{% extends 'core/page.html' %} {% load i18n %} {% block page %}

{{ title }}

Authors

family-names: {{ answers.Creator.Surname }}
given-names: {{ answers.Creator.GivenName }}
{% for id in answers.Creator.orcidID %} orcid:{{ id }}
{% endfor %} {% for id in answers.Creator.zbmathID %} zbmath :{{ id }} {% endfor %}

Mathematical Models

{% for values in answers.MathematicalModel.values %}

MM{{ forloop.counter }}: {{ values.Name }}

Description: {{ values.Description }}
MathModDB: {% if values.MathModID and values.MathModID != 'not in MathModDB' %} {{ values.MathModID }} {% endif %}
WikiData: {% if 'wikidata' in values.ID %} {{ values.ID|cut:"wikidata:" }} {% endif %}
MaRDI: {% if 'mardi' in values.ID %} {{ values.ID|cut:"mardi:" }} {% endif %}
Wikipedia: {{ values.Reference }}
Properties: {% for value in values.Properties.values %} {% if value == option.IsConvex %} Is Convex {% elif value == option.IsNotConvex %} Is Not Convex {% elif value == option.IsDeterministic %} Is Deterministic {% elif value == option.IsStochastic %} Is Stochastic {% elif value == option.IsDimensionless %} Is Dimensionless {% elif value == option.IsDimensional %} Is Dimensional {% elif value == option.IsDynamic %} Is Dynamic {% elif value == option.IsStatic %} Is Static {% elif value == option.IsLinear %} Is Linear {% elif value == option.IsNotLinear %} Is Not Linear {% elif value == option.IsSpaceContinuous %} Is Space-Continuous {% elif value == option.IsSpaceDiscrete %} Is Space-Discrete {% elif value == option.IsSpaceIndependent %} Is Space-Independent {% elif value == option.IsTimeContinuous %} Is Time-Continuous {% elif value == option.IsTimeDiscrete %} Is Time-Discrete {% elif value == option.IsTimeIndependent %} Is Time-Independent {% endif %} {% if not forloop.last %} , {% endif %} {% endfor %} {% for models in values.RelationRP1.values %} {% if forloop.counter == 1 %}

Relations to Research Problems

{% endif %} models: {{ models.1 }}
{% endfor %} {% for relation in values.RelationMM1.values %} {% if forloop.counter == 1 %}

Relations to Mathematical Models

{% endif %} {% if relation.0 == option.GeneralizedBy %} generalized by Model: {{relation.1 }}
{% elif relation.0 == option.Generalizes %} generalizes Model: {{relation.1 }}
{% elif relation.0 == option.DiscretizedBy %} discretized by Model: {{relation.1 }}
{% elif relation.0 == option.Discretizes %} discretizes Model: {{relation.1 }}
{% elif relation.0 == option.ContainedIn %} contained in Model: {{relation.1 }}
{% elif relation.0 == option.Contains %} contains Model: {{relation.1 }}
{% elif relation.0 == option.ApproximatedBy %} approximated by Model: {{relation.1 }}
{% elif relation.0 == option.Approximates %} approximates Model: {{relation.1 }}
{% elif relation.0 == option.LinearizedBy %} linearized by Model: {{relation.1 }}
{% elif relation.0 == option.Linearizes %} linearizes Model: {{relation.1 }}
{% elif relation.0 == option.SimilarTo %} similar to Model: {{relation.1 }}
{% endif %} {% endfor %}

List of Mathematical Formulations

{% for values in answers.MathematicalFormulation.values %} {% for models in values.RelationMM1.values %} {% if models.1 == forloop.parentloop.parentloop.counter %}

F{{ forloop.parentloop.counter }}: {{ values.Name }}

Description: {{ values.Description }}
MathModDB: {% if values.MathModID and values.MathModID != 'not in MathModDB' %} {{ values.MathModID }} {% endif %}
WikiData: {% if 'wikidata' in values.ID %} {{ values.ID|cut:"wikidata:" }} {% endif %}
MaRDI: {% if 'mardi' in values.ID %} {{ values.ID|cut:"mardi:" }} {% endif %}

Defining formulations: {%for value in values.Formula.values %} \( {{ value|cut:"$$" }} \) {% if not forloop.last %} , {% endif %} {% endfor %}


