[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 38329, Instruction: 0xf715

[Assistant] {"decoded_instruction": "DT = V[0x7]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 13566, Instruction: 0x9a60

[Assistant] {"decoded_instruction": "PC += 2 if V[0xa] != V[0x6] else 0", "block": "13570"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 38938, Instruction: 0x8600

[Assistant] {"decoded_instruction": "V[0x6] = V[0x0]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 7297, Instruction: 0x3e27

[Assistant] {"decoded_instruction": "PC += 2 if V[0xe] == 0x27 else 0", "block": "7301"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 59386, Instruction: 0x00ee

[Assistant] {"decoded_instruction": "PC = stack.pop()", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 64882, Instruction: 0x8d82

[Assistant] {"decoded_instruction": "V[0xd] = V[0xd] & V[0x8]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 52308, Instruction: 0xd4fe

[Assistant] {"decoded_instruction": "draw_sprite(0x4, 0xf, 0xe)"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 52193, Instruction: 0xeb9e

[Assistant] {"decoded_instruction": "PC += 2 if keys[V[0xb]] else 0", "block": "52197 "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 43254, Instruction: 0xf218

[Assistant] {"decoded_instruction": "ST = V[0x2]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 2291, Instruction: 0x8155

[Assistant] {"decoded_instruction": "borrow = 1 if V[0x1] >= V[0x5] else 0; V[0x1] = (V[0x1] - V[0x5]) & 0xFF; V[0xF] = borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 45669, Instruction: 0xfd55

[Assistant] {"decoded_instruction": "memory[I:I + 0xd + 1] = V[:0xd + 1]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 16704, Instruction: 0x6274

[Assistant] {"decoded_instruction": "V[0x2] = 0x74"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 51023, Instruction: 0x8bb7

[Assistant] {"decoded_instruction": "not_borrow = 1 if V[0xb] >= V[0xb] else 0; V[0xb] = (V[0xb] - V[0xb]) & 0xFF; V[0xF] = not_borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 23686, Instruction: 0x8466

[Assistant] {"decoded_instruction": "lsb = V[0x4] & 0x1; V[0x4] = V[0x4] >> 1; V[0xF] = lsb"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 42690, Instruction: 0x26b7

[Assistant] {"decoded_instruction": "stack.append(PC); PC = 0x6b7", "marker": "0x6b7", "block": "0x6b7"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 25017, Instruction: 0xeca1

[Assistant] {"decoded_instruction": "PC += 2 if not keys[V[0xc]] else 0", "block": "25021"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 54812, Instruction: 0x8ee7

[Assistant] {"decoded_instruction": "not_borrow = 1 if V[0xe] >= V[0xe] else 0; V[0xe] = (V[0xe] - V[0xe]) & 0xFF; V[0xF] = not_borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 39782, Instruction: 0x3e71

[Assistant] {"decoded_instruction": "PC += 2 if V[0xe] == 0x71 else 0", "block": "39786"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 41316, Instruction: 0x4116

[Assistant] {"decoded_instruction": "PC += 2 if V[0x1] != 0x16 else 0", "block": "41320"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 17604, Instruction: 0x8907

[Assistant] {"decoded_instruction": "not_borrow = 1 if V[0x0] >= V[0x9] else 0; V[0x9] = (V[0x0] - V[0x9]) & 0xFF; V[0xF] = not_borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 2595, Instruction: 0xeda1

[Assistant] {"decoded_instruction": "PC += 2 if not keys[V[0xd]] else 0", "block": "2599"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 26046, Instruction: 0x409a

[Assistant] {"decoded_instruction": "PC += 2 if V[0x0] != 0x9a else 0", "block": "26050"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 15843, Instruction: 0x5680

[Assistant] {"decoded_instruction": "PC += 2 if V[0x6] == V[0x8] else 0", "block": "15847"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 27438, Instruction: 0x8691

[Assistant] {"decoded_instruction": "V[0x6] = V[0x6] | V[0x9]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 548, Instruction: 0x87b5

[Assistant] {"decoded_instruction": "borrow = 1 if V[0x7] >= V[0xb] else 0; V[0x7] = (V[0x7] - V[0xb]) & 0xFF; V[0xF] = borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 64062, Instruction: 0xf707

[Assistant] {"decoded_instruction": "V[0x7] = DT"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 4186, Instruction: 0xda8d

[Assistant] {"decoded_instruction": "draw_sprite(0xa, 0x8, 0xd)"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 41859, Instruction: 0x00e0

