS33 = ../../utils/dos33fs-utils/dos33
DOS33_RAW = ../../utils/dos33fs-utils/dos33_raw
PNG_TO_40x96 = ../../utils/gr-utils/png_to_40x96
PNG_TO_40x48D = ../../utils/gr-utils/png_to_40x48d
PNG2RLE = ../../utils/gr-utils/png2rle
B2D = ../../utils/bmp2dhr/b2d
TOKENIZE = ../../utils/asoft_basic-utils/tokenize_asoft
all: mist_hgr.dsk
# mist_side2.dsk mist_side3.dsk
#zip: mist_hgr.dsk mist_side2.dsk mist_side3.dsk
# zip mist.zip mist_hgr.dsk mist_side2.dsk mist_side3.dsk
mist_hgr.dsk: QBOOT TEXT_TITLE QLOAD \
MIST_TITLE MIST OCTAGON VIEWER \
DENTIST D\'NI SHIP GENERATOR \
SAVE1 SAVE2 SAVE3 SAVE4 SAVE5
cp extra_empty.dsk mist_hgr.dsk
$(DOS33_RAW) mist_hgr.dsk 0 0 QBOOT 0 1
$(DOS33_RAW) mist_hgr.dsk 0 2 QBOOT 1 1
$(DOS33_RAW) mist_hgr.dsk 0 4 QBOOT 2 1
$(DOS33_RAW) mist_hgr.dsk 0 6 TEXT_TITLE 0 3
$(DOS33_RAW) mist_hgr.dsk 0 11 SAVE1 0 1
$(DOS33_RAW) mist_hgr.dsk 0 12 SAVE2 0 1
$(DOS33_RAW) mist_hgr.dsk 0 13 SAVE3 0 1
$(DOS33_RAW) mist_hgr.dsk 0 14 SAVE4 0 1
$(DOS33_RAW) mist_hgr.dsk 0 15 SAVE5 0 1
$(DOS33_RAW) mist_hgr.dsk 1 0 QLOAD 0 14
$(DOS33_RAW) mist_hgr.dsk 2 0 MIST_TITLE 0 84
# $(DOS33_RAW) mist_hgr.dsk 8 0 MIST 0 159
# $(DOS33_RAW) mist_hgr.dsk 18 0 OCTAGON 0 128
# $(DOS33_RAW) mist_hgr.dsk 26 0 DENTIST 0 31
# $(DOS33_RAW) mist_hgr.dsk 28 0 D\'NI 0 27
# $(DOS33_RAW) mist_hgr.dsk 30 0 SHIP 0 20
# $(DOS33_RAW) mist_hgr.dsk 31 8 VIEWER 0 20
# $(DOS33_RAW) mist_hgr.dsk 32 13 GENERATOR 0 33
#mist_side2.dsk: WBOOT2 CHANNEL ARBOR NIBEL CABIN
# cp extra_empty.dsk mist_side2.dsk
# $(DOS33_RAW) mist_side2.dsk 0 0 WBOOT2 0 1
# $(DOS33_RAW) mist_side2.dsk 1 0 CHANNEL 0 135
# $(DOS33_RAW) mist_side2.dsk 10 0 ARBOR 0 159
# $(DOS33_RAW) mist_side2.dsk 20 0 NIBEL 0 109
# $(DOS33_RAW) mist_side2.dsk 27 0 CABIN 0 61
#mist_side3.dsk: WBOOT3 MECHE SELENA STONEY SUB
# cp extra_empty.dsk mist_side3.dsk
# $(DOS33_RAW) mist_side3.dsk 0 0 WBOOT3 0 1
# $(DOS33_RAW) mist_side3.dsk 1 0 MECHE 0 157
# $(DOS33_RAW) mist_side3.dsk 11 0 STONEY 0 158
# $(DOS33_RAW) mist_side3.dsk 21 0 SELENA 0 145
# $(DOS33_RAW) mist_side3.dsk 30 1 SUB 0 78
###
#WBOOT2: wrong_boot2.o
# ld65 -o WBOOT2 wrong_boot2.o -C ../../linker_scripts/apple2_800.inc
#wrong_boot2.o: wrong_boot2.s
# ca65 -o wrong_boot2.o wrong_boot2.s -l wrong_boot2.lst
###
#WBOOT3: wrong_boot3.o
# ld65 -o WBOOT3 wrong_boot3.o -C ../../linker_scripts/apple2_800.inc
#wrong_boot3.o: wrong_boot3.s
# ca65 -o wrong_boot3.o wrong_boot3.s -l wrong_boot3.lst
###
QBOOT: qboot_sector.o
ld65 -o QBOOT qboot_sector.o -C ../../linker_scripts/apple2_800.inc
qboot_sector.o: qboot_sector.s qboot_stage2.s
ca65 -o qboot_sector.o qboot_sector.s -l qboot_sector.lst
###
TEXT_TITLE: text_title.o
ld65 -o TEXT_TITLE text_title.o -C ../../linker_scripts/apple2_800.inc
text_title.o: text_title.s text_print.s wait_a_bit.s
ca65 -o text_title.o text_title.s -l text_title.lst
###
QLOAD: qload.o
ld65 -o QLOAD qload.o -C ../../linker_scripts/apple2_1200.inc
qload.o: qload.s qboot.inc \
gr_copy.s gr_offsets.s gr_pageflip.s gr_putsprite_crop.s \
text_print.s gr_fast_clear.s decompress_fast_v2.s \
keyboard.s draw_pointer.s end_level.s audio.s loadstore.s \
qkumba_popwr.s
ca65 -o qload.o qload.s -l qload.lst
###
LOADER: loader.o
ld65 -o LOADER loader.o -C ../../linker_scripts/apple2_1000.inc
loader.o: loader.s \
gr_copy.s gr_offsets.s gr_pageflip.s gr_putsprite_crop.s \
text_print.s gr_fast_clear.s decompress_fast_v2.s \
keyboard.s draw_pointer.s end_level.s audio.s loadstore.s \
qkumba_popwr.s
ca65 -o loader.o loader.s -l loader.lst
###
SAVE1: save1.o
ld65 -o SAVE1 save1.o -C ../../linker_scripts/apple2_e00.inc
save1.o: save1.s
ca65 -o save1.o save1.s -l save1.lst
###
SAVE2: save2.o
ld65 -o SAVE2 save2.o -C ../../linker_scripts/apple2_e00.inc
save2.o: save2.s
ca65 -o save2.o save2.s -l save2.lst
###
SAVE3: save3.o
ld65 -o SAVE3 save3.o -C ../../linker_scripts/apple2_e00.inc
save3.o: save3.s
ca65 -o save3.o save3.s -l save3.lst
###
SAVE4: save4.o
ld65 -o SAVE4 save4.o -C ../../linker_scripts/apple2_e00.inc
save4.o: save4.s
ca65 -o save4.o save4.s -l save4.lst
###
SAVE5: save5.o
ld65 -o SAVE5 save5.o -C ../../linker_scripts/apple2_e00.inc
save5.o: save5.s
ca65 -o save5.o save5.s -l save5.lst
####
generate_common: generate_common.o
$(CC) $(LFLAGS) -o generate_common generate_common.o
generate_common.o: generate_common.c
$(CC) $(CFLAGS) -c generate_common.c
####
common_routines.inc: qload.lst generate_common
./generate_common > common_routines.inc
####
MIST_TITLE: mist_title.o
ld65 -o MIST_TITLE mist_title.o -C ../../linker_scripts/apple2_4000.inc
mist_title.o: mist_title.s zp.inc hardware.inc common_defines.inc \
common_routines.inc \
graphics_title_hgr/mist_title.lzsa graphics_title/title_graphics.inc \
gr_copy.s gr_offsets.s gr_pageflip.s gr_putsprite_crop.s \
text_print.s gr_fast_clear.s decompress_fast_v2.s \
keyboard.s draw_pointer.s end_level.s audio.s \
init_state.s wait_a_bit.s \
link_book_mist_dock.s common_sprites.inc leveldata_title.inc \
pt3_lib_core.s pt3_lib_init.s pt3_lib_mockingboard_detect.s \
pt3_lib_mockingboard_setup.s pt3_lib_irq_handler.s interrupt_handler.s
ca65 -o mist_title.o mist_title.s -l mist_title.lst
####
MIST: mist.o
ld65 -o MIST mist.o -C ./apple2_2000.inc
mist.o: mist.s zp.inc hardware.inc common_defines.inc common_routines.inc \
graphics_mist/mist_graphics.inc \
common_sprites.inc \
leveldata_mist.inc \
clock_bridge_puzzle.s clock_sprites.inc \
marker_switch.s \
keyboard.s \
draw_pointer.s \
end_level.s \
mist_puzzles.s \
handle_pages.s
ca65 -o mist.o mist.s -l mist.lst
####
GENERATOR: generator.o
ld65 -o GENERATOR generator.o -C ./apple2_2000.inc
generator.o: generator.s zp.inc hardware.inc \
common_defines.inc common_routines.inc \
graphics_generator/generator_graphics.inc \
leveldata_generator.inc \
generator_puzzle.s
ca65 -o generator.o generator.s -l generator.lst
####
OCTAGON: octagon.o
ld65 -o OCTAGON octagon.o -C ./apple2_2000.inc
octagon.o: octagon.s zp.inc hardware.inc common_defines.inc \
common_routines.inc \
graphics_octagon/octagon_graphics.inc \
books/octagon_books.inc \
common_sprites.inc page_sprites.inc \
leveldata_octagon.inc \
brother_books.s \
handle_pages.s \
octagon_bookshelf.s \
octagon_rotation.s \
octagon_fireplace.s
ca65 -o octagon.o octagon.s -l octagon.lst
####
D\'NI: dni.o
ld65 -o D\'NI dni.o -C ./apple2_2000.inc
dni.o: dni.s zp.inc hardware.inc common_defines.inc \
common_routines.inc \
graphics_dni/dni_graphics.inc \
leveldata_dni.inc \
dni_ending.s
ca65 -o dni.o dni.s -l dni.lst
####
MECHE: meche.o
ld65 -o MECHE meche.o -C ./apple2_2000.inc
meche.o: meche.s zp.inc hardware.inc common_defines.inc \
common_routines.inc \
graphics_meche/meche_graphics.inc \
common_sprites.inc \
page_sprites.inc \
leveldata_meche.inc \
link_book_meche.s \
link_book_mist.s \
meche_rotation.s \
handle_pages.s \
keyboard.s \
draw_pointer.s \
gr_copy.s audio.s text_print.s decompress_fast_v2.s
ca65 -o meche.o meche.s -l meche.lst
####
SELENA: selena.o
ld65 -o SELENA selena.o -C ./apple2_2000.inc
selena.o: selena.s zp.inc hardware.inc common_defines.inc \
common_routines.inc \
graphics_selena/selena_graphics.inc \
common_sprites.inc \
leveldata_selena.inc \
link_book_mist.s \
end_level.s \
keyboard.s \
draw_pointer.s \
speaker_beeps.s \
selena_organ_puzzle.s selena_sound_puzzle.s \
gr_copy.s audio.s text_print.s decompress_fast_v2.s
ca65 -o selena.o selena.s -l selena.lst
####
SUB: sub.o
ld65 -o SUB sub.o -C ./apple2_2000.inc
sub.o: sub.s zp.inc hardware.inc common_defines.inc \
common_routines.inc \
graphics_sub/sub_graphics.inc \
common_sprites.inc \
leveldata_sub.inc \
link_book_mist.s \
end_level.s \
keyboard.s \
draw_pointer.s \
sub_puzzle.s \
gr_copy.s audio.s text_print.s decompress_fast_v2.s
ca65 -o sub.o sub.s -l sub.lst
####
VIEWER: viewer.o
ld65 -o VIEWER viewer.o -C ./apple2_2000.inc
viewer.o: viewer.s zp.inc hardware.inc common_defines.inc \
graphics_viewer/viewer_graphics.inc \
common_routines.inc \
common_sprites.inc \
page_sprites.inc \
number_sprites.inc \
leveldata_viewer.inc \
viewer_controls.s \
keyboard.s \
draw_pointer.s \
gr_copy.s audio.s text_print.s decompress_fast_v2.s
ca65 -o viewer.o viewer.s -l viewer.lst
####
STONEY: stoney.o
ld65 -o STONEY stoney.o -C ./apple2_2000.inc
stoney.o: stoney.s zp.inc hardware.inc common_defines.inc \
graphics_stoney/stoney_graphics.inc \
common_routines.inc \
common_sprites.inc \
page_sprites.inc \
leveldata_stoney.inc \
keyboard.s \
draw_pointer.s \
link_book_stoney.s \
link_book_mist.s \
handle_pages.s \
hlin_list.s \
lights_off.s stoney_puzzles.s
ca65 -o stoney.o stoney.s -l stoney.lst
####
SHIP: ship.o
ld65 -o SHIP ship.o -C ./apple2_2000.inc
ship.o: ship.s zp.inc hardware.inc common_defines.inc \
graphics_ship/ship_graphics.inc \
common_routines.inc \
common_sprites.inc \
page_sprites.inc \
leveldata_ship.inc \
keyboard.s \
draw_pointer.s \
link_book_stoney.s \
link_book_mist.s \
handle_pages.s \
gr_copy.s audio.s text_print.s decompress_fast_v2.s
ca65 -o ship.o ship.s -l ship.lst
####
CABIN: cabin.o
ld65 -o CABIN cabin.o -C ./apple2_2000.inc
cabin.o: cabin.s zp.inc hardware.inc common_defines.inc \
common_routines.inc \
graphics_cabin/cabin_graphics.inc \
common_sprites.inc \
page_sprites.inc \
leveldata_cabin.inc \
keyboard.s \
draw_pointer.s \
link_book_channel.s \
marker_switch.s \
cabin_boiler_puzzle.s \
number_sprites.inc
ca65 -o cabin.o cabin.s -l cabin.lst
####
CHANNEL: channel.o
ld65 -o CHANNEL channel.o -C ./apple2_2000.inc
channel.o: channel.s zp.inc hardware.inc common_defines.inc \
common_routines.inc \
graphics_channel/channel_graphics.inc \
common_sprites.inc \
page_sprites.inc \
leveldata_channel.inc \
channel_switches.s \
keyboard.s \
draw_pointer.s \
link_book_channel.s \
link_book_mist.s \
gr_copy.s audio.s text_print.s decompress_fast_v2.s
ca65 -o channel.o channel.s -l channel.lst
####
ARBOR: arbor.o
ld65 -o ARBOR arbor.o -C ./apple2_2000.inc
arbor.o: arbor.s zp.inc hardware.inc common_defines.inc \
common_routines.inc \
graphics_arbor/arbor_graphics.inc \
leveldata_arbor.inc \
arbor_switches.s
ca65 -o arbor.o arbor.s -l arbor.lst
####
NIBEL: nibel.o
ld65 -o NIBEL nibel.o -C ./apple2_2000.inc
nibel.o: nibel.s zp.inc hardware.inc common_defines.inc \
common_routines.inc \
graphics_nibel/nibel_graphics.inc \
leveldata_nibel.inc \
handle_pages.s nibel_switches.s
ca65 -o nibel.o nibel.s -l nibel.lst
####
DENTIST: dentist.o
ld65 -o DENTIST dentist.o -C ./apple2_2000.inc
dentist.o: dentist.s zp.inc hardware.inc common_defines.inc \
common_routines.inc \
graphics_dentist/dentist_graphics.inc \
leveldata_dentist.inc \
dentist_panel.s \
marker_switch.s
ca65 -o dentist.o dentist.s -l dentist.lst
####
graphics_title/title_graphics.inc:
cd graphics_title && make
graphics_mist/mist_graphics.inc:
cd graphics_mist && make
graphics_octagon/octagon_graphics.inc:
cd graphics_octagon && make
books/octagon_books.inc:
cd books && make
graphics_viewer/viewer_graphics.inc:
cd graphics_viewer && make
graphics_meche/meche_graphics.inc:
cd graphics_meche && make
graphics_selena/selena_graphics.inc:
cd graphics_selena && make
graphics_cabin/cabin_graphics.inc:
cd graphics_cabin && make
graphics_channel/channel_graphics.inc:
cd graphics_channel && make
graphics_stoney/stoney_graphics.inc:
cd graphics_stoney && make
graphics_dentist/dentist_graphics.inc:
cd graphics_dentist && make
graphics_generator/generator_graphics.inc:
cd graphics_generator && make
graphics_arbor/arbor_graphics.inc:
cd graphics_arbor && make
graphics_nibel/nibel_graphics.inc:
cd graphics_nibel && make
graphics_dni/dni_graphics.inc:
cd graphics_dni && make
graphics_ship/ship_graphics.inc:
cd graphics_ship && make
graphics_sub/sub_graphics.inc:
cd graphics_sub && make
####
clean:
rm -f *~ *.o *.lst HELLO HELLO_DISK2 \
LOADER MIST_TITLE \
MIST OCTAGON VIEWER DENTIST \
MECHE SELENA SHIP STONEY CHANNEL ARBOR NIBEL \
GENERATOR \
generate_common
cd graphics_title && make clean
cd graphics_mist && make clean
cd graphics_octagon && make clean
cd books && make clean
cd graphics_viewer && make clean
cd graphics_meche && make clean
cd graphics_selena && make clean
cd graphics_cabin && make clean
cd graphics_channel && make clean
cd graphics_stoney && make clean
cd graphics_dentist && make clean
cd graphics_generator && make clean
cd graphics_arbor && make clean
cd graphics_nibel && make clean
cd graphics_dni && make clean
cd graphics_ship && make clean
cd graphics_sub && make clean

