def summarize(interface):
# Unpack
inputs = interface.inputs
vehicle = interface.configs.base
results = interface.results
mission_profile = results.sizing_loop
# Weights
operating_empty = vehicle.mass_properties.operating_empty
payload = vehicle.mass_properties.payload
# pack
summary = SUAVE.Core.Results()
# TOFL for MTOW @ SL, ISA
summary.total_range =mission_profile.segments[-1].conditions.frames.inertial.position_vector[-1,0]
summary.GLW =mission_profile.segments[-1].conditions.weights.total_mass[-1,0]
summary.takeoff_field_length =results.field_length.takeoff
summary.landing_field_length =results.field_length.landing
summary.climb_alt_constr =inputs.climb_alt_fraction_1-inputs.climb_alt_fraction_2
# MZFW margin calculation
#summary.max_zero_fuel_margin = max_zero_fuel - (operating_empty + payload)
# fuel margin calculation
# Print outs
printme = Data()
printme.weight_empty = operating_empty
printme.total_range =summary.total_range/Units.nautical_miles
printme.GLW =summary.GLW
printme.tofl = summary.takeoff_field_length
printme.lfl = summary.landing_field_length
#printme.range_max = summary.range_max_nmi
#printme.max_zero_fuel_margin = summary.max_zero_fuel_margin
#printme.available_fuel_margin = summary.available_fuel_margin
print "RESULTS"
print printme
inputs = interface.inputs
import datetime
fid = open('Results.dat','a')
fid.write('{:18.10f} ; {:18.10f} ; {:18.10f} ; {:18.10f} ; {:18.10f} ; '.format( \
inputs.aspect_ratio,
inputs.reference_area,
#inputs.sweep,
inputs.wing_thickness,
#operating_empty ,
summary.takeoff_field_length ,
summary.landing_field_length
))
fid.write(datetime.datetime.now().strftime("%I:%M:%S"))
fid.write('\n')
## print interface.configs.takeoff.maximum_lift_coefficient
return summary