[Assistant] {"decoded_instruction": "display.clear()"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 45484, Instruction: 0xf855

[Assistant] {"decoded_instruction": "memory[I:I + 0x8 + 1] = V[:0x8 + 1]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 868, Instruction: 0x8085

[Assistant] {"decoded_instruction": "borrow = 1 if V[0x0] >= V[0x8] else 0; V[0x0] = (V[0x0] - V[0x8]) & 0xFF; V[0xF] = borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 44666, Instruction: 0xf033

[Assistant] {"decoded_instruction": "value = V[0x0]; memory[I] = value // 100; memory[I + 1] = (value // 10) % 10; memory[I + 2] = value % 10"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 221, Instruction: 0xcdb6

[Assistant] {"decoded_instruction": "V[0xd] = random.randint(0, 255) & 0xb6"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 1662, Instruction: 0xf715

[Assistant] {"decoded_instruction": "DT = V[0x7]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 54378, Instruction: 0x00e0

[Assistant] {"decoded_instruction": "display.clear()"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 39811, Instruction: 0xe1a1

[Assistant] {"decoded_instruction": "PC += 2 if not keys[V[0x1]] else 0", "block": "39815"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 32391, Instruction: 0x8804

[Assistant] {"decoded_instruction": "result = V[0x8] + V[0x0]; V[0x8] = result & 0xFF; V[0xF] = 1 if result > 0xFF else 0; "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 63589, Instruction: 0x4d93

[Assistant] {"decoded_instruction": "PC += 2 if V[0xd] != 0x93 else 0", "block": "63593"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 43711, Instruction: 0x836e

[Assistant] {"decoded_instruction": "msb = (V[0x6] & 0x80) >> 7; V[0x3] = (V[0x6] << 1) & 0xFF; V[0xF] = msb"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 59937, Instruction: 0x1bd6

[Assistant] {"decoded_instruction": "PC = 0xbd6", "marker": "0xbd6", "block": "0xbd6", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 11971, Instruction: 0xfa18

[Assistant] {"decoded_instruction": "ST = V[0xa]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 8796, Instruction: 0xfd33

[Assistant] {"decoded_instruction": "value = V[0xd]; memory[I] = value // 100; memory[I + 1] = (value // 10) % 10; memory[I + 2] = value % 10"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 32067, Instruction: 0x8994

[Assistant] {"decoded_instruction": "result = V[0x9] + V[0x9]; V[0x9] = result & 0xFF; V[0xF] = 1 if result > 0xFF else 0; "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 15723, Instruction: 0xf01e

[Assistant] {"decoded_instruction": "I = (I + V[0x0]) & 0xFFFF"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 18595, Instruction: 0x81d5

[Assistant] {"decoded_instruction": "borrow = 1 if V[0x1] >= V[0xd] else 0; V[0x1] = (V[0x1] - V[0xd]) & 0xFF; V[0xF] = borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 19340, Instruction: 0xb8ca

[Assistant] {"decoded_instruction": "PC = 0x8ca + V[0]", "block": "0x8ca", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 47577, Instruction: 0xed9e

[Assistant] {"decoded_instruction": "PC += 2 if keys[V[0xd]] else 0", "block": "47581 "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 56993, Instruction: 0x00e0

[Assistant] {"decoded_instruction": "display.clear()"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 47218, Instruction: 0xfa29

[Assistant] {"decoded_instruction": "I = (V[0xa] & 0x0F) * 5"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 4138, Instruction: 0xfb07

[Assistant] {"decoded_instruction": "V[0xb] = DT"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 50193, Instruction: 0x4c08

[Assistant] {"decoded_instruction": "PC += 2 if V[0xc] != 0x8 else 0", "block": "50197"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 30290, Instruction: 0x4251

[Assistant] {"decoded_instruction": "PC += 2 if V[0x2] != 0x51 else 0", "block": "30294"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 43830, Instruction: 0xfa29

[Assistant] {"decoded_instruction": "I = (V[0xa] & 0x0F) * 5"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 64985, Instruction: 0xed9e

[Assistant] {"decoded_instruction": "PC += 2 if keys[V[0xd]] else 0", "block": "64989 "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 35480, Instruction: 0x8084

[Assistant] {"decoded_instruction": "result = V[0x0] + V[0x8]; V[0x0] = result & 0xFF; V[0xF] = 1 if result > 0xFF else 0; "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 60568, Instruction: 0xf807

[Assistant] {"decoded_instruction": "V[0x8] = DT"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 21989, Instruction: 0xabbf