204
games/mist_hgr/audio.s Normal file
View File

@ -0,0 +1,204 @@
; Based on BTC.SYSTEM by Oliver Schmidt
; How to generate proper audio for this:
; -Open MP3 in Audacity
; -Change Project Rate (Hz) to 33,000 (bottom left box)
; -Tracks --> Mix... --> Mix Stereo Down to Mono
; -File --> Export --> Export as WAV
; - Select "WAV (Microsoft) signed 16-bit PCM"
; - Under "Edit Metadata Tags" hit "Clear", then "Okay"
; -Open saved WAV file in BTc Sound Encoder 3.0
; -Change Algorithm to "1 bit" (leave fineness as BTc16)
; -File --> Export binary file .BTC format
spkr = $C030
;****************************************************************
;* Audio playback *
;****************************************************************
; audio file in BTC_L/BTC_H
; pages to play in X
play_audio:
ldy #0
; loop here as long as BITs are [F]alse (aka 0)
F_NX: NOP ; 2 2
NOP ; 2 2
NOP ; 2 2
BIT $00 ; 3 3
F_RD: LDA (BTC_L),y ; 5 5 5
ASL ; 2 2 2
BCS T_1_SW ; 2/3 2
NOP ; 2 2
NOP ; 2 2
NOP ; 2 2
NOP ; 2 2
F_1: JSR delay ; 6 (+13) 19
ASL ; 2 2 = 31
BCS T_2_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
F_2: JSR delay ; 6 (+13)
ASL ; 2
BCS T_3_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
F_3: JSR delay ; 6 (+13)
ASL ; 2
BCS T_4_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
F_4: JSR delay ; 6 (+13)
ASL ; 2
BCS T_5_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
F_5: JSR delay ; 6 (+13)
ASL ; 2
BCS T_6_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
F_6: JSR delay ; 6 (+13)
ASL ; 2
BCS T_7_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
F_7: JSR delay ; 6 (+13)
ASL ; 2
BCS T_8_SW ; 2/3 2 2
NOP ; 2 2 2
NOP ; 2 2 2
NOP ; 2 2 2
NOP ; 2 2 2
F_8: INY ; 2 2 2
BNE F_NX ; 2/3 3 = 31 2
INC BTC_H ; 5 5
DEX ; 2 2
BNE F_RD ; 2/3 3 = 31
RTS
; click speaker on transitions
T_1_SW: STA spkr ; 4 [SW]itch to [T]rue on BIT [1]
BCS T_1 ; 3 (always)
T_2_SW: STA spkr ; 4 [SW]itch to [T]rue on BIT [2]
BCS T_2 ; 3 (always)
T_3_SW: STA spkr ; 4 [SW]itch to [T]rue on BIT [3]
BCS T_3 ; 3 (always)
T_4_SW: STA spkr ; 4 [SW]itch to [T]rue on BIT [4]
BCS T_4 ; 3 (always)
T_5_SW: STA spkr ; 4 [SW]itch to [T]rue on BIT [5]
BCS T_5 ; 3 (always)
T_6_SW: STA spkr ; 4 [SW]itch to [T]rue on BIT [6]
BCS T_6 ; 3 (always)
T_7_SW: STA spkr ; 4 [SW]itch to [T]rue on BIT [7]
BCS T_7 ; 3 (always)
T_8_SW: STA spkr ; 4 [SW]itch to [T]rue on BIT [8]
BCS T_8 ; 3 (always)
F_1_SW: STA spkr ; 4 [SW]itch to [F]alse on BIT [1]
BCC F_1 ; 3 (always)
F_2_SW: STA spkr ; 4 [SW]itch to [F]alse on BIT [2]
BCC F_2 ; 3 (always)
F_3_SW: STA spkr ; 4 [SW]itch to [F]alse on BIT [3]
BCC F_3 ; 3 (always)
F_4_SW: STA spkr ; 4 [SW]itch to [F]alse on BIT [4]
BCC F_4 ; 3 (always)
F_5_SW: STA spkr ; 4 [SW]itch to [F]alse on BIT [5]
BCC F_5 ; 3 (always)
F_6_SW: STA spkr ; 4 [SW]itch to [F]alse on BIT [6]
BCC F_6 ; 3 (always)
F_7_SW: STA spkr ; 4 [SW]itch to [F]alse on BIT [7]
BCC F_7 ; 3 (always)
F_8_SW: STA spkr ; 4 [SW]itch to [F]alse on BIT [8]
BCC F_8 ; 3 (always)
; loop here as long as BITs are [T]rue (aka 1)
T_NX: NOP ; 2
NOP ; 2
NOP ; 2
BIT $00 ; 3
T_RD: LDA (BTC_L),y ; 5
ASL ; 2
BCC F_1_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
T_1: JSR delay ; 6 (+13)
ASL ; 2
BCC F_2_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
T_2: JSR delay ; 6 (+13)
ASL ; 2
BCC F_3_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
T_3: JSR delay ; 6 (+13)
ASL ; 2
BCC F_4_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
T_4: JSR delay ; 6 (+13)
ASL ; 2
BCC F_5_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
T_5: JSR delay ; 6 (+13)
ASL ; 2
BCC F_6_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
T_6: JSR delay ; 6 (+13)
ASL ; 2
BCC F_7_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
T_7: JSR delay ; 6 (+13)
ASL ; 2
BCC F_8_SW ; 2/3
NOP ; 2
NOP ; 2
NOP ; 2
NOP ; 2
T_8: INY ; 2
BNE T_NX ; 2/3
INC BTC_H ; 5
DEX ; 2
BNE T_RD ; 2/3
RTS
delay:
nop ; 2
nop ; 2
BIT $00 ; 3
RTS ; 6 = 13

