Path: ~/ibm_vessels/DISPLACE_outputs/(basepath)/(basename)/
tstep / name / tstep_dep / x / y / course / cum_fuel / state
tstep / vessel name / start trip tstep / lon / lat/nodeid / course / cumfuelcons/ pop / catches (i.e. landings+ discards, in weight) szgroup 0 / szgroup 1 /... / 13
tstep / stock/ N at szgroup (in thousands, for 14 szgrp)/ W at szgroup / SSB at size group N are in thousands of individuals, W and SSB are in kg
tstep / stock / oth mult / cpue mult / fbar / tot landings / tot discards / SSB / N at age / F at age /W at age / M at age
Func gr id/ tstep / node / long / lat / number this func group id /biomass this func group id/ mean weight this func group id / benthosbiomassoverK / benthosnumberoverK /benthos_tot_biomass_K this funcgr
tstep / node / long / lat / tot N sp0 / tot W sp0/ tot N sp1 / tot W sp1...
tstep / node / long / lat / tot N sp0 / tot W sp0/ tot N sp1 / tot W sp1...
pop / tstep / node_idx / long / lat / impact_on_pop
pop / tstep / node_idx / long / lat / cumcatches (actually landings)
tstep / node / long / lat / cumftime
tstep / node / long / lat / cumsweptarea / subsurfacecumsweptarea
tstep / node_idx / long / lat / cumcatches (landings only; unless discard ban)
tstep / node_idx / long / lat / cumdiscards
tstep / node_idx / long / lat / cumcatches / threshold in percent
tstep / node / long / lat / tariffs
tstep / vessel name / departure tstep / popid / catches (landings only; unless discard ban) szgroup 0 / szgroup 1 /... / 13
tstep / vesselid / pop / a remaining quota this pop / amount discarded if remaining is 0
0 tstep_dep 1 tstep Current tstep 2 reason_to_go_back 3 cum_steam 4 loc->nodeidx (Harbour?) 5 idx 6 name 7 timeatsea 8 cumfulecons 9 travel_dist_this_trip 10xN cumul sz per pop(1..N) (i.e. landings only!) freq_metiers revenue revenue_from_av_prices revenue_explicit_from_av_prices fuelcost gav gav2 // gav handling energy cost only sweptarea // from EU FP7 BENTHIS parameterisation revenuepersweptarea GVA // gva handling all costs (but need a deeper parameterisation) GVAPerRevenue LabourSurplus GrossProfit NetProfit NetProfitMargin GVAPerFTE RoFTA BER CRBER NetPresentValue numTrips
e.g. adding headers in R to the loglike data table: colnames (loglike) <- c('tstep_dep', 'tstep_arr', 'reason_back','cumsteaming', 'idx_node', 'idx_vessel', 'VE_REF', 'timeatsea', 'fuelcons', 'traveled_dist', paste('pop.', 0:(general$nbpops-1), sep=''), "freq_metiers", "revenue", "rev_from_av_prices", "rev_explicit_from_av_prices", "fuelcost", "vpuf", "gav", "gradva", "sweptr", "revpersweptarea", paste('disc.', explicit_pops, sep=''), "GVA", "GVAPerRevenue", "LabourSurplus", "GrossProfit", "NetProfit", "NetProfitMargin", "GVAPerFTE", "RoFTA", "BER", "CRBER", "NetPresentValue", "numTrips")
tstep / node / long / lat / farmtype / farmid / meanw_kg / fish_harvested_kg / eggs_harvested_kg / fishfarm_annualprofit /
tstep / node / long / lat /shiptype / shipid / nb_units / fuel_use_h / NOx_emission_gperkW / SOx_emission_percentpertotalfuelmass / GHG_emission_gperkW / PME_emission_gperkW / fuel_use_litre / NOx_emission / SOx_emission / GHG_emissions / PME_emission
tstep / node / long / lat / windfarmtype / windfarmid / kWh / kW_production
year.month / pop.0/ pop.1/ pop.2 /…/ disc.0/disc.1/disc.2/…/effort/cumsteaming/nbtrip/bwtrip/fuelcons/ revenue/rev_from_av_prices/sweptr/revpersweptarea/fuelcost/gav/gradva/totland/totland_explicit/ totland_implicit/rev_explicit_from_av_prices /av_effort/av_bwtrip/traveled_dist/ vpuf/vapuf/ disc_rate_0 disc_rate_1/disc_rate_2/…/av_vapuf_month
etc.
A SQlite database gathers several tables (including the data in listed text files above) which can be read by DISPLACE itself, or scrutinized with a SQL Browser e.g. the "DB Browser for SQlite" software