{% for value in values.Element.values %} {% endfor %}
Symbol Quantity Quantity ID Quantity Kind Quantity Kind ID Description
{{ value.Symbol }} {% if value.Info %} {{ value.Info.Name }} {% else %} {{ value.Quantity }} {% endif %} {{ value.Info.QID }} {{ value.Info.QKName }} {{ value.Info.QKID }} {{ value.Info.Description }}

Properties: {% for value in values.Properties.values %} {% if value == option.IsConvex %} Is Convex {% elif value == option.IsNotConvex %} Is Not Convex {% elif value == option.IsDeterministic %} Is Deterministic {% elif value == option.IsStochastic %} Is Stochastic {% elif value == option.IsDimensionless %} Is Dimensionless {% elif value == option.IsDimensional %} Is Dimensional {% elif value == option.IsDynamic %} Is Dynamic {% elif value == option.IsStatic %} Is Static {% elif value == option.IsLinear %} Is Linear {% elif value == option.IsNotLinear %} Is Not Linear {% elif value == option.IsSpaceContinuous %} Is Space-Continuous {% elif value == option.IsSpaceDiscrete %} Is Space-Discrete {% elif value == option.IsSpaceIndependent %} Is Space-Independent {% elif value == option.IsTimeContinuous %} Is Time-Continuous {% elif value == option.IsTimeDiscrete %} Is Time-Discrete {% elif value == option.IsTimeIndependent %} Is Time-Independent {% endif %} {% if not forloop.last %} , {% endif %} {% endfor %} {% for values in values.RelationMM1.values %} {% if forloop.counter == 1 %}

Relations to Mathematical Models

{% endif %} {%if values.0 == option.ContainedAsAssumptionIn %} contained as Assumption in: {{ values.2 }}
{% elif values.0 == option.ContainedAsBoundaryConditionIn %} contained as Boundary Condition in: {{ values.2 }}
{% elif values.0 == option.ContainedAsConstraintConditionIn %} contained as Constraint Condition in: {{ values.2 }}
{% elif values.0 == option.ContainedAsDefintionIn %} contained as Defintion in: {{ values.2 }}
{% elif values.0 == option.ContainedAsFormulationIn %} contained as Formulation in: {{ values.2 }}
{% elif values.0 == option.ContainedAsInitialConditionIn %} contained as Initial Condition in: {{ values.2 }}
{% elif values.0 == option.ContainedAsFinalConditionIn %} contained as Final Condition in: {{ values.2 }}
{% endif %} {% endfor %} {% for values in values.RelationMF1.values %} {% if forloop.counter == 1 %}

Relations to other Mathematical Formulations I

{% endif %} {% if values.0 == option.ContainsAssumption %} contains as Assumption: {{ values.1 }}
{% elif values.0 == option.ContainedAsAssumptionIn %} contained as Assumption in: {{ values.1 }}
{% elif values.0 == option.ContainsBoundaryCondition %} contains as Boundary Condition: {{ values.1 }}
{% elif values.0 == option.ContainedAsBoundaryConditionIn %} contained as Boundary Condition in: {{ values.1 }}
{% elif values.0 == option.ContainsConstraintCondition %} contains as Constraint Condition: {{ values.1 }}
{% elif values.0 == option.ContainedAsConstraintConditionIn %} contained as Constraint Condition in: {{ values.1 }}
{% elif values.0 == option.ContainsCouplingCondition %} contains as Coupling Condition: {{ values.1 }}
{% elif values.0 == option.ContainedAsCouplingConditionIn %} contained as Coupling Condition in: {{ values.1 }}
{% elif values.0 == option.ContainsFormulation %} contains as Formulation: {{ values.1 }}
{% elif values.0 == option.ContainedAsFormulationIn %} contained as Formulation in: {{ values.1 }}
{% elif values.0 == option.ContainsInitialCondition %} contains as Initial Condition: {{ values.1 }}
{% elif values.0 == option.ContainedAsInitialConditionIn %} contained as Initial Condition in: {{ values.1 }}
{% elif values.0 == option.ContainsFinalCondition %} contains as Final Condition: {{ values.1 }}
{% elif values.0 == option.ContainedAsFinalConditionIn %} contained as Final Condition in: {{ values.1 }}
{% endif %} {% endfor %} {% for values in values.RelationMF2.values %} {% if forloop.counter == 1 %}

