pkpd.models.dissolution_models module

PD models

class pkpd.models.dissolution_models.Dissolution0[source]

Bases: pkpd.models.dissolution_models.DissolutionModel

calculateParameterUnits(sample)[source]
forwardModel(parameters, x=None)[source]
getDescription()[source]
getEquation()[source]
getModelEquation()[source]
getParameterNames()[source]
prepare()[source]
class pkpd.models.dissolution_models.Dissolution1[source]

Bases: pkpd.models.dissolution_models.DissolutionModel

calculateParameterUnits(sample)[source]
forwardModel(parameters, x=None)[source]
getDescription()[source]
getEquation()[source]
getModelEquation()[source]
getParameterNames()[source]
prepare()[source]
class pkpd.models.dissolution_models.DissolutionAlpha[source]

Bases: pkpd.models.dissolution_models.DissolutionModel

calculateParameterUnits(sample)[source]
forwardModel(parameters, x=None)[source]
getDescription()[source]
getEquation()[source]
getModelEquation()[source]
getParameterNames()[source]
prepare()[source]
class pkpd.models.dissolution_models.DissolutionDoubleWeibull[source]

Bases: pkpd.models.dissolution_models.DissolutionModel

calculateParameterUnits(sample)[source]
forwardModel(parameters, x=None)[source]
getDescription()[source]
getEquation()[source]
getModelEquation()[source]
getParameterNames()[source]
prepare()[source]
class pkpd.models.dissolution_models.DissolutionHiguchi[source]

Bases: pkpd.models.dissolution_models.DissolutionModel

calculateParameterUnits(sample)[source]
forwardModel(parameters, x=None)[source]
getDescription()[source]
getEquation()[source]
getModelEquation()[source]
getParameterNames()[source]
prepare()[source]
class pkpd.models.dissolution_models.DissolutionHill[source]

Bases: pkpd.models.dissolution_models.DissolutionModel

calculateParameterUnits(sample)[source]
forwardModel(parameters, x=None)[source]
getDescription()[source]
getEquation()[source]
getModelEquation()[source]
getParameterDescriptions()[source]
getParameterNames()[source]
prepare()[source]
class pkpd.models.dissolution_models.DissolutionHixson[source]

Bases: pkpd.models.dissolution_models.DissolutionModel

calculateParameterUnits(sample)[source]
forwardModel(parameters, x=None)[source]
getDescription()[source]
getEquation()[source]
getModelEquation()[source]
getParameterNames()[source]
prepare()[source]
class pkpd.models.dissolution_models.DissolutionHopfenberg[source]

Bases: pkpd.models.dissolution_models.DissolutionModel

calculateParameterUnits(sample)[source]
forwardModel(parameters, x=None)[source]
getDescription()[source]
getEquation()[source]
getModelEquation()[source]
getParameterNames()[source]
prepare()[source]
class pkpd.models.dissolution_models.DissolutionKorsmeyer[source]

Bases: pkpd.models.dissolution_models.DissolutionModel

calculateParameterUnits(sample)[source]
forwardModel(parameters, x=None)[source]
getDescription()[source]
getEquation()[source]
getModelEquation()[source]
getParameterNames()[source]
prepare()[source]
class pkpd.models.dissolution_models.DissolutionMakoidBanakar[source]

Bases: pkpd.models.dissolution_models.DissolutionModel

calculateParameterUnits(sample)[source]
forwardModel(parameters, x=None)[source]
getDescription()[source]
getEquation()[source]
getModelEquation()[source]
getParameterNames()[source]
prepare()[source]
class pkpd.models.dissolution_models.DissolutionModel[source]

Bases: pkpd.objects.PKPDModel

areParametersSignificant(lowerBound, upperBound)[source]
Parameters:and upperBound (lowerBound) – a numpy array of parameters
Returns:a list of string with “True”, “False”, “NA”, “Suspicious”
areParametersValid(p)[source]
getParameterDescriptions()[source]
printSetup()[source]
setAllowTLag(_allowTlag)[source]
class pkpd.models.dissolution_models.DissolutionSplines10[source]

Bases: pkpd.models.dissolution_models.DissolutionSplinesGeneric

class pkpd.models.dissolution_models.DissolutionSplines2[source]

Bases: pkpd.models.dissolution_models.DissolutionSplinesGeneric

class pkpd.models.dissolution_models.DissolutionSplines3[source]

Bases: pkpd.models.dissolution_models.DissolutionSplinesGeneric

class pkpd.models.dissolution_models.DissolutionSplines4[source]

Bases: pkpd.models.dissolution_models.DissolutionSplinesGeneric

class pkpd.models.dissolution_models.DissolutionSplines5[source]

Bases: pkpd.models.dissolution_models.DissolutionSplinesGeneric

class pkpd.models.dissolution_models.DissolutionSplines6[source]

Bases: pkpd.models.dissolution_models.DissolutionSplinesGeneric

class pkpd.models.dissolution_models.DissolutionSplines7[source]

Bases: pkpd.models.dissolution_models.DissolutionSplinesGeneric

class pkpd.models.dissolution_models.DissolutionSplines8[source]

Bases: pkpd.models.dissolution_models.DissolutionSplinesGeneric

class pkpd.models.dissolution_models.DissolutionSplines9[source]

Bases: pkpd.models.dissolution_models.DissolutionSplinesGeneric

class pkpd.models.dissolution_models.DissolutionSplinesGeneric[source]

Bases: pkpd.models.dissolution_models.DissolutionModel

calculateParameterUnits(sample)[source]
forwardModel(parameters, x=None)[source]
getDescription()[source]
getEquation()[source]
getModelEquation()[source]
getParameterNames()[source]
prepare()[source]
rearrange(parameters)[source]
class pkpd.models.dissolution_models.DissolutionTripleWeibull[source]

Bases: pkpd.models.dissolution_models.DissolutionModel

calculateParameterUnits(sample)[source]
forwardModel(parameters, x=None)[source]
getDescription()[source]
getEquation()[source]
getModelEquation()[source]
getParameterNames()[source]
prepare()[source]
class pkpd.models.dissolution_models.DissolutionWeibull[source]

Bases: pkpd.models.dissolution_models.DissolutionModel

calculateParameterUnits(sample)[source]
forwardModel(parameters, x=None)[source]
getDescription()[source]
getEquation()[source]
getModelEquation()[source]
getParameterNames()[source]
prepare()[source]