# The file address index.
# The address of the primary active resource is stored in 0.
GVL 100 0
# The address of the OS library is stored in 3.
GVL 3 3
CGO 0 [0] 0
# Random buffer space.
"00"
INFANCY_OS_INDEX
1 2
OS_LIBRARY_INDEX
3 4
OS_INDEX
100 101
OS_FONT_INDEX
200 202
IMAGES_INDEX
150 150
KEYCODES_INDEX
129 129
TEMP_INDEX
250 252
FILE_NAMES_INDEX
50 50
BOOP_INDEX
130 130
OS_TEXT_INDEX
102 102
HEX_INDEX
131 134
HEX_LIB_INDEX
141 141
PONG_INDEX
70 73
LIFE_INDEX
160 161
DRAW_INDEX
170 171
MULTI_INDEX
180 182
MUFFIN_INDEX
190 194

# The infancy OS.
ADDRESS 0 1
# The address of the secondary active resource is stored in 1.
ADD [0] 1 1
GVL INFANCY_CLEAR_SCREEN_RETURN 11
GVL [0] 12
CGO CLEAR_SCREEN [3] 0
INFANCY_CLEAR_SCREEN_RETURN
SVM 208 84 10000001
SVM 224 84 10000001
SVM 240 84 10000001
SVM 0 85 10000001
GVL 00000000 31
GVL 00000000 32
GVL 11111111 33
GVL 0 20
GVL 0 21
GTM 0 22
GVL 0 23
GVL INFANCY_GET_KEY_RETURN 29
GVL [0] 30
INFANCY_RESET_CURSOR
EQU [33] 00000000 34
GVL 0 35
INFANCY_REDRAW_INTERFACE
SVM 112 90 [33]
NOR [33] [33] 11
SVM 176 106 [11]
GMM [31] [32] 11
GVL 112 12
GVL 86 13
GVL INFANCY_DRAW_BYTE_RETURN_1 19
CGO DRAW_BYTE [1] 0
INFANCY_DRAW_BYTE_RETURN_1
GVL [31] 11
GVL 128 12
GVL 103 13
GVL INFANCY_DRAW_BYTE_RETURN_2 19
CGO DRAW_BYTE [1] 0
INFANCY_DRAW_BYTE_RETURN_2
GVL [32] 11
GVL 112 12
GVL 112 13
GVL INFANCY_DRAW_BYTE_RETURN_3 19
CGO DRAW_BYTE [1] 0
INFANCY_DRAW_BYTE_RETURN_3
INFANCY_LOOP
CGO GET_KEY [3] 0
INFANCY_GET_KEY_RETURN
EQU [24] 0 15
NOR [15] [15] 15
CGO INFANCY_LOOP [0] [15]
EQU [24] 00000110 15
NOR [15] [15] 15
CGO INFANCY_PRESSED_TAB [0] [15]
EQU [24] 00010100 15
NOR [15] [15] 15
CGO INFANCY_PRESSED_SPACE [0] [15]
EQU [24] 10101101 15
NOR [15] [15] 15
CGO [31] [32] [15]
GVL INFANCY_HEX_KEYCODES 11
GVL 0 12
INFANCY_FIND_KEYCODE_LOOP
GMM [11] [1] 13
EQU [13] [24] 15
NOR [15] [15] 15
CGO INFANCY_PRESSED_HEX [1] [15]
ADD [11] 1 11
ADD [12] 1 12
GRE [12] 15 13
CGO INFANCY_FIND_KEYCODE_LOOP [0] [13]
CGO INFANCY_LOOP [0] 0
INFANCY_PRESSED_TAB
NOR [33] [33] 33
CGO INFANCY_RESET_CURSOR [0] 0
INFANCY_PRESSED_SPACE
GVL 1 4
GVL [31] 5
GVL [32] 6
GVL INFANCY_ADD_RETURN 9
GVL [0] 10
CGO ADD_BYTE_TO_WORD [3] 0
INFANCY_ADD_RETURN
GVL [5] 31
GVL [6] 32
# The next block starts around here.
CGO INFANCY_RESET_CURSOR [0] 0
INFANCY_PRESSED_HEX
GMM [31] [32] 13
GRE [34] 0 15
CGO INFANCY_OVERLAY_NYBBLE [1] [15]
GVL [31] 13
GRE [34] 1 15
CGO INFANCY_OVERLAY_NYBBLE [1] [15]
GVL [32] 13
INFANCY_OVERLAY_NYBBLE
GVL 0 16
GVL [35] 17
INFANCY_OVERLAY_BIT
BGT [12] [16] 14
CGO INFANCY_OVERLAY_ZERO [1] [14]
BON [13] [17] 13
CGO INFANCY_SKIP_OVERLAY_ONE [1] 0
INFANCY_OVERLAY_ZERO
NOR [13] [13] 13
BON [13] [17] 13
NOR [13] [13] 13
INFANCY_SKIP_OVERLAY_ONE
ADD [16] 1 16
ADD [17] 1 17
GRE [16] 3 15
CGO INFANCY_OVERLAY_BIT [1] [15]
GRE 1 [34] 15
CGO SKIP_INFANCY_WRITE_BYTE_0 [1] [15]
SMM [31] [32] [13]
CGO INFANCY_MOVE_CURSOR [1] 0
SKIP_INFANCY_WRITE_BYTE_0
GRE 2 [34] 15
CGO SKIP_INFANCY_WRITE_BYTE_1 [1] [15]
GVL [13] 31
CGO INFANCY_MOVE_CURSOR [1] 0
SKIP_INFANCY_WRITE_BYTE_1
GVL [13] 32
INFANCY_MOVE_CURSOR
ADD [35] 4 35
GRE [35] 7 15
CGO INFANCY_REDRAW_INTERFACE [0] [15]
GVL 0 35
GRE [34] 0 15
CGO INFANCY_REDRAW_INTERFACE [0] [15]
ADD [34] 1 34
GRE [34] 2 15
CGO INFANCY_REDRAW_INTERFACE [0] [15]
GVL 1 34
CGO INFANCY_REDRAW_INTERFACE [0] 0
# Draws the byte stored in 11 at VRAM address in 12 and 13.
# Returns to the address in 19 and 0. Uses addresses between 11 and 19.
DRAW_BYTE
GVL 0 14
GVL 0 15
GVL [1] 10
DRAW_BYTE_LOOP
GVL [14] 4
GVL [12] 5
GVL [13] 6
GVL DRAW_BYTE_ADD_RETURN 9
CGO ADD_BYTE_TO_WORD [3] 0
DRAW_BYTE_ADD_RETURN
GVL 00000000 16
BGT [11] [15] 17
CGO DRAW_BYTE_SKIP_WHITE [1] [17]
GVL 11111111 16
DRAW_BYTE_SKIP_WHITE
GVL 0 17
GVL 208 4
GVL DRAW_BYTE_BLOCK_ADD_RETURN 9
DRAW_BYTE_BLOCK_LOOP
SVM [5] [6] [16]
CGO ADD_BYTE_TO_WORD [3] 0
DRAW_BYTE_BLOCK_ADD_RETURN
ADD [17] 1 17
GRE [17] 10 18
CGO DRAW_BYTE_BLOCK_LOOP [1] [18]
ADD [14] 8 14
ADD [15] 1 15
GRE [15] 7 16
CGO DRAW_BYTE_LOOP [1] [16]
CGO [19] [0] 0
# Stores the keycodes for 0-F in order.
INFANCY_HEX_KEYCODES
00100010 00001011 10001111 00010011
00010010 10010111 10011011 00011110
00011111 00100011 00001110 00011001
10010000 00010001 10010010 10010101