Relations to other Mathematical Formulations II

{% endif %} {% if values.0 == option.ApproximatedBy %} approximated by Formulation: {{ values.1 }}
{% elif values.0 == option.Approximates %} approximates Formulation: {{ values.1 }}
{% elif values.0 == option.DiscretizedBy %} discretized by Formulation: {{ values.1 }}
{% elif values.0 == option.Discretizes %} discretizes Formulation: {{ values.1 }}
{% elif values.0 == option.GeneralizedBy %} generalized by Formulation: {{ values.1 }}
{% elif values.0 == option.Generalizes %} generalizes Formulation: {{ values.1 }}
{% elif values.0 == option.NondimensionalizedBy %} nondimensionalized by Formulation: {{ values.1 }}
{% elif values.0 == option.Nondimensionalzes %} nondimensionalizes Formulation: {{ values.1 }}
{% elif values.0 == option.LinearizedBy %} linearized by Formulation: {{ values.1 }}
{% elif values.0 == option.Linearizes %} linearizes Formulation: {{ values.1 }}
{% elif values.0 == option.SimilarTo %} similar to Formulation: {{ values.1 }}
{% endif %} {% endfor %} {% endif %} {% endfor %} {% endfor %} {% endfor %}

Tasks

{% for values in answers.Task.values %}

T{{ forloop.counter }}: {{ values.Name }}

Description: {{ values.Description }}
MathModDB: {% if values.MathModID and values.MathModID != 'not in MathModDB' %} {{ values.MathModID }} {% endif %}
WikiData: {% if 'wikidata' in values.ID %} {{ values.ID|cut:"wikidata:" }} {% endif %}
MaRDI: {% if 'mardi' in values.ID %} {{ values.ID|cut:"mardi:" }} {% endif %}
Wikipedia: {{ values.Reference }}
Properties: {% for value in values.Properties.values %} {% if value == option.IsLinear %} Is Linear {% elif value == option.IsNotLinear %} Is Not Linear {% endif %} {% if not forloop.last %} , {% endif %} {% endfor %}
Task Type: {% if values.TaskClass == option.ComputationalTask %} Computational Task {% endif %}

{% for value in values.RelationMM.values %} {% if forloop.counter == 1 %}

Relations to Mathematical Models

{% endif %} applies Mathematical Model: {{ value.1 }} {% endfor %} {% for value in values.RelationQQK.values %} {% if forloop.counter == 1 %}

Relations to Quantities / Quantity Kinds

{% endif %} {% if value.0 == option.ContainsInput %} contains Input: {{ value.1 }}
{% elif value.0 == option.ContainsOutput %} contains Output: {{ value.1 }}
{% elif value.0 == option.ContainsObjective %} contains Objective: {{ value.1 }}
{% elif value.0 == option.ContainsParameter %} contains Parameter: {{ value.1 }}
{% elif value.0 == option.ContainsConstant %} contains Constant: {{ value.1 }}
{% endif %} {% endfor %} {% for value in values.RelationT.values %} {% if forloop.counter == 1 %}

Relations to Tasks

{% endif %} {% if value.0 == option.GeneralizedBy %} generalized by Task: {{ value.1 }}
{% elif value.0 == option.Generalizes %} generalizes Task: {{ value.1 }}
{% elif value.0 == option.DiscretizedBy %} discretized by Task: {{ value.1 }}
{% elif value.0 == option.Discretizes %} discretizes Task: {{ value.1 }}
{% elif value.0 == option.ContainedIn %} contained in Task: {{ value.1 }}
{% elif value.0 == option.Contains %} contains Task: {{ value.1 }}
{% elif value.0 == option.ApproximatedBy %} approximated by Task: {{ value.1 }}
{% elif value.0 == option.Approximates %} approximates Task: {{ value.1 }}
{% elif value.0 == option.LinearizedBy %} linearized by Task: {{ value.1 }}
{% elif value.0 == option.Linearizes %} linearizes Task: {{ value.1 }}
{% elif value.0 == option.SimilarTo %} similar to Task: {{ value.1 }}
{% endif %} {% endfor %}

List of Mathematical Formulations

{% for values in answers.MathematicalFormulation.values %} {% for tasks in values.RelationT1.values %} {% if tasks.1 == forloop.parentloop.parentloop.counter %}