370
games/mist_hgr/decompress_fast_v2.s Normal file
View File

@ -0,0 +1,370 @@
; note -- modified by Vince Weaver to assemble with ca65
; in this case, A = page to decompress to
; getsrc_smc+1, getsrc_smc+2 is src location
; -----------------------------------------------------------------------------
; Decompress raw LZSA2 block.
; Create one with lzsa -r -f2 <original_file> <compressed_file>
;
; in:
; * LZSA_SRC_LO and LZSA_SRC_HI contain the compressed raw block address
; * LZSA_DST_LO and LZSA_DST_HI contain the destination buffer address
;
; out:
; * LZSA_DST_LO and LZSA_DST_HI contain the last decompressed byte address, +1
;
; -----------------------------------------------------------------------------
; Backward decompression is also supported, use lzsa -r -b -f2 <original_file> <compressed_file>
; To use it, also define BACKWARD_DECOMPRESS=1 before including this code!
;
; in:
; * LZSA_SRC_LO/LZSA_SRC_HI must contain the address of the last byte of compressed data
; * LZSA_DST_LO/LZSA_DST_HI must contain the address of the last byte of the destination buffer
;
; out:
; * LZSA_DST_LO/LZSA_DST_HI contain the last decompressed byte address, -1
;
; -----------------------------------------------------------------------------
;
; Copyright (C) 2019 Emmanuel Marty, Peter Ferrie
;
; This software is provided 'as-is', without any express or implied
; warranty. In no event will the authors be held liable for any damages
; arising from the use of this software.
;
; Permission is granted to anyone to use this software for any purpose,
; including commercial applications, and to alter it and redistribute it
; freely, subject to the following restrictions:
;
; 1. The origin of this software must not be misrepresented; you must not
; claim that you wrote the original software. If you use this software
; in a product, an acknowledgment in the product documentation would be
; appreciated but is not required.
; 2. Altered source versions must be plainly marked as such, and must not be
; misrepresented as being the original software.
; 3. This notice may not be removed or altered from any source distribution.
; -----------------------------------------------------------------------------
;NIBCOUNT = $FC ; zero-page location for temp offset
decompress_lzsa2_fast:
sta LZSA_DST_HI
ldy #$00
sty LZSA_DST_LO
sty NIBCOUNT
decode_token:
jsr getsrc ; read token byte: XYZ|LL|MMM
pha ; preserve token on stack
and #$18 ; isolate literals count (LL)
beq no_literals ; skip if no literals to copy
cmp #$18 ; LITERALS_RUN_LEN_V2?
bcc prepare_copy_literals ; if less, count is directly embedded in token
jsr getnibble ; get extra literals length nibble
; add nibble to len from token
adc #$02 ; (LITERALS_RUN_LEN_V2) minus carry
cmp #$12 ; LITERALS_RUN_LEN_V2 + 15 ?
bcc prepare_copy_literals_direct ; if less, literals count is complete
jsr getsrc ; get extra byte of variable literals count
; the carry is always set by the CMP above
; GETSRC doesn't change it
sbc #$EE ; overflow?
jmp prepare_copy_literals_direct
prepare_copy_literals_large:
; handle 16 bits literals count
; literals count = directly these 16 bits
jsr getlargesrc ; grab low 8 bits in X, high 8 bits in A
tay ; put high 8 bits in Y
bcs prepare_copy_literals_high ; (*same as JMP PREPARE_COPY_LITERALS_HIGH but shorter)
prepare_copy_literals:
lsr ; shift literals count into place
lsr
lsr
prepare_copy_literals_direct:
tax
bcs prepare_copy_literals_large ; if so, literals count is large
prepare_copy_literals_high:
txa
beq copy_literals
iny
copy_literals:
jsr getput ; copy one byte of literals
dex
bne copy_literals
dey
bne copy_literals
no_literals:
pla ; retrieve token from stack
pha ; preserve token again
asl
bcs repmatch_or_large_offset ; 1YZ: rep-match or 13/16 bit offset
asl ; 0YZ: 5 or 9 bit offset
bcs offset_9_bit
; 00Z: 5 bit offset
ldx #$FF ; set offset bits 15-8 to 1
jsr getcombinedbits ; rotate Z bit into bit 0, read nibble for bits 4-1
ora #$E0 ; set bits 7-5 to 1
bne got_offset_lo ; go store low byte of match offset and prepare match
offset_9_bit: ; 01Z: 9 bit offset
;;asl ; shift Z (offset bit 8) in place
rol
rol
and #$01
eor #$FF ; set offset bits 15-9 to 1
bne got_offset_hi ; go store high byte, read low byte of match offset and prepare match
; (*same as JMP GOT_OFFSET_HI but shorter)
repmatch_or_large_offset:
asl ; 13 bit offset?
bcs repmatch_or_16bit ; handle rep-match or 16-bit offset if not
; 10Z: 13 bit offset
jsr getcombinedbits ; rotate Z bit into bit 8, read nibble for bits 12-9
adc #$DE ; set bits 15-13 to 1 and substract 2 (to substract 512)
bne got_offset_hi ; go store high byte, read low byte of match offset and prepare match
; (*same as JMP GOT_OFFSET_HI but shorter)
repmatch_or_16bit: ; rep-match or 16 bit offset
;;ASL ; XYZ=111?
bmi rep_match ; reuse previous offset if so (rep-match)
; 110: handle 16 bit offset
jsr getsrc ; grab high 8 bits
got_offset_hi:
tax
jsr getsrc ; grab low 8 bits
got_offset_lo:
sta OFFSLO ; store low byte of match offset
stx OFFSHI ; store high byte of match offset
rep_match:
.ifdef BACKWARD_DECOMPRESS
; Backward decompression - substract match offset
sec ; add dest + match offset
lda putdst+1 ; low 8 bits
OFFSLO = *+1
sbc #$AA
sta copy_match_loop+1 ; store back reference address
lda putdst+2
OFFSHI = *+1
sbc #$AA ; high 8 bits
sta copy_match_loop+2 ; store high 8 bits of address
sec
.else
; Forward decompression - add match offset
clc ; add dest + match offset
lda putdst+1 ; low 8 bits
OFFSLO = *+1
adc #$AA
sta copy_match_loop+1 ; store back reference address
OFFSHI = *+1
lda #$AA ; high 8 bits
adc putdst+2
sta copy_match_loop+2 ; store high 8 bits of address
.endif
pla ; retrieve token from stack again
and #$07 ; isolate match len (MMM)
adc #$01 ; add MIN_MATCH_SIZE_V2 and carry
cmp #$09 ; MIN_MATCH_SIZE_V2 + MATCH_RUN_LEN_V2?
bcc prepare_copy_match ; if less, length is directly embedded in token
jsr getnibble ; get extra match length nibble
; add nibble to len from token
adc #$08 ; (MIN_MATCH_SIZE_V2 + MATCH_RUN_LEN_V2) minus carry
cmp #$18 ; MIN_MATCH_SIZE_V2 + MATCH_RUN_LEN_V2 + 15?
bcc prepare_copy_match ; if less, match length is complete
jsr getsrc ; get extra byte of variable match length
; the carry is always set by the CMP above
; GETSRC doesn't change it
sbc #$E8 ; overflow?
prepare_copy_match:
tax
bcc prepare_copy_match_y ; if not, the match length is complete
beq decompression_done ; if EOD code, bail
; Handle 16 bits match length
jsr getlargesrc ; grab low 8 bits in X, high 8 bits in A
tay ; put high 8 bits in Y
prepare_copy_match_y:
txa
beq copy_match_loop
iny
copy_match_loop:
lda $AAAA ; get one byte of backreference
jsr putdst ; copy to destination
.ifdef BACKWARD_DECOMPRESS
; Backward decompression -- put backreference bytes backward
lda copy_match_loop+1
beq getmatch_adj_hi
getmatch_done:
dec copy_match_loop+1
.else
; Forward decompression -- put backreference bytes forward
inc copy_match_loop+1
beq getmatch_adj_hi
getmatch_done:
.endif
dex
bne copy_match_loop
dey
bne copy_match_loop
jmp decode_token
.ifdef BACKWARD_DECOMPRESS
getmatch_adj_hi:
dec copy_match_loop+2
jmp getmatch_done
.else
getmatch_adj_hi:
inc copy_match_loop+2
jmp getmatch_done
.endif
getcombinedbits:
eor #$80
asl
php
jsr getnibble ; get nibble into bits 0-3 (for offset bits 1-4)
plp ; merge Z bit as the carry bit (for offset bit 0)
combinedbitz:
rol ; nibble -> bits 1-4; carry(!Z bit) -> bit 0 ; carry cleared
decompression_done:
rts
getnibble:
NIBBLES = *+1
lda #$AA
lsr NIBCOUNT
bcc need_nibbles
and #$0F ; isolate low 4 bits of nibble
rts
need_nibbles:
inc NIBCOUNT
jsr getsrc ; get 2 nibbles
sta NIBBLES
lsr
lsr
lsr
lsr
sec
rts
.ifdef BACKWARD_DECOMPRESS
; Backward decompression -- get and put bytes backward
getput:
jsr getsrc
putdst:
LZSA_DST_LO = *+1
LZSA_DST_HI = *+2
sta $AAAA
lda putdst+1
beq putdst_adj_hi
dec putdst+1
rts
putdst_adj_hi:
dec putdst+2
dec putdst+1
rts
getlargesrc:
jsr getsrc ; grab low 8 bits
tax ; move to X
; fall through grab high 8 bits
getsrc:
LZSA_SRC_LO = *+1
LZSA_SRC_HI = *+2
lda $AAAA
pha
lda getsrc+1
beq getsrc_adj_hi
dec getsrc+1
pla
rts
getsrc_adj_hi:
dec getsrc+2
dec getsrc+1
pla
rts
.else
; Forward decompression -- get and put bytes forward
getput:
jsr getsrc
putdst:
LZSA_DST_LO = *+1
LZSA_DST_HI = *+2
sta $AAAA
inc putdst+1
beq putdst_adj_hi
rts
putdst_adj_hi:
inc putdst+2
rts
getlargesrc:
jsr getsrc ; grab low 8 bits
tax ; move to X
; fall through grab high 8 bits
getsrc:
getsrc_smc:
LZSA_SRC_LO = *+1
LZSA_SRC_HI = *+2
lda $AAAA
inc getsrc+1
beq getsrc_adj_hi
rts
getsrc_adj_hi:
inc getsrc+2
rts
.endif

201
games/mist_hgr/gr_fast_clear.s Normal file
View File

@ -0,0 +1,201 @@
;clear_screens:
; ;===================================
; ; Clear top/bottom of page 0
; ;===================================
;
; lda #$0
; sta DRAW_PAGE
; jsr clear_top
; jsr clear_bottom
; ;===================================
; ; Clear top/bottom of page 1
; ;===================================
;
; lda #$4
; sta DRAW_PAGE
; jsr clear_top
; jsr clear_bottom
;
; rts
;=========================================================
; clear_top
;=========================================================
; clear DRAW_PAGE
; original = 14,558 cycles(?) 15ms, 70Hz
; OPTIMIZED MAX (page0,48rows): 45*120+4+6 = 5410 = 5.4ms 185Hz
; (pageX,40rows): 50*120+4+6 = 6010 = 6.0ms 166Hz
; 50*120+4+6+37 = 6055 = 6.0ms 166Hz
clear_top:
lda #0 ; 2
clear_top_a:
sta COLOR ; 3
clc ; 2
lda DRAW_PAGE ; 3
adc #4 ; 2
sta __ctf+2 ; 3
sta __ctf+5 ; 3
adc #1 ; 2
sta __ctf+8 ; 3
sta __ctf+11 ; 3
adc #1 ; 2
sta __ctf2+2 ; 3
sta __ctf2+5 ; 3
adc #1 ; 2
sta __ctf2+8 ; 3
sta __ctf2+11 ; 3
ldy #120 ; 2
lda COLOR ; 3
clear_top_fast_loop:
__ctf:
sta $400,Y ; 5
sta $480,Y ; 5
sta $500,Y ; 5
sta $580,Y ; 5
cpy #80 ; 2
bpl no_draw_bottom ; 2nt/3
__ctf2:
sta $600,Y ; 5
sta $680,Y ; 5
sta $700,Y ; 5
sta $780,Y ; 5
no_draw_bottom:
dey ; 2
bpl clear_top_fast_loop ; 2nt/3
rts ; 6
;=========================================================
; clear_bottom
;=========================================================
; clear bottom of draw page
clear_bottom:
clc ; 2
lda DRAW_PAGE ; 3
adc #6 ; 2
sta __cbf2+2 ; 3
sta __cbf2+5 ; 3
adc #1 ; 2
sta __cbf2+8 ; 3
sta __cbf2+11 ; 3
ldy #120 ; 2
lda #$a0 ; Normal Space ; 2
clear_bottom_fast_loop:
__cbf2:
sta $600,Y ; 5
sta $680,Y ; 5
sta $700,Y ; 5
sta $780,Y ; 5
dey ; 2
cpy #80 ; 2
bpl clear_bottom_fast_loop ; 2nt/3
rts ; 6
;clear_screens_notext:
;===================================
; Clear top/bottom of page 0
;===================================
; lda #$0
; sta DRAW_PAGE
; jsr clear_all
;===================================
; Clear top/bottom of page 1
;===================================
; lda #$4
; sta DRAW_PAGE
; jsr clear_all
; rts
clear_bottoms:
lda DRAW_PAGE
pha
;===================================
; Clear bottom of page 0
;===================================
lda #$0
sta DRAW_PAGE
jsr clear_bottom
;===================================
; Clear bottom of page 1
;===================================
lda #$4
sta DRAW_PAGE
jsr clear_bottom
pla
sta DRAW_PAGE
rts
;=========================================================
; clear_all
;=========================================================
; clear 48 rows
clear_all:
clc ; 2
lda DRAW_PAGE ; 3
adc #4 ; 2
sta __caf+2 ; 3
sta __caf+5 ; 3
adc #1 ; 2
sta __caf+8 ; 3
sta __caf+11 ; 3
adc #1 ; 2
sta __caf2+2 ; 3
sta __caf2+5 ; 3
adc #1 ; 2
sta __caf2+8 ; 3
sta __caf2+11 ; 3
ldy #120 ; 2
clear_all_color:
lda #' '|$80 ; 2
clear_all_fast_loop:
__caf:
sta $400,Y ; 5
sta $480,Y ; 5
sta $500,Y ; 5
sta $580,Y ; 5
__caf2:
sta $600,Y ; 5
sta $680,Y ; 5
sta $700,Y ; 5
sta $780,Y ; 5
dey ; 2
bpl clear_all_fast_loop ; 2nt/3
rts ; 6

5
games/mist_hgr/gr_offsets.s Normal file
View File

@ -0,0 +1,5 @@
gr_offsets:
.word $400,$480,$500,$580,$600,$680,$700,$780
.word $428,$4a8,$528,$5a8,$628,$6a8,$728,$7a8
.word $450,$4d0,$550,$5d0,$650,$6d0,$750,$7d0

98
games/mist_hgr/hardware.inc Normal file
View File

@ -0,0 +1,98 @@
;; HARDWARE LOCATIONS
KEYPRESS = $C000
KEYRESET = $C010
;; SOFT SWITCHES
CLR80COL = $C000 ; PAGE0/PAGE1 normal
SET80COL = $C001 ; PAGE0/PAGE1 switches PAGE0 in Aux instead
EIGHTYCOLOFF = $C00C
EIGHTYCOLON = $C00D
TBCOLOR = $C022 ; IIgs text foreground / background colors
NEWVIDEO = $C029 ; IIgs graphics modes
SPEAKER = $C030
CLOCKCTL = $C034 ; bits 0-3 are IIgs border color
SET_GR = $C050
SET_TEXT = $C051
FULLGR = $C052
TEXTGR = $C053
PAGE0 = $C054
PAGE1 = $C055
LORES = $C056 ; Enable LORES graphics
HIRES = $C057 ; Enable HIRES graphics
AN3 = $C05E ; Annunciator 3
PADDLE_BUTTON0 = $C061
PADDL0 = $C064
PTRIG = $C070
;; BASIC ROUTINES
NORMAL = $F273
;; MONITOR ROUTINES
HLINE = $F819 ;; HLINE Y,$2C at A
VLINE = $F828 ;; VLINE A,$2D at Y
CLRSCR = $F832 ;; Clear low-res screen
CLRTOP = $F836 ;; clear only top of low-res screen
SETCOL = $F864 ;; COLOR=A
ROM_TEXT2COPY = $F962 ;; iigs
TEXT = $FB36
TABV = $FB5B ;; VTAB to A
ROM_MACHINEID = $FBB3 ;; iigs
BELL = $FBDD ;; ring the bell
BASCALC = $FBC1 ;;
VTAB = $FC22 ;; VTAB to CV
HOME = $FC58 ;; Clear the text screen
WAIT = $FCA8 ;; delay 1/2(26+27A+5A^2) us
CROUT1 = $FD8B
SETINV = $FE80 ;; INVERSE
SETNORM = $FE84 ;; NORMAL
COUT = $FDED ;; output A to screen
COUT1 = $FDF0 ;; output A to screen
COLOR_BLACK = 0
COLOR_RED = 1
COLOR_DARKBLUE = 2
COLOR_PURPLE = 3
COLOR_DARKGREEN = 4
COLOR_GREY = 5
COLOR_MEDIUMBLUE = 6
COLOR_LIGHTBLUE = 7
COLOR_BROWN = 8
COLOR_ORANGE = 9
COLOR_GREY2 = 10
COLOR_PINK = 11
COLOR_LIGHTGREEN = 12
COLOR_YELLOW = 13
COLOR_AQUA = 14
COLOR_WHITE = 15
COLOR_BOTH_BLACK = $00
COLOR_BOTH_RED = $11
COLOR_BOTH_DARKBLUE = $22
COLOR_BOTH_DARKGREEN = $44
COLOR_BOTH_GREY = $55
COLOR_BOTH_MEDIUMBLUE = $66
COLOR_BOTH_LIGHTBLUE = $77
COLOR_BOTH_BROWN = $88
COLOR_BOTH_ORANGE = $99
COLOR_BOTH_PINK = $BB
COLOR_BOTH_LIGHTGREEN = $CC
COLOR_BOTH_YELLOW = $DD
COLOR_BOTH_AQUA = $EE
COLOR_BOTH_WHITE = $FF