# The DUO OS Library.
ADDRESS 0 3
# Adds the byte in 4 to the byte in 5 and 6.
# Returns to the address in 9 and 10. Uses memory between 4 and 10.
ADD_BYTE_TO_WORD
ADD [4] [5] 7
GRE [7] [5] 8
GRE [7] [4] 5
NOR [5] [8] 8
GVL [7] 5
CGO [9] [10] [8]
ADD [6] 1 6
CGO [9] [10] 0
# Clears the screen.
# Returns to address in 11 and 12.
CLEAR_SCREEN
GVL 8 4
GVL 0 5
GVL 0 6
GVL CLEAR_SCREEN_ADD_RETURN 9
GVL [3] 10
CLEAR_SCREEN_ADD_RETURN
SVM [5] [6] 00000000
GRE [6] 200 7
CGO ADD_BYTE_TO_WORD [3] [7]
CGO [11] [12] 0
# Uses the previous keycode in 20, the acceptance delay in 21, the last timer byte in 22, and the candidate keycode in 23. If a key press has been registered, the keycode is stored in 24.
# Returns to the address in 29 and 30. Uses memory between 20 and 30.
GET_KEY
GVL 0 24
GIN 1 25
EQU [25] 11110000 26
CGO SKIP_RELEASE [3] [26]
GVL 0 20
GVL 0 21
CGO [29] [30] 0
SKIP_RELEASE
GIN 0 25
EQU [25] [20] 26
NOR [26] [26] 26
CGO [29] [30] [26]
EQU [25] [23] 26
NOR [26] [26] 26
CGO SKIP_RESET_DELAY [3] [26]
GVL 0 21
GVL [25] 23
GTM 0 22
SKIP_RESET_DELAY
GTM 0 26
GRE 127 [22] 27
GRE [26] 127 28
NOR [27] [28] 28
GRE [26] [22] 27
NOR [27] [28] 28
NOR [28] [28] 28
CGO [29] [30] [28]
GVL [26] 22
ADD [21] 1 21
GRE [21] 5 26
CGO [29] [30] [26]
GVL [25] 24
GVL [25] 20
GVL 0 21
CGO [29] [30] 0
# Accepts numbers to multiply in 31 and 32. Stores the result in 40 and 41.
# Returns to the address in 42 and 43. Uses addresses 31 through 43
MULTIPLY_BYTE
ADD [3] 1 39
GVL 00000000 40
GVL 00000000 41
GVL 0 33
MULTIPLY_BYTE_LOOP_1
BGT [31] [33] 34
CGO MULTIPLY_BYTE_SKIP_1 [39] [34]
GVL 00000000 34
GVL 00000000 35
GVL 0 36
MULTIPLY_BYTE_LOOP_2
BGT [32] [36] 37
CGO MULTIPLY_BYTE_SKIP_2 [3] [37]
ADD [33] [36] 37
GRE [37] 7 38
CGO MULTIPLY_FIRST_BON [3] [38]
BON [35] [37] 35
CGO MULTIPLY_BYTE_SKIP_2 [3] 0
MULTIPLY_FIRST_BON
BON [34] [37] 34
MULTIPLY_BYTE_SKIP_2
ADD [36] 1 36
GRE [36] 7 37
CGO MULTIPLY_BYTE_LOOP_2 [3] [37]
# Block 4 starts here.
ADD [41] [35] 41
GRE [34] 0 37
CGO MULTIPLY_BYTE_SKIP_1 [39] [37]
GVL [40] 36
ADD [40] [34] 40
GRE [40] [36] 36
GRE [40] [34] 37
NOR [36] [37] 37
CGO MULTIPLY_BYTE_SKIP_1 [39] [37]
ADD [41] 1 41
MULTIPLY_BYTE_SKIP_1
ADD [33] 1 33
GRE [33] 7 34
CGO MULTIPLY_BYTE_LOOP_1 [3] [34]
CGO [42] [43] 0
# Accepts an ascii number in 44 and a VRAM address in 45 and 46.
# Returns to the address in 49 and 50. Uses addresses 44 through 50
DRAW_CHARACTER
ADD [44] 224 31
GVL 10 32
GVL DRAW_CHARACTER_MULTIPLY_RETURN 42
ADD [3] 1 43
CGO MULTIPLY_BYTE [3] 0
DRAW_CHARACTER_MULTIPLY_RETURN
ADD [1] [41] 41
GVL 0 47
GVL 208 4
GVL [45] 5
GVL [46] 6
GVL DRAW_CHARACTER_ADD_RETURN 9
GVL [43] 10
DRAW_CHARACTER_LOOP
GMM [40] [41] 48
SVM [5] [6] [48]
CGO ADD_BYTE_TO_WORD [3] 0
DRAW_CHARACTER_ADD_RETURN
ADD [40] 1 40
EQU [40] 0 48
CGO DRAW_CHARACTER_CARRY_SKIP [43] [48]
ADD [41] 1 41
DRAW_CHARACTER_CARRY_SKIP
ADD [47] 1 47
GRE [47] 9 48
CGO DRAW_CHARACTER_LOOP [43] [48]
CGO [49] [50] 0
# Accepts the address of the text in 51 and 52.
# Returns to address at 59 and 60. Uses addresses 51 through 60.
DRAW_TEXT
ADD [3] 1 55
ADD [3] 2 58
GVL DRAW_TEXT_SHIFT_RETURN 37
GVL [55] 38
CGO SHIFT_SCREEN [58] 0
DRAW_TEXT_SHIFT_RETURN
GVL [254] 53
GVL [255] 54
GVL [55] 10
GVL DRAW_TEXT_CHARACTER_RETURN 49
GVL [55] 50
DRAW_TEXT_LOOP
GMM [51] [52] 44
EQU [44] 10 56
EQU [44] 3 57
NOR [56] [57] 56
NOR [56] [56] 56
CGO DRAW_TEXT_SKIP_NEWLINE [55] [56]
GVL [254] 56
ADD [254] 48 254
GRE [56] [254] 56
CGO DRAW_TEXT_CARRY_SKIP [55] [56]
ADD [255] 1 255
DRAW_TEXT_CARRY_SKIP
ADD [255] 12 255
GVL DRAW_TEXT_SHIFT_RETURN_2 37
GVL [55] 38
CGO SHIFT_SCREEN [58] 0
DRAW_TEXT_SHIFT_RETURN_2
GVL [254] 53
GVL [255] 54
CGO DRAW_TEXT_NEXT_CHARACTER [58] 0
DRAW_TEXT_SKIP_NEWLINE
GVL [53] 45
GVL [54] 46
CGO DRAW_CHARACTER [55] 0
DRAW_TEXT_CHARACTER_RETURN
GVL 8 4
GVL [53] 5
GVL [54] 6
# Block 5 starts here.
GVL DRAW_TEXT_ADD_RETURN 9
GVL [58] 10
CGO ADD_BYTE_TO_WORD [3] 0
DRAW_TEXT_ADD_RETURN
GVL [5] 53
GVL [6] 54
DRAW_TEXT_NEXT_CHARACTER
NOR [57] [57] 57
CGO [59] [60] [57]
ADD [51] 1 51
CGO DRAW_TEXT_LOOP [55] 0
# Accepts an image address in 44 and 45, image width in 46, image size in 47, and a VRAM address in 48 and 49.
# Returns to the address in 53 and 54. Uses addresses 44 through 54.
DRAW_IMAGE
GVL 0 50
GVL 0 51
GVL 8 4
GVL [48] 5
GVL [49] 6
GVL DRAW_IMAGE_ADD_RETURN 9
ADD [3] 2 10
DRAW_IMAGE_LOOP
GMM [44] [45] 52
SVM [5] [6] [52]
CGO ADD_BYTE_TO_WORD [3] 0
DRAW_IMAGE_ADD_RETURN
ADD [44] 1 44
ADD [50] 1 50
GRE [46] [50] 52
NOR [52] [52] 52
CGO DRAW_IMAGE_NEWLINE_SKIP [10] [52]
GVL 0 50
GVL 208 4
GVL [48] 5
GVL [49] 6
GVL DRAW_IMAGE_ADD_RETURN_2 9
CGO ADD_BYTE_TO_WORD [3] 0
DRAW_IMAGE_ADD_RETURN_2
GVL [5] 48
GVL [6] 49
GVL 8 4
GVL DRAW_IMAGE_ADD_RETURN 9
DRAW_IMAGE_NEWLINE_SKIP
ADD [51] 1 51
GRE [51] [47] 52
CGO DRAW_IMAGE_LOOP [10] [52]
CGO [53] [54] 0
# Accepts a keycode in 44, stores output in 47
# Returns to the address in 48 and 49. Uses addresses 44 through 49
CONVERT_KEYCODE_INTO_ASCII
ADD [3] 2 45
GVL 255 47
CONVERT_KEYCODE_INTO_ASCII_LOOP
ADD [47] 1 47
GRE [47] 62 46
CGO CONVERT_KEYCODE_INTO_ASCII_SKIP [45] [46]
GVL 0 47
CGO [48] [49] 0
CONVERT_KEYCODE_INTO_ASCII_SKIP
GMM [47] [2] 46
EQU [46] [44] 46
CGO CONVERT_KEYCODE_INTO_ASCII_LOOP [45] [46]
ADD [47] 32 47
CGO [48] [49] 0
# Moves the screen image up if necessary.
# Returns to address at 37 and 38. Uses addresses 31 through 38.
SHIFT_SCREEN
GRE [255] 150 35
CGO [37] [38] [35]
ADD [3] 2 36
GVL 0 31
GVL 0 32
GVL 96 33
GVL 11 34
SHIFT_SCREEN_LOOP
GVM [33] [34] 35
SVM [31] [32] [35]
ADD [31] 8 31
GRE 1 [31] 35
CGO SHIFT_SCREEN_LOOP_SKIP [36] [35]
ADD [32] 1 32
SHIFT_SCREEN_LOOP_SKIP
ADD [33] 8 33
GRE 1 [33] 35
CGO SHIFT_SCREEN_LOOP_SKIP_2 [36] [35]
ADD [34] 1 34
SHIFT_SCREEN_LOOP_SKIP_2
GRE [34] 180 35
CGO SHIFT_SCREEN_LOOP [36] [35]
GVL 136 254
# Block 6 starts here.
GVL 145 255
CGO [37] [38] 0
# Accepts the destination address for text input in 51 and 52.
# Returns to address at 58 and 59. Uses addresses 51 through 59.
ACCEPT_INPUT
GVL 0 20
GVL 0 21
GTM 0 22
GVL 0 23
GVL ACCEPT_INPUT_KEY_RETURN 29
ADD [3] 1 53
ADD [3] 2 57
ADD [3] 3 30
GVL ACCEPT_INPUT_SHIFT_RETURN 37
GVL [30] 38
CGO SHIFT_SCREEN [57] 0
ACCEPT_INPUT_SHIFT_RETURN
GVL [254] 55
GVL [255] 56
GVL 35 44
GVL [55] 45
GVL [56] 46
GVL ACCEPT_INPUT_CURSOR_RETURN 49
GVL [30] 50
CGO DRAW_CHARACTER [53] 0
ACCEPT_INPUT_CURSOR_RETURN
ACCEPT_INPUT_LOOP
CGO GET_KEY [3] 0
ACCEPT_INPUT_KEY_RETURN
EQU [24] 0 54
NOR [54] [54] 54
CGO ACCEPT_INPUT_LOOP [30] [54]
EQU [24] 10101101 54
CGO ACCEPT_INPUT_ENTER_SKIP [30] [54]
SMM [51] [52] 3
GVL [254] 54
ADD [254] 48 254
GRE [54] [254] 54
CGO ACCEPT_INPUT_CARRY_SKIP_3 [30] [54]
ADD [255] 1 255
ACCEPT_INPUT_CARRY_SKIP_3
ADD [255] 12 255
CGO [58] [59] 0
ACCEPT_INPUT_ENTER_SKIP
EQU [24] 10110011 54
CGO ACCEPT_INPUT_DELETE_SKIP [30] [54]
GVL 32 44
GVL [55] 45
GVL [56] 46
GVL ACCEPT_INPUT_SPACE_RETURN 49
GVL [30] 50
CGO DRAW_CHARACTER [53] 0
ACCEPT_INPUT_SPACE_RETURN
ADD [55] 248 55
GRE [55] 247 54
CGO ACCEPT_INPUT_CARRY_SKIP_2 [30] [54]
ADD [56] 255 56
ACCEPT_INPUT_CARRY_SKIP_2
ADD [51] 255 51
CGO ACCEPT_INPUT_CURSOR [30] 0
ACCEPT_INPUT_DELETE_SKIP
GVL [24] 44
GVL ACCEPT_INPUT_CONVERT_RETURN 48
GVL [30] 49
CGO CONVERT_KEYCODE_INTO_ASCII [57] 0
ACCEPT_INPUT_CONVERT_RETURN
EQU [47] 0 54
NOR [54] [54] 54
CGO ACCEPT_INPUT_LOOP [30] [54]
SMM [51] [52] [47]
ADD [51] 1 51
GVL [47] 44
GVL [55] 45
GVL [56] 46
GVL ACCEPT_INPUT_CHARACTER_RETURN 49
GVL [30] 50
CGO DRAW_CHARACTER [53] 0
ACCEPT_INPUT_CHARACTER_RETURN
ADD [55] 8 55
GRE 1 [55] 54
CGO ACCEPT_INPUT_CARRY_SKIP [30] [54]
ADD [56] 1 56
ACCEPT_INPUT_CARRY_SKIP
ACCEPT_INPUT_CURSOR
GVL 35 44
GVL [55] 45
GVL [56] 46
GVL ACCEPT_INPUT_CURSOR_RETURN_2 49
ADD [3] 4 50
# Block 7 starts here.
CGO DRAW_CHARACTER [53] 0
ACCEPT_INPUT_CURSOR_RETURN_2
CGO ACCEPT_INPUT_LOOP [30] 0
# Accepts the address of a first string in 31 and 32, and a second string in 33 and 34. Stores a boolean value in 35 showing whether the strings are equal.
# Returns to address at 40 and 41. Uses addresses 31 through 41.
COMPARE_STRINGS
GVL 0 35
ADD [3] 4 36
COMPARE_STRINGS_LOOP
GMM [31] [32] 37
GMM [33] [34] 38
EQU [37] [38] 39
CGO [40] [41] [39]
EQU [37] 3 37
EQU [38] 3 38
NOR [37] [37] 37
NOR [38] [38] 38
NOR [37] [38] 39
CGO COMPARE_STRINGS_SKIP [36] [39]
GVL 1 35
CGO [40] [41] 0
COMPARE_STRINGS_SKIP
ADD [31] 1 31
ADD [33] 1 33
CGO COMPARE_STRINGS_LOOP [36] 0
# Accepts the address of a first string in 31 and 32, and a second string in 33 and 34. Concatenates the contents of the second string to the first string.
# Returns to address at 38 and 39. Uses addresses 31 through 39.
CONCAT_STRINGS
ADD [3] 4 35
CONCAT_STRINGS_LOOP
GMM [31] [32] 36
EQU [36] 3 36
ADD [31] 1 31
CGO CONCAT_STRINGS_LOOP [35] [36]
ADD [31] 255 31
CONCAT_STRINGS_LOOP_2
GMM [33] [34] 36
SMM [31] [32] [36]
EQU [36] 3 36
ADD [31] 1 31
ADD [33] 1 33
CGO CONCAT_STRINGS_LOOP_2 [35] [36]
CGO [38] [39] 0
# Accepts the address of a file name in 42 and 43. Returns the location of the file's entry in the file address index in 44.
# Returns to address at 47 and 48. Uses addresses 42 through 48.
FIND_PROG_BY_NAME
GVL 12 44
ADD [3] 4 45
GVL 0 46
GMM FILE_NAMES_INDEX 0 32
GVL [43] 34
FIND_PROG_LOOP
GMM [46] [32] 31
EQU [31] 25 31
CGO FIND_PROG_SKIP [45] [31]
GVL 0 44
CGO [47] [48] 0
FIND_PROG_SKIP
GVL [46] 31
GVL [42] 33
GVL FIND_PROG_COMPARE_RETURN 40
GVL [45] 41
CGO COMPARE_STRINGS [45] 0
FIND_PROG_COMPARE_RETURN
ADD [46] 8 46
ADD [44] 2 44
CGO FIND_PROG_LOOP [45] [35]
ADD [44] 254 44
CGO [47] [48] 0
# Accepts the address of a string in 31 and 32. Returns the length in 33. 
# Returns to address at 36 and 37. Uses addresses 31 through 37.
STRING_LENGTH
GVL 0 33
ADD [3] 4 34
STRING_LENGTH_LOOP
GMM [31] [32] 35
EQU [35] 3 35
NOR [35] [35] 35
CGO [36] [37] [35]
ADD [31] 1 31
ADD [33] 1 33
CGO STRING_LENGTH_LOOP [34] 0
# Accepts a position in 44 and 45, returns a VRAM address in 46 and 47.
# Returns to address in 48 and 49. Uses addresses 44 through 49.
CONVERT_POS_TO_ADDR
GVL [45] 31
GVL 208 32
GVL CONVERT_POS_MULTIPLY_RETURN 42
ADD [3] 4 43
CGO MULTIPLY_BYTE [3] 0
CONVERT_POS_MULTIPLY_RETURN
GVL [44] 4
GVL [40] 5
GVL [41] 6
GVL CONVERT_POS_ADD_RETURN 9
ADD [3] 5 10
CGO ADD_BYTE_TO_WORD [3] 0
# Block 8 starts here.
CONVERT_POS_ADD_RETURN
GVL [5] 46
GVL [6] 47
CGO [48] [49] 0