[Assistant] {"decoded_instruction": "I = 0xbbf", "marker": "0xbbf"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 1091, Instruction: 0xfe33

[Assistant] {"decoded_instruction": "value = V[0xe]; memory[I] = value // 100; memory[I + 1] = (value // 10) % 10; memory[I + 2] = value % 10"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 32130, Instruction: 0x7c3e

[Assistant] {"decoded_instruction": "V[0xc] = (V[0xc] + 0x3e) & 0xFF"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 14701, Instruction: 0x72ea

[Assistant] {"decoded_instruction": "V[0x2] = (V[0x2] + 0xea) & 0xFF"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 22869, Instruction: 0x8491

[Assistant] {"decoded_instruction": "V[0x4] = V[0x4] | V[0x9]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 25041, Instruction: 0xb1ab

[Assistant] {"decoded_instruction": "PC = 0x1ab + V[0]", "block": "0x1ab", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 26418, Instruction: 0x5850

[Assistant] {"decoded_instruction": "PC += 2 if V[0x8] == V[0x5] else 0", "block": "26422"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 52816, Instruction: 0xeba1

[Assistant] {"decoded_instruction": "PC += 2 if not keys[V[0xb]] else 0", "block": "52820"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 5645, Instruction: 0x84c4

[Assistant] {"decoded_instruction": "result = V[0x4] + V[0xc]; V[0x4] = result & 0xFF; V[0xF] = 1 if result > 0xFF else 0; "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 50884, Instruction: 0xfd18

[Assistant] {"decoded_instruction": "ST = V[0xd]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 32525, Instruction: 0xe7a1

[Assistant] {"decoded_instruction": "PC += 2 if not keys[V[0x7]] else 0", "block": "32529"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 14614, Instruction: 0xff1e

[Assistant] {"decoded_instruction": "I = (I + V[0xf]) & 0xFFFF"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 46629, Instruction: 0x00e0

[Assistant] {"decoded_instruction": "display.clear()"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 6191, Instruction: 0xf707

[Assistant] {"decoded_instruction": "V[0x7] = DT"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 51989, Instruction: 0xef9e

[Assistant] {"decoded_instruction": "PC += 2 if keys[V[0xf]] else 0", "block": "51993 "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 19913, Instruction: 0x8084

[Assistant] {"decoded_instruction": "result = V[0x0] + V[0x8]; V[0x0] = result & 0xFF; V[0xF] = 1 if result > 0xFF else 0; "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 51900, Instruction: 0x877e

[Assistant] {"decoded_instruction": "msb = (V[0x7] & 0x80) >> 7; V[0x7] = (V[0x7] << 1) & 0xFF; V[0xF] = msb"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 21445, Instruction: 0x8702

[Assistant] {"decoded_instruction": "V[0x7] = V[0x7] & V[0x0]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 41049, Instruction: 0x7610

[Assistant] {"decoded_instruction": "V[0x6] = (V[0x6] + 0x10) & 0xFF"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 32112, Instruction: 0x89a1

[Assistant] {"decoded_instruction": "V[0x9] = V[0x9] | V[0xa]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 17789, Instruction: 0x8270

[Assistant] {"decoded_instruction": "V[0x2] = V[0x7]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 32275, Instruction: 0x00ee

[Assistant] {"decoded_instruction": "PC = stack.pop()", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 56956, Instruction: 0x8c93

[Assistant] {"decoded_instruction": "V[0xc] = V[0xc] ^ V[0x9]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 53399, Instruction: 0x00e0

[Assistant] {"decoded_instruction": "display.clear()"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 45058, Instruction: 0xf655

[Assistant] {"decoded_instruction": "memory[I:I + 0x6 + 1] = V[:0x6 + 1]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 19149, Instruction: 0x8600

[Assistant] {"decoded_instruction": "V[0x6] = V[0x0]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 2739, Instruction: 0xb46f

[Assistant] {"decoded_instruction": "PC = 0x46f + V[0]", "block": "0x46f", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 60639, Instruction: 0xdb14

[Assistant] {"decoded_instruction": "draw_sprite(0xb, 0x1, 0x4)"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 7290, Instruction: 0x3380

[Assistant] {"decoded_instruction": "PC += 2 if V[0x3] == 0x80 else 0", "block": "7294"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 38305, Instruction: 0x55c0

[Assistant] {"decoded_instruction": "PC += 2 if V[0x5] == V[0xc] else 0", "block": "38309"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 35755, Instruction: 0xa724