46
games/mist_hgr/joystick.s Normal file
View File

@ -0,0 +1,46 @@
; Oliver Schmidt
; comp.sys.apple2.programmer
; Call with joystick number (0 or 1) in A.
; Results are stored in value0 and value1.
; UPPER_THRESHOLD is the paddle value you want to consider as "right enough" /
; "down enough".
UPPER_THRESHOLD = 128
;PTRIG = $c070
PADDL1 = $C065
handle_joystick:
lda #0
; Read both paddles simultaneously
asl ; Joystick number -> paddle number
tax
ldy #$00
sty value0
sty value1
lda PTRIG ; Trigger paddles
loop: lda PADDL0,x ; Read paddle (0 or 2)
bmi set0 ; Cycles: 2 3
nop ; Cycles: 2
bpl nop0 ; Cycles: 3
set0: sty value0 ; Cycles: 4
nop0: ; - -
; Cycles: 7 7
lda PADDL1,x ; Read paddle (1 or 3)
bmi set1 ; Cycles: 2 3
nop ; Cycles: 2
bpl nop1 ; Cycles: 3
set1: sty value1 ; Cycles: 4
nop1: ; - -
; Cycles: 7 7
iny
cpy #UPPER_THRESHOLD+1
bne loop
rts
value0: .byte $00
value1: .byte $00

435
games/mist_hgr/keyboard.s Normal file
View File

@ -0,0 +1,435 @@
;==============================
; Handle Keypress
;==============================
handle_keypress:
; first handle joystick
lda JOYSTICK_ENABLED
beq actually_handle_keypress
; only check joystick every-other frame
lda FRAMEL
and #$1
beq actually_handle_keypress
check_button:
lda PADDLE_BUTTON0
bpl button_clear
lda JS_BUTTON_STATE
bne js_check
lda #1
sta JS_BUTTON_STATE
lda #' '
jmp check_sound
button_clear:
lda #0
sta JS_BUTTON_STATE
js_check:
jsr handle_joystick
js_check_left:
lda value0
cmp #$20
bcs js_check_right ; if less than 32, left
lda #'A'
bne check_sound
js_check_right:
cmp #$40
bcc js_check_up
lda #'D'
bne check_sound
js_check_up:
lda value1
cmp #$20
bcs js_check_down
lda #'W'
bne check_sound
js_check_down:
cmp #$40
bcc done_joystick
lda #'S'
bne check_sound
done_joystick:
actually_handle_keypress:
lda KEYPRESS
bmi keypress
jmp no_keypress
keypress:
and #$7f ; clear high bit
cmp #' '
beq check_sound ; make sure not to lose space
and #$df ; convert uppercase to lower case
check_sound:
cmp #$14 ; control-T
bne check_joystick
lda SOUND_STATUS
eor #SOUND_DISABLED
sta SOUND_STATUS
jmp done_keypress
; can't be ^J as that's the same as down
check_joystick:
; cmp #$10 ; control-P
cmp #'J'
bne check_load
lda JOYSTICK_ENABLED
eor #1
sta JOYSTICK_ENABLED
jmp done_keypress
check_load:
cmp #$C ; control-L
bne check_save
jsr load_game
jmp done_keypress
check_save:
cmp #$13 ; control-S
bne check_left
jsr save_game
jmp done_keypress
check_left:
cmp #'A'
beq left_pressed
cmp #8 ; left key
bne check_right
left_pressed:
lda CURSOR_X ; if 41<x<$FB don't decrement
cmp #41
bcc do_dec_cursor_x
cmp #$FB
bcc done_left_pressed
do_dec_cursor_x:
dec CURSOR_X
done_left_pressed:
jmp done_keypress
check_right:
cmp #'D'
beq right_pressed
cmp #$15 ; right key
bne check_up
right_pressed:
lda CURSOR_X ; if 40<x<$FA don't increment
cmp #40
bcc do_inc_cursor_x
cmp #$FA
bcc done_right_pressed
do_inc_cursor_x:
inc CURSOR_X
done_right_pressed:
jmp done_keypress
check_up:
cmp #'W'
beq up_pressed
cmp #$0B ; up key
bne check_down
up_pressed:
lda CURSOR_Y ; if 49<y<$F0 don't decrement
cmp #49
bcc do_dec_cursor_y
cmp #$F0
bcc done_up_pressed
do_dec_cursor_y:
dec CURSOR_Y
dec CURSOR_Y
done_up_pressed:
jmp done_keypress
check_down:
cmp #'S'
beq down_pressed
cmp #$0A
bne check_return
down_pressed:
lda CURSOR_Y ; if 48<y<$EE don't decrement
cmp #48
bcc do_inc_cursor_y
cmp #$EE
bcc done_down_pressed
do_inc_cursor_y:
inc CURSOR_Y
inc CURSOR_Y
done_down_pressed:
jmp done_keypress
check_return:
cmp #' '
beq return_pressed
cmp #13
bne done_keypress
return_pressed:
lda IN_SPECIAL
beq not_special_return
special_return:
jsr handle_special
; special case, don't make cursor visible
jmp no_keypress
not_special_return:
lda IN_RIGHT
beq not_right_return
cmp #1
beq right_return
right_uturn:
jsr uturn
jmp no_keypress
right_return:
jsr turn_right
jmp no_keypress
not_right_return:
lda IN_LEFT
beq not_left_return
cmp #1
beq left_return
left_uturn:
jsr uturn
jmp no_keypress
left_return:
jsr turn_left
jmp no_keypress
not_left_return:
jsr go_forward
jmp no_keypress
done_keypress:
lda #1 ; make cursor visible
sta CURSOR_VISIBLE
no_keypress:
bit KEYRESET
rts
;============================
; handle_special
;===========================
; set up jump table fakery
handle_special:
ldy #LOCATION_SPECIAL_FUNC+1
lda (LOCATION_STRUCT_L),Y
pha
dey
lda (LOCATION_STRUCT_L),Y
pha
rts
;=============================
; change direction
;=============================
change_direction:
; load background
lda DIRECTION
bpl no_split
; split text/graphics
bit TEXTGR
; also change sprite cutoff
ldx #40
; stx psc_smc1+1
;; stx psc_smc2+1
jmp done_split
no_split:
bit FULLGR
; also change sprite cutoff
ldx #48
; stx psc_smc1+1
;; stx psc_smc2+1
done_split:
and #$f ; mask off special flags
tay
lda log2_table,Y
asl
clc
adc #LOCATION_NORTH_BG
tay
lda (LOCATION_STRUCT_L),Y
sta LZSA_SRC_LO
iny
lda (LOCATION_STRUCT_L),Y
sta LZSA_SRC_HI
lda #$c ; load to page $c00
jsr decompress_lzsa2_fast
rts
;=============================
; change location
;=============================
change_location:
; reset graphics
bit SET_GR
; reset pointer to not visible, centered
lda #0
sta ANIMATE_FRAME
sta CURSOR_VISIBLE
lda #20
sta CURSOR_X
sta CURSOR_Y
lda LOCATION
asl
tay
lda (LOCATIONS_L),Y
sta LOCATION_STRUCT_L
iny
lda (LOCATIONS_L),Y
sta LOCATION_STRUCT_H
jsr change_direction
rts
;==========================
; go forward
;===========================
go_forward:
; update new location
lda DIRECTION
and #$f
tay
lda log2_table,Y
clc
adc #LOCATION_NORTH_EXIT
tay
lda (LOCATION_STRUCT_L),Y
cmp #$ff
beq cant_go_forward
sta LOCATION
; update new direction
lda DIRECTION
and #$f
tay
lda log2_table,Y
clc
adc #LOCATION_NORTH_EXIT_DIR
tay
lda (LOCATION_STRUCT_L),Y
sta DIRECTION
jsr change_location
cant_go_forward:
rts
;==========================
; turn left
;===========================
turn_left:
lda DIRECTION
and #$f
cmp #DIRECTION_N
beq go_west
cmp #DIRECTION_W
beq go_south
cmp #DIRECTION_S
beq go_east
bne go_north
;==========================
; turn right
;===========================
turn_right:
lda DIRECTION
and #$f
cmp #DIRECTION_N
beq go_east
cmp #DIRECTION_E
beq go_south
cmp #DIRECTION_S
beq go_west
bne go_north
;==========================
; uturn
;===========================
uturn:
lda DIRECTION
and #$f
cmp #DIRECTION_N
beq go_south
cmp #DIRECTION_W
beq go_east
cmp #DIRECTION_S
beq go_north
bne go_west
go_north:
lda #DIRECTION_N
jmp done_turning
go_east:
lda #DIRECTION_E
jmp done_turning
go_south:
lda #DIRECTION_S
jmp done_turning
go_west:
lda #DIRECTION_W
jmp done_turning
done_turning:
sta DIRECTION
jsr change_direction
rts

34
games/mist_hgr/linking_noise.s Normal file
View File

@ -0,0 +1,34 @@
linking_noise = $d000
LINKING_NOISE_LENGTH = 43
;============================
; play the linking noise
;============================
play_link_noise:
lda SOUND_STATUS
bmi done_link_noise
; only avail if language card
and #SOUND_IN_LC
beq done_link_noise
; switch in language card
; read RAM, no write, $d000 bank 1
bit $C088
; call the btc player
lda #<linking_noise
sta BTC_L
lda #>linking_noise
sta BTC_H
ldx #LINKING_NOISE_LENGTH ; 45 pages long???
jsr play_audio
; restore rom, no write, $d000 bank 1
bit $c08A
done_link_noise:
rts

203
games/mist_hgr/loadstore.s Normal file
View File

@ -0,0 +1,203 @@
;===================================
;===================================
; load the game
;===================================
;===================================
load_game:
lda #<load_message
sta OUTL
lda #>load_message
sta OUTH
jsr confirm_slot
bcs done_load
; actually load it
clc
adc #LOAD_SAVE1
sta WHICH_LOAD
jsr load_file
; copy to zero page
ldx #0
load_loop:
lda $e00,X
sta WHICH_LOAD,X
inx
cpx #(END_OF_SAVE-WHICH_LOAD+1)
bne load_loop
lda #$ff
sta LEVEL_OVER
done_load:
bit SET_GR ; turn graphics back on
rts
;===================================
;===================================
; save the game
;===================================
;===================================
save_game:
lda #<save_message
sta OUTL
lda #>save_message
sta OUTH
jsr confirm_slot
bcs done_save
pha
;========================
; actually save
actually_save:
;===============================
; first load something from
; disk1/track0 to seek the head there
lda WHICH_LOAD
pha
lda #LOAD_SAVE1
sta WHICH_LOAD
jsr load_file
pla
sta WHICH_LOAD
; copy save data to $d00
ldx #0
copy_loop:
lda WHICH_LOAD,X
sta $d00,X
inx
cpx #(END_OF_SAVE-WHICH_LOAD+1)
bne copy_loop
; spin up disk
jsr driveon
; actually save it
pla
clc
adc #11
sta requested_sector+1
jsr sector_write
jsr driveoff
done_save:
jsr change_location ; restore graphics
rts
;================================
; confirm and get slot number
;================================
; call with first message in OUTL/OUTH
; return: carry set if skipping
confirm_slot:
bit KEYRESET ; clear keyboard buffer
;===============================
; print "are you sure" message
bit SET_TEXT ; set text mode
lda #' '|$80
sta clear_all_color+1
jsr clear_all ; clear screen
jsr move_and_print
lda #<are_you_sure
sta OUTL
lda #>are_you_sure
sta OUTH
jsr move_and_print
; jsr page_flip
wait_confirmation:
lda KEYPRESS
bpl wait_confirmation
bit KEYRESET ; clear keypress
and #$7f
cmp #'Y'
bne dont_do_it
;===============================
; print "Which one?"
jsr clear_all ; clear screen
lda #<which_message
sta OUTL
lda #>which_message
sta OUTH
jsr move_and_print
; jsr page_flip
which_slot:
lda KEYPRESS
bpl which_slot
bit KEYRESET ; clear keypress
and #$7f
sec
sbc #'1'
bmi dont_do_it
cmp #5
bcs dont_do_it
clc
rts
dont_do_it:
sec
rts
which_message:
.byte 9,5,"WHICH SLOT (1-5)?",0
load_message:
.byte 10,5,"LOAD GAME FROM DISK",0
save_message:
.byte 11,5,"SAVE GAME TO DISK",0
are_you_sure:
.byte 10,7,"ARE YOU SURE? (Y/N)",0
;save_filename:
;.byte "SAVE0",0