F{{ forloop.parentloop.counter }}: {{ values.Name }}

Description: {{ values.Description }}
MathModDB: {% if values.MathModID and values.MathModID != 'not in MathModDB' %} {{ values.MathModID }} {% endif %}
WikiData: {% if 'wikidata' in values.ID %} {{ values.ID|cut:"wikidata:" }} {% endif %}
MaRDI: {% if 'mardi' in values.ID %} {{ values.ID|cut:"mardi:" }} {% endif %}

Defining formulations: {% for value in values.Formula.values %} \( {{ value|cut:"$$" }} \) {% if not forloop.last %} , {% endif %} {% endfor %}


{% for value in values.Element.values %} {% endfor %}
Symbol Quantity Quantity ID Quantity Kind Quantity Kind ID Description
{{ value.Symbol }} {% if value.Info %} {{ value.Info.Name }} {% else %} {{ value.Quantity }} {% endif %} {{ value.Info.QID }} {{ value.Info.QKName }} {{ value.Info.QKID }} {{ value.Info.Description }}

Properties: {% for value in values.Properties.values %} {% if value == option.IsConvex %} Is Convex {% elif value == option.IsNotConvex %} Is Not Convex {% elif value == option.IsDeterministic %} Is Deterministic {% elif value == option.IsStochastic %} Is Stochastic {% elif value == option.IsDimensionless %} Is Dimensionless {% elif value == option.IsDimensional %} Is Dimensional {% elif value == option.IsDynamic %} Is Dynamic {% elif value == option.IsStatic %} Is Static {% elif value == option.IsLinear %} Is Linear {% elif value == option.IsNotLinear %} Is Not Linear {% elif value == option.IsSpaceContinuous %} Is Space-Continuous {% elif value == option.IsSpaceDiscrete %} Is Space-Discrete {% elif value == option.IsSpaceIndependent %} Is Space-Independent {% elif value == option.IsTimeContinuous %} Is Time-Continuous {% elif value == option.IsTimeDiscrete %} Is Time-Discrete {% elif value == option.IsTimeIndependent %} Is Time-Independent {% endif %} {% if not forloop.last %} , {% endif %} {% endfor %} {% for values in values.RelationT1.values %} {% if forloop.counter == 1 %}

Relations to Tasks

{% endif %} {% if values.0 == option.ContainedAsAssumptionIn %} contained as Assumption in: {{ values.2 }}
{% elif values.0 == option.ContainedAsBoundaryConditionIn %} contained as Boundary Condition in: {{ values.2 }}
{% elif values.0 == option.ContainedAsConstraintConditionIn %} contained as Constraint Condition in: {{ values.2 }}
{% elif values.0 == option.ContainedAsDefinitionIn %} contained as Definition in: {{ values.2 }}
{% elif values.0 == option.ContainedAsFormulationIn %} contained as Formulation in: {{ values.2 }}
{% elif values.0 == option.ContainedAsInitialConditionIn %} contained as Initial Condition in: {{ values.2 }}
{% elif values.0 == option.ContainedAsFinalConditionIn %} contained as Final Condition in: {{ values.2 }}
{% elif values.0 == option.ContainedAsInputIn %} contained as Input in: {{ values.2 }}
{% elif values.0 == option.ContainedAsOutputIn %} contained as Output in: {{ values.2 }}
{% elif values.0 == option.ContainedAsObjectiveIn %} contained as Objective in: {{ values.2 }}
{% elif values.0 == option.ContainedAsParameterIn %} contained as Parameter in: {{ values.2 }}
{% endif %} {% endfor %} {% for values in values.RelationMM1.values %} {% if forloop.counter == 1 %}

Relations to Mathematical Models

{% endif %} {% if values.0 == option.ContainedAsAssumptionIn %} contained as Assumption in: {{ values.2 }}
{% elif values.0 == option.ContainedAsBoundaryConditionIn %} contained as Boundary Condition in: {{ values.2 }}
{% elif values.0 == option.ContainedAsConstraintConditionIn %} contained as Constraint Condition in: {{ values.2 }}
{% elif values.0 == option.ContainedAsDefintionIn %} contained as Defintion in: {{ values.2 }}
{% elif values.0 == option.ContainedAsFormulationIn %} contained as Formulation in: {{ values.2 }}
{% elif values.0 == option.ContainedAsInitialConditionIn %} contained as Initial Condition in: {{ values.2 }}
{% elif values.0 == option.ContainedAsFinalConditionIn %} contained as Final Condition in: {{ values.2 }}
{% endif %} {% endfor %} {% for values in values.RelationMF1.values %} {% if forloop.counter == 1 %}

