logfile reordjup1.log

clock pclkA 1 0 0 0
clock pclkB 0 0 1 0
stepsize 55
vector muxcont pMUXCONT{0:1}
vector ycount pYCOUNT{0:2}BUF
vector xcount pXCOUNT{0:2}BUF
vector trace pTRACE{0:2}
vector state pSTATE{0:3}
vector muxout pMUXOUT{0:2}
vector iopads pBIT{0:7}
vector lineselects ls{0:7}

vector inmuxcont inMUXCONT{0:1}
vector inycount inYCOUNT{0:2}BUF
vector inxcount inXCOUNT{0:2}BUF
vector intrace inTRACE{0:2}
vector instate inSTATE{0:3}
vector inmuxout inMUXOUT{0:2}
vector inbits inBIT{0:7}
vector outbits outBIT{0:7}
ana instate state pclkA inclkA pclkB inclkB pRESTART inRESTART pUSERREADY
ana inUSERREADY pDONE inDONE pWRITETOMEM inWRITETOMEM pDEPENDENT
ana inDEPENDENT indepFOUND pLATFNDBAR inLATFNDBAR iopads inbits outbits
ana muxcont inmuxcont xcount inxcount ycount inycount trace intrace
ana muxout inmuxout lineselects writedep

| reset chip and have USERREADY
| NEXTSTATE:14,      14,      14,      0
V pRESTART   0        1        0        0
V pUSERREADY 0        0        0        1
V iopads     00000000 00000000 00000000 11000000
R

| search for latent until found (third instruction), then move to dep check
| NEXTSTATE:0,       0,       0,      
V pRESTART   0        0        0       
V pUSERREADY 0        0        0       
V iopads     11000000 11000000 01011110
R

| first prepare for dep checking
| NEXTSTATE:1        2        3        4
V pRESTART   0        0        0        0
V pUSERREADY 0        0        0        0
V iopads     01011110 01011110 11000001 11000001
R

| dep check (first time, should repeat five times, including current)
| NEXTSTATE:4        4        4        4        4
V pRESTART   0        0        0        0        0
V pUSERREADY 0        0        0        0        0
V iopads     01001011 00010100 11111111 11000000 11000000
R

| check whether candidate okay
| NEXTSTATE:5        6        1
V pRESTART   0        0        0
V pUSERREADY 0        0        0
V iopads     11000001 11000001 11000001
R

| nope, so move down one and try again
| NEXTSTATE:2        3        4
V pRESTART   0        0        0
V pUSERREADY 0        0        0
V iopads     11000001 01001011 01001011
R

| again, dep check (second time, should repeat four times, including current)
| NEXTSTATE:4        4        4        4
V pRESTART   0        0        0        0
V pUSERREADY 0        0        0        0
V iopads     00010100 11111111 11000000 11000000
R

| check whether candidate okay
| NEXTSTATE:5        6        1
V pRESTART   0        0        0
V pUSERREADY 0        0        0
V iopads     01001011 01001011 01001011
R

| nope, move down one more and try again
| NEXTSTATE:2        3        4
V pRESTART   0        0        0
V pUSERREADY 0        0        0
V iopads     01001011 00010100 00010100
R

| again, dep check (third time, should repeat three times, including current)
| NEXTSTATE:4        4        4
V pRESTART   0        0        0
V pUSERREADY 0        0        0
V iopads     11111111 11000000 11000000
R

| check whether candidate okay
| NEXTSTATE:5        6        1
V pRESTART   0        0        0
V pUSERREADY 0        0        0
V iopads     00010100 00010100 00010100
R

| nope, move down one more and try again
| NEXTSTATE:2        3        4
V pRESTART   0        0        0
V pUSERREADY 0        0        0
V iopads     00010100 11111111 11111111
R

| again, dep check (fourth time, repeat twice, including current)
| NEXTSTATE:4        4
V pRESTART   0        0
V pUSERREADY 0        0
V iopads     11000000 11000000
R

| check whether candidate okay
| NEXTSTATE:5        6        7
V pRESTART   0        0        0
V pUSERREADY 0        0        0
V iopads     11111111 11000000 11000000
R

| it is!, so check candidate type
| NEXTSTATE:9
V pRESTART   0
V pUSERREADY 0
V iopads    00010100
R

| cycle through reordering
| NEXTSTATE:10       11       12       9
V pRESTART   0        0        0        0
V pUSERREADY 0        0        0        0
V iopads     00010100 11111111 00010100 01001011
R

| cycle through reordering
| NEXTSTATE:10       11       12       9
V pRESTART   0        0        0        0
V pUSERREADY 0        0        0        0
V iopads     01001011 00010100 01001011 11000001
R

| cycle through reordering
| NEXTSTATE:10       11       12       9
V pRESTART   0        0        0        0
V pUSERREADY 0        0        0        0
V iopads     11000001 01001011 11000001 01011110
R

| final move, write the candidate!!
| NEXTSTATE:13       0
V pRESTART   0        0
V pUSERREADY 0        0
V iopads     11111111 11111111
R