5
games/mist_hgr/log_table.s Normal file
View File

@ -0,0 +1,5 @@
log2_table:
; 0 1 2 3 4 5 6 7 8
.byte 0,0,1,1,2,2,2,2,3

676
games/mist_hgr/mist_title.s Normal file
View File

@ -0,0 +1,676 @@
; Mist Title
; loads a HGR version of the title
; also handles the initial link to mist
; by deater (Vince Weaver) <vince@deater.net>
; Zero Page
.include "zp.inc"
.include "hardware.inc"
.include "common_defines.inc"
.include "common_routines.inc"
mist_start:
;===================
; detect model
;===================
jsr detect_appleii_model
;===================
; machine workarounds
;===================
; mostly IIgs
;===================
; thanks to 4am who provided this code from Total Replay
lda ROM_MACHINEID
cmp #$06
bne not_a_iigs
sec
jsr $FE1F ; check for IIgs
bcs not_a_iigs
; gr/text page2 handling broken on early IIgs models
; this enables the workaround
jsr ROM_TEXT2COPY ; set alternate display mode on IIgs
cli ; enable VBL interrupts
; also set background color to black instead of blue
lda NEWVIDEO
and #%00011111 ; bit 7 = 0 -> IIgs Apple II-compat video modes
; bit 6 = 0 -> IIgs 128K memory map same as IIe
; bit 5 = 0 -> IIgs DHGR is color, not mono
; bits 0-4 unchanged
sta NEWVIDEO
lda #$F0
sta TBCOLOR ; white text on black background
lda #$00
sta CLOCKCTL ; black border
sta CLOCKCTL ; set twice for VidHD
not_a_iigs:
;===================
; print config
;===================
; print non-inverse
jsr set_normal
lda #<config_string
sta OUTL
lda #>config_string
sta OUTH
jsr move_and_print
; print detected model
lda APPLEII_MODEL
ora #$80
sta $7d0+8 ; 23,8
; if GS print the extra S
cmp #'G'|$80
bne not_gs
lda #'S'|$80
sta $7d0+9
not_gs:
;===================================
; detect if we have a language card
; and load sound into it if possible
;===================================
lda #0
sta SOUND_STATUS ; clear out, sound enabled
jsr detect_language_card
bcs no_language_card
yes_language_card:
; update status
lda #'6'|$80
sta $7d0+11 ; 23,11
lda #'4'|$80
sta $7d0+12 ; 23,12
; update sound status
lda SOUND_STATUS
ora #SOUND_IN_LC
sta SOUND_STATUS
; load sounds into LC
; read ram, write ram, use $d000 bank1
bit $C08B
bit $C08B
lda #<linking_noise_compressed
sta getsrc_smc+1
lda #>linking_noise_compressed
sta getsrc_smc+2
lda #$D0 ; decompress to $D000
jsr decompress_lzsa2_fast
blah:
; read rom, nowrite, use $d000 bank1
bit $C08A
no_language_card:
;===================================
; Setup Mockingboard
;===================================
PT3_ENABLE_APPLE_IIC = 1
lda #0
sta DONE_PLAYING
sta LOOP
; detect mockingboard
jsr mockingboard_detect
bcc mockingboard_notfound
mockingboard_found:
; print detected location
lda MB_ADDR_H ; $C4 = 4, want $B4 1100 -> 1011
and #$87
ora #$30
sta $7d0+39 ; 23,39
jsr mockingboard_patch ; patch to work in slots other than 4?
lda SOUND_STATUS
ora #SOUND_MOCKINGBOARD
sta SOUND_STATUS
;=======================
; Set up 50Hz interrupt
;========================
jsr mockingboard_init
jsr mockingboard_setup_interrupt
;============================
; Init the Mockingboard
;============================
jsr reset_ay_both
jsr clear_ay_both
;==================
; init song
;==================
jsr pt3_init_song
jmp done_setup_sound
mockingboard_notfound:
done_setup_sound:
;==========================
; wait a bit at text title
;==========================
lda #$40
jsr wait_a_bit
;===================
; setup HGR
;===================
; we could just call HGR2 here instead?
bit SET_GR
bit PAGE0
bit HIRES
bit FULLGR
;===================
; setup location
;===================
lda #<locations
sta LOCATIONS_L
lda #>locations
sta LOCATIONS_H
;===================
; Load hires graphics
;===================
reload_everything:
lda #<file
sta getsrc_smc+1 ; LZSA_SRC_LO
lda #>file
sta getsrc_smc+2 ; LZSA_SRC_HI
lda #$20
jsr decompress_lzsa2_fast
;===================================
; Do Intro Sequence
;===================================
; SKIP: broderbund logo (w music)
; SKIP: cyan logo (with cyan theme)
; wait a bit at MYST screen
lda #50
jsr wait_a_bit
;===================
; init screen
;===================
jsr TEXT
jsr HOME
bit KEYRESET
bit SET_GR
bit PAGE0
bit LORES
bit FULLGR
lda #0
sta DRAW_PAGE
;===================================
; M Y S T letters
;===================================
; missing the dramatic music
; they should spin in, and letters are made of fire
; M
ldx #<m_title_m_lzsa
ldy #>m_title_m_lzsa
lda #4
jsr draw_and_wait
; Y
ldx #<m_title_y_lzsa
ldy #>m_title_y_lzsa
lda #4
jsr draw_and_wait
; S
ldx #<m_title_s_lzsa
ldy #>m_title_s_lzsa
lda #4
jsr draw_and_wait
; T
ldx #<m_title_t_lzsa
ldy #>m_title_t_lzsa
lda #25
jsr draw_and_wait
;===================================
; FISSURE: I realized the moment...
;===================================
; touch linking book as fissure pulses
bit TEXTGR ; split text/gr
ldx #<fissure_lzsa
ldy #>fissure_lzsa
lda #50
jsr draw_and_wait
;===================================
; FISSURE_BOOK_SMALL: starry expanse...
;===================================
ldx #<fissure_book_small_lzsa
ldy #>fissure_book_small_lzsa
lda #50
jsr draw_and_wait
;===================================
; FISSURE_BOOK_BIG: I have tried to speculate...
;===================================
ldx #<fissure_book_big_lzsa
ldy #>fissure_book_big_lzsa
lda #50
jsr draw_and_wait
;===================================
; FALLING_LEFT: Still, the question...
;===================================
ldx #<falling_left_lzsa
ldy #>falling_left_lzsa
lda #50
jsr draw_and_wait
;===================================
; FALLING_RIGHT: I know my aprehensions...
;===================================
ldx #<falling_right_lzsa
ldy #>falling_right_lzsa
lda #50
jsr draw_and_wait
;===================================
; BOOK_AIR : The ending...
;===================================
ldx #<book_air_lzsa
ldy #>book_air_lzsa
lda #15
jsr draw_and_wait
;===================================
; BOOK_SPARKS : has not yet...
;===================================
ldx #<book_sparks_lzsa
ldy #>book_sparks_lzsa
lda #15
jsr draw_and_wait
;===================================
; BOOK_GLOW : been written...
;===================================
ldx #<book_glow_lzsa
ldy #>book_glow_lzsa
lda #15
jsr draw_and_wait
;===================================
; BOOK_GROUND :
;===================================
ldx #<book_ground_lzsa
ldy #>book_ground_lzsa
lda #50
jsr draw_and_wait
done_intro:
; restore to full screen (no text)
bit FULLGR
bit LORES
; init cursor
lda #20
sta CURSOR_X
sta CURSOR_Y
lda #0
sta LEVEL_OVER
;============================
; init vars
jsr init_state
;============================
; set up initial location
lda #TITLE_BOOK_GROUND
sta LOCATION ; start at first room
lda #DIRECTION_N
sta DIRECTION
jsr change_location
lda #1
sta CURSOR_VISIBLE ; visible at first
game_loop:
;=================
; reset things
;=================
lda #0
sta IN_SPECIAL
sta IN_RIGHT
sta IN_LEFT
;====================================
; copy background to current page
;====================================
jsr gr_copy_to_current
;====================================
; handle special-case forground logic
;====================================
; handle animated linking book
lda LOCATION
cmp #TITLE_BOOK_OPEN
bne nothing_special
lda ANIMATE_FRAME
cmp #32 ; if done animating, skip
bcs nothing_special
animate_ocean:
cmp #26
bcs animate_actual
and #1
beq even_ocean
odd_ocean:
lda #<dock_animate_sprite1
sta INL
lda #>dock_animate_sprite1
jmp draw_animation
even_ocean:
lda #<dock_animate_sprite2
sta INL
lda #>dock_animate_sprite2
jmp draw_animation
animate_actual:
sec
sbc #26
asl
tay
; slow down animation
lda #$3f
sta if_smc+1
lda dock_animation_sprites,Y
sta INL
lda dock_animation_sprites+1,Y
draw_animation:
sta INH
lda #24
sta XPOS
lda #12
sta YPOS
jsr put_sprite_crop
inc_frame:
lda FRAMEL
if_smc:
and #$f
bne done_inc_frame
inc ANIMATE_FRAME
done_inc_frame:
nothing_special:
;====================================
; draw pointer
;====================================
jsr draw_pointer
;====================================
; page flip
;====================================
jsr page_flip
;====================================
; handle keypress/joystick
;====================================
jsr handle_keypress
;====================================
; inc frame count
;====================================
inc FRAMEL
bne room_frame_no_oflo
inc FRAMEH
room_frame_no_oflo:
;====================================
; check level over
;====================================
lda LEVEL_OVER
bne really_exit
jmp game_loop
really_exit:
jmp end_level
;==========================
; includes
;==========================
.include "init_state.s"
.include "graphics_title/title_graphics.inc"
.include "lc_detect.s"
; puzzles
; linking books
.include "link_book_mist_dock.s"
.include "common_sprites.inc"
.include "leveldata_title.inc"
; pt3 player
.include "pt3_lib_detect_model.s"
.include "pt3_lib_core.s"
.include "pt3_lib_init.s"
.include "pt3_lib_mockingboard_setup.s"
.include "interrupt_handler.s"
.include "pt3_lib_mockingboard_detect.s"
.include "wait_a_bit.s"
file:
.incbin "graphics_title_hgr/mist_title.lzsa"
linking_noise_compressed:
.incbin "audio/link_noise.btc.lzsa"
;====================================
; draw a screen and wait
;====================================
; X = low of lzsa
; Y = high of lzsa
; A = pause delay
draw_and_wait:
pha
stx getsrc_smc+1
sty getsrc_smc+2
lda #$c ; load to page $c00
jsr decompress_lzsa2_fast
jsr gr_copy_to_current
jsr page_flip
pla
jsr wait_a_bit
rts
get_mist_book:
; play music if mockingboard
lda SOUND_STATUS
and #SOUND_MOCKINGBOARD
beq skip_start_music
cli
skip_start_music:
lda #TITLE_BOOK_CLOSED
sta LOCATION
jmp change_location
PT3_LOC = theme_music
.align $100
theme_music:
.incbin "audio/theme.pt3"
.if 0
; click on book, plays theme
; FISSURE: I realized the momemnt
; 1 2 3
; 0123456789012345678901234567890123456789
.byte " I REALIZED, THE MOMENT I FELL INTO THE"
.byte " FISSURE, THAT THE BOOK WOULD NOT BE"
.byte " DESTROYED AS I HAD PLANNED."
; FISSURE_BOOK: _starry expanse (book tiny)
; 0123456789012345678901234567890123456789
.byte " IT CONTINUED FALLING INTO THAT STARRY"
.byte " EXPANSE OF WHICH I HAD ONLY A"
.byte " FLEETING GLIMPSE."
; FALLING_BOOK: (book big) falling by starscape (I have tried to speculate)
; 0123456789012345678901234567890123456789
.byte "I HAVE TRIED TO SPECULATE WHERE IT MIGHT"
.byte " HAVE LANDED, BUT I MUST ADMIT,"
.byte " HOWEVER-- SUCH CONJECTURE IS FUTILE."
; FALLING_LEFT (still, the question) /(left)
; 0123456789012345678901234567890123456789
.byte " STILL, THE QUESTION ABOUT WHOSE HANDS"
.byte " MIGHT SOMEDAY HOLD MY MYST BOOK ARE"
.byte " UNSETTLING TO ME."
; FALLING_RIGHT I know my aprehensions (right)
; 0123456789012345678901234567890123456789
.byte " I KNOW THAT MY APPREHENSIONS MIGHT"
.byte " NEVER BE ALLAYED, AND SO I CLOSE,"
.byte " REALIZING THAT PERHAPS,"
; BOOK_GROUND the ending has not yet been written (falls, blue sparks)
; 0123456789012345678901234567890123456789
.byte " THE ENDING HAS NOT YET BEEN WRITTEN"
.endif
config_string:
; 0123456789012345678901234567890123456789
.byte 0,23,"APPLE II?, 48K RAM, MOCKINGBOARD: SLOT ?",0
; MOCKINGBOARD: NONE