Relations to other Mathematical Formulations I

{% endif %} {% if values.0 == option.ContainsAssumption %} contains as Assumption: {{ values.1 }}
{% elif values.0 == option.ContainedAsAssumptionIn %} contained as Assumption in: {{ values.1 }}
{% elif values.0 == option.ContainsBoundaryCondition %} contains as Boundary Condition: {{ values.1 }}
{% elif values.0 == option.ContainedAsBoundaryConditionIn %} contained as Boundary Condition in: {{ values.1 }}
{% elif values.0 == option.ContainsConstraintCondition %} contains as Constraint Condition: {{ values.1 }}
{% elif values.0 == option.ContainedAsConstraintConditionIn %} contained as Constraint Condition in: {{ values.1 }}
{% elif values.0 == option.ContainsCouplingCondition %} contains as Coupling Condition: {{ values.1 }}
{% elif values.0 == option.ContainedAsCouplingConditionIn %} contained as Coupling Condition in: {{ values.1 }}
{% elif values.0 == option.ContainsFormulation %} contains as Formulation: {{ values.1 }}
{% elif values.0 == option.ContainedAsFormulationIn %} contained as Formulation in: {{ values.1 }}
{% elif values.0 == option.ContainsInitialCondition %} contains as Initial Condition: {{ values.1 }}
{% elif values.0 == option.ContainedAsInitialConditionIn %} contained as Initial Condition in: {{ values.1 }}
{% elif values.0 == option.ContainsFinalCondition %} contains as Final Condition: {{ values.1 }}
{% elif values.0 == option.ContainedAsFinalConditionIn %} contained as Final Condition in: {{ values.1 }}
{% endif %} {% endfor %} {% for values in values.RelationMF2.values %} {% if forloop.counter == 1 %}

Relations to other Mathematical Formulations II

{% endif %} {% if values.0 == option.ApproximatedBy %} approximated by Formulation: {{ values.1 }}
{% elif values.0 == option.Approximates %} approximates Formulation: {{ values.1 }}
{% elif values.0 == option.DiscretizedBy %} discretized by Formulation: {{ values.1 }}
{% elif values.0 == option.Discretizes %} discretizes Formulation: {{ values.1 }}
{% elif values.0 == option.GeneralizedBy %} generalized by Formulation: {{ values.1 }}
{% elif values.0 == option.Generalizes %} generalizes Formulation: {{ values.1 }}
{% elif values.0 == option.NondimensionalizedBy %} nondimensionalized by Formulation: {{ values.1 }}
{% elif values.0 == option.Nondimensionalzes %} nondimensionalizes Formulation: {{ values.1 }}
{% elif values.0 == option.LinearizedBy %} linearized by Formulation: {{ values.1 }}
{% elif values.0 == option.Linearizes %} linearizes Formulation: {{ values.1 }}
{% elif values.0 == option.SimilarTo %} similar to Formulation: {{ values.1 }}
{% endif %} {% endfor %} {% endif %} {% endfor %} {% endfor %} {% endfor %}

Publications

{% for values in answers.PublicationModel.values %}

P{{ forloop.counter }}: {{ values.Name }}

MathModID: {% if values.MathModID and values.MathModID != 'not in MathModDB' %} {{ values.MathModID }} {% endif %}
DOI: {% if 'doi' in values.Reference %} {{ values.Reference|cut:"doi:" }} {% endif %}
URL: {% if 'url' in values.Reference %} {{ values.Reference|cut:"url:" }} {% endif %}

{% for values in values.RelationP.values %} {% if forloop.counter == 1 %}

Relations to Entities of the Mathematical Models

{% endif %} {% if values.0 == option.Documents %} documents: {{ values.1 }}
{% elif values.0 == option.Invents %} invents: {{ values.1 }}
{% elif values.0 == option.Studies %} studies: {{ values.1 }}
{% elif values.0 == option.Surveys %} surveys: {{ values.1 }}
{% elif values.0 == option.Uses %} uses: {{ values.1 }}
{% endif %} {% endfor %} {% endfor %}

Research Fields

{% for values in answers.ResearchField.values %}

RF{{ forloop.counter }}: {{ values.Name }}

Description: {{ values.Description }}
MathModDB: {% if values.MathModID and values.MathModID != 'not in MathModDB' %} {{ values.MathModID }} {% endif %}
WikiData: {% if 'wikidata' in values.ID %} {{ values.ID|cut:"wikidata:" }} {% endif %}
MaRDI: {% if 'mardi' in values.ID %} {{ values.ID|cut:"mardi:" }} {% endif %}