# The file name index.
ADDRESS 0 50
"INFOS" 3 0 0
"OSLIB" 3 0 0
"OS" 3 0 0 0 0 0
"OSFONT" 3 0
"IMAGES" 3 0
"KEYS" 3 0 0 0
"TEMP" 3 0 0 0
"FNAMES" 3 0
"BOOP" 3 0 0 0
"OSTEXT" 3 0
"HEX" 3 0 0 0 0
"HEXLIB" 3 0
"PONG" 3 0 0 0
"LIFE" 3 0 0 0
"DRAW" 3 0 0 0
"MULTI" 3 0 0
"MUFFIN" 3 0 25

# Pong.
ADDRESS 0 70
GMM PONG_INDEX 0 0
GMM OS_FONT_INDEX 0 1
GVL PONG_CLEAR_SCREEN_RETURN 11
GVL [0] 12
CGO CLEAR_SCREEN [3] 0
PONG_CLEAR_SCREEN_RETURN
ADD [0] 3 201
GMM TEMP_INDEX 0 202
ADD [0] 1 203
GVL 96 180
GVL 63 181
GVL 1 182
GVL 255 183
GVL 0 184
GVL 0 185
SMM 0 [202] 24
SMM 1 [202] 63
SMM 2 [202] 0
SMM 3 [202] 3
SMM 4 [202] 168
SMM 5 [202] 63
SMM 6 [202] 0
SMM 7 [202] 3
GVL PONG_DRAW_SCORE_RETURN 196
GVL [0] 197
CGO PONG_DRAW_SCORE [201] 0
PONG_DRAW_SCORE_RETURN
GVL 128 198
GVL 45 199
GVL 80 196
GVL 150 197
GVL 72 194
GVL 51 195
GVL 216 192
GVL 51 193
PONG_DRAW_LOOP
SVM [198] [199] 11111111
SVM [196] [197] 11111111
SVM [194] [195] 11111111
SVM [192] [193] 11111111
ADD [198] 8 198
EQU [198] 0 190
CGO PONG_CARRY_SKIP [0] [190]
ADD [199] 1 199
PONG_CARRY_SKIP
ADD [196] 8 196
EQU [196] 0 190
CGO PONG_CARRY_SKIP_2 [0] [190]
ADD [197] 1 197
PONG_CARRY_SKIP_2
ADD [194] 208 191
GRE [194] [191] 190
GVL [191] 194
CGO PONG_CARRY_SKIP_3 [0] [190]
ADD [195] 1 195
PONG_CARRY_SKIP_3
ADD [192] 208 191
GRE [192] [191] 190
GVL [191] 192
CGO PONG_CARRY_SKIP_4 [0] [190]
ADD [193] 1 193
PONG_CARRY_SKIP_4
EQU [198] 80 190
CGO PONG_DRAW_LOOP [0] [190]
GVL 0 20
GVL 0 21
GTM 0 22
GVL 0 23
GVL PONG_KEY_RETURN 29
GVL [0] 30
PONG_LOOP
CGO GET_KEY [3] 0
PONG_KEY_RETURN
EQU [24] 00001010 199
CGO PONG_SKIP_Q [0] [199]
GMM OS_INDEX 0 199
CGO 0 [199] 0
PONG_SKIP_Q
EQU [24] 10001101 199
# The next block starts here.
CGO PONG_SKIP_S [203] [199]
SMM 2 [202] 1
PONG_SKIP_S
EQU [24] 10001110 199
CGO PONG_SKIP_W [203] [199]
SMM 2 [202] 255
PONG_SKIP_W
EQU [24] 00100001 199
CGO PONG_SKIP_I [203] [199]
SMM 6 [202] 255
PONG_SKIP_I
EQU [24] 10100001 199
CGO PONG_SKIP_K [203] [199]
SMM 6 [202] 1
PONG_SKIP_K
EQU [24] 00010001 199
CGO PONG_SKIP_D [203] [199]
SMM 2 [202] 0
PONG_SKIP_D
EQU [24] 00011101 199
CGO PONG_SKIP_J [203] [199]
SMM 6 [202] 0
PONG_SKIP_J
ADD [0] 2 204
GVL 0 199
ADD [3] 4 200
PONG_LOOP_2
GMM [199] [202] 220
ADD [199] 1 198
GMM [198] [202] 221
ADD [199] 2 197
GMM [197] [202] 222
GVL [220] 44
ADD [221] 26 45
EQU [222] 1 197
CGO PONG_SKIP_ADD [203] [197]
GVL [221] 45
PONG_SKIP_ADD
GVL PONG_CONVERT_POS_RETURN 48
GVL [203] 49
CGO CONVERT_POS_TO_ADDR [200] 0
PONG_CONVERT_POS_RETURN
SVM [46] [47] 00000000
GVL [220] 44
GVL [221] 45
EQU [222] 1 197
CGO PONG_SKIP_ADD_2 [203] [197]
ADD [221] 26 45
PONG_SKIP_ADD_2
GVL PONG_CONVERT_POS_RETURN_2 48
CGO CONVERT_POS_TO_ADDR [200] 0
PONG_CONVERT_POS_RETURN_2
SVM [46] [47] 11111111
ADD [221] [222] 221
GRE 58 [221] 197
CGO PONG_SKIP_BOUNDARY [203] [197]
GVL 58 221
PONG_SKIP_BOUNDARY
GRE [221] 157 197
CGO PONG_SKIP_BOUNDARY_2 [203] [197]
GVL 157 221
PONG_SKIP_BOUNDARY_2
ADD [220] 254 197
GRE [180] [197] 197
ADD [220] 9 196
GRE [196] [180] 196
ADD [197] [196] 197
EQU [197] 2 197
CGO PONG_SKIP_BOUNCE_2 [204] [197]
ADD [221] 254 197
GRE [181] [197] 197
ADD [221] 26 196
GRE [196] [181] 196
ADD [197] [196] 197
EQU [197] 2 197
CGO PONG_PENALTY [203] [197]
NOR [182] [182] 182
ADD [182] 1 182
CGO PONG_SKIP_BOUNCE_2 [204] 0
PONG_PENALTY
ADD [199] 3 197
GMM [197] [202] 196
# Next block starts here.
ADD [196] 255 196
SMM [197] [202] [196]
GVL PONG_DRAW_SCORE_RETURN_2 196
GVL [204] 197
CGO PONG_DRAW_SCORE [201] 0
PONG_DRAW_SCORE_RETURN_2
GVL 96 180
GVL 63 181
PONG_SKIP_BOUNCE_2
SMM [198] [202] [221]
ADD [199] 4 199
GRE [199] 4 198
CGO PONG_LOOP_2 [203] [198]
SVM [184] [185] 00000000
GRE 59 [181] 199
GRE [181] 181 198
NOR [199] [198] 199
NOR [199] [199] 199
CGO PONG_SKIP_BOUNCE [204] [199]
NOR [183] [183] 183
ADD [183] 1 183
PONG_SKIP_BOUNCE
ADD [180] [182] 180
ADD [181] [183] 181
GVL [180] 44
GVL [181] 45
GVL PONG_CONVERT_POS_RETURN_3 48
GVL [204] 49
CGO CONVERT_POS_TO_ADDR [200] 0
PONG_CONVERT_POS_RETURN_3
GVL [46] 184
GVL [47] 185
BON 00000000 [184] 199
SVM [184] [185] [199]
CGO PONG_LOOP [0] 0

