simulation.modules

simulation.modules.lin_ineq_constraints(p, param_name)

Function lin_ineq_constraints()

Parameters:

  • p – Parameter struct

  • param_name – param_name

Returns:

A

Returns:

b_vec

Returns:

dAdp

Returns:

dbdp

simulation.modules.enviro(steel_mass, distance_from_shore, fiberglass_area, CEM_CO2, CEM_WEC_capacity, rated_power_per_wec, eco_cost_steel, eco_cost_fiberglass, eco_cost_distance, social_cost_carbon)

Function enviro()

Parameters:

  • steel_mass – steel_mass

  • distance_from_shore – distance from shore (miles)

  • fiberglass_area – fiberglass_area

  • CEM_CO2 – CEM_CO2

  • CEM_WEC_capacity – CEM_WEC_capacity

  • rated_power_per_wec – rated_power_per_wec

  • eco_cost_steel – eco-cost of steel ($/kg)

  • eco_cost_fiberglass – eco-cost of steel ($/m^2)

  • eco_cost_distance – eco-cost per mile from shore of fuel for boat travel ($/mi)

  • social_cost_carbon – social_cost_carbon

Returns:

net_eco_value

simulation.modules.grid_CEM(B_p, X_u, phase_X_u, gamma_phase_f, capacity_cost, location)

Function grid_CEM()

Parameters:

  • B_p – B_p

  • X_u – X_u

  • phase_X_u – phase_X_u

  • gamma_phase_f – $\gamma$ phase f

  • capacity_cost – capacity_cost

  • location – location of grid data to use

Returns:

CEM_CO2

Returns:

CEM_wec_capacity

Returns:

CEM_grid_cost

simulation.modules.geometry(D_s, D_f, D_f_in, D_f_b, T_f_1, T_f_2, h_f, h_s, h_fs_clear, D_f_tu, t_f_t, t_f_r, t_f_c, t_f_b, t_f_tu, t_s_r, t_d_tu, D_d, D_d_tu, theta_d_tu, T_s, h_d, t_d, h_stiff_f, w_stiff_f, num_sect_f, h_stiff_d, w_stiff_d, num_stiff_d, M, rho_m, rho_w, m_scale)

Function geometry()

Parameters:

  • D_s – Spar Diameter

  • D_f – Float Diameter

  • D_f_in – D_f_in

  • D_f_b – D_f_b

  • T_f_1 – T_f_1

  • T_f_2 – Float Draft

  • h_f – h_f

  • h_s – Spar Height

  • h_fs_clear – Float-Spar Clearance Height

  • D_f_tu – float support tube diameter (m)

  • t_f_t – t_f_t

  • t_f_r – t_f_r

  • t_f_c – t_f_c

  • t_f_b – t_f_b

  • t_f_tu – float support tube thickness (m)

  • t_s_r – t_s_r

  • t_d_tu – damping plate support tube radial wall thickness (m)

  • D_d – Diameter of damping plate (m)

  • D_d_tu – damping plate support tube diameter (m)

  • theta_d_tu – angle from horizontal of damping plate support tubes (rad)

  • T_s – Draft of spar (m)

  • h_d – h_d

  • t_d – Damping Plate Thickness

  • h_stiff_f – Float Stiffener Height

  • w_stiff_f – w_stiff_f

  • num_sect_f – num_sect_f

  • h_stiff_d – h_stiff_d

  • w_stiff_d – w_stiff_d

  • num_stiff_d – number of damping plate stiffeners (-)

  • M – Material Index

  • rho_m – material density (kg/m3)

  • rho_w – water density (kg/m3)

  • m_scale – factor to account for mass of neglected stiffeners (-)

Returns:

V_d

Returns:

m_m

Returns:

m_f_tot

Returns:

m_s_tot

Returns:

A_c

Returns:

A_lat_sub

Returns:

I

Returns:

drafts

Returns:

V_f_pct

Returns:

V_s_pct

Returns:

GM

Returns:

A_dt

Returns:

L_dt

Returns:

A_hull

Returns:

mass

Returns:

CB_f_from_waterline

Returns:

CG_f_from_waterline

Modules

simulation.modules.dynamics

simulation.modules.econ

simulation.modules.hydro

simulation.modules.structures