244
games/mist_hgr/qboot_sector.s Normal file
View File

@ -0,0 +1,244 @@
; fast seek/multi-read
; copyright (c) Peter Ferrie 2015-16
; Paramaters for loading QLOAD
sectors = 14 ; user-defined
firsttrk = 1 ; user-defined, first track to read
firstsec = 0 ; user-defined, first sector to read
address = $12 ; user-defined
entry = $1200 ; user-defined
version = 1
;memory usage:
;256 bytes ($200-2ff) static table
grouped = $200
; stay away from interrupt vectors at $3fe !!!
;106 bytes ($300-369) static table
preshift = $300
zvalue = $fd ; only during init
znibble = $fe ; only during init
zmask = $ff ; only during init
WHICH_SLOT = $DA
; $26/$27 sector read location (ROM)
; $3D sector number (ROM)
; at entry (at least on AppleWin) A=1, X=60 (slot<<4), Y=0
; qkumba says cffa cards leave Y at $10
; 26/27 = 00/09
; 3D = 1
; For Disk II booting, the firmware loads track0/sector0
; to $800 and then jumps to $801
.org $800
.byte 1 ; number of sectors for ROM to load
boot_entry:
; this code loads two sectors up to $10/$11
; assume A=1 coming in here
lsr ; check sector number
; A=0, carry=1
tay ; Y=0
adc #$0f ; A=$10 (destintation)
sta $27 ; set or update address as needed
cmp #$12
; 10 11 12 (1 1 1)
; be, bf, c0 (1011 1011 1100)
; so if hit $c000 we are done
beq done_load_2 ; branch if loaded 2
inc $3d ; increment sector (faster to find)
; call to the read routine in proper slot
; using rts to jump indirect to
; $CX5C
; this routine reads sector in $3D on track in $41
; to address in $26/$27
; when it's done it jumps back to $801
stx WHICH_SLOT ; save for later
txa ; x is slot# << 4
lsr
lsr
lsr
lsr
ora #$c0 ; slot to PROM base
pha
lda #$5b ;read-1
pha
rts ; return used to call $CX5C in DISK II ROM
done_load_2:
; patch self modifying code for Q6L read
txa
ora #$8c ; slot to Q6L
; Q6L?
; if slot 6, after this A is $EC
; Y should be 2 here
patch_loop:
iny
ldx patchtbl-3, Y
sta code_begin, X ; replace placeholders with Q6L
; BE02 = EC? lda c0ec
; so sets to c08c (Q6L)
bne patch_loop
; patch self-modifying code for turning motor off
and #$f8 ; MOTOROFF (c088) -> c0e8
sta slotpatch7+1
; patch self-modifying code for turning motor on
clc
adc #1 ; MOTORON (c089) -> c0e9
sta slotpatch9+1
; patch self-modifying code for phase off
eor #9 ; PHASEOFF (c080)
sta slotpatch8+1
ldx #$3f
stx zmask
inx
ldy #$7f
bne skip_ahead ; branch always
; pad with zeros until $839
; $839 is the entry point
; adjusts address at $8FE to be entry point
; jumps to boot 2
;.res $839-*
; lda #>(entry-1)
; pha
; lda #<(entry-1)
; pha
; jsr preread
; jmp $1000 ; stage2 entry point
patchtbl:
.byte <(slotpatch1+1), <(slotpatch2+1), <(slotpatch3+1)
.byte <(slotpatch4+1), <(slotpatch5+1), <(slotpatch6+1)
indextbl: ;the 0 also terminates the patchtbl list!
.byte 0, 2, 1, 3
;construct denibbilisation table
;pre-shifted for interleave read
skip_ahead:
loopaa:
sty znibble
tya
asl
bit znibble
beq loopz
ora znibble
eor #$ff
and #$7e
loopa:
bcs loopz
lsr
bne loopa
dex
txa
asl
asl
sta preshift-$16, Y
loopz:
dey
bne loopaa
;construct 2-bit group table
sty zvalue
loopbb:
lsr zmask
lsr zmask
loopb:
lda indextbl, X
sta grouped, Y
inc zvalue
lda zvalue
and zmask
bne loopy
inx
txa
and #3
tax
loopy:
iny
iny
iny
iny
cpy #3
bcs loopb
iny
cpy #3
bcc loopbb
lda #>(entry-1)
pha
lda #<(entry-1)
pha
jsr preread
; seek backward support
; sty startsec+1
; sta tmpadr+1
; stx total+1
jmp seekread
preread:
;copy post-read if necessary
;push post-read address here
; pla
; tax
; pla
; tay
; lda #>(postread-1)
; pha
; lda #<(postread-1)
; pha
; tya
; pha
; txa
; pha
lda #<(firsttrk*2)
sta phase+1
ldx #sectors
lda #address
ldy #firstsec
rts
end_code:
.res $8fe-*
; traditionally, entry point to jump to at end of loading
; $1000 in this case
;*=$8fe
.byte $10, $00
.include "qboot_stage2.s"

363
games/mist_hgr/qboot_stage2.s Normal file
View File

@ -0,0 +1,363 @@
; the following lives on sectors $0E and $0D
; why?
; request sector 2 and 4, and the interleave is
; beneath apple dos (3-23)
; Physical (firmware) : 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
; DOS33 mapping : 0, 7, 14, 6, 13, 5, 12, 4, 11, 3, 10, 2, 9, 1, 8, 15
; Beneath Apple DOS
; p86 (dos reference)
;
WAIT = $FCA8 ;; delay 1/2(26+27A+5A^2) us
.org $1000
code_begin:
.byte version
readnib:
slotpatch1: ; smc
lda $c0d1 ; gets set to C08C (Q6L) read
bpl readnib
rts
;fill address array for one track
seekread:
sty startsec+1
sta tmpadr+1
stx total+1
inittrk:
sec
lda #$10
sbc startsec+1
cmp total+1
bcs it_skip
tax
it_skip:
stx partial1
stx partial2
jsr seek
startsec:
ldy #$d1
tmpadr:
tmpadr_loop:
lda #$d1
sta addrtbl, y
inc tmpadr+1
iny
dec partial1
bne tmpadr_loop
;====================================
; read a sector
;====================================
; first address field
;====================================
; starts with $D5 $AA $96
; then XX YY volume
; then XX YY track
; then XX YY sector
; then XX YY checksum
; then ends with $DE $AA $EB
;====================================
; data field
;====================================
; starts with $D5 $AA $AD
; 342 bytes of data
; XX checksum
; ends with $DE $AA $EB
read:
outer_read:
jsr readnib
inner_read:
cmp #$d5 ; look for $D5 part of addr field
bne outer_read
jsr readnib ; look for $D5 $AA
cmp #$aa
bne inner_read
; look for $D5 $AA $AD
tay ; we need Y=#$AA later
jsr readnib
eor #$ad ; zero A if match
beq check_mode
; if not #$AD, then #$96 is assumed
; so in address field
ldy #2 ; volume, track, sector
another:
jsr readnib
rol ; set carry
sta sector+1
jsr readnib
and sector+1
dey
bpl another
tay
ldx addrtbl, Y ; fetch corresponding address
beq read ; done?
sta sector+1 ; store index for later
stx adrpatch1+2
stx adrpatch8+2
stx adrpatch2+2
stx adrpatch3+2
stx adrpatch5+2
stx adrpatch7+2
inx
stx adrpatch9+2
dex
dex
stx adrpatch4+2
stx adrpatch6+2
ldy #$fe
loop2:
adrpatch1:
lda $d102, Y
pha
iny
bne loop2
branch_read:
bcs read ; branch always
check_mode:
cpx #0
beq read ; loop if not expecting #$AD
loop33:
sta tmpval+1 ; zero rolling checksum
slotpatch2:
loop4:
ldx $c0d1
bpl loop4
lda preshift-$96, X
adrpatch2:
sta $d102, Y ; store 2-bit array
tmpval:
eor #$d1
iny
bne loop33
ldy #$aa
slotpatch3:
loop5:
ldx $c0d1
bpl loop5
eor preshift-$96, X
adrpatch3:
ldx $d102, Y ; bit2tbl
eor grouped+2, X ; first 86 nibbles use group bits 0-1
adrpatch4:
sta $d156, y
iny
bne loop5
and #$fc
ldy #$aa
slotpatch4:
loop6:
ldx $c0d1
bpl loop6
eor preshift-$96, X
adrpatch5:
ldx $d102, Y ; bit2tbl
eor grouped+1, X ; second 86 nibbles use group bits 2-3
adrpatch6:
sta $d1ac, Y
iny
bne loop6
and #$fc
ldx #$ac
slotpatch5:
loop7:
ldy $c0d1
bpl loop7
eor preshift-$96, Y
adrpatch7:
ldy $d100, X ; bit2tbl
eor grouped, Y ; last 84 nibbles use group bits 4-5
adrpatch8:
sta $d100, x
inx
bne loop7
and #$fc
slotpatch6:
loop8:
ldy $c0d1
bpl loop8
eor preshift-$96, Y
cmp #1 ; carry = !zero
ldy #1
loop9:
pla
adrpatch9:
sta $d100, Y
dey
bpl loop9
branch_read2:
bcs branch_read ; branch if checksum failure
sector:
ldy #$d1
txa
sta addrtbl, Y ; zero corresponding address
dec total+1
dec partial2 ; adjust remaining count
; (faster than looping over array)
sec
bne branch_read2 ; read all requested sectors in one track
sta startsec+1 ; this was missing from original code
; leading to trouble on wrap around
; it not starting at sector0
total:
ldx #$d1
beq driveoff
inc phase+1
inc phase+1 ; update current track
jmp inittrk
driveoff:
slotpatch7:
lda $c0d1
seekret:
rts
seek:
ldx #0
stx step+1
copy_cur:
curtrk:
lda #0
sta tmpval+1
sec
phase:
sbc #$d1
beq seekret
; if seek backwards
bcs sback
eor #$ff
inc curtrk+1
bcc ssback
sback:
adc #$fe
dec curtrk+1
ssback:
cmp step+1
bcc loop10
step:
lda #$d1
loop10:
cmp #8
bcs loop11
tay
sec
loop11:
lda curtrk+1
ldx step1, Y
bne loop12
loopmmm:
clc
lda tmpval+1
ldx step2, Y
loop12:
stx sector+1
and #3
rol
tax
slotpatch8:
sta $c0d1, X
loopmm:
ldx #$13
loopm:
dex
bne loopm
dec sector+1
bne loopmm
lsr
bcs loopmmm
inc step+1
bne copy_cur
step1: .byte 1, $30, $28, $24, $20, $1e, $1d, $1c
step2: .byte $70, $2c, $26, $22, $1f, $1e, $1d, $1c
addrtbl: .res 16
partial1: .byte $00
partial2: .byte $00
code_end:
;==========================
; enable drive motor
;==========================
driveon:
slotpatch9:
lda $c0d1
; wait 1s
ldx #6
wait_1s:
lda #255
jsr WAIT
dex
bne wait_1s
rts
load_new:
jsr driveon
lda load_track
asl ; track to start*2
sta phase+1
lda load_sector
tay ; sector to start
lda load_length ; length
tax
lda load_address ; address to load
jsr seekread
rts
load_address:
.byte $00
load_track:
.byte $00
load_sector:
.byte $00
load_length:
.byte $00