ADDRESS 0 73
# Draws the pong score in 220 and 221.
# Returns to the address in 196 and 197.
PONG_DRAW_SCORE
GMM 3 [202] 195
GRE [195] 0 193
CGO 0 [0] [193]
ADD [195] 48 44
GVL 16 45
GVL 35 46
GVL PONG_DRAW_CHARACTER_RETURN 49
GVL [201] 50
ADD [3] 1 194
CGO DRAW_CHARACTER [194] 0
PONG_DRAW_CHARACTER_RETURN
GMM 7 [202] 195
GRE [195] 0 193
CGO 0 [0] [193]
ADD [195] 48 44
GVL 144 45
GVL 35 46
GVL PONG_DRAW_CHARACTER_RETURN_2 49
CGO DRAW_CHARACTER [194] 0
PONG_DRAW_CHARACTER_RETURN_2
CGO [196] [197] 0

# The operating system.
ADDRESS 0 100
GMM OS_INDEX 0 0
# The address of the secondary active resource is stored in 1.
GMM OS_FONT_INDEX 0 1
# The address of the tertiary active resource is stored in 2.
GMM KEYCODES_INDEX 0 2
# The start of the current text line is stored in 254 and 255.
GVL 8 254
GVL 35 255
GMM TEMP_INDEX 0 201
GMM OS_TEXT_INDEX 0 202
GMM FILE_NAMES_INDEX 0 203
GVL OS_CLEAR_SCREEN_RETURN 11
GVL [0] 12
CGO CLEAR_SCREEN [3] 0
OS_CLEAR_SCREEN_RETURN
GVL INTRO_TEXT 51
GVL [202] 52
GVL OS_DRAW_TEXT_RETURN 59
GVL [0] 60
ADD [3] 1 200
CGO DRAW_TEXT [200] 0
OS_DRAW_TEXT_RETURN
GVL COMPUTER 44
GMM IMAGES_INDEX 0 45
GVL 3 46
GVL 75 47
GVL 136 48
GVL 47 49
GVL OS_DRAW_IMAGE_RETURN 53
GVL [0] 54
ADD [3] 2 200
CGO DRAW_IMAGE [200] 0
OS_DRAW_IMAGE_RETURN
OS_LOOP
GVL 0 51
GVL [201] 52
GVL OS_ACCEPT_INPUT_RETURN 58
GVL [0] 59
ADD [3] 3 200
CGO ACCEPT_INPUT [200] 0
OS_ACCEPT_INPUT_RETURN
GVL UNKNOWN_TEXT 51
GVL [202] 52
GVL 0 199
OS_PARSE_LOOP
GMM [199] [201] 198
EQU [198] 32 197
CGO OS_PARSE_SKIP [0] [197]
SMM [199] [201] 3
OS_PARSE_SKIP
ADD [199] 1 199
EQU [198] 3 197
CGO OS_PARSE_LOOP [0] [197]
GVL HELP_COMMAND_TEXT 31
GVL [202] 32
GVL 0 33
GVL [201] 34
GVL OS_COMPARE_STRINGS_RETURN 40
GVL [0] 41
ADD [3] 4 200
CGO COMPARE_STRINGS [200] 0
OS_COMPARE_STRINGS_RETURN
CGO OS_SKIP_HELP [0] [35]
GVL HELP_TEXT 51
OS_SKIP_HELP
GVL VIEW_COMMAND_TEXT 31
GVL 0 33
GVL OS_COMPARE_STRINGS_RETURN_2 40
GVL [0] 41
CGO COMPARE_STRINGS [200] 0
OS_COMPARE_STRINGS_RETURN_2
ADD [0] 1 204
CGO OS_SKIP_VIEW [204] [35]
SMM 0 [201] 3
GVL [201] 32
GVL 0 199
GVL [203] 34
GVL OS_CONCAT_STRINGS_RETURN 38
GVL [0] 39
ADD [3] 4 200
GVL 1 197
OS_VIEW_LOOP
GVL 0 31
GVL [199] 33
CGO CONCAT_STRINGS [200] 0
OS_CONCAT_STRINGS_RETURN
SMM [31] [32] 3
ADD [31] 255 31
SMM [31] [32] 10
# Block 101 starts around here.
CGO OS_VIEW_SKIP [204] [197]
SMM [31] [32] 32
OS_VIEW_SKIP
NOR [197] [197] 197
ADD [199] 8 199
GMM [199] [203] 198
EQU [198] 25 198
CGO OS_VIEW_LOOP [0] [198]
SMM [31] [32] 32
GVL 0 51
GVL [201] 52
OS_SKIP_VIEW
GVL RUN_COMMAND_TEXT 31
GVL 0 33
GVL OS_COMPARE_STRINGS_RETURN_3 40
GVL [204] 41
CGO COMPARE_STRINGS [200] 0
OS_COMPARE_STRINGS_RETURN_3
CGO OS_SKIP_RUN [204] [35]
GVL 4 42
GVL [201] 43
GVL OS_RUN_FIND_PROG_RETURN 47
GVL [204] 48
CGO FIND_PROG_BY_NAME [200] 0
OS_RUN_FIND_PROG_RETURN
GRE [44] 0 198
CGO OS_RUN_SKIP [204] [198]
GMM [44] 0 199
GVL [199] 0
CGO 0 [199] 0
OS_RUN_SKIP
GVL NO_PROG_TEXT 51
OS_SKIP_RUN
GVL OS_DRAW_TEXT_RETURN_2 59
GVL [204] 60
ADD [3] 1 200
CGO DRAW_TEXT [200] 0
OS_DRAW_TEXT_RETURN_2
CGO OS_LOOP [0] 0

# OS text.
ADDRESS 0 102
INTRO_TEXT
"WELCOME TO DUO OS" 10 "VER 1.0" 10 "BY JACK E" 3
UNKNOWN_TEXT
"UNKNOWN COMMAND" 10 "PROTIP: TYPE HELP" 3
HELP_TEXT
"LIST OF COMMANDS:" 10
"HELP, VIEW" 10
"RUN (NAME)" 3
HELP_COMMAND_TEXT
"HELP" 3
VIEW_COMMAND_TEXT
"VIEW" 3
RUN_COMMAND_TEXT
"RUN" 3
NO_PROG_TEXT
"PROGRAM NOT FOUND" 3
QUIT_COMMAND_TEXT
"QUIT" 3

# Keycodes.
ADDRESS 0 129
# Punctuation.
00010100 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
# Zero through nine.
00100010 00001011 10001111 00010011 00010010 10010111 10011011 00011110 00011111 00100011
# More punctuation.
0 0 0 0 0 0 0
# A through Z.
00001110 00011001 10010000 00010001 10010010 10010101 00011010 10011001 00100001 00011101 10100001 10100101 10011101 00011000 10100010 10100110 00001010 10010110 10001101 00010110 10011110 00010101 10001110 10010001 10011010 00001101

# Boop.
ADDRESS 0 130
GMM BOOP_INDEX 0 0
GMM OS_FONT_INDEX 0 1
GMM KEYCODES_INDEX 0 2
GVL 8 254
GVL 35 255
GVL BOOP_CLEAR_SCREEN_RETURN 11
GVL [0] 12
CGO CLEAR_SCREEN [3] 0
BOOP_CLEAR_SCREEN_RETURN
GVL BOOP_TEXT 51
GVL [0] 52
GVL BOOP_DRAW_TEXT_RETURN 59
GVL [0] 60
ADD [3] 1 200
CGO DRAW_TEXT [200] 0
BOOP_DRAW_TEXT_RETURN
GVL 0 51
GMM TEMP_INDEX 0 52
GVL BOOP_ACCEPT_INPUT_RETURN 58
GVL [0] 59
ADD [3] 3 200
CGO ACCEPT_INPUT [200] 0
BOOP_ACCEPT_INPUT_RETURN
GMM OS_INDEX 0 200
CGO 0 [200] 0
BOOP_TEXT
"BOOP BOOP BOOP!" 10 "PRESS ENTER" 3

