growth_factor_combination_single_value

source

.growth_factor_combination_single_value(
   illumination_factor: float, temperature_factor: float, nutrient_factor: float,
   salinity_factor: float
)

Calculates the actual production rate of the seaweed

Arguments

  • illumination_factor : the illumination factor
  • temperature_factor : the temperature factor
  • nutrient_factor : the nutrient factor
  • salinity_factor : the salinity factor

Returns

fraction of the actual production rate the seaweed could reach in optimal circumstances

growth_factor_combination

source

.growth_factor_combination(
   illumination_factor: pd.Series, temperature_factor: pd.Series,
   nutrient_factor: pd.Series, salinity_factor: pd.Series
)

Calculates the actual production rate of the seaweed for a whole dataframe And returns it as a pandas series

Arguments

  • illumination_factor : the illumination factor
  • temperature_factor : the temperature factor
  • nutrient_factor : the nutrient factor
  • salinity_factor : the salinity factor

Returns

fraction of the actual production rate the seaweed could

illumination_single_value

source

.illumination_single_value(
   illumination: float
)

Calculates the illumination factor for a single value based on an empirical model

Arguments

  • illumination : the illumination of the algae in W/m²

Returns

The illumination factor

calculate_illumination_factor

source

.calculate_illumination_factor(
   illumination: pd.Series
)

Calculates the illumination factor for a whole series

Arguments

  • illumination : the illumination of the algae in W/m²

Returns

The illumination factor as a pandas series

temperature_single_value

source

.temperature_single_value(
   temperature: float
)

Calculates the temperature factor for a single value based on an empirical model

Arguments

  • temperature : the temperature of the water in °C

Returns

The temperature factor as a float

calculate_temperature_factor

source

.calculate_temperature_factor(
   temperature: pd.Series
)

Calculates the temperature factor for a whole dataframe column

Arguments

  • temperature : the temperature of the water in celcius

Returns

The temperature factor as a pandas series

nitrate_subfactor

source

.nitrate_subfactor(
   nitrate
)

Calculates the nitrate subfactor for a single value

Arguments

  • nitrate : the nitrate concentration in mmol/m³

Returns

The nitrate subfactor as a float

phosphate_subfactor

source

.phosphate_subfactor(
   phosphate
)

Calculates the phosphate subfactor for a single value

Arguments

  • phosphate : the phosphate concentration in mmol/m³

Returns

The phosphate subfactor as a float

ammonium_subfactor

source

.ammonium_subfactor(
   ammonium
)

Calculates the ammonium subfactor for a single value

Arguments

  • ammonium : the ammonium concentration in mmol/m³

Returns

The ammonium subfactor as a float

calculate_nutrient_factor

source

.calculate_nutrient_factor(
   nitrate: pd.Series, ammonium: pd.Series, phosphate: pd.Series
)

Calculates the nutrient factor for a whole series And returns the nutrient factor as a pandas series

Arguments

  • nitrate : the nitrate concentration in mmol/m³
  • ammonium : the ammonium concentration in mmol/m³
  • phosphate : the phosphate concentration in mmol/m³

Returns

  • nutrient_factor : The nutrient factor as a pd.Series nitrate_subfactor: The nitrate subfactor as a pd.Series ammonium_subfactor: The ammonium subfactor as a pd.Series phosphate_subfactor: The phosphate subfactor as a pd.Series List of:

salinity_single_value

source

.salinity_single_value(
   salinity: float
)

Calculates the salinity factor for a single salinity value based on an empirical model

Arguments

  • salinity : the salinity of the water

Returns

The salinity factor as a float

calculate_salinity_factor

source

.calculate_salinity_factor(
   salinity: pd.Series
)

Calculates the salinity factor for a whole dataframe

Arguments

  • salinity : the salinity of the water in ppt

Returns

The salinity factor as a pandas series