Netlogo- Creating agents with traits from .csv files -

i'm attempting populate world agents traits csv file. file looks this:

i'm pretty fluent in other areas of netlogo first time diving in external data inputs.

i've looked in other places , other topics populating list of data. official , dictionary seem have big differences pre-and post- v 5.1 i'm not sure if guides i'm finding accurate latest version.

i don't particularly care if large list (or list of lists) produced or if while reading data line-by-line, wipes previous lines' data after producing agent.

i've tried using given here: http://netlogoabm.blogspot.com/2015/05/connecting-or-linking-turtles-from-csv.html

but seems throw errors since data not numbers. appreciate assistance.

i believe can modify example match problem, in summary first read file global list, extracted number of agents, assigned properties of agents @ each tick , ran simulation:

 extensions [csv]     breed [drivers driver]     turtles-own[       name      list-of-actions      ]     globals [li]      setup        ca       set li []       file-open "time.csv"       load-files-and-set-the-list     createdrivers set-agents-list-of-actions       reset-ticks     end           load-files-and-set-the-list       if file-at-end? [ stop file-close  ]  ;; protect against end of file         while [not file-at-end? ]     [       let _line (csv:from-row file-read-line ",")       set li lput _line li      ]        end         set-agents-list-of-actions      let t []          foreach li         [       if position ? li > 0           [             ask turtles [name =  (item 0 ?)]           [             set hidden? false             set list-of-actions lput  ( list (item 1 ?) (item 2 ?) (item 3 ?)) list-of-actions             ]         ]       ]      end       go          ask drivers           [             foreach  list-of-actions               [                if ticks = (item 0 ?)                [               move-to patch (item 1 ?) (item 2 ?)                 set list-of-actions remove ? list-of-actions                 ]             ]             ]       tick      end       to-report driver-names         let  drivernames  []       foreach li        [         if position ? li > 0         [           set drivernames lput (item 0 ?) drivernames          ]       ]        set drivernames  remove-duplicates drivernames        report drivernames       end         createdrivers       resize-world 0 500 0 3       set-patch-size 60       let n length driver-names        foreach driver-names        [         create-drivers 1         [           set name ?           set shape "car"           set size 1           set hidden? true           set list-of-actions []         ]       ]        end