I used the latest version of the spreadsheet(v2.8) to generate the data.
I changed Ixx71 and Ixx91 to match with the rest of the motor settings (which derived from DLS). Ixx69 was generated from the spreadsheet.
I attached the screenshot of the spreadsheet and the configuration file for your reference. Motor is setup on axis #1.
// Geo Brick LV Setup Assistant 2.8 Auto-Generated Parameters
CLOSE
DEL GAT
// Clock Setup Parameters
I7100=1473 // 20kHz PWM frequency
I7101=3 // 10kHz Phase frequency
I7102=1 // 5kHz Servo Clock
I6800=1473
I6801=3
I6802=1
I7000=1473
I7001=3
I7002=1
I10=1677653 // 0.19999 msec Servo Period
I7003=1746 I7004=4
I7103=1746 I7104=4
#define timer32 I6612
#define msec32 *8388608/I10WHILE(I6612>0)ENDWHILE
// initialization PLC
OPEN PLC 1 CLEAR
DISABLE PLC 2..31
timer32 = 50 msec32
CMD"WX:$78014,$F8CDFE" //Motor #1 CLRF
timer32 = 50 msec32
CMD"WX:$78014,$F84DFE" // Motor #1 Type
timer32 = 50 msec32
CMD"WX:$78014,$F00DFE" // Motor #1 Protection
timer32 = 50 msec32
CMD"WX:$78014,$F9CDFE" //Motor #2 CLRF
timer32 = 50 msec32
CMD"WX:$78014,$F94DFE" // Motor #2 Type
timer32 = 50 msec32
CMD"WX:$78014,$F10DFE" // Motor #2 Protection
timer32 = 50 msec32
CMD"WX:$78014,$FACDFE" //Motor #3 CLRF
timer32 = 50 msec32
CMD"WX:$78014,$FA4DFE" // Motor #3 Type
timer32 = 50 msec32
CMD"WX:$78014,$F20DFE" // Motor #3 Protection
timer32 = 50 msec32
CMD"WX:$78014,$FBCDFE" //Motor #4 CLRF
timer32 = 50 msec32
CMD"WX:$78014,$FB4DFE" // Motor #4 Type
timer32 = 50 msec32
CMD"WX:$78014,$F30DFE" // Motor #4 Protection
timer32 = 50 msec32
CMD"WX:$78114,$F8CDFE" //Motor #5 CLRF
timer32 = 50 msec32
CMD"WX:$78114,$F84DFE" // Motor #5 Type
timer32 = 50 msec32
CMD"WX:$78114,$F00DFE" // Motor #5 Protection
timer32 = 50 msec32
CMD"WX:$78114,$F9CDFE" //Motor #6 CLRF
timer32 = 50 msec32
CMD"WX:$78114,$F94DFE" // Motor #6 Type
timer32 = 50 msec32
CMD"WX:$78114,$F10DFE" // Motor #6 Protection
timer32 = 50 msec32
CMD"WX:$78114,$FACDFE" //Motor #7 CLRF
timer32 = 50 msec32
CMD"WX:$78114,$FA4DFE" // Motor #7 Type
timer32 = 50 msec32
CMD"WX:$78114,$F20DFE" // Motor #7 Protection
timer32 = 50 msec32
CMD"WX:$78114,$FBCDFE" //Motor #8 CLRF
timer32 = 50 msec32
CMD"WX:$78114,$FB4DFE" // Motor #8 Type
timer32 = 50 msec32
CMD"WX:$78114,$F30DFE" // Motor #8 Protection
timer32 = 50 msec32
DISABLE PLC 1
CLOSE
I5=2
// Encoder Conversion Table Setup
//WY:$3501,$78000,$78008,$78010,$78018,$78100,$78108,$78110,$78118
//WY:$3509,$6800BF,$018018,$EC0009,$68013F,$018018,$EC000C,$6801BF,$018018,$EC000F,$68023F,$018018,$EC0012,$6802BF,$018018,$EC0015,$68033F,$018018,$EC0018,$6803BF,$018018,$EC001B,$68043F,$018018,$EC001E
WY:$3501,$6800BF,$018018,$EC0001
WY:$3504,$68013F,$018018,$EC0004
WY:$3507,$6801BF,$018018,$EC0007
WY:$350A,$68023F,$018018,$EC000A
WY:$350D,$6802BF,$018018,$EC000D
WY:$3510,$68033F,$018018,$EC0010
WY:$3513,$6803BF,$018018,$EC0013
WY:$3516,$68043F,$018018,$EC0016
// Activation Control
I100=1
I200=1
I300=1
I400=1
I500=1
I600=1
I700=1
I800=1
// Commutation Enable
I101=1
I201=1
I301=1
I401=1
I501=1
I601=1
I701=1
I801=1
// Output Address
I102=$078002
I202=$07800A
I302=$078012
I402=$07801A
I502=$078102
I602=$07810A
I702=$078112
I802=$07811A
// Position feedback
I103=$3503
I203=$3506
I303=$3509
I403=$350C
I503=$350F
I603=$3512
I703=$3515
I803=$3518