# Hex editor.
ADDRESS 0 131
GMM HEX_INDEX 0 0
GMM OS_FONT_INDEX 0 1
GMM KEYCODES_INDEX 0 2
GVL 8 254
GVL 35 255
ADD [0] 3 201
GMM OS_INDEX 0 202
GMM OS_TEXT_INDEX 0 203
GMM TEMP_INDEX 0 204
ADD [0] 1 205
GMM HEX_LIB_INDEX 0 206
GVL 0 220
GVL 255 221
GVL 0 222
GVL 0 223
GVL HEX_CLEAR_SCREEN_RETURN 11
GVL [0] 12
CGO CLEAR_SCREEN [3] 0
HEX_CLEAR_SCREEN_RETURN
GVL HEX_INTRO_TEXT 51
GVL [201] 52
HEX_LOOP
GVL HEX_DRAW_TEXT_RETURN 59
GVL [0] 60
ADD [3] 1 200
CGO DRAW_TEXT [200] 0
HEX_DRAW_TEXT_RETURN
GVL 0 51
GVL [204] 52
GVL HEX_ACCEPT_INPUT_RETURN 58
GVL [0] 59
ADD [3] 3 200
CGO ACCEPT_INPUT [200] 0
HEX_ACCEPT_INPUT_RETURN
GVL UNKNOWN_TEXT 51
GVL [203] 52
GVL QUIT_COMMAND_TEXT 31
GVL [203] 32
GVL 0 33
GVL [204] 34
GVL HEX_COMPARE_STRINGS_RETURN 40
GVL [0] 41
ADD [3] 4 200
CGO COMPARE_STRINGS [200] 0
HEX_COMPARE_STRINGS_RETURN
NOR [35] [35] 35
CGO 0 [202] [35]
GVL HELP_COMMAND_TEXT 31
GVL 0 33
GVL HEX_COMPARE_STRINGS_RETURN_2 40
CGO COMPARE_STRINGS [200] 0
HEX_COMPARE_STRINGS_RETURN_2
CGO HEX_HELP_SKIP [0] [35]
GVL HEX_HELP_TEXT 51
GVL [201] 52
CGO HEX_LOOP [0] 0
HEX_HELP_SKIP
GMM 2 [204] 199
EQU [199] 73 199
CGO HEX_EDIT_SKIP [0] [199]
GVL 5 42
GVL [204] 43
GVL HEX_FIND_PROG_RETURN 47
GVL [0] 48
CGO FIND_PROG_BY_NAME [200] 0
HEX_FIND_PROG_RETURN
GVL 0 220
GVL 255 221
GRE [44] 0 199
CGO HEX_SET_BOUNDS_SKIP [0] [199]
GMM [44] 0 220
ADD [44] 1 44
GMM [44] 0 221
HEX_SET_BOUNDS_SKIP
GVL 0 222
GVL [220] 223
CGO HEX_DEFAULT_OUTPUT [205] 0
HEX_EDIT_SKIP
GVL 0 31
GVL [204] 32
GVL HEX_STRING_LENGTH_RETURN 36
GVL [0] 37
CGO STRING_LENGTH [200] 0
HEX_STRING_LENGTH_RETURN
EQU [33] 4 199
CGO HEX_ADDRESS_SKIP [205] [199]
# Block 132 starts here.
GMM 0 [204] 31
GMM 1 [204] 32
GVL HEX_CONVERT_HEX_RETURN 38
GVL [205] 39
CGO CONVERT_HEX_TO_BYTE [206] 0
HEX_CONVERT_HEX_RETURN
GVL [33] 222
GMM 2 [204] 31
GMM 3 [204] 32
GVL HEX_CONVERT_HEX_RETURN_2 38
CGO CONVERT_HEX_TO_BYTE [206] 0
HEX_CONVERT_HEX_RETURN_2
GVL [33] 223
CGO HEX_DEFAULT_OUTPUT [205] 0
HEX_ADDRESS_SKIP
EQU [33] 11 199
CGO HEX_DATA_SKIP [205] [199]
GVL 0 199
GVL HEX_CONVERT_HEX_RETURN_3 38
GVL [205] 39
HEX_DATA_LOOP
GMM [199] [204] 31
ADD [199] 1 199
GMM [199] [204] 32
ADD [199] 2 199
CGO CONVERT_HEX_TO_BYTE [206] 0
HEX_CONVERT_HEX_RETURN_3
SMM [222] [223] [33]
ADD [222] 1 222
EQU [222] 0 198
CGO HEX_DATA_CARRY_SKIP [205] [198]
ADD [223] 1 223
HEX_DATA_CARRY_SKIP
GRE [199] 10 198
CGO HEX_DATA_LOOP [205] [198
CGO HEX_DEFAULT_OUTPUT [205] 0
HEX_DATA_SKIP
EQU [33] 0 199
CGO HEX_ADVANCE_SKIP [205] [199]
ADD [222] 4 222
EQU [222] 0 199
CGO HEX_ADVANCE_CARRY_SKIP [205] [199]
ADD [223] 1 223
HEX_ADVANCE_CARRY_SKIP
CGO HEX_DEFAULT_OUTPUT [205] 0
HEX_ADVANCE_SKIP
CGO HEX_LOOP [0] 0
HEX_DEFAULT_OUTPUT
GRE [220] [223] 199
GRE [223] [221] 198
NOR [198] [199] 199
NOR [199] [199] 199
CGO HEX_BOUND_ERROR_SKIP [205] [199]
GVL 0 222
GVL [220] 223
GVL HEX_BOUND_ERROR_TEXT 51
GVL [201] 52
CGO HEX_LOOP [0] 0
HEX_BOUND_ERROR_SKIP
GVL [222] 31
GVL HEX_CONVERT_BYTE_RETURN 38
GVL [205] 39
CGO CONVERT_BYTE_TO_HEX [206] 0
HEX_CONVERT_BYTE_RETURN
SMM 0 [204] [32]
SMM 1 [204] [33]
GVL [223] 31
GVL HEX_CONVERT_BYTE_RETURN_2 38
CGO CONVERT_BYTE_TO_HEX [206] 0
HEX_CONVERT_BYTE_RETURN_2
SMM 2 [204] [32]
SMM 3 [204] [33]
SMM 4 [204] 58
GVL 0 199
GVL 5 198
HEX_DEFAULT_OUTPUT_LOOP
ADD [222] [199] 197
GMM [197] [223] 31
GVL HEX_CONVERT_BYTE_RETURN_3 38
CGO CONVERT_BYTE_TO_HEX [206] 0
HEX_CONVERT_BYTE_RETURN_3
SMM [198] [204] 32
ADD [198] 1 198
SMM [198] [204] [32]
ADD [198] 1 198
SMM [198] [204] [33]
ADD [198] 1 198
ADD [199] 1 199
GRE [199] 3 197
CGO HEX_DEFAULT_OUTPUT_LOOP [205] [197]
SMM 17 [204] 3
GVL 0 51
GVL [204] 52
CGO HEX_LOOP [0] 0
# Ends on block 133

ADDRESS 0 134
HEX_INTRO_TEXT
"HEX EDITOR" 10 "FOR MAIN MEMORY" 3
HEX_HELP_TEXT
"LIST OF COMMANDS:" 10 "HELP, QUIT" 10 "EDIT (NAME)" 10
"XXXX FOR ADDR" 10 "XX XX XX XX FOR DATA" 10
"NOTHING FOR ADVANCE" 3
HEX_BOUND_ERROR_TEXT
"OUT OF BOUNDS" 3

# Hex library.
ADDRESS 0 141
# Accepts a byte in 31, outputs hex ASCII digits in 32 and 33.
# Returns to address in 38 and 39. Uses addresses 31 through 39.
CONVERT_BYTE_TO_HEX
GMM HEX_LIB_INDEX 0 34
NOR [31] 00001111 32
NOR [32] 00001111 32
GVL 0 33
GVL 4 35
GVL 0 36
CONVERT_BYTE_LOOP
BGT [31] [35] 37
CGO CONVERT_BYTE_SKIP [34] [37]
BON [33] [36] 33
CONVERT_BYTE_SKIP
ADD [35] 1 35
ADD [36] 1 36
GRE [35] 7 37
CGO CONVERT_BYTE_LOOP [34] [37]
GRE [32] 9 37
CGO CONVERT_BYTE_SKIP_2 [34] [37]
ADD [32] 7 32
CONVERT_BYTE_SKIP_2
GRE [33] 9 37
CGO CONVERT_BYTE_SKIP_3 [34] [37]
ADD [33] 7 33
CONVERT_BYTE_SKIP_3
ADD [32] 48 32
ADD [33] 48 33
CGO [38] [39] 0
# Accepts hex ASCII digits in 31 and 32, returns a byte in 33.
# Returns to address in 38 and 39. Uses addresses 31 through 39.
CONVERT_HEX_TO_BYTE
GMM HEX_LIB_INDEX 0 34
ADD [31] 208 33
ADD [32] 208 32
GRE [33] 9 35
CGO CONVERT_HEX_SKIP [34] [35]
ADD [33] 249 33
CONVERT_HEX_SKIP
GRE [32] 9 35
CGO CONVERT_HEX_SKIP_2 [34] [35]
ADD [32] 249 32
CONVERT_HEX_SKIP_2
GVL 0 35
GVL 4 36
CONVERT_HEX_LOOP
BGT [32] [35] 37
CGO CONVERT_HEX_SKIP_3 [34] [37]
BON [33] [36] 33
CONVERT_HEX_SKIP_3
ADD [35] 1 35
ADD [36] 1 36
GRE [35] 4 37
CGO CONVERT_HEX_LOOP [34] [37]
CGO [38] [39] 0

# Images.
ADDRESS 0 150
COMPUTER
11111111 11111111 11111111
11111111 11111111 11111111
11111111 11111111 11111111
11000000 00011111 11111111
11000000 00011111 11111111
11001000 10011110 11101111
11001000 10011110 11101111
11000000 00011111 11111111
11000000 00011111 11111111
11010010 01011100 00000111
11010010 01011110 00001111
11001101 10011111 00011111
11000000 00011111 11111111
11000000 00011111 11111111
11111111 11111111 11111111
11111111 11111111 11111111
11111111 11111111 11111111
00000000 00000000 00100000
11111111 11111000 00100000
10101010 10101110 01000000
11111111 11111001 10000000
10101010 10101000 00000000
11111111 11111000 00000000
10101010 10101000 00000000
11111111 11111000 00000000

