Index

Modules: climate, cmd, flow, ihacres, ihacres/climate, ihacres/cmd, ihacres/flow, ihacres/node, node.

API symbols

BilinearNode:

• node: BilinearNode
• node: BilinearNode

calc_cmd:

• cmd: calc_cmd(prev_cmd, rainfall, et, effective_rainfall, recharge: float): float
• cmd: calc_cmd(prev_cmd, rainfall, et, effective_rainfall, recharge: float): float

calc_effective_rainfall:

• climate: calc_effective_rainfall(rainfall, cmd, d, d2: float; n: float = 0.1): float
• climate: calc_effective_rainfall(rainfall, cmd, d, d2: float; n: float = 0.1): float

calc_ET:

• climate: calc_ET(e, evap, Mf, f, d: float): float
• climate: calc_ET(e, evap, Mf, f, d: float): float

calc_ET_from_E:

• climate: calc_ET_from_E(e, evap, Mf, f, d: float): float

calc_ET_from_T:

• climate: calc_ET_from_T(e, T, Mf, f, d: float): float
• climate: calc_ET_from_T(e, T, Mf, f, d: float): float

calc_flows:

• flow: calc_flows(prev_quick: float; prev_slow: float; v_s: float; e_rainfall: float; area: float; tau_q: float; tau_s: float): (float, float, float)
• flow: calc_flows(prev_quick: float; prev_slow: float; v_s: float; e_rainfall: float; area: float; tau_q: float; tau_s: float): (float, float, float)

calc_ft_flows:

• flow: calc_ft_flows(prev_quick, prev_slow, e_rain, recharge, area, a, b: float): ( float, float, float)
• flow: calc_ft_flows(prev_quick, prev_slow, e_rain, recharge, area, a, b: float; loss: float = 0.0): (float, float, float)

calc_ft_interim_cmd:

• cmd: calc_ft_interim_cmd(cmd, rain, d, d2, alpha: float): (float, float, float)
• cmd: calc_ft_interim_cmd(cmd, rain, d, d2, alpha: float): (float, float, float)

calc_ft_level:

• flow: calc_ft_level(outflow: float; level_params: array[9, float]): float
• flow: calc_ft_level(outflow: float; level_params: ptr array[9, float]): float

calc_linear_interim_cmd:

• cmd: calc_linear_interim_cmd(cmd, param_d, rainfall: float): float
• cmd: calc_linear_interim_cmd(cmd, param_d, rainfall: float): float

calc_outflow:

• flow: calc_outflow(flow: float; extractions: float): float
• flow: calc_outflow(flow, extractions: float): float

calc_trig_interim_cmd:

• cmd: calc_trig_interim_cmd(cmd, param_d, rainfall: float): float
• cmd: calc_trig_interim_cmd(cmd, param_d, rainfall: float): float

ExpuhNode:

• node: ExpuhNode
• node: ExpuhNode

IHACRESNode:

• node: IHACRESNode
• node: IHACRESNode

routing:

• flow: routing(gw_vol: float; storage_coef: float; inflow: float; flow: float; irrig_ext: float; gw_exchange: float = 0.0): (float, float)
• flow: routing(volume: float; storage_coef: float; inflow: float; flow: float; irrig_ext: float; gw_exchange: float = 0.0): (float, float)

set_calib_params:

• node: set_calib_params(s: IHACRESNode; d, d2, e, f: float)
• node: set_calib_params(s: IHACRESNode; d, d2, e, f: float)

update_state:

• node: update_state(s: IHACRESNode; storage, e_rainfall, et, qflow_store, sflow_store, outflow, level: float)
• node: update_state(s: IHACRESNode; storage, e_rainfall, et, qflow_store, sflow_store, outflow, level: float)