[Assistant] {"decoded_instruction": "I = 0x724", "marker": "0x724"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 34882, Instruction: 0xf165

[Assistant] {"decoded_instruction": "V[:0x1 + 1] = memory[I:I + 0x1 + 1]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 63526, Instruction: 0x6d4b

[Assistant] {"decoded_instruction": "V[0xd] = 0x4b"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 50171, Instruction: 0xf518

[Assistant] {"decoded_instruction": "ST = V[0x5]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 52234, Instruction: 0xe6a1

[Assistant] {"decoded_instruction": "PC += 2 if not keys[V[0x6]] else 0", "block": "52238"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 62634, Instruction: 0x00e0

[Assistant] {"decoded_instruction": "display.clear()"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 6771, Instruction: 0xf31e

[Assistant] {"decoded_instruction": "I = (I + V[0x3]) & 0xFFFF"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 31653, Instruction: 0x39b5

[Assistant] {"decoded_instruction": "PC += 2 if V[0x9] == 0xb5 else 0", "block": "31657"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 39140, Instruction: 0x8d63

[Assistant] {"decoded_instruction": "V[0xd] = V[0xd] ^ V[0x6]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 22172, Instruction: 0xf765

[Assistant] {"decoded_instruction": "V[:0x7 + 1] = memory[I:I + 0x7 + 1]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 44552, Instruction: 0xf51e

[Assistant] {"decoded_instruction": "I = (I + V[0x5]) & 0xFFFF"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 41411, Instruction: 0x8ce6

[Assistant] {"decoded_instruction": "lsb = V[0xc] & 0x1; V[0xc] = V[0xc] >> 1; V[0xF] = lsb"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 39461, Instruction: 0x96b0

[Assistant] {"decoded_instruction": "PC += 2 if V[0x6] != V[0xb] else 0", "block": "39465"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 45244, Instruction: 0x84a6

[Assistant] {"decoded_instruction": "lsb = V[0x4] & 0x1; V[0x4] = V[0x4] >> 1; V[0xF] = lsb"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 30182, Instruction: 0xf965

[Assistant] {"decoded_instruction": "V[:0x9 + 1] = memory[I:I + 0x9 + 1]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 29416, Instruction: 0xa843

[Assistant] {"decoded_instruction": "I = 0x843", "marker": "0x843"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 34451, Instruction: 0x72e3

[Assistant] {"decoded_instruction": "V[0x2] = (V[0x2] + 0xe3) & 0xFF"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 28951, Instruction: 0x1dd8

[Assistant] {"decoded_instruction": "PC = 0xdd8", "marker": "0xdd8", "block": "0xdd8", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 59189, Instruction: 0x8755

[Assistant] {"decoded_instruction": "borrow = 1 if V[0x7] >= V[0x5] else 0; V[0x7] = (V[0x7] - V[0x5]) & 0xFF; V[0xF] = borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 34660, Instruction: 0xbb02

[Assistant] {"decoded_instruction": "PC = 0xb02 + V[0]", "block": "0xb02", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 51219, Instruction: 0x8ce3

[Assistant] {"decoded_instruction": "V[0xc] = V[0xc] ^ V[0xe]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 62909, Instruction: 0xc335

[Assistant] {"decoded_instruction": "V[0x3] = random.randint(0, 255) & 0x35"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 30760, Instruction: 0xf615

[Assistant] {"decoded_instruction": "DT = V[0x6]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 58928, Instruction: 0x8755

[Assistant] {"decoded_instruction": "borrow = 1 if V[0x7] >= V[0x5] else 0; V[0x7] = (V[0x7] - V[0x5]) & 0xFF; V[0xF] = borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 63876, Instruction: 0xfa0a

[Assistant] {"decoded_instruction": "waiting_keypress = True; keypress_register = 0xa"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 24492, Instruction: 0x8696

[Assistant] {"decoded_instruction": "lsb = V[0x6] & 0x1; V[0x6] = V[0x6] >> 1; V[0xF] = lsb"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 35204, Instruction: 0x16a2

[Assistant] {"decoded_instruction": "PC = 0x6a2", "marker": "0x6a2", "block": "0x6a2", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 27909, Instruction: 0x5120

[Assistant] {"decoded_instruction": "PC += 2 if V[0x1] == V[0x2] else 0", "block": "27913"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 26528, Instruction: 0x8140

[Assistant] {"decoded_instruction": "V[0x1] = V[0x4]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 52390, Instruction: 0xb842