# Game of life.
ADDRESS 0 160
GMM LIFE_INDEX 0 0
GMM TEMP_INDEX 0 201
ADD [0] 1 202
ADD [201] 1 203
ADD [201] 2 204
GVL LIFE_CLEAR_SCREEN_RETURN 11
GVL [0] 12
CGO CLEAR_SCREEN [3] 0
LIFE_CLEAR_SCREEN_RETURN
GVL 0 20
GVL 0 21
GTM 0 22
GVL 0 23
GVL 1 220
LIFE_RESTART
GVL 24 221
GVL 24 222
GVL 0 223
GVL 1 224
GVL 0 199
ADD [3] 4 200
LIFE_START_LOOP
GMM [199] [220] 198
SMM [199] [201] [198]
GVL [221] 44
GVL [222] 45
GVL LIFE_CONVERT_POS_RETURN 48
GVL [0] 49
CGO CONVERT_POS_TO_ADDR [200] 0
LIFE_CONVERT_POS_RETURN
SMM [199] [203] [46]
SMM [199] [204] [47]
ADD [221] 8 221
GRE [221] 144 198
CGO LIFE_CARRY_SKIP [0] [198]
GVL 24 221
ADD [222] 11 222
LIFE_CARRY_SKIP
ADD [199] 1 199
EQU [199] 0 198
CGO LIFE_START_LOOP [0] [198]
GVL 1 221
GVL 17 223
GVL LIFE_KEY_RETURN 29
GVL [0] 30
LIFE_LOOP
CGO GET_KEY [3] 0
LIFE_KEY_RETURN
EQU [24] 00001010 199
CGO LIFE_SKIP_Q [0] [199]
GMM OS_INDEX 0 199
CGO 0 [199] 0
LIFE_SKIP_Q
EQU [24] 10010110 199
CGO LIFE_SKIP_R [0] [199]
ADD [220] 1 220
CGO LIFE_RESTART [0] 0
LIFE_SKIP_R
CGO LIFE_SKIP_DRAW_CELL [0] [224]
GMM [223] [201] 199
GMM [223] [203] 46
GMM [223] [204] 47
GVL 00000000 198
CGO LIFE_SKIP_IS_ON [0] [199]
GVL 11111111 198
LIFE_SKIP_IS_ON
GVL 0 199
LIFE_DRAW_CELL_LOOP
SVM [46] [47] [198]
ADD [46] 208 197
GRE [46] [197] 196
GVL [197] 46
CGO LIFE_SKIP_CARRY_2 [0] [196]
ADD [47] 1 47
LIFE_SKIP_CARRY_2
ADD [199] 1 199
GRE [199] 10 197
CGO LIFE_DRAW_CELL_LOOP [0] [197]
CGO LIFE_SKIP_EVAL_CELL [202] 0
LIFE_SKIP_DRAW_CELL
GVL 239 180
GVL 255 181
GVL 0 182
GVL 0 183
LIFE_GET_NEIGHBORS_LOOP
ADD [223] [180] 199
# Next block starts around here.
GMM [199] [203] 46
GMM [199] [204] 47
GVM [46] [47] 199
EQU [180] 0 198
CGO SKIP_LIFE_CURRENT_CELL [202] [198]
GVL [199] 183
CGO SKIP_LIFE_ADD_NEIGHBOR [202] 0
SKIP_LIFE_CURRENT_CELL
CGO SKIP_LIFE_ADD_NEIGHBOR [202] [199]
ADD [182] 1 182
SKIP_LIFE_ADD_NEIGHBOR
ADD [180] 1 180
ADD [181] 1 181
EQU [181] 2 199
CGO LIFE_SKIP_CARRY_3 [202] [199]
ADD [180] 13 180
GVL 255 181
LIFE_SKIP_CARRY_3
EQU [180] 31 199
CGO LIFE_GET_NEIGHBORS_LOOP [0] [199]
GVL 0 199
EQU [182] 3 198
CGO SKIP_LIVE_CELL [202] [198]
GVL 1 199
SKIP_LIVE_CELL
CGO SKIP_LIVE_CELL_2 [202] [183]
EQU [182] 2 198
CGO SKIP_LIVE_CELL_2 [202] [198]
GVL 1 199
SKIP_LIVE_CELL_2
SMM [223] [201] [199]
LIFE_SKIP_EVAL_CELL
ADD [221] 1 221
GRE [221] 14 199
CGO SKIP_NEXT_ROW [202] [199]
GVL 1 221
ADD [223] 2 223
SKIP_NEXT_ROW
ADD [223] 1 223
EQU [223] 241 199
CGO LIFE_LOOP [0] [199]
GVL 17 223
NOR [224] [224] 224
CGO LIFE_LOOP [0] 0

# Drawing program.
ADDRESS 0 170
GMM DRAW_INDEX 0 0
GMM OS_FONT_INDEX 0 1
GVL 8 254
GVL 35 255
GVL DRAW_CLEAR_SCREEN_RETURN 11
GVL [0] 12
CGO CLEAR_SCREEN [3] 0
DRAW_CLEAR_SCREEN_RETURN
CGO DRAW_SKIP_TEXT [0] 0
DRAW_INTRO_TEXT
"DRAW STUFF   D" 3
DRAW_SKIP_TEXT
GVL DRAW_INTRO_TEXT 51
GVL [0] 52
GVL DRAW_DRAW_TEXT_RETURN 59
GVL [0] 60
ADD [3] 1 200
CGO DRAW_TEXT [200] 0
DRAW_DRAW_TEXT_RETURN
ADD [0] 1 201
GVL 64 220
GVL 100 221
GVL 128 222
GVL 81 223
GVL 0 224
SVM [222] [223] 10000000
GVL 0 20
GVL 0 21
GTM 0 22
GVL 0 23
GVL DRAW_KEY_RETURN 29
GVL [0] 30
DRAW_LOOP
CGO GET_KEY [3] 0
DRAW_KEY_RETURN
EQU [24] 00001010 199
CGO DRAW_SKIP_Q [0] [199]
GMM OS_INDEX 0 199
CGO 0 [199] 0
DRAW_SKIP_Q
EQU [24] 10010110 199
CGO DRAW_SKIP_R [0] [199]
CGO 0 [0] 0
DRAW_SKIP_R
EQU [24] 10010010 199
CGO DRAW_SKIP_E [0] [199]
NOR [224] 01111111 224
ADD [224] 68 44
GVL 112 45
GVL 35 46
GVL DRAW_DRAW_CHARACTER_RETURN 49
GVL [0] 50
ADD [3] 1 200
CGO DRAW_CHARACTER [200] 0
DRAW_DRAW_CHARACTER_RETURN
DRAW_SKIP_E
GVL 0 198
EQU [24] 10001110 199
CGO DRAW_SKIP_W [0] [199]
ADD [221] 255 221
GVL 1 198
DRAW_SKIP_W
EQU [24] 10001101 199
CGO DRAW_SKIP_S [0] [199]
ADD [221] 1 221
GVL 1 198
DRAW_SKIP_S
EQU [24] 00001110 199
CGO DRAW_SKIP_A [0] [199]
ADD [220] 255 220
GVL 1 198
DRAW_SKIP_A
EQU [24] 00010001 199
CGO DRAW_SKIP_D [0] [199]
ADD [220] 1 220
GVL 1 198
DRAW_SKIP_D
CGO DRAW_LOOP [0] [198]
GVL [220] 44
GVL [221] 45
GVL DRAW_CONVERT_POS_RETURN 48
GVL [201] 49
ADD [3] 4 200
# Next block starts here.
CGO CONVERT_POS_TO_ADDR [200] 0
DRAW_CONVERT_POS_RETURN
CGO DRAW_SKIP_ERASE [201] [224]
GVM [222] [223] 199
BON 00000000 [222] 198
NOR [199] [198] 199
NOR [199] [198] 199
SVM [222] [223] [199]
DRAW_SKIP_ERASE
GVL [46] 222
GVL [47] 223
GVM [222] [223] 199
BON [199] [222] 199
SVM [222] [223] [199]
CGO DRAW_LOOP [0] 0

# Multiplication.
ADDRESS 0 180
GMM MULTI_INDEX 0 0
GMM OS_FONT_INDEX 0 1
GMM KEYCODES_INDEX 0 2
GVL 8 254
GVL 35 255
GVL MULTI_CLEAR_SCREEN_RETURN 11
GVL [0] 12
CGO CLEAR_SCREEN [3] 0
MULTI_CLEAR_SCREEN_RETURN
GMM TEMP_INDEX 0 201
ADD [0] 2 202
GMM OS_TEXT_INDEX 0 203
GMM OS_INDEX 0 204
ADD [201] 1 205
ADD [0] 1 206
GVL 0 220
GVL MULTI_INTRO_TEXT 51
GVL [202] 52
GVL MULTI_DRAW_TEXT_RETURN 59
GVL [0] 60
ADD [3] 1 200
CGO DRAW_TEXT [200] 0
MULTI_DRAW_TEXT_RETURN
MULTI_LOOP
GVL MULTI_FIRST_TEXT 51
GVL 0 199
CGO MULTI_SKIP_SECOND_TEXT [0] [220]
GVL MULTI_SECOND_TEXT 51
GVL 128 199
MULTI_SKIP_SECOND_TEXT
GVL [202] 52
GVL MULTI_DRAW_TEXT_RETURN_2 59
GVL [0] 60
ADD [3] 1 200
CGO DRAW_TEXT [200] 0
MULTI_DRAW_TEXT_RETURN_2
GVL [199] 51
GVL [201] 52
GVL MULTI_ACCEPT_INPUT_RETURN 58
GVL [0] 59
ADD [3] 3 200
CGO ACCEPT_INPUT [200] 0
MULTI_ACCEPT_INPUT_RETURN
GVL QUIT_COMMAND_TEXT 31
GVL [203] 32
GVL 0 33
GVL [201] 34
GVL MULTI_COMPARE_STRINGS_RETURN 40
GVL [0] 41
ADD [3] 4 200
CGO COMPARE_STRINGS [200] 0
MULTI_COMPARE_STRINGS_RETURN
NOR [35] [35] 35
CGO 0 [204] [35]
GVL [220] 199
NOR [220] [220] 220
CGO MULTI_LOOP [0] [199]
GVL MULTI_PRODUCT_TEXT 51
GVL [202] 52
GVL MULTI_DRAW_TEXT_RETURN_3 59
GVL [0] 60
ADD [3] 1 200
CGO DRAW_TEXT [200] 0
MULTI_DRAW_TEXT_RETURN_3
GVL 0 31
GVL [201] 32
GVL MULTI_STRING_LENGTH_RETURN 36
GVL [0] 37
ADD [3] 4 200
CGO STRING_LENGTH [200] 0
MULTI_STRING_LENGTH_RETURN
GVL [33] 180
GVL 128 31
GVL MULTI_STRING_LENGTH_RETURN_2 36
CGO STRING_LENGTH [200] 0
MULTI_STRING_LENGTH_RETURN_2
GVL [33] 181
GVL 0 199
MULTI_PREPARE_LOOP
GMM [199] [201] 198
ADD [198] 208 198
SMM [199] [201] [198]
SMM [199] [205] 0
ADD [199] 1 199
EQU [199] 0 198
CGO MULTI_PREPARE_LOOP [0] [198]
GVL 255 182
# Next block starts here.
MULTI_MULTIPLY_LOOP
ADD [180] 255 180
ADD [181] 128 183
GVL [182] 185
MULTI_MULTIPLY_LOOP_2
ADD [183] 255 183
GMM [180] [201] 31
GMM [183] [201] 32
GVL MULTI_MULTIPLY_RETURN 42
GVL [206] 43
CGO MULTIPLY_BYTE [3] 0
MULTI_MULTIPLY_RETURN
GMM [185] [205] 199
ADD [199] [40] 199
ADD [185] 255 198
MULTI_CARRY_LOOP
GRE [199] 9 197
CGO MULTI_CARRY_SKIP [206] [197]
GMM [198] [205] 197
ADD [197] 1 197
SMM [198] [205] [197]
ADD [199] 246 199
CGO MULTI_CARRY_LOOP [206] 0
MULTI_CARRY_SKIP
SMM [185] [205] [199]
ADD [185] 255 185
EQU [183] 128 199
CGO MULTI_MULTIPLY_LOOP_2 [206] [199]
ADD [182] 255 182
EQU [180] 0 199
CGO MULTI_MULTIPLY_LOOP [206] [199]
GVL 0 199
GVL 0 198
MULTI_OUTPUT_LOOP
GMM [185] [205] 197
ADD [197] 48 197
SMM [199] [201] [197]
ADD [185] 1 185
ADD [199] 1 199
ADD [198] 1 198
EQU [198] 16 197
CGO MULTI_SKIP_NEW_LINE [206] [197]
SMM [199] [201] 10
ADD [199] 1 199
GVL 0 198
MULTI_SKIP_NEW_LINE
EQU [185] 0 197
CGO MULTI_OUTPUT_LOOP [206] [197]
SMM [199] [201] 3
GVL 0 51
GVL [201] 52
GVL MULTI_DRAW_TEXT_RETURN_4 59
GVL [206] 60
ADD [3] 1 200
CGO DRAW_TEXT [200] 0
MULTI_DRAW_TEXT_RETURN_4
CGO MULTI_LOOP [0] 0