247
games/mist_hgr/qkumba_popwr.s Normal file
View File

@ -0,0 +1,247 @@
; popwr -- code provided by qkumba
frombuff=$d00 ; sector data to write
; note these must be contiguous
encbuf=$e00 ; nibble buffer must be page alined
bit2tbl=$f00
readnib = $1001
readd5aa:
try_again:
jsr readnib
try_for_d5:
cmp #$d5
bne try_again
jsr readnib
cmp #$aa
bne try_for_d5
jsr readnib
rts
;================================
; set up the self-modifying code
; to point to the proper slot
;================================
; slot number is in high nibble of A
popwr_init:
and #$70 ; the slot number is in the top here
sta slotpatchw1+1 ; self modify the code
sta slotpatchw2+1
sta slotpatchw3+1
sta slotpatchw4+1
rts
;================================
; write a sector
;================================
sector_write:
; convert the input to nibbles
ldy #2 ; why start at 2?
aa:
ldx #$aa
b1:
dey
frombuff_smc:
lda frombuff, y
lsr
rol bit2tbl-$aa, x
lsr
rol bit2tbl-$aa, x
sta encbuf, y
lda bit2tbl-$aa, x
and #$3f
sta bit2tbl-$aa, x
inx
bne b1
tya
bne aa
jmp cmpsecwr
.align $100
; look for the proper sector to write
cmpsecwr:
b2:
jsr readd5aa ; look for dd55aa marker
cmp #$96
bne b2
ldy #3 ; try getting the sector number
b3:
jsr readnib
rol
sta tmpsec
jsr readnib
and tmpsec ; and with prev nibble?
dey
bne b3
requested_sector:
cmp #$d1
bne cmpsecwr ; retry if not what we want?
;skip tail #$DE #$AA #$EB some #$FFs ...
ldy #$24
b4:
dey
bpl b4
; c0e0 slot 6 ph0 off
; c0e1 slot 6 ph0 on
; c0e2 slot 6 ph1 off
; c0e3 slot 6 ph1 on
; c0e4 slot 6 ph2 off
; c0e5 slot 6 ph2 on
; c0e6 slot 6 ph3 off
; c0e7 slot 6 ph3 on
; c0e8 slot 6 motor off
; c0e9 slot 6 motor on
; c0ea slot 6 drive 1
; c0eb slot 6 drive 2
; c0ec slot 6 q6 off \ Q6 Q7
; c0ed slot 6 q6 on |-- state machine 0 0 READ
; c0ee slot 6 q7 off | 0 1 WRITE
; c0ef slot 6 q7 on / 1 0 SENSE WRITE PROTECT
; 1 1 WRITE LOAD
; write sector data
slotpatchw1:
ldx #$d1 ; cycle num smc Q6 Q7
lda $c08d, x ; prime drive 1 X
lda $c08e, x ; required by Unidisk 1 0 ; senese wp?
tya
sta $c08f, x ; 1 1 ; write load
ora $c08c, x ; 0 1 ; write
; 40 cycles
ldy #4 ; 2 cycles
cmp $ea ; nop ; 3 cycles
cmp ($ea,x) ; nop ; 6 cycles
b5:
jsr writenib1 ; (29 cycles)
; +6 cycles
dey ; 2 cycles
bne b5 ; 3/2nt
; 36 cycles
; +10 cycles
ldy #(prolog_e-prolog)
; 2 cycles
cmp $ea ; nop ; 3 cycles
b6:
lda prolog-1, y ; 4 cycles
jsr writenib3 ; (17 cycles)
; 32 cycles if branch taken
; +6 cycles
dey ; 2 cycles
bne b6 ; 3/2nt
; 36 cycles on first pass
; +10 cycles
tya ; 2 cycles
ldy #$56 ; 2 cycles
b7:
eor bit2tbl-1, y ; 5 cycles
tax ; 2 cycles
lda xlattbl, x ; 4 cycles
slotpatchw2:
ldx #$d1 ; slot number smc ; 2 cycles
sta $c08d, x ; wp sense ; 5 cycles
lda $c08c, x ; read ; 4 cycles
; 32 cycles if branch taken
lda bit2tbl-1, y ; 5 cycles
dey ; 2 cycles
bne b7 ; 3/2nt
; 32 cycles
; +9 cycles
clc ; 2 cycles
b88:
eor encbuf, y ; 4 cycles
b8:
tax ; 2 cycles
lda xlattbl, x ; 4 cycles
slotpatchw3:
ldx #$d1 ; slot number smc ; 2 cycles
sta $c08d, x ; wp sense ; 5 cycles
lda $c08c, x ; read ; 4 cycles
bcs f1 ; 3/2nt
; 32 cycles if branch taken
lda encbuf, y ; 4 cycles
iny ; 2 cycles
bne b88 ; 3/2nt
; 32 cycles
; +10 cycles
sec ; 2 cycles
bcs b8 ; 3 cycles
; 32 cycles
; +3 cycles
f1:
ldy #(epilog_e-epilog)
; 2 cycles
cmp ($ea,x) ; nop ; 6 cycles
b9:
lda epilog-1, y ; 4 cycles
jsr writenib3 ; (17 cycles)
; 32 cycles if branch taken
; +6 cycles
dey ; 2 cycles
bne b9 ;3/2nt
lda $c08e, x ; read/wp
lda $c08c, x ; read
lda $c088, x ; motor off
rts ; 6 cycles
writenib1:
cmp ($ea,x) ; nop ; 6 cycles
cmp ($ea,x) ; nop ; 6 cycles
writenib3:
slotpatchw4:
ldx #$d1 ; slot number ; 2 cycles
writenib4:
sta $c08d, x ; wp sense? ; 5 cycles
ora $c08c, x ; read ; 4 cycles
rts ; 6 cycles
prolog: .byte $ad, $aa, $d5
prolog_e:
epilog: .byte $ff, $eb, $aa, $de
epilog_e:
xlattbl:
.byte $96,$97,$9A,$9B,$9D,$9E,$9F,$A6
.byte $A7,$AB,$AC,$AD,$AE,$AF,$B2,$B3
.byte $B4,$B5,$B6,$B7,$B9,$BA,$BB,$BC
.byte $BD,$BE,$BF,$CB,$CD,$CE,$CF,$D3
.byte $D6,$D7,$D9,$DA,$DB,$DC,$DD,$DE
.byte $DF,$E5,$E6,$E7,$E9,$EA,$EB,$EC
.byte $ED,$EE,$EF,$F2,$F3,$F4,$F5,$F6
.byte $F7,$F9,$FA,$FB,$FC,$FD,$FE,$FF

247
games/mist_hgr/qload.s Normal file
View File

@ -0,0 +1,247 @@
; Loader for MIST
.include "zp.inc"
.include "hardware.inc"
.include "common_defines.inc"
.include "qboot.inc"
qload_start:
; init the write code
lda WHICH_SLOT
jsr popwr_init
; first time entry
; start by loading text title
lda #LOAD_TEXT_TITLE ; load title
sta WHICH_LOAD
lda #1
sta CURRENT_DISK ; current disk number
jsr load_file
jsr $800
lda #LOAD_TITLE ; load title
sta WHICH_LOAD
main_game_loop:
jsr load_file
lda WHICH_LOAD
bne not_title
start_title:
jsr $4000
jmp main_game_loop
not_title:
jsr $2000
jmp main_game_loop
;====================================
; loads file specified by WHICH_LOAD
;====================================
load_file:
ldx WHICH_LOAD
lda which_disk_array,X
cmp CURRENT_DISK
bne change_disk
load_file_no_diskcheck:
lda load_address_array,X
sta load_address
lda track_array,X
sta load_track
lda sector_array,X
sta load_sector
lda length_array,X
sta load_length
jsr load_new
rts
;===================================================
;===================================================
; change disk
;===================================================
;===================================================
change_disk:
; turn off disk drive light
jsr driveoff
jsr TEXT
jsr HOME
lda #<error_string
sta OUTL
lda #>error_string
sta OUTH
ldx WHICH_LOAD
lda which_disk_array,X
clc
adc #48
ldy #19
sta (OUTL),Y
ldy #0
quick_print:
lda (OUTL),Y
beq quick_print_done
jsr COUT1
iny
jmp quick_print
quick_print_done:
fnf_keypress:
lda KEYPRESS
bpl fnf_keypress
bit KEYRESET
;==============================================
; actually verify proper disk is there
; read T0:S0 and verify proper disk
lda WHICH_LOAD
pha
ldx #LOAD_FIRST_SECTOR ; load track 0 sector 0
stx WHICH_LOAD
jsr load_file_no_diskcheck
pla
sta WHICH_LOAD
tax
; first sector now in $c00
; offset 59
; disk1 = $0a
; disk2 = $32 ('2')
; disk3 = $33 ('3')
lda $c59
cmp #$0a
beq is_disk1
cmp #$32
beq is_disk2
cmp #$33
beq is_disk3
bne change_disk ; unknown disk
is_disk1:
lda #1
bne disk_compare
is_disk2:
lda #2
bne disk_compare
is_disk3:
lda #3
disk_compare:
cmp which_disk_array,X
bne change_disk ; disk mismatch
;==============================================
; all good, retry original load
jsr HOME
ldx WHICH_LOAD
lda which_disk_array,X
sta CURRENT_DISK
jmp load_file
; offset for disk number is 19
error_string:
.byte "PLEASE INSERT DISK 1, PRESS RETURN",0
which_disk_array:
.byte 1,1,3,3 ; MIST_TITLE,MIST,MECHE,SELENA
.byte 1,1,3,2 ; OCTAGON,VIEWER,STONEY,CHANNEL
.byte 2,1,2,2 ; CABIN,DENTIST,ARBOR,NIBEL
.byte 1,1,1,3 ; SHIP,GENERATOR,D'NI,SUB
.byte 1 ; TEXT_TITLE
.byte 1,1,1,1,1 ; SAVE1,SAVE2,SAVE3,SAVE4,SAVE5
.byte $f ; FIRST_SECTOR
load_address_array:
.byte $40,$20,$20,$20 ; MIST_TITLE,MIST,MECHE,SELENA
.byte $20,$20,$20,$20 ; OCTAGON,VIEWER,STONEY,CHANNEL
.byte $20,$20,$20,$20 ; CABIN,DENTIST,ARBOR,NIBEL
.byte $20,$20,$20,$20 ; SHIP,GENERATOR,D'NI,SUB
.byte $08 ; TEXT_TITLE
.byte $0E,$0E,$0E,$0E
.byte $0E ; SAVE1,SAVE2,SAVE3,SAVE4,SAVE5
.byte $0C ; FIRST_SECTOR
track_array:
.byte 2, 8, 1,21 ; MIST_TITLE,MIST,MECHE,SELENA
.byte 18,31,11, 1 ; OCTAGON,VIEWER,STONEY,CHANNEL
.byte 27,26,10,20 ; CABIN,DENTIST,ARBOR,NIBEL
.byte 30,32,28,30 ; SHIP,GENERATOR,D'NI,SUB
.byte 0 ; TEXT_TITLE
.byte 0, 0, 0, 0, 0 ; SAVE1,SAVE2,SAVE3,SAVE4,SAVE5
.byte 0 ; FIRST_SECTOR
sector_array:
.byte 0, 0, 0, 0 ; MIST_TITLE,MIST,MECHE,SELENA
.byte 0, 8, 0, 0 ; OCTAGON,VIEWER,STONEY,CHANNEL
.byte 0, 0, 0, 0 ; CABIN,DENTIST,ARBOR,NIBEL
.byte 0,13, 0, 1 ; SHIP,GENERATOR,D'NI,SUB
.byte 6 ; TEXT_TITLE
.byte 11,12,13,14,15 ; SAVE1,SAVE2,SAVE3,SAVE4,SAVE5
.byte 0 ; FIRST_SECTOR
length_array:
.byte 88,159,157,145 ; MIST_TITLE,MIST,MECHE,SELENA
.byte 128, 20,158,135 ; OCTAGON,VIEWER,STONEY,CHANNEL
.byte 61, 31,159,109 ; CABIN,DENTIST,ARBOR,NIBEL
.byte 20, 33, 27, 78 ; SHIP,GENERATOR,D'NI,SUB
.byte 3 ; TEXT_TITLE
.byte 1,1,1,1,1 ; SAVE1,SAVE2,SAVE3,SAVE4,SAVE5
.byte 1 ; FIRST_SECTOR
.include "audio.s"
.include "linking_noise.s"
.include "decompress_fast_v2.s"
; .include "draw_pointer.s"
; .include "end_level.s"
; .include "gr_copy.s"
.include "gr_fast_clear.s"
.include "gr_offsets.s"
; .include "gr_pageflip.s"
; .include "gr_putsprite_crop.s"
.include "keyboard.s"
.include "text_print.s"
.include "loadstore.s"
.include "joystick.s"
.include "log_table.s"
; .include "page_sprites.inc"
; .include "common_sprites.inc"
.include "qkumba_popwr.s"
qload_end:
.assert (>qload_end - >qload_start) < $e , error, "loader too big"

82
games/mist_hgr/text_print.s Normal file
View File

@ -0,0 +1,82 @@
;================================
; move_and_print
;================================
; get X,Y from OUTL/OUTH
; then print following string to that address
; stop at NUL
; convert to APPLE ASCII (or with 0x80)
; leave OUTL/OUTH pointing to next string
move_and_print:
ldy #0
lda (OUTL),Y
sta CH
iny
lda (OUTL),Y
asl
tay
lda gr_offsets,Y ; lookup low-res memory address
clc
adc CH ; add in xpos
sta BASL ; store out low byte of addy
lda gr_offsets+1,Y ; look up high byte
adc DRAW_PAGE ;
sta BASH ; and store it out
; BASH:BASL now points at right place
clc
lda OUTL
adc #2
sta OUTL
lda OUTH
adc #0
sta OUTH
;================================
; print_string
;================================
print_string:
ldy #0
print_string_loop:
lda (OUTL),Y
beq done_print_string
ps_smc1:
and #$3f ; make sure we are inverse
sta (BASL),Y
iny
bne print_string_loop
done_print_string:
iny
clc
tya
adc OUTL
sta OUTL
lda OUTH
adc #0
sta OUTH
rts
; set normal text
set_normal:
lda #$80
sta ps_smc1+1
lda #09 ; ora
sta ps_smc1
rts
; restore inverse text
set_inverse:
lda #$29
sta ps_smc1
lda #$3f
sta ps_smc1+1
rts

58
games/mist_hgr/text_title.s Normal file
View File

@ -0,0 +1,58 @@
.include "common_defines.inc"
.include "zp.inc"
.include "hardware.inc"
text_title:
jsr TEXT
jsr HOME
lda #0
sta DRAW_PAGE
; print non-inverse
lda #$80
sta ps_smc1+1
lda #09 ; ora
sta ps_smc1
lda #<boot_message
sta OUTL
lda #>boot_message
sta OUTH
ldx #15
text_loop:
jsr move_and_print
dex
bne text_loop
; lda #40
; jsr wait_a_bit
rts
; 0123456789012345678901234567890123456789
boot_message:
.byte 0,0, "LOADING HGR MIST V0.01",0
.byte 0,3, "CONTROLS:",0
.byte 5,4, "MOVE CURSOR : ARROWS OR WASD",0
.byte 5,5, "FORWARD/ACTION : RETURN OR SPACE",0
.byte 5,7, "ENABLE JOYSTICK: J",0
.byte 5,8, "LOAD GAME : CONTROL-L",0
.byte 5,9, "SAVE : CONTROL-S",0
.byte 5,10,"TOGGLE SOUND : CONTROL-T",0
.byte 0,13,"BASED ON MYST BY CYAN INC",0
.byte 0,14,"APPLE II PORT: VINCE WEAVER",0
.byte 0,15,"DISK CODE : QKUMBA",0
.byte 0,16,"SOUND CODE : OLIVER SCHMIDT",0
.byte 0,17,"LZSA CODE : EMMANUEL MARTY",0
.byte 8,19,"______",0
.byte 6,20,"A \/\/\/ SOFTWARE PRODUCTION",0
.include "text_print.s"
.include "gr_offsets.s"
;.include "wait_a_bit.s"

