I NEED LOGISM FILES PLEASE. Please share screenshots of the $9$ original instrunctions of the logism file. I have the instrunctions but need to submit the images. Here are the instructions. Phase $1$:

Arithmetic Addition: Adds two $8-$bit operands and provides the sum as an output. Important for general computation

Increment: Increments the value of a register by $1.$Helps with loops.

Decrement: Decrements the value of a register by $1.$ Also important for loops.

Comparison: Compares two operands and provides three outputs which indicates equal, less than, and greater than. Important for conditional branching.

Logic Bitwise NOT: Performs a bitwise NOT operation on an operand. Useful for logical manipulation of data.

Logic Bitwise AND: Performs a bitwise AND operation between two operands. Useful for masking and filtering bits.

Logic Bitwise OR: Performs a bitwise OR operation between two operands. Useful for combining and setting bits.

Register Right Logic Shift: Shifts the bits of a register to the right. Important for division by powers of $2$ and bit manipulation.

Register Left Logic Shift: Shifts the bits of a register to the left. Useful for multiplication by powers.

Additional Instructions

Load Immediate: Loads an immediate value into a register. Important for registers with constants.

Store: Stores the value of a register into memory. Needed for transferring data between memory.

Load: Loads the value from memory into a register. Needed for retrieving data from memory for processing.

Bitwise XOR: Performs a bitwise XOR operation between two operands. Useful for data manipulation.

Clear: Sets all bits in a register to zero. Important for resetting registers.

Phase Two:

Opcode Table:

Arithmetic Addition: Opcode $0000$

Increment: Opcode $0001$

Decrement: Opcode $0010$

Comparison: Opcode $0011$

Logic Bitwise NOT: Opcode $0100$

Logic Bitwise AND: Opcode $0101$

Logic Bitwise OR: Opcode $0110$

Register Right Logic Shift: Opcode $0111$

Register Left Logic Shift: Opcode $1000$

Load Immediate: Opcode $1001$

Store: Opcode $1010$

Load: Opcode $1011$

Bitwise XOR: Opcode $1100$

Clear: Opcode $1101$

Number of Operands: $1$ operand with accumulator

Phase Four:

Program $1$: Add Two Operands

LOAD R$1,$ Operand$1$ ; Load the first operand into register R$1$

LOAD R$2,$ Operand$2$ ; Load the second operand into register R$2$

ADD R$1,$ R$2,$ R$3$ ; Add the contents of R$1$ and R$2,$ store the result in R$3$

; Result is now in R$3$

Program $2$: Add Operands Until the New Value is $0$

LOAD R$1,$ Operand$1$ ; Load the initial operand into register R$1$

CLEAR R$2$ ; Clear register R$2$ to store the sum

LOOP:

ADD R$2,$ R$1,$ R$2$ ; Add R$1$ to R$2$ and store the result in R$2$

CJMP R$1,$ R$2,$ END ; Conditional jump to END if R$1$ equals R$2$

JMP LOOP ; Unconditional jump back to LOOP

END:

; Result is in R$2$

Program $3$: Increment by $2$ Ten Times

CLEAR R$1$ ; Clear register R$1$

LOADIMM R$2,2$ ; Load immediate value $2$ into register R$2$

LOOP:

ADD R$1,$ R$2,$ R$1$ ; Increment R$1$ by $2$

CJMP R$2,$ R$1,$ END ; Conditional jump to END if R$2$ equals R$1$

JMP LOOP ; Unconditional jump back to LOOP

END:

; Result is in R$1$

Program $4$: Shift Register Until Least Significant Bit is $0($with Stop Condition$)$

LOADIMM R$1,1$ ; Load immediate value $1$ into register R$1$

LOADIMM R$2,0$xFE ; Load immediate value $0$xFE into register R$2($LSB is $0)$

LOOP:

LEFTSHIFT R$1,$ R$1$ ; Left shift R$1$ by $1$

CJMP R$1,$ R$2,$ END ; Conditional jump to END if R$1$ equals R$2($LSB is $0)$

JMP LOOP ; Unconditional jump back to LOOP

END:

; Result is in R$1$