ADDRESS 0 182
MULTI_INTRO_TEXT
"MULTIPLICATION FUN" 3
MULTI_FIRST_TEXT
"FIRST NUMBER:" 3
MULTI_SECOND_TEXT
"SECOND NUMBER:" 3
MULTI_PRODUCT_TEXT
"PRODUCT:" 3

# Squid wants a muffin.
ADDRESS 0 190
GMM MUFFIN_INDEX 0 0
GMM OS_FONT_INDEX 0 1
GMM KEYCODES_INDEX 0 2
GVL 224 254
GVL 26 255
GVL MUFFIN_CLEAR_SCREEN_RETURN 11
GVL [0] 12
CGO CLEAR_SCREEN [3] 0
MUFFIN_CLEAR_SCREEN_RETURN
GVL 0 20
GVL 0 21
GTM 0 22
GVL 0 23
GMM TEMP_INDEX 0 201
ADD [0] 3 202
# GMM OS_INDEX 0 203
ADD [0] 4 204
ADD [0] 1 205
ADD [0] 2 206
SMM 81 [204] 33
ADD [0] 5 199
SMM 39 [199] 33
SMM 94 [199] 33
GVL 38 220
GVL 45 221
GVL 1 222
GVL 55 223
GVL 0 224
GVL 30 225
GVL 0 226
GVL 1 227
GVL MUFFIN_INTRO_TEXT 51
GVL [202] 52
GVL MUFFIN_DRAW_TEXT_RETURN 59
GVL [0] 60
ADD [3] 1 200
CGO DRAW_TEXT [200] 0
MUFFIN_DRAW_TEXT_RETURN
GVL MUFFIN_DRAW_SCREEN_RETURN 58
GVL [0] 59
CGO MUFFIN_DRAW_SCREEN [202] 0
MUFFIN_DRAW_SCREEN_RETURN
GVL MUFFIN_KEY_RETURN 29
GVL [0] 30
MUFFIN_LOOP
GVL [220] 180
GVL [221] 181
GVL [222] 182
CGO GET_KEY [3] 0
MUFFIN_KEY_RETURN
EQU [24] 00001010 199
CGO MUFFIN_SKIP_Q [0] [199]
GMM OS_INDEX 0 199
CGO 0 [199] 0
MUFFIN_SKIP_Q
CGO MUFFIN_LOOP [0] [227]
EQU [24] 10001110 199
CGO MUFFIN_SKIP_W [0] [199]
ADD [221] 245 181
ADD [222] 240 182
MUFFIN_SKIP_W
EQU [24] 10001101 199
CGO MUFFIN_SKIP_S [0] [199]
ADD [221] 11 181
ADD [222] 16 182
MUFFIN_SKIP_S
EQU [24] 00001110 199
CGO MUFFIN_SKIP_A [0] [199]
ADD [220] 248 180
ADD [222] 255 182
GVL 66 223
MUFFIN_SKIP_A
EQU [24] 00010001 199
CGO MUFFIN_SKIP_D [0] [199]
ADD [220] 8 180
ADD [222] 1 182
# Next block starts here.
GVL 55 223
MUFFIN_SKIP_D
GTM 1 199
NOR [199] 01111111 199
ADD [199] [226] 199
CGO MUFFIN_SKIP_DECREMENT_TIME [205] [199]
ADD [225] 255 225
GVL [225] 198
GVL 0 199
MUFFIN_CARRY_LOOP
GRE [198] 9 197
CGO MUFFIN_SKIP_CARRY_LOOP [205] [197]
ADD [198] 246 198
ADD [199] 1 199
CGO MUFFIN_CARRY_LOOP [205] 0
MUFFIN_SKIP_CARRY_LOOP
ADD [198] 48 198
ADD [199] 48 199
SMM 0 [201] [199]
SMM 1 [201] [198]
SMM 2 [201] 3
GVL 120 254
GVL 27 255
GVL 0 51
GVL [201] 52
GVL MUFFIN_DRAW_TEXT_RETURN_2 59
GVL [205] 60
ADD [3] 1 200
CGO DRAW_TEXT [200] 0
MUFFIN_DRAW_TEXT_RETURN_2
NOR [226] [226] 226
GRE [225] 0 199
ADD [0] 5 52
CGO MUFFIN_FINISH_TEXT [206] [199]
MUFFIN_SKIP_DECREMENT_TIME
GMM [222] [204] 199
GRE 11 [199] 199
CGO MUFFIN_SKIP_FALL [205] [199]
ADD [222] 16 199
GMM [199] [204] 198
EQU [198] 11 197
EQU [198] 22 198
NOR [197] [198] 198
CGO MUFFIN_SKIP_FALL [205] [198]
ADD [221] 11 181
GVL [199] 182
MUFFIN_SKIP_FALL
EQU [222] [182] 199
NOR [199] [199] 199
CGO MUFFIN_LOOP [0] [199]
GRE [180] 150 199
CGO MUFFIN_SKIP_SCROLL [205] [199]
ADD [204] 1 204
ADD [220] 136 220
ADD [222] 241 222
GVL MUFFIN_LOOP 58
GVL [0] 59
CGO MUFFIN_DRAW_SCREEN [202] 0
MUFFIN_SKIP_SCROLL
GRE 30 [180] 199
CGO MUFFIN_SKIP_SCROLL_2 [205] [199]
ADD [204] 255 204
ADD [220] 120 220
ADD [222] 15 222
GVL MUFFIN_LOOP 58
GVL [0] 59
CGO MUFFIN_DRAW_SCREEN [202] 0
MUFFIN_SKIP_SCROLL_2
GMM [182] [204] 199
EQU [199] 11 198
NOR [198] [198] 198
CGO MUFFIN_LOOP [0] [198]
EQU [199] 44 198
NOR [198] [198] 198
ADD [0] 6 52
CGO MUFFIN_FINISH_TEXT [206] [198]
EQU [199] 33 198
CGO MUFFIN_SKIP_COLLECTION [206] [198]
SMM [182] [204] 0
ADD [224] 1 224
GRE [224] 2 198
# Next block starts here.
CGO MUFFIN_SKIP_COLLECTION [206] [198]
ADD [0] 4 52
CGO MUFFIN_FINISH_TEXT [206] 0
MUFFIN_SKIP_COLLECTION
GVL [220] 44
GVL [221] 45
GMM [222] [204] 50
GVL MUFFIN_DRAW_SPRITE_RETURN 54
GVL [206] 55
CGO MUFFIN_DRAW_SPRITE [202] 0
MUFFIN_DRAW_SPRITE_RETURN
GVL [180] 220
GVL [181] 221
GVL [182] 222
GVL [220] 44
GVL [221] 45
GVL [223] 50
GVL MUFFIN_DRAW_SPRITE_RETURN_2 54
GVL [206] 55
CGO MUFFIN_DRAW_SPRITE [202] 0
MUFFIN_DRAW_SPRITE_RETURN_2
CGO MUFFIN_LOOP [0] 0
MUFFIN_FINISH_TEXT
GVL 0 227
GVL 224 254
GVL 26 255
GVL 224 51
GVL MUFFIN_LOOP 59
GVL [0] 60
ADD [3] 1 200
CGO DRAW_TEXT [200] 0

ADDRESS 0 193

00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000

11111111 11010101 10101011 11010101 10101011 11010101 10101011 11010101 10101011 11010101 11111111

10000001 10000001 11111111 10000001 10000001 10000001 10000001 10000001 11111111 10000001 10000001

00000000 00000000 00011000 00100100 01000010 01000010 01111110 00100100 00100100 00111100 00000000

00000000 00101000 01111100 00111000 01111100 00111000 01111100 00111000 01111100 00101000 00000000

00111100 00111100 01111110 01111110 11101101 11101101 11111111 00111100 01111110 11101010 10101010

00111100 00111100 01111110 01111110 10110111 10110111 11111111 00111100 01111110 01010111 01010101

