Test your logic using the simulator on the provided link. Using the link for LMC papers and use the simulator (http://peterhigginson.co.uk/LMC/)

PLEASE provide the following:

1. Complete LMC code for each problem.

2. Print screen of the output results of each problem after you run the program.

3. for each problem submit the above two items in a word documents for each problem.

Question

Write a Little Man program that accepts 3 values as input and outputs them in order of size, largest to smallest.

Little Man Computer references

Numeric code	Mnemonic code	Instruction	Description
1xx	ADD	ADD	Add the value stored in mailbox xx to whatever value is currently on the accumulator (calculator). Note: the contents of the mailbox are not changed, and the actions of the accumulator (calculator) are not defined for add instructions that cause sums larger than 3 digits.
2xx	SUB	SUBTRACT	Subtract the value stored in mailbox xx from whatever value is currently on the accumulator (calculator). Note: the contents of the mailbox are not changed, and the actions of the accumulator are not defined for subtract instructions that cause negative results - however, a negative flag will be set so that 8xx (BRP) can be used properly.
3xx	STA	STORE	Store the contents of the accumulator in mailbox xx (destructive). Note: the contents of the accumulator (calculator) are not changed (non-destructive), but contents of mailbox are replaced regardless of what was in there (destructive)
5xx	LDA	LOAD	Load the value from mailbox xx (non-destructive) and enter it in the accumulator (destructive).
6xx	BRA	BRANCH(unconditional)	Set the program counter to the given address (value xx). That is, value xx will be the next instruction executed.
7xx	BRZ	BRANCH IF ZERO (conditional)	If the accumulator (calculator) contains the value 000, set the program counter to the value xx. Otherwise, do nothing. Note: since the program is stored in memory, data and program instructions all have the same address/location format.
8xx	BRP	BRANCH IF POSITIVE (conditional)	If the accumulator (calculator) is 0 or positive, set the program counter to the value xx. Otherwise, do nothing. Note: since the program is stored in memory, data and program instructions all have the same address/location format.
901	INP	INPUT	Go to the INBOX, fetch the value from the user, and put it in the accumulator (calculator) Note: this will overwrite whatever value was in the accumulator (destructive)
902	OUT	OUTPUT	Copy the value from the accumulator (calculator) to the OUTBOX. Note: the contents of the accumulator are not changed (non-destructive).
0	HLT	HALT	Stop working.
	DAT	DATA	This is an assembler instruction which simply loads the value into the next available mailbox. DAT can also be used in conjunction with labels to declare variables. For example, DAT 984 will store the value 984 into a mailbox.