[Assistant] {"decoded_instruction": "PC = 0x842 + V[0]", "block": "0x842", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 46603, Instruction: 0xf907

[Assistant] {"decoded_instruction": "V[0x9] = DT"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 35155, Instruction: 0x8d74

[Assistant] {"decoded_instruction": "result = V[0xd] + V[0x7]; V[0xd] = result & 0xFF; V[0xF] = 1 if result > 0xFF else 0; "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 700, Instruction: 0xf60a

[Assistant] {"decoded_instruction": "waiting_keypress = True; keypress_register = 0x6"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 8146, Instruction: 0xeda1

[Assistant] {"decoded_instruction": "PC += 2 if not keys[V[0xd]] else 0", "block": "8150"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 14561, Instruction: 0xbd84

[Assistant] {"decoded_instruction": "PC = 0xd84 + V[0]", "block": "0xd84", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 39745, Instruction: 0x9f30

[Assistant] {"decoded_instruction": "PC += 2 if V[0xf] != V[0x3] else 0", "block": "39749"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 11475, Instruction: 0xfd07

[Assistant] {"decoded_instruction": "V[0xd] = DT"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 20780, Instruction: 0xfb55

[Assistant] {"decoded_instruction": "memory[I:I + 0xb + 1] = V[:0xb + 1]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 34576, Instruction: 0xe19e

[Assistant] {"decoded_instruction": "PC += 2 if keys[V[0x1]] else 0", "block": "34580 "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 24363, Instruction: 0x8c76

[Assistant] {"decoded_instruction": "lsb = V[0xc] & 0x1; V[0xc] = V[0xc] >> 1; V[0xF] = lsb"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 39577, Instruction: 0xe5a1

[Assistant] {"decoded_instruction": "PC += 2 if not keys[V[0x5]] else 0", "block": "39581"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 51056, Instruction: 0xf907

[Assistant] {"decoded_instruction": "V[0x9] = DT"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 1498, Instruction: 0x88f7

[Assistant] {"decoded_instruction": "not_borrow = 1 if V[0xf] >= V[0x8] else 0; V[0x8] = (V[0xf] - V[0x8]) & 0xFF; V[0xF] = not_borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 22802, Instruction: 0xe9a1

[Assistant] {"decoded_instruction": "PC += 2 if not keys[V[0x9]] else 0", "block": "22806"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 52725, Instruction: 0xe4a1

[Assistant] {"decoded_instruction": "PC += 2 if not keys[V[0x4]] else 0", "block": "52729"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 8563, Instruction: 0x8136

[Assistant] {"decoded_instruction": "lsb = V[0x1] & 0x1; V[0x1] = V[0x1] >> 1; V[0xF] = lsb"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 11136, Instruction: 0xf307

[Assistant] {"decoded_instruction": "V[0x3] = DT"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 2367, Instruction: 0xf115

[Assistant] {"decoded_instruction": "DT = V[0x1]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 12425, Instruction: 0x81f1

[Assistant] {"decoded_instruction": "V[0x1] = V[0x1] | V[0xf]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 25597, Instruction: 0x8e30

[Assistant] {"decoded_instruction": "V[0xe] = V[0x3]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 1482, Instruction: 0xf31e

[Assistant] {"decoded_instruction": "I = (I + V[0x3]) & 0xFFFF"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 41534, Instruction: 0xfa0a

[Assistant] {"decoded_instruction": "waiting_keypress = True; keypress_register = 0xa"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 19526, Instruction: 0x8e20

[Assistant] {"decoded_instruction": "V[0xe] = V[0x2]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 36889, Instruction: 0xfc0a

[Assistant] {"decoded_instruction": "waiting_keypress = True; keypress_register = 0xc"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 58439, Instruction: 0x8155

[Assistant] {"decoded_instruction": "borrow = 1 if V[0x1] >= V[0x5] else 0; V[0x1] = (V[0x1] - V[0x5]) & 0xFF; V[0xF] = borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 15615, Instruction: 0x9050

[Assistant] {"decoded_instruction": "PC += 2 if V[0x0] != V[0x5] else 0", "block": "15619"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 35142, Instruction: 0x658c

[Assistant] {"decoded_instruction": "V[0x5] = 0x8c"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 8390, Instruction: 0x6568

[Assistant] {"decoded_instruction": "V[0x5] = 0x68"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 11824, Instruction: 0x8f60

[Assistant] {"decoded_instruction": "V[0xf] = V[0x6]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 26916, Instruction: 0xeaa1