// Velocity feedback
I104=$3503
I204=$3506
I304=$3509
I404=$350C
I504=$350F
I604=$3512
I704=$3515
I804=$3518
// Current Loop Settings
I182=$078006
I282=$07800E
I382=$078016
I482=$07801E
I582=$078106
I682=$07810E
I782=$078116
I882=$07811E
// ADC Mask
I184,8,100=$FFFC00
// Phase offset
I172=512
I272=512
I372=512
I472=512
I572=512
I672=512
I772=512
I872=512
// PWM Scale Factor
I166=1399
I266=1399
I366=1399
I466=1399
I566=1399
I666=1399
I766=1399
I866=1399
// Current Loop Gains
I161=0.0685419728429138 I162=0 I176=0.907231124374112
I261=0.0685419728429138 I262=0 I276=0.907231124374112
I361=0.0685419728429138 I362=0 I376=0.907231124374112
I461=0.0685419728429138 I462=0 I476=0.907231124374112
I561=0.0685419728429138 I562=0 I576=0.907231124374112
I661=0.0685419728429138 I662=0 I676=0.907231124374112
I761=0.0685419728429138 I762=0 I776=0.907231124374112
I861=0.0685419728429138 I862=0 I876=0.907231124374112
// I2T Protection Settings
I157=2489 I158=151 I169=4
I257=4149 I258=2486 I269=4
I357=5335 I358=2889 I369=4
I457=5927 I458=2945 I469=4
I557=5927 I558=2945 I569=4
I657=5927 I658=2945 I669=4
I757=5927 I758=2945 I769=4
I857=5927 I858=2945 I869=4
// Flag Settings
I125=$078000
I225=$078008
I325=$078010
I425=$078018
I525=$078100
I625=$078108
I725=$078110
I825=$078118
I124=$820401
I224=$820401
I324=$820401
I424=$820401
I524=$820401
I624=$820401
I724=$820401
I824=$820401
// Commutation Parameters
// On-going Phase Position
I183=$3503
I283=$3506
I383=$3509
I483=$350C
I583=$350F
I683=$3512
I783=$3515
I883=$3518
// Number of pole pairs per revolution
I170=1
I270=1
I370=1
I470=1
I570=1
I670=1
I770=1
I870=1
// Number of encoder counts per revolution
I171=4096
I271=4096
I371=4096
I471=4096
I571=4096
I671=4096
I771=4096
I871=4096
// Motor Phasing Parameters
// Phase Search method
I180=0
I280=0
I380=0
I480=0
I580=0
I680=0
I780=0
I880=0
// Phase Search Magnitude
I173=0
I273=0
I373=0
I473=0
I573=0
I673=0
I773=0
I873=0
// Phase Search Time
I174=0
I274=0
I374=0
I474=0
I574=0
I674=0
I774=0
I874=0
// Absolute Phase Position Source Address
I181=$3503
I281=$3506
I381=$3509
I481=$350C
I581=$350F
I681=$3512
I781=$3515
I881=$3518
// Absolute Phase Position Format
I191=$500000
I291=$500000
I391=$500000
I491=$500000
I591=$500000
I691=$500000
I791=$500000
I891=$500000
// Magnetization Current
I177=829
I277=1383
I377=1778
I477=1975
I577=1975
I677=1975
I777=1975
I877=1975
// Quadrature current loop calculation only (brushed motors)
I196=0
I296=0
I396=0
I496=0
I596=0
I696=0
I796=0
I896=0
// PID values for Stepper Motors Only
I130=1024 I131=0 I132=85 I133=1024 I134=1 I135..139=0
I230=1024 I231=0 I232=85 I233=1024 I234=1 I235..239=0
I330=1024 I331=0 I332=85 I333=1024 I334=1 I335..339=0
I430=1024 I431=0 I432=85 I433=1024 I434=1 I435..439=0
I530=1024 I531=0 I532=85 I533=1024 I534=1 I535..539=0
I630=1024 I631=0 I632=85 I633=1024 I634=1 I635..639=0
I730=1024 I731=0 I732=85 I733=1024 I734=1 I735..739=0
I830=1024 I831=0 I832=85 I833=1024 I834=1 I835..839=0
// Commutation Delay Compensation for Microstepping
I156=18/360*2048/(I169*I108*32)
I256=18/360*2048/(I269*I208*32)
I356=18/360*2048/(I369*I308*32)
I456=18/360*2048/(I469*I408*32)
I556=18/360*2048/(I569*I508*32)
I656=18/360*2048/(I669*I608*32)
I756=18/360*2048/(I769*I708*32)
I856=18/360*2048/(I869*I808*32)
Thanks.