27
games/mist_hgr/wait_a_bit.s Normal file
View File

@ -0,0 +1,27 @@
;====================================
; wait for keypress or a few seconds
;====================================
wait_a_bit:
bit KEYRESET
tax
keyloop:
lda #200 ; delay a bit
jsr WAIT
lda KEYPRESS
bmi done_keyloop
; bmi keypress_exit
dex
bne keyloop
done_keyloop:
bit KEYRESET
rts

360
games/mist_hgr/zp.inc Normal file
View File

@ -0,0 +1,360 @@
;; Zero Page
;; LZSA addresses
NIBCOUNT = $00
APPLEII_MODEL = $01
;; Zero page monitor routines addresses
WNDLFT = $20
WNDWDTH = $21
WNDTOP = $22
WNDBTM = $23
CH = $24
CV = $25
GBASL = $26
GBASH = $27
BASL = $28
BASH = $29
H2 = $2C
X_LEFT = $2C ; ???
V2 = $2D
MASK = $2E
COLOR_MASK = $2F
COLOR = $30
SEEDL = $4e
SEEDH = $4f
XMAX = $50
; MIST zero page addresses
FRAMEL = $60
FRAMEH = $61
CURSOR_X = $62
CURSOR_Y = $63
XPOS = $64
YPOS = $65
LOCATION_STRUCT_L = $66
LOCATION_STRUCT_H = $67
IN_SPECIAL = $68
CURSOR_VISIBLE = $69
IN_LEFT = $6A
IN_RIGHT = $6B
BTC_L = $6C
BTC_H = $6D
; pt3 player registers
AY_REGISTERS = $70
A_FINE_TONE = $70
A_COARSE_TONE = $71
B_FINE_TONE = $72
B_COARSE_TONE = $73
C_FINE_TONE = $74
C_COARSE_TONE = $75
NOISE = $76
ENABLE = $77
PT3_MIXER_VAL = $77
A_VOLUME = $78
B_VOLUME = $79
C_VOLUME = $7A
ENVELOPE_FINE = $7B
ENVELOPE_COARSE = $7C
ENVELOPE_SHAPE = $7D
PATTERN_L = $7E
PATTERN_H = $7F
; note 70-7f also used by disk code
; note: rest are up at $f0
; We have to save/restore the following values
; when loading/storing from disk
WHICH_LOAD = $80 ; which file to load
DIRECTION = $81 ; direction we are pointing
DIRECTION_N = $1
DIRECTION_S = $2
DIRECTION_E = $4
DIRECTION_W = $8
DIRECTION_ANY=$f
DIRECTION_ONLY_POINT = $40 ; do not change pointer to grab
DIRECTION_SPLIT = $80 ; split text/graphics
LOCATION = $82 ; location on the map
RED_PAGES_TAKEN = $83 ; red pages that have been picked up
OCTAGON_PAGE = $01
MECHE_PAGE = $02
SELENA_PAGE = $04
STONEY_PAGE = $08
CHANNEL_PAGE = $10
FINAL_PAGE = $20
BLUE_PAGES_TAKEN= $84 ; blue pages that have been picked up
CLOCK_BRIDGE = $85 ; is the clock island bridge raised
GEAR_OPEN = $86 ; is the big gear open
MARKER_SWITCHES = $87 ; state of the marker switches
MARKER_DOCK = $01
MARKER_GEARS = $02
MARKER_SPACESHIP = $04
MARKER_GENERATOR = $08
MARKER_CLOCK = $10
MARKER_TREE = $20
MARKER_POOL = $40
MARKER_DENTIST = $80
CLOCK_HOUR = $88 ; hour on the mist clock
CLOCK_MINUTE = $89 ; minute on the mist clock
BOILER_LEVEL = $8A ; furnace in the cabin level
FIREPLACE_GRID0 = $8B ; fireplace grid puzzle state
FIREPLACE_GRID1 = $8C
FIREPLACE_GRID2 = $8D
FIREPLACE_GRID3 = $8E
FIREPLACE_GRID4 = $8F
FIREPLACE_GRID5 = $90
CLOCK_COUNT = $91 ; clock puzzle (turns taken)
CLOCK_TOP = $92 ; clock puzzle (top dial)
CLOCK_MIDDLE = $93 ; clock puzzle (middle dial)
CLOCK_BOTTOM = $94 ; clock puzzle (bottom dial)
CLOCK_LAST = $95 ; clock puzzle (last dial turned)
BREAKER_TRIPPED = $96 ; generator (circuit breakers status)
GENERATOR_VOLTS = $97 ; generator (total volts)
ROCKET_VOLTS = $98 ; generator (rocket volts)
SWITCH_TOP_ROW = $99 ; generator (switch top row)
SWITCH_BOTTOM_ROW = $9A ; generator (switch bottom row)
GENERATOR_VOLTS_DISP = $9B ; generator (total volts on display)
ROCKET_VOLTS_DISP = $9C ; generator (rocket volts on display)
ROCKET_HANDLE_STEP = $9D ; organ (which knob is lit) [why zp?]
ROCKET_NOTE1 = $9E ; organ (note slider 1)
ROCKET_NOTE2 = $9F ; organ (note slider 2)
ROCKET_NOTE3 = $A0 ; organ (note slider 3)
ROCKET_NOTE4 = $A1 ; organ (note slider 4)
MECHE_ELEVATOR = $A2 ; fortress elevator state
MECHE_ROTATION = $A3 ; fortress rotation state
; 0..3 = S
; 4..7 = E
; 8..11 = N
; 12..15 = W
MECHE_LEVERS = $A4 ; fortress rotation levers
LEFT_LEVER = 1
RIGHT_LEVER = 2
MECHE_LOCK1 = $A5 ; meche lock symbol1
MECHE_LOCK2 = $A6 ; meche lock symbol2
MECHE_LOCK3 = $A7 ; meche lock symbol3
MECHE_LOCK4 = $A8 ; meche lock symbol4
HOLDING_PAGE = $A9 ; which page in hand
HOLDING_RED_PAGE = $80
HOLDING_BLUE_PAGE = $40
HOLDING_WHITE_PAGE = $C0
;FINAL_PAGE = $20
;CHANNEL_PAGE = $10
;STONEY_PAGE = $08
;SELENA_PAGE = $04
;MECHE_PAGE = $02
;OCTAGON_PAGE = $01
RED_PAGE_COUNT = $AA ; # of red pages in book
BLUE_PAGE_COUNT = $AB ; # of blue pages in book
VIEWER_CHANNEL = $AC ; viewer: current channel
VIEWER_LATCHED = $AD ; viewer: latched channel
TOWER_ROTATION = $AE ; tower rotation: which
ROTATION_GEARS = 2
ROTATION_DOCK = 3
ROTATION_TREE = 4
ROTATION_SPACESHIP = 8
SHIP_RAISED = $AF ; ship raised or not
PUMP_STATE = $B0 ; stoneship pump state
DRAINED_EXIT = $01
DRAINED_TUNNELS = $02
DRAINED_LIGHTHOUSE=$04
BATTERY_CHARGE = $B1 ; stoneship battery charge
COMPASS_STATE = $B2 ; stoneship compass state
COMPASS_DEFAULT = 0 ; cabin lights off
COMPASS_LIGHT_ON= 1 ; proper angle selected
CRANK_ANGLE = $B3 ; stoneship crank angle
WHITE_PAGE_TAKEN= $B4 ; white page taken
CHANNEL_SWITCHES= $B5 ; channelwood switches
CHANNEL_SW_FAUCET = $80
CHANNEL_SW_WINDMILL = $40
CHANNEL_SW_GATE_BOTTOM = $20
CHANNEL_ELEVATOR1_UP = $10
CHANNEL_SW_GATE_TOP = $08
CHANNEL_BOOK_ELEVATOR_UP= $04
CHANNEL_PIPE_EXTENDED = $02
CHANNEL_BRIDGE_UP = $01
CHANNEL_VALVES = $B6 ; channelwood valves
CHANNEL_VALVE1 = $01 ; elevator2
CHANNEL_VALVE2 = $02 ; big tree
CHANNEL_VALVE3 = $04 ; broken
CHANNEL_VALVE4 = $08 ; elevator1
CHANNEL_VALVE5 = $10 ; entry
CHANNEL_VALVE6 = $20 ; bridge
DENTIST_LIGHT = $B7 ; dentist lightswitch
DENTIST_MONTH = $B8 ; dentist panel: month
DENTIST_DAY = $B9 ; dentist panel: day
DENTIST_CENTURY = $BA ; dentist panel: century
DENTIST_YEAR = $BB ; dentist panel: year
DENTIST_HOURS = $BC ; dentist panel: hours
DENTIST_MINUTES = $BD ; dentist panel: minutes
PILLAR_ON = $BE ; pillars: which on/off
PILLAR_EYE = $01
PILLAR_SNAKE = $02
PILLAR_BUG = $04
PILLAR_ANCHOR = $08
PILLAR_ARROW = $10
PILLAR_LEAF = $20
PILLAR_CROSS = $40
PILLAR_EMU = $80
GREEN_BOOK_PROGRESS = $BF ; green book: what's ben seen
DNI_PROGRESS = $C0 ; dni: atrus status
COMPARTMENT_OPEN = $C1 ; dock marker switch compartment
GAME_COMPLETE = $C2 ; game has been completed
SAFE_HUNDREDS = $C3 ; safe combination, hundreds
SAFE_TENS = $C4 ; safe combination, tens
SAFE_ONES = $C5 ; safe combination, ones
TREE_LEVEL = $C6 ; how high is the tree hole
HOLDING_ITEM = $C7
HOLDING_KEY = $04
HOLDING_LIT_MATCH = $02
HOLDING_MATCH = $01
BOILER_VALVE = $C8 ; how many turns of the boiler valve
TRUNK_STATE = $C9 ; trunk state in stonsehip
TRUNK_VALVE_OPEN = $01
TRUNK_WATER_DRAINED = $02
TRUNK_KEY_TAKEN = $04
TRUNK_LID_OPEN = $08
TRUNK_HATCH_OPEN = $10
TRUNK_KEY_ON_FLOOR = $20
SELENA_BUTTON_STATUS = $CA
SELENA_BUTTON1 = $01 ; POOL (water)
SELENA_BUTTON2 = $02 ; CHASM (fire)
SELENA_BUTTON3 = $04 ; CLOCK (ticking)
SELENA_BUTTON4 = $08 ; CRYSTALS (whistle)
SELENA_BUTTON5 = $10 ; TUNNEL (wind)
SELENA_LIGHTSWITCH= $80 ; light in the tunnel
SELENA_ANTENNA1 = $CB ; rotation angle for antenna1
SELENA_ANTENNA2 = $CC ; rotation angle for antenna1
SELENA_ANTENNA3 = $CD ; rotation angle for antenna1
SELENA_ANTENNA4 = $CE ; rotation angle for antenna1
SELENA_ANTENNA5 = $CF ; rotation angle for antenna1
SELENA_LOCK1 = $D0 ; antenna lock slider1
SELENA_LOCK2 = $D1 ; antenna lock slider2
SELENA_LOCK3 = $D2 ; antenna lock slider3
SELENA_LOCK4 = $D3 ; antenna lock slider4
SELENA_LOCK5 = $D4 ; antenna lock slider5
SELENA_ANTENNA_ACTIVE = $D5 ; which antenna currently selected
SUB_LOCATION = $D6
SUB_DIRECTION = $D7
NIBEL_PROJECTOR = $D8 ; which button on projector in nibel
END_OF_SAVE = $D9
; done game puzzle state
WHICH_SLOT = $DA
JS_BUTTON_STATE = $DB
CURRENT_DISK = $DC
JOYSTICK_ENABLED= $DD
SOUND_STATUS = $DE
SOUND_DISABLED = $80
SOUND_IN_LC = $01 ; $01 sound effects in language card
SOUND_MOCKINGBOARD = $02 ; mockingboard detected
GRID_PAGE = $DF
ANIMATE_FRAME = $E0
LEVEL_OVER = $E1
LOCATIONS_L = $E2
LOCATIONS_H = $E3
; temp var per-world define
LONG_FRAME = $E4 ; nibel
CURRENT_DISPLAY = $E4 ; selena
LAST_PLAYED = $E4 ; selena
DISP_PAGE = $ED ; ALL
DRAW_PAGE = $EE ; ALL
; rest of pt3_player
PT3_TEMP = $EF
ORNAMENT_L = $F0
ORNAMENT_H = $F1
SAMPLE_L = $F2
SAMPLE_H = $F3
LOOP = $F4
MB_VALUE = $F5
MB_ADDR_L = $F6
MB_ADDR_H = $F7
DONE_PLAYING = $F8
DONE_SONG = $F9
;TINL = $F0
;TINH = $F1
;BINL = $F2
;BINH = $F3
;SCROLL_COUNT = $F9
TEMP = $FA
TEMPY = $FB
INL = $FC
INH = $FD
OUTL = $FE
OUTH = $FF
; read any file slot 6 version
; based on FASTLD6 and RTS copyright (c) Peter Ferrie 2011-2013,2018
; modified to assembled with ca64 -- vmw
; added code to patch it to run from current disk slot -- vmw
adrlo = $26 ; constant from boot prom
adrhi = $27 ; constant from boot prom
tmpsec = $3c ; constant from boot prom
reqsec = $3d ; constant from boot prom
sizelo = $44
sizehi = $45
secsize = $46
ldsizel = $70
ldsizeh = $71
namlo = $7b
namhi = $7c
step = $7d ; state for stepper motor
tmptrk = $7e ; temporary copy of current track
phase = $7f ; current phase for /seek