zhaoyuanjuns/moonbit_extractor/ternary

README
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ActivityModel
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AuditReport
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BalanceAudit
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BenchmarkCase
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BenchmarkResult
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BinodalCurve
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BoundaryIntersection
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BoundaryProjection
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CartesianPoint
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Concentration
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ContactPattern
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CountercurrentResult
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CountercurrentStage
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CrossValidation
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CrosscurrentLeachingResult
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CrosscurrentResult
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CrosscurrentStage
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CsvOptions
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DesignPoint
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Duration
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EfficiencyCalibration
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EfficiencyStageResult
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EfficiencyStep
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EquilibriumCurve
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EquilibriumPoint
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EquilibriumTable
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ExtractionError
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ExtractionStep
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Extrapolation
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Finding
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LeachingStage
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LeachingStageResult
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LedgerEntry
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LeverResult
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LinearTable
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Mass
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MassFlow
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MassUnit
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NumericSummary
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Observation
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OperatingWindow
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PhaseSplit
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Point
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Range
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RecoveryEnvelope
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RegressionModel
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SafetyFactor
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ScenarioResult
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ScenarioSummary
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SearchResult
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SensitivityPoint
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Severity
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SingleStageResult
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SingleStageScenario
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SolventDesign
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StageCountResult
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Statistics
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SvgCanvas
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TernaryComposition
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TieLine
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TieLineTable
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TimeUnit
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Violation
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activity_factor
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analysis_balance_report
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apply_safety_factor
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approximately_equal
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audit_balances
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average_recovery
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balance_report
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bounded_minimize
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calibrate_efficiency
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cartesian_grid
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casebook
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centroid
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compare_contact_patterns
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concentration_from_fraction
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contains
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countercurrent_constant_k
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crosscurrent_constant_k
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crosscurrent_equal_solvent
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crosscurrent_equal_wash
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crosscurrent_leach
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distribution_coefficient
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extraction_factor
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fit_linear
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fit_polynomial
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from_cartesian
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grid_minimize
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is_finite
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latin_hypercube
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leave_one_out
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ledger_entry
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ledger_passes
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lever_rule
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linspace
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map_unit_triangle
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maximum_residual
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mccabe_thiele_stages
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minimum_countercurrent_stages
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mix_point
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operating_line
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pareto_front
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parse_equilibrium_csv
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parse_tie_lines_csv
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polygon_area
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quantile
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recommended_safety_factor
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recovery_fraction
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run_casebook
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run_single_stage_scenario
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run_single_stage_scenarios
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sample_curve
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selectivity
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shortcut_actual_stages
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single_stage_constant_k
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single_stage_leach
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single_stage_recovery_envelope
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single_stage_sensitivity
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single_stage_table
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solvent_for_countercurrent
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solvent_for_crosscurrent
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solvent_for_single_stage
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split_on_tie_line
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stages_with_efficiency_profile
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stages_with_uniform_efficiency
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summarize
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summarize_scenarios
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sweep_distribution
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sweep_solvent_flow
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ternary_triangle
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to_cartesian
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validate_curve
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wash_for_target

zhaoyuanjuns/moonbit_extractor/ternary does not have a README file

BinodalCurve

pub(all) struct BinodalCurve {
  raffinate_branch : Array[@zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition]
  extract_branch : Array[@zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition]
  polygon : Array[@zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition]
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

Closed polygonal approximation of a ternary liquid-liquid binodal region.

Both branches are supplied from low to high solute fraction. The raffinate branch is followed forward and the extract branch backward to form a closed two-phase envelope.

BinodalCurve::contains

source

fn BinodalCurve::contains(self : BinodalCurve, composition : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition, include_boundary? : Bool, tolerance? : Double) -> Bool

BinodalCurve::estimated_plait_point

source

fn BinodalCurve::estimated_plait_point(self : BinodalCurve) -> @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

BinodalCurve::intersections

source

fn BinodalCurve::intersections(self : BinodalCurve, from : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition, to : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition, tolerance? : Double) -> Array[BoundaryIntersection] raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Intersect a ternary mixing line with the polygonal two-phase boundary.

