rheia
1. A short description
2. Connecting your own model
3. Installation
4. Tutorial
5. Examples
6. Define the design and stochastic spaces
7. Run an optimization task
8. Run an uncertainty quantification
9. Details on the energy system models
10. Details on the methods
11. API reference
12. How to contribute
13. Bibliography
14. Glossary
15. What’s new
rheia
Index
Index
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A
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B
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C
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D
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E
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F
|
G
|
I
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L
|
M
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N
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O
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P
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Q
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R
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S
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T
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W
_
__init__() (rheia.CASES.determine_stoch_des_space.StochasticDesignSpace method)
(rheia.CASES.H2_FUEL.h2_fuel.Evaluation method)
(rheia.CASES.H2_FUEL.h2_fuel.ReadData method)
(rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
(rheia.CASES.H2_MOBILITY.h2_mobility.ReadData method)
(rheia.CASES.H2_POWER.h2_power.Evaluation method)
(rheia.CASES.H2_POWER.h2_power.ReadData method)
(rheia.OPT.genetic_algorithms.NSGA2 method)
(rheia.POST_PROCESS.post_process.PostProcessOpt method)
(rheia.POST_PROCESS.post_process.PostProcessUQ method)
(rheia.UQ.pce.Data method)
(rheia.UQ.pce.PCE method)
(rheia.UQ.pce.RandomExperiment method)
A
append_points_to_file() (rheia.OPT.genetic_algorithms.NSGA2 method)
assign_fitness_to_population() (rheia.OPT.genetic_algorithms.NSGA2 method)
attach_objectives() (rheia.CASES.determine_stoch_des_space.StochasticDesignSpace method)
B
backward() (rheia.UQ.pce.PCE method)
C
calc_a() (rheia.UQ.pce.PCE method)
calc_loo() (rheia.UQ.pce.PCE method)
calc_sobol() (rheia.UQ.pce.PCE method)
charge_pemel() (rheia.CASES.H2_FUEL.h2_fuel.Evaluation method)
(rheia.CASES.H2_POWER.h2_power.Evaluation method)
charge_pemfc() (rheia.CASES.H2_POWER.h2_power.Evaluation method)
check_dictionary() (in module rheia.CASES.determine_stoch_des_space)
check_existing_results() (in module rheia.OPT.optimization)
compressor() (rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
convert_into_dictionary() (rheia.CASES.determine_stoch_des_space.StochasticDesignSpace method)
cost() (rheia.CASES.H2_FUEL.h2_fuel.Evaluation method)
(rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
(rheia.CASES.H2_POWER.h2_power.Evaluation method)
create_distributions() (rheia.UQ.pce.RandomExperiment method)
create_new_input_file() (in module rheia.CASES.ENERGYPLAN.run_energyplan)
create_only_samples() (rheia.UQ.pce.RandomExperiment method)
create_samples() (rheia.UQ.pce.RandomExperiment method)
create_samples_file() (rheia.UQ.pce.Data method)
create_starting_samples() (in module rheia.OPT.optimization)
current_to_mh2() (rheia.CASES.H2_FUEL.h2_fuel.Evaluation method)
(rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
(rheia.CASES.H2_POWER.h2_power.Evaluation method)
D
Data (class in rheia.UQ.pce)
define_samples_to_eval() (rheia.OPT.genetic_algorithms.NSGA2 method)
demand_profiles() (rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
determine_pop_gen() (rheia.POST_PROCESS.post_process.PostProcessOpt method)
draw() (rheia.UQ.pce.PCE method)
E
elec_profiles() (rheia.CASES.H2_POWER.h2_power.Evaluation method)
energyplan() (in module rheia.CASES.ENERGYPLAN.run_energyplan)
eval_doe() (rheia.OPT.genetic_algorithms.NSGA2 method)
evaluate() (in module rheia.CASES.ENERGYPLAN.case_description)
(in module rheia.CASES.FOUR_BAR_TRUSS.case_description)
(in module rheia.CASES.H2_FUEL.case_description)
(in module rheia.CASES.H2_MOBILITY.case_description)
(in module rheia.CASES.H2_POWER.case_description)
(rheia.UQ.pce.RandomExperiment method)
evaluate_samples() (rheia.OPT.genetic_algorithms.NSGA2 method)
Evaluation (class in rheia.CASES.H2_FUEL.h2_fuel)
(class in rheia.CASES.H2_MOBILITY.h2_mobility)
(class in rheia.CASES.H2_POWER.h2_power)
evaluation() (rheia.CASES.H2_FUEL.h2_fuel.Evaluation method)
(rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
(rheia.CASES.H2_POWER.h2_power.Evaluation method)
extract_h2_from_tank() (rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
F
forward() (rheia.UQ.pce.PCE method)
four_bar_truss() (in module rheia.CASES.FOUR_BAR_TRUSS.four_bar_truss)
G
get_cdf() (rheia.POST_PROCESS.post_process.PostProcessUQ method)
get_design_variables() (in module rheia.UQ.uncertainty_quantification)
get_fitness_population() (rheia.POST_PROCESS.post_process.PostProcessOpt method)
get_fitness_values() (rheia.POST_PROCESS.post_process.PostProcessOpt method)
