row_major_mult.txt

lui s0, 0x0000 //vector
andi s0 s0 0x0010
lui s1 0x0000 //matrix
andi s0 s0 0x0024
lui s2 0x0000 //vector product
andi s2 s2 0x00F0
lui t0 0x0000 //t0 used to place values and mult vector
andi t0 t0 0x0017 
lui t1 0xFFFF //t1 is used by matrix 2x4
andi t1 t1 0xFF10

sw t0 0x0(s0) //1
sw t1 0x0(s1) //1x1
addi t0 t0 0x0005
addi t1 t1 0x008B
sw t0 0x4(s0) //2
sw t1 0x4(s1) //1x2
addi t0 t0 0x32
addi t1 t1 0x22
sw t0 0x8(s0) //3 
sw t1 0x8(s1) //1x3
addi t0 t0 0x03
addi t1 t1 0x1a
sw t0 0xC(s0) //4
sw t1 0x8(s0) //1x4
addi t0 t0 0x13
addi t1 t1 0x03
sw t0 0x10(s1) //2x1
sw t1 0x14(s1) //2x2
addi t0 t0 0x09
addi t1 t1 0x0F
sw t0 0x18(s1) //2x3
sw t0 0x1C(s1) //2x4 

lw t0 0x0(s0)
lw t1 0x0(s1)
mult t1 t0
lw t0 0x4(s0) //loading next mult 2nd
lw t1 0x4(s1) 
mflo t2
sw t2 0x0(s2) //storing into mem 1st entry
mult t1 t0
lw t0, 0x8(s0) //loading 3rd
lw t1, 0x8(s1)
mflo t2
sw t2 0x4(s2) //storing 2nd
mult t1 t0
lw t0 0xC(s0) //loading 4th 
lw t1 0xC(s1)
mflo t2
sw t2 0x8(s2) //storing 3rd
mult t1 t0
lw t0 0x0(s0) //loading 2x1
lw t1 0x10(s1)
mflo t2
sw t2 0xC(s2) //storing 4th
mult t1 t0 //now we're multiplying through the second row
lw t0 0x4(s0) //loading 2x2
lw t1 0x14(s1)
lw t2 0x0(s2) //loading 1st prod
mflo t3
add t2 t2 t3 //add to column prod
mult t1 t0 //mult 2nd
sw t2 0x0(s2) //store back in 1st
lw t0 0x8(s0) //loading 2x3
lw t1 0x18(s1)
lw t2 0x4(s2)
mflo t3
add t2 t2 t3
mult t1 t0 //mult 3rd
sw t2 0x4(s2) //store back in 2nd
lw t0 0xC(s0) //loading 2x4
lw t1 0x1C(s1)
lw t2 0x8(s2)
mflo t3
add t2 t2 t3
mult t1 t0 //mult 4th
sw t2 0x8(s2) //store back in 3rd
lw t2 0xC(s2)
mflo t3
add t2 t2 t3
sw t2 0xC(s2) //store back in 4th
//completed mult stored in memory address contained by s2