[Assistant] {"decoded_instruction": "PC += 2 if not keys[V[0xa]] else 0", "block": "26920"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 31995, Instruction: 0x83a5

[Assistant] {"decoded_instruction": "borrow = 1 if V[0x3] >= V[0xa] else 0; V[0x3] = (V[0x3] - V[0xa]) & 0xFF; V[0xF] = borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 52498, Instruction: 0xf155

[Assistant] {"decoded_instruction": "memory[I:I + 0x1 + 1] = V[:0x1 + 1]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 8034, Instruction: 0x88e6

[Assistant] {"decoded_instruction": "lsb = V[0x8] & 0x1; V[0x8] = V[0x8] >> 1; V[0xF] = lsb"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 41599, Instruction: 0x1583

[Assistant] {"decoded_instruction": "PC = 0x583", "marker": "0x583", "block": "0x583", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 2227, Instruction: 0x82e5

[Assistant] {"decoded_instruction": "borrow = 1 if V[0x2] >= V[0xe] else 0; V[0x2] = (V[0x2] - V[0xe]) & 0xFF; V[0xF] = borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 17232, Instruction: 0xbcf6

[Assistant] {"decoded_instruction": "PC = 0xcf6 + V[0]", "block": "0xcf6", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 25608, Instruction: 0x8520

[Assistant] {"decoded_instruction": "V[0x5] = V[0x2]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 22788, Instruction: 0x8994

[Assistant] {"decoded_instruction": "result = V[0x9] + V[0x9]; V[0x9] = result & 0xFF; V[0xF] = 1 if result > 0xFF else 0; "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 60018, Instruction: 0x4d9d

[Assistant] {"decoded_instruction": "PC += 2 if V[0xd] != 0x9d else 0", "block": "60022"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 49222, Instruction: 0x8c65

[Assistant] {"decoded_instruction": "borrow = 1 if V[0xc] >= V[0x6] else 0; V[0xc] = (V[0xc] - V[0x6]) & 0xFF; V[0xF] = borrow"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 41069, Instruction: 0xf61e

[Assistant] {"decoded_instruction": "I = (I + V[0x6]) & 0xFFFF"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 29206, Instruction: 0xa9c0

[Assistant] {"decoded_instruction": "I = 0x9c0", "marker": "0x9c0"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 47302, Instruction: 0x8094

[Assistant] {"decoded_instruction": "result = V[0x0] + V[0x9]; V[0x0] = result & 0xFF; V[0xF] = 1 if result > 0xFF else 0; "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 36103, Instruction: 0xf765

[Assistant] {"decoded_instruction": "V[:0x7 + 1] = memory[I:I + 0x7 + 1]"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 38807, Instruction: 0xf407

[Assistant] {"decoded_instruction": "V[0x4] = DT"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 48728, Instruction: 0x00e0

[Assistant] {"decoded_instruction": "display.clear()"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 55089, Instruction: 0x8cbe

[Assistant] {"decoded_instruction": "msb = (V[0xb] & 0x80) >> 7; V[0xc] = (V[0xb] << 1) & 0xFF; V[0xF] = msb"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 28994, Instruction: 0xb6b4

[Assistant] {"decoded_instruction": "PC = 0x6b4 + V[0]", "block": "0x6b4", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 53619, Instruction: 0xc626

[Assistant] {"decoded_instruction": "V[0x6] = random.randint(0, 255) & 0x26"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 54182, Instruction: 0xb1c8

[Assistant] {"decoded_instruction": "PC = 0x1c8 + V[0]", "block": "0x1c8", "block_end": "True"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 34749, Instruction: 0xf71e

[Assistant] {"decoded_instruction": "I = (I + V[0x7]) & 0xFFFF"}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 38254, Instruction: 0xed9e

[Assistant] {"decoded_instruction": "PC += 2 if keys[V[0xd]] else 0", "block": "38258 "}


[User]
You're the CHIP-8 Disassembler, interpreting hexadecimal instructions and providing the corresponding disassembly in Python code. Each instruction will be provided in the format of four hexadecimal digits along with the current address in decimal format in the machine's memory. Your task is to understand each instruction and respond with the appropriate Python code that disassembles the instruction into a human-readable format based on the provided address.

Address: 46230, Instruction: 0xf133

[Assistant] {"decoded_instruction": "value = V[0x1]; memory[I] = value // 100; memory[I + 1] = (value // 10) % 10; memory[I + 2] = value % 10"}