'requirement': {},
'eq_select': {},
've_select': {},
'combi_select': {},
'schedule': {},
'cost': {},
'optimal': {},
'risk': {},
'envir': {}
}
# characterize the logistic requirements
om['requirement'] = glob_feas(log_phase, log_phase_id, user_inputs,
hydrodynamic_outputs, electrical_outputs,
MF_outputs, OM_outputs)
# selection of the maritime infrastructure
om['eq_select'], log_phase = select_e(om, log_phase)
om['ve_select'], log_phase = select_v(om, log_phase)
# matching requirements for combinations of port/vessel(s)/equipment
om['combi_select'], log_phase = compatibility_ve(om, log_phase, om_port['Selected base port for installation'])
# schedule assessment of the different operation sequence
#om['schedule'], log_phase = sched(x, install, log_phase, log_phase_id, user_inputs,
# hydrodynamic_outputs, electrical_outputs, MF_outputs)
# cost assessment of the different operation sequence
om['cost'], log_phase = cost(om, log_phase)
om['optimal'] = opt_sol(log_phase)
if install["status"] == "pending":
# loop over the number of layers of the installation plan
for x in range(len(install["plan"])):
for y in range(len(install["plan"][x])):
# extract the LogPhase ID to be evaluated from the installation plan
log_phase_id = install["plan"][x][y]
log_phase = logPhase_install[log_phase_id]
# print log_phase
# characterize the logistic requirements
install["requirement"] = glob_feas(
log_phase, log_phase_id, user_inputs, hydrodynamic_outputs, electrical_outputs, MF_outputs
)
# selection of the maritime infrastructure
install["eq_select"], log_phase = select_e(install, log_phase)
install["ve_select"], log_phase = select_v(install, log_phase)
# matching requirements for combinations of port/vessel(s)/equipment
install["combi_select"], log_phase = compatibility_ve(
install, log_phase, install_port["Selected base port for installation"]
)
# print install['combi_select']
# schedule assessment of the different operation sequence
install["schedule"], log_phase = sched(
x, install, log_phase, log_phase_id, user_inputs, hydrodynamic_outputs, electrical_outputs, MF_outputs
)
# # cost assessment of the different operation sequenc
install["cost"], log_phase = cost(install, log_phase)