{% for relation in values.RelationRF1.values %} {% if forloop.counter == 1 %}

Relations to other Research Fields

{% endif %} {% if relation.0 == option.GeneralizedBy %} generalized by Field: {{relation.1 }}
{% elif relation.0 == option.Generalizes %} generalizes Field: {{relation.1 }}
{% elif relation.0 == option.SimilarTo %} similar to Field: {{relation.1 }}
{% endif %} {% endfor %} {% endfor %}

Research Problems

{% for values in answers.ResearchProblem.values %}

RP{{ forloop.counter }}: {{ values.Name }}

Description: {{ values.Description }}
DOI: {{ values.Reference|cut:"doi:" }}
MathModDB: {% if values.MathModID and values.MathModID != 'not in MathModDB' %} {{ values.MathModID }} {% endif %}
WikiData: {% if 'wikidata' in values.ID %} {{ values.ID|cut:"wikidata:" }} {% endif %}
MaRDI: {% if 'mardi' in values.ID %} {{ values.ID|cut:"mardi:" }} {% endif %}

{% for researchfield in values.RelationRF1.values %} {% if forloop.counter == 1 %}

Relations to Research Fields

{% endif %} contained in Field: {{ researchfield.1 }} {% endfor %} {% for relation in values.RelationRP1.values %} {% if forloop.counter == 1 %}

Relations to other Research Problems

{% endif %} {% if relation.0 == option.GeneralizedBy %} generalized by Problem: {{relation.1 }}
{% elif relation.0 == option.Generalizes %} generalizes Problem: {{relation.1 }}
{% elif relation.0 == option.SimilarTo %} similar to Problem: {{relation.1 }}
{% endif %} {% endfor %} {% endfor %}

Quantities / Quantity Kinds

{% for values in answers.Quantity.values %}

QQK{{ forloop.counter }}: {{ values.Name }}

Description: {{ values.Description }}
Class: {% if values.QorQK == option.QuantityClass %} Quantity {% elif values.QorQK == option.QuantityKindClass %} Quantity Kind {% endif %}
DOI: {% if 'doi' in values.ID %} {{ values.ID|cut:"doi:" }} {% endif %}
MathModDB: {% if values.MathModID and values.MathModID != 'not in MathModDB' %} {{ values.MathModID }} {% endif %}
WikiData: {% if 'wikidata' in values.ID %} {{ values.ID|cut:"wikidata:" }} {% endif %}
MaRDI: {% if 'mardi' in values.ID %} {{ values.ID|cut:"mardi:" }} {% endif %}
Properties: {% if values.Properties %} {% for value in values.Properties.values %} {% if value == option.IsDimensionless %} Is Dimensionless {% elif value == option.IsDimensional %} Is Dimensional {% elif value == option.IsLinear %} Is Linear {% elif value == option.IsNotLinear %} Is Not Linear {% endif %} {% if not forloop.last %} , {% endif %} {% endfor %} {% endif %}

{% if values.QorQK == option.QuantityClass %} {% for values in values.RelationQQ.values %} {% if forloop.counter == 1 %}

Relations to other Quantities

{% endif %} {% if values.0 == option.GeneralizedBy %} generalized by Quantity: {{ values.1 }}
{% elif values.0 == option.Generalizes %} generalizes Quantity: {{ values.1 }}
{% elif values.0 == option.ApproximatedBy %} approximated by Quantity: {{ values.1 }}
{% elif values.0 == option.Approximates %} approximates Quantity: {{ values.1 }}
{% elif values.0 == option.LinearizedBy %} linearized by Quantity: {{ values.1 }}
{% elif values.0 == option.Linearizes %} linearizes Quantity: {{ values.1 }}
{% elif values.0 == option.NondimensionalizedBy %} nondimensionalized by Quantity: {{ values.1 }}
{% elif values.0 == option.Nondimensionalizes %} nondimensionalizes Quantity: {{ values.1 }}
{% elif values.0 == option.SimilarTo %} similar to Quantity: {{ values.1 }}
{% endif %} {% endfor %} {% for values in values.RelationQQK.values %} {% if forloop.counter == 1 %}