MUFFIN_INTRO_TEXT
"GET MUFFINS   TIME:  " 3

# Accepts X position in 44 and Y position in 45 and a sprite address in 50.
# Returns to address in 54 and 55. Uses addresses 44 through 55.
MUFFIN_DRAW_SPRITE
GVL MUFFIN_CONVERT_POS_RETURN 48
GVL [202] 49
ADD [3] 4 200
CGO CONVERT_POS_TO_ADDR [200] 0
MUFFIN_CONVERT_POS_RETURN
GVL 0 51
MUFFIN_DRAW_SPRITE_LOOP
GMM [50] [202] 52
SVM [46] [47] [52]
ADD [46] 208 52
GRE [46] [52] 53
GVL [52] 46
CGO MUFFIN_DRAW_SPRITE_CARRY_SKIP [202] [53]
ADD [47] 1 47
MUFFIN_DRAW_SPRITE_CARRY_SKIP
ADD [50] 1 50
ADD [51] 1 51
GRE [51] 10 52
CGO MUFFIN_DRAW_SPRITE_LOOP [202] [52]
CGO [54] [55] 0
# Returns to address in 58 and 59. Uses addresses 44 through 59.
MUFFIN_DRAW_SCREEN
GVL 30 44
GVL 45 45
GVL 0 56
GVL MUFFIN_SCREEN_DRAW_SPRITE_RETURN 54
GVL [202] 55
MUFFIN_DRAW_SCREEN_LOOP
GMM [56] [204] 50
CGO MUFFIN_DRAW_SPRITE [202] 0
MUFFIN_SCREEN_DRAW_SPRITE_RETURN
ADD [56] 1 56
ADD [44] 8 44
GRE [44] 150 57
CGO MUFFIN_SCREEN_NEXT_ROW_SKIP [202] [57]
GVL 30 44
ADD [45] 11 45
MUFFIN_SCREEN_NEXT_ROW_SKIP
EQU [56] 224 57
CGO MUFFIN_DRAW_SCREEN_LOOP [202] [57]
GVL [220] 44
GVL [221] 45
GVL MUFFIN_SCREEN_DRAW_SPRITE_RETURN_2 54
GVL [223] 50
CGO MUFFIN_DRAW_SPRITE [202] 0
MUFFIN_SCREEN_DRAW_SPRITE_RETURN_2
CGO [58] [59] 0

ADDRESS 0 194
11 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
11 00 00 00 00 00 00 00 00 44 00 00 00 00 00 00
11 00 00 00 00 00 00 00 00 44 00 00 00 00 00 00
11 11 11 11 11 11 11 22 11 11 11 22 11 11 11 11
11 00 00 00 00 11 11 22 00 00 00 22 11 11 00 00
11 33 00 00 00 00 11 22 00 00 00 22 11 00 00 00
11 11 22 11 11 00 11 11 11 11 11 11 11 00 00 00
11 00 22 00 00 00 00 00 00 00 00 00 00 00 00 00
11 00 22 00 00 11 11 11 11 11 11 11 11 11 11 11
11 00 22 00 00 00 00 11 00 00 00 11 00 00 00 00
11 11 11 11 22 00 00 11 00 00 00 11 00 00 00 00
11 44 00 00 22 00 00 00 00 00 00 00 00 00 22 11
11 00 00 44 22 00 00 00 00 00 00 00 00 00 22 00
11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11
"YOU GOT EVERY MUFFIN " 3

ADDRESS 0 195
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
00 00 00 00 00 00 00 33 00 00 00 00 00 00 00 00
11 11 11 11 22 11 22 11 22 11 22 11 22 11 11 11
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
00 00 00 00 00 00 00 00 00 00 00 00 44 44 33 00
00 00 00 00 44 00 00 00 00 00 00 00 00 22 22 22
00 00 00 00 00 00 00 00 00 00 44 00 00 00 11 22
11 00 00 00 00 00 00 00 44 00 00 00 00 00 00 00
00 00 00 00 00 22 11 11 00 00 00 11 11 11 00 00
00 00 00 00 00 22 22 22 22 22 00 00 00 00 00 00
11 11 11 11 11 11 00 00 00 22 22 00 00 00 00 00
00 00 00 00 00 00 00 00 00 00 00 11 11 22 00 00
11 11 11 44 44 44 44 44 44 44 44 44 44 11 11 11
"KILLED BY TIME       " 3

ADDRESS 0 196
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 11
00 00 00 00 00 44 44 44 44 44 00 00 00 11 11 11
00 00 00 00 44 22 22 22 44 22 44 00 00 00 00 11
11 11 11 22 22 22 44 22 22 22 22 44 00 00 00 11
00 00 44 22 22 22 44 22 22 22 44 22 44 00 00 11
00 00 44 22 22 22 11 11 11 22 22 22 44 00 00 11
22 00 44 44 22 22 11 11 11 22 22 22 44 00 00 11
22 22 22 22 11 44 22 22 22 44 22 22 44 00 00 11
00 00 44 22 22 22 22 22 22 44 22 22 44 00 00 11
00 00 00 44 22 44 22 22 22 22 22 22 00 00 00 11
00 00 00 00 44 22 22 44 22 22 44 22 00 00 00 11
00 00 00 00 00 44 44 44 44 44 00 22 00 11 11 11
00 00 00 00 00 00 00 00 00 00 00 22 00 00 00 11
11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11
"KILLED BY SPIKES     " 3

# Default font glyphs.
ADDRESS 0 200

00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000

11000000
11000000
11000000
11000000
11000000
11000000
00000000
00000000
11000000
11000000

01101100
01101100
00100100
00100100
00000000
00000000
00000000
00000000
00000000
00000000

11111110
11111110
11111110
11111110
11111110
11111110
11111110
11111110
11111110
11111110

00110000
01111100
11111100
11000000
11111000
01111100
00001100
11111100
11111000
00110000

11001100
11001100
00011000
00011000
00110000
00110000
01100000
01100000
11001100
11001100

01110000
11111000
11011000
11011000
01111011
01111111
11001110
11000110
11111111
01111111

00110000
00110000
00010000
00010000
00000000
00000000
00000000
00000000
00000000
00000000

00000110
00001110
00011100
00011000
00011000
00011000
00011000
00011100
00001110
00000110

11000000
11100000
01110000
00110000
00110000
00110000
00110000
01110000
11100000
11000000

10101000
01110000
11111000
01110000
10101000
00000000
00000000
00000000
00000000
00000000

00000000
00000000
00000000
00000000
00110000
00110000
11111100
11111100
00110000
00110000

00000000
00000000
00000000
00000000
00000000
00000000
11000000
11000000
01000000
01000000

00000000
00000000
00000000
00000000
00000000
00000000
11111100
11111100
00000000
00000000

00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
11000000
11000000

00001100
00001100
00011000
00011000
00110000
00110000
01100000
01100000
11000000
11000000

01111100
11111110
11000110
11001110
11010110
11010110
11100110
11000110
11111110
01111100

00110000
01110000
11110000
11110000
00110000
00110000
00110000
00110000
11111100
11111100

11111100
11111110
00000110
00000110
01111110
11111100
11000000
11000000
11111110
11111110

11111100
11111110
00000110
00000110
00111100
00111100
00000110
00000110
11111110
11111100

11000110
11000110
11000110
11000110
11111110
11111110
00000110
00000110
00000110
00000110

11111110
11111110
11000000
11000000
11111100
11111110
00000110
00000110
11111110
11111100

01111110
11111110
11000000
11000000
11111100
11111110
11000110
11000110
11111110
01111100

11111100
11111100
00001100
00011100
00111000
00110000
00110000
00110000
00110000
00110000

01111100
11111110
11000110
11000110
01111100
01111100
11000110
11000110
11111110
01111100

01111100
11111110
11000110
11000110
11111110
01111110
00000110
00000110
11111110
11111100

00000000
00000000
00000000
11000000
11000000
00000000
00000000
00000000
11000000
11000000

00000000
00000000
11000000
11000000
00000000
00000000
11000000
11000000
01000000
01000000

11000000
11100000
01110000
00111000
00011100
00011100
00111000
01110000
11100000
11000000

00000000
00000000
00000000
00000000
11111100
11111100
00000000
00000000
11111100
11111100

00001100
00011100
00111000
01110000
11100000
11100000
01110000
00111000
00011100
00001100

11111000
11111100
00001100
00011100
00111000
00110000
00000000
00000000
00110000
00110000

01111100
11111110
11000110
11011110
11011110
11011110
11011110
11000000
11111110
01111110

01111100
11111110
11000110
11000110
11111110
11111110
11000110
11000110
11000110
11000110

11111100
11111110
11000110
11000110
11111100
11111100
11000110
11000110
11111110
11111100

01111100
11111110
11000110
11000000
11000000
11000000
11000000
11000110
11111110
01111100

11111000
11111100
11001110
11000110
11000110
11000110
11000110
11001110
11111100
11111000

11111110
11111110
11000000
11000000
11111000
11111000
11000000
11000000
11111110
11111110

11111110
11111110
11000000
11000000
11111000
11111000
11000000
11000000
11000000
11000000

01111110
11111110
11000000
11000000
11011110
11011110
11000110
11000110
11111110
01111100

11000110
11000110
11000110
11000110
11111110
11111110
11000110
11000110
11000110
11000110

11111100
11111100
00110000
00110000
00110000
00110000
00110000
00110000
11111100
11111100

11111110
11111110
00011000
00011000
00011000
00011000
00011000
00011000
11111000
11110000

11000110
11000110
11001110
11011100
11111000
11111000
11011100
11001110
11000110
11000110

11000000
11000000
11000000
11000000
11000000
11000000
11000000
11000000
11111110
11111110

11000110
11101110
11111110
11111110
11111110
11010110
11000110
11000110
11000110
11000110

11000110
11000110
11100110
11110110
11111110
11011110
11001110
11000110
11000110
11000110

01111100
11111110
11000110
11000110
11000110
11000110
11000110
11000110
11111110
01111100

11111100
11111110
11000110
11000110
11111110
11111100
11000000
11000000
11000000
11000000

01111100
11111110
11000110
11000110
11000110
11011110
11011110
11001110
11111110
01111110

11111100
11111110
11000110
11000110
11111100
11111100
11000110
11000110
11000110
11000110

01111110
11111110
11000000
11000000
11111100
01111110
00000110
00000110
11111110
11111100

11111100
11111100
00110000
00110000
00110000
00110000
00110000
00110000
00110000
00110000

11000110
11000110
11000110
11000110
11000110
11000110
11000110
11000110
11111110
01111100

11000110
11000110
11000110
11000110
11100110
01110110
00111110
00011110
00001110
00000110

11000110
11000110
11000110
11000110
11010110
11111110
11111110
11111110
11101110
11000110

11000110
11000110
01101100
01101100
00111000
00111000
01101100
01101100
11000110
11000110

11000110
11000110
11000110
11000110
11111110
01111110
00000110
00000110
11111110
11111100

11111110
11111110
00001110
00011100
00111000
01110000
11100000
11000000
11111110
11111110

# Temporary space used by OS.
ADDRESS 0 250
"00"