get_hypervolume() (rheia.POST_PROCESS.post_process.PostProcessOpt method)
get_loo() (rheia.POST_PROCESS.post_process.PostProcessUQ method)
get_max_sobol() (rheia.POST_PROCESS.post_process.PostProcessUQ method)
get_mean_std() (rheia.POST_PROCESS.post_process.PostProcessUQ method)
get_pdf() (rheia.POST_PROCESS.post_process.PostProcessUQ method)
get_population_values() (rheia.POST_PROCESS.post_process.PostProcessOpt method)
get_psi_sq() (rheia.UQ.pce.PCE method)
get_sobol() (rheia.POST_PROCESS.post_process.PostProcessUQ method)
get_statistics() (rheia.UQ.pce.PCE method)
I
init_opt() (rheia.OPT.genetic_algorithms.NSGA2 method)
L
lca() (rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
lifetime() (rheia.CASES.H2_FUEL.h2_fuel.Evaluation method)
(rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
(rheia.CASES.H2_POWER.h2_power.Evaluation method)
load_case() (in module rheia.CASES.determine_stoch_des_space)
load_climate() (rheia.CASES.H2_FUEL.h2_fuel.ReadData method)
(rheia.CASES.H2_MOBILITY.h2_mobility.ReadData method)
(rheia.CASES.H2_POWER.h2_power.ReadData method)
load_demand() (rheia.CASES.H2_POWER.h2_power.ReadData method)
load_optimizer() (in module rheia.OPT.optimization)
load_parameters() (rheia.CASES.H2_FUEL.h2_fuel.ReadData method)
(rheia.CASES.H2_MOBILITY.h2_mobility.ReadData method)
(rheia.CASES.H2_POWER.h2_power.ReadData method)
M
mh2_to_power() (rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
multindices() (rheia.UQ.pce.PCE method)
N
n_terms() (rheia.UQ.pce.RandomExperiment method)
n_to_sum() (rheia.UQ.pce.PCE method)
net_power() (rheia.CASES.H2_POWER.h2_power.Evaluation method)
NSGA2 (class in rheia.OPT.genetic_algorithms)
nsga2_1iter() (rheia.OPT.genetic_algorithms.NSGA2 method)
O
ols() (rheia.UQ.pce.PCE method)
P
p_for_inst_demand() (rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
parse_available_opt() (in module rheia.OPT.optimization)
parse_status() (rheia.OPT.genetic_algorithms.NSGA2 method)
PCE (class in rheia.UQ.pce)
pemel() (rheia.CASES.H2_FUEL.h2_fuel.Evaluation method)
(rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
(rheia.CASES.H2_POWER.h2_power.Evaluation method)
pemfc() (rheia.CASES.H2_POWER.h2_power.Evaluation method)
photovoltaic() (rheia.CASES.H2_FUEL.h2_fuel.Evaluation method)
(rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
(rheia.CASES.H2_POWER.h2_power.Evaluation method)
polyfit_pemel() (rheia.CASES.H2_FUEL.h2_fuel.Evaluation method)
(rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
(rheia.CASES.H2_POWER.h2_power.Evaluation method)
polyfit_pemel_compr() (rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
polyfit_pemfc() (rheia.CASES.H2_POWER.h2_power.Evaluation method)
PostProcessOpt (class in rheia.POST_PROCESS.post_process)
PostProcessUQ (class in rheia.POST_PROCESS.post_process)
print_res() (rheia.UQ.pce.PCE method)
print_results() (rheia.CASES.H2_FUEL.h2_fuel.Evaluation method)
(rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
(rheia.CASES.H2_POWER.h2_power.Evaluation method)
prod_mh2() (rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
Q
quantify_mpp() (rheia.CASES.H2_FUEL.h2_fuel.Evaluation method)
(rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
(rheia.CASES.H2_POWER.h2_power.Evaluation method)
R
RandomExperiment (class in rheia.UQ.pce)
read_design_space() (rheia.CASES.determine_stoch_des_space.StochasticDesignSpace method)
read_distr_file() (rheia.POST_PROCESS.post_process.PostProcessUQ method)
read_doe() (rheia.OPT.genetic_algorithms.NSGA2 method)
read_output_file() (in module rheia.CASES.ENERGYPLAN.run_energyplan)
read_previous_samples() (rheia.UQ.pce.RandomExperiment method)
read_stoch_parameters() (rheia.UQ.pce.Data method)
read_stochastic_space() (rheia.CASES.determine_stoch_des_space.StochasticDesignSpace method)
ReadData (class in rheia.CASES.H2_FUEL.h2_fuel)
(class in rheia.CASES.H2_MOBILITY.h2_mobility)
(class in rheia.CASES.H2_POWER.h2_power)
result_filename() (rheia.UQ.pce.PCE method)
return_opt_methods() (in module rheia.OPT.genetic_algorithms)
return_opt_obj() (in module rheia.OPT.genetic_algorithms)
run() (rheia.UQ.pce.PCE method)
run_opt() (in module rheia.OPT.optimization)
run_optimizer() (rheia.OPT.genetic_algorithms.NSGA2 method)
run_uq() (in module rheia.UQ.uncertainty_quantification)
S
scale_samples_to_design_space() (in module rheia.OPT.optimization)
self_sufficiency_ratio() (rheia.CASES.H2_POWER.h2_power.Evaluation method)
set_design_samples() (in module rheia.UQ.uncertainty_quantification)
set_params() (in module rheia.CASES.H2_FUEL.case_description)
(in module rheia.CASES.H2_MOBILITY.case_description)
(in module rheia.CASES.H2_POWER.case_description)
sorted_result_file() (rheia.POST_PROCESS.post_process.PostProcessOpt method)
StochasticDesignSpace (class in rheia.CASES.determine_stoch_des_space)
T
tank() (rheia.CASES.H2_MOBILITY.h2_mobility.Evaluation method)
truncate() (rheia.UQ.pce.PCE method)
W
write_design_space() (in module rheia.UQ.uncertainty_quantification)
write_starting_samples() (in module rheia.OPT.optimization)
write_status() (rheia.OPT.genetic_algorithms.NSGA2 method)