CADETProcess.solution.SolutionIO#
- class CADETProcess.solution.SolutionIO(name, time, solution, c_min)[source]#
Solution representing streams at the inlet or outlet of a
UnitOperation
.Notes
The flow_rate attribute is implemented as TimeLine to improve interpolation of signals with discontinuous flow.
- Attributes:
aggregated_parameters
dict: Aggregated parameters of the instance.
antiderivative
SolutionIO: Antiderivative of this solution.
- c_min
component_coordinates
np.ndarray: Indices of the components.
component_system
ComponentSystem: ComponentSystem of the Solution object.
coordinates
np.ndarray: Coordinates of the Solution.
cycle_time
float: Cycle time.
derivative
SolutionIO: Derivative of this solution.
- dm_dt_interpolated
local_purity_components
np.ndarray: Local purity of each component.
local_purity_species
np.ndarray: Local purity of components.
missing_parameters
list: Parameters that are required but not set.
n_comp
int: Number of components.
- name
nt
int: Number of time steps.
parameters
dict: Parameters of the instance.
polynomial_parameters
dict: Polynomial parameters of the instance.
required_parameters
list: Parameters that have no default value.
sized_parameters
dict: Sized parameters of the instance.
- solution
- solution_interpolated
solution_shape
tuple: (Expected) shape of the solution.
- time
total_concentration
np.ndarray: Total concentration (sum) of all components.
total_concentration_components
np.ndarray: Total concentration of components (sum of species).
Methods
Verify if all required parameters are set.
Denormalize the solution using the transformation function.
fraction_mass
([start, end])Component mass in a fraction interval
fraction_volume
([start, end])Volume of a fraction interval
integral
([start, end])Peak area in a fraction interval.
Normalize the solution using the transformation function.
plot
([start, end, components, layout, y_max, ax])Plot the entire time_signal for each component.
plot_purity
([start, end, components, ...])Plot local purity for each component of the concentration profile.
resample
([start, end, nt])Resample solution to nt time points.
reset
()Reset component system, time, and solution arrays to their original values.
smooth_data
([s, crit_fs, crit_fs_der])Smooth data.
update
()Update the solution.
Update the transforms.