BinodalCurve::nearest_boundary

source

fn BinodalCurve::nearest_boundary(self : BinodalCurve, composition : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition) -> BoundaryProjection raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

BinodalCurve::new

source

fn BinodalCurve::new(raffinate_branch : ArrayView[@zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition], extract_branch : ArrayView[@zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition]) -> BinodalCurve raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

BoundaryIntersection

source

pub(all) struct BoundaryIntersection {
  line_fraction : Double
  boundary_fraction : Double
  edge_index : Int
  composition : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

BoundaryProjection

source

pub(all) struct BoundaryProjection {
  edge_index : Int
  edge_fraction : Double
  composition : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition
  distance : Double
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

CartesianPoint

source

pub(all) struct CartesianPoint {
  x : Double
  y : Double
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

LeverResult

source

pub(all) struct LeverResult {
  first_fraction : Double
  second_fraction : Double
  first_amount : Double
  second_amount : Double
  projection_residual : Double
} derive(Eq, ToJson, @moonbitlang/core/debug.Debug
Debug)

TieLineTable

source

pub(all) struct TieLineTable {
  lines : Array[@zhaoyuanjuns/moonbit_extractor/domain.TieLine
TieLine]
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

Tie lines ordered by increasing raffinate-phase solute fraction.

TieLineTable::at_raffinate_solute

source

fn TieLineTable::at_raffinate_solute(self : TieLineTable, solute_fraction : Double) -> @zhaoyuanjuns/moonbit_extractor/domain.TieLine
TieLine raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

TieLineTable::nearest

source

fn TieLineTable::nearest(self : TieLineTable, overall : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition) -> @zhaoyuanjuns/moonbit_extractor/domain.TieLine
TieLine

Select the measured tie line whose segment is closest to an overall point.

TieLineTable::new

source

fn TieLineTable::new(lines : ArrayView[@zhaoyuanjuns/moonbit_extractor/domain.TieLine
TieLine]) -> TieLineTable raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

from_cartesian

source

fn from_cartesian(point : CartesianPoint, tolerance? : Double) -> @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

lever_rule

source

fn lever_rule(overall : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition, first : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition, second : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition, total_amount? : Double, tolerance? : Double) -> LeverResult raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

Apply the lever rule by projecting an overall composition onto the line between two phase endpoints. A small residual confirms collinearity.

mix_point

source

fn mix_point(first : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition, second : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition, first_amount~ : Double, second_amount~ : Double) -> @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

split_on_tie_line

source

fn split_on_tie_line(overall : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition, tie_line : @zhaoyuanjuns/moonbit_extractor/domain.TieLine
TieLine, total_amount? : Double, tolerance? : Double) -> @zhaoyuanjuns/moonbit_extractor/domain.PhaseSplit
PhaseSplit raise @zhaoyuanjuns/moonbit_extractor/domain.ExtractionError
ExtractionError

to_cartesian

source

fn to_cartesian(composition : @zhaoyuanjuns/moonbit_extractor/domain.TernaryComposition
TernaryComposition) -> CartesianPoint

Convert normalized ternary fractions to an equilateral triangle with carrier=(0,0), solvent=(1,0), solute=(1/2,sqrt(3)/2).

Source Files

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#BinodalCurve

#BinodalCurve::contains

#BinodalCurve::estimated_plait_point

#BinodalCurve::intersections

#BinodalCurve::nearest_boundary

#BinodalCurve::new

#BoundaryIntersection

#BoundaryProjection

#CartesianPoint

#LeverResult

#TieLineTable

#TieLineTable::at_raffinate_solute

#TieLineTable::nearest

#TieLineTable::new

#from_cartesian

#lever_rule

#mix_point

#split_on_tie_line

#to_cartesian

Source Files

BinodalCurve

BinodalCurve::contains

BinodalCurve::estimated_plait_point

BinodalCurve::intersections

BinodalCurve::nearest_boundary

BinodalCurve::new

BoundaryIntersection

BoundaryProjection

CartesianPoint

LeverResult

TieLineTable

TieLineTable::at_raffinate_solute

TieLineTable::nearest

TieLineTable::new

from_cartesian

lever_rule

mix_point

split_on_tie_line

to_cartesian