Relations to Quantity Kinds

{% endif %} {% if values.0 == option.GeneralizedBy %} generalized by Quantity Kind: {{ values.1 }}
{% elif values.0 == option.Generalizes %} generalizes Quantity Kind: {{ values.1 }}
{% elif values.0 == option.NondimensionalizedBy %} nondimensionalized by Quantity Kind: {{ values.1 }}
{% elif values.0 == option.Nondimensionalizes %} nondimensionalizes Quantity Kind: {{ values.1 }}
{% elif values.0 == option.SimilarTo %} similar to Quantity Kind: {{ values.1 }}
{% endif %} {% endfor %} {% if values.MDef %}

Definition of Quantity

Name: {{ values.MDef.Name }}
Description: {{ values.MDef.Description }}
MathModDB: {% if values.MDef.MathModID and values.MDef.MathModID != 'not in MathModDB' %} {{ values.MDef.MathModID }} {% endif %}
WikiData: {% if 'wikidata' in values.MDef.ID %} {{ values.MDef.ID|cut:"wikidata:" }} {% endif %}
MaRDI: {% if 'mardi' in values.MDef.ID %} {{ values.MDef.ID|cut:"mardi:" }} {% endif %}

Defining formulations: {%for value in values.MDef.Formula.values %} \( {{ value|cut:"$$" }} \) {% if not forloop.last %} , {% endif %} {% endfor %}


{% for value in values.MDef.Element.values %} {% endfor %}
Symbol Quantity Quantity ID Quantity Kind Quantity Kind ID Description
{{ value.Symbol }} {% if value.Info %} {{ value.Info.Name }} {% else %} {{ value.Quantity }} {% endif %} {{ value.Info.QID }} {{ value.Info.QKName }} {{ value.Info.QKID }} {{ value.Info.Description }}

Properties: {% for value in values.MDef.Properties.values %} {% if value == option.IsConvex %} Is Convex {% elif value == option.IsNotConvex %} Is Not Convex {% elif value == option.IsDeterministic %} Is Deterministic {% elif value == option.IsStochastic %} Is Stochastic {% elif value == option.IsDimensionless %} Is Dimensionless {% elif value == option.IsDimensional %} Is Dimensional {% elif value == option.IsDynamic %} Is Dynamic {% elif value == option.IsStatic %} Is Static {% elif value == option.IsLinear %} Is Linear {% elif value == option.IsNotLinear %} Is Not Linear {% elif value == option.IsSpaceContinuous %} Is Space-Continuous {% elif value == option.IsSpaceDiscrete %} Is Space-Discrete {% elif value == option.IsSpaceIndependent %} Is Space-Independent {% elif value == option.IsTimeContinuous %} Is Time-Continuous {% elif value == option.IsTimeDiscrete %} Is Time-Discrete {% elif value == option.IsTimeIndependent %} Is Time-Independent {% endif %} {% if not forloop.last %} , {% endif %} {% endfor %} {% endif %} {% elif values.QorQK == option.QuantityKindClass %} {% for values in values.RelationQKQK.values %} {% if forloop.counter == 1 %}

Relations to other Quantity Kinds

{% endif %} {% if values.0 == option.GeneralizedBy %} generalized by Quantity Kind: {{ values.1 }}
{% elif values.0 == option.Generalizes %} generalizes Quantity Kind: {{ values.1 }}
{% elif values.0 == option.NondimensionalizedBy %} nondimensionalized by Quantity Kind: {{ values.1 }}
{% elif values.0 == option.Nondimensionalizes %} nondimensionalizes Quantity Kind: {{ values.1 }}
{% elif values.0 == option.SimilarTo %} similar to Quantity Kind: {{ values.1 }}
{% endif %} {% endfor %} {% for values in values.RelationQKQ.values %} {% if forloop.counter == 1 %}

Relations to Quantities

{% endif %} {% if values.0 == option.GeneralizedBy %} generalized by Quantity: {{ values.1 }}
{% elif values.0 == option.Generalizes %} generalizes Quantity: {{ values.1 }}
{% elif values.0 == option.NondimensionalizedBy %} nondimensionalized by Quantity: {{ values.1 }}
{% elif values.0 == option.Nondimensionalizes %} nondimensionalizes Quantity: {{ values.1 }}
{% elif values.0 == option.SimilarTo %} similar to Quantity: {{ values.1 }}
{% endif %} {% endfor %} {% endif %} {% endfor %} {% endblock %}