BNF grammar of the Kendrick DSL

<Kendrick-Script> ::= <Kendrick-Entity>"." {<Kendrick-Entity>"."}

<Kendrick-Entity> ::= <KModel-Declaration> | <Composition-Declaration> | <Scenario-Declaration> | <Simulation-Declaration> | <Visualization-Declaration>

<identifier> ::= <letter>{<letter> | <digit>}
<composite_identifier> ::= <identifier>"_"<identifier>{"_"<identifier>}

<letter> ::= a-z|A-Z

<digit> ::= 0-9

<number> ::= <digit>{<digit>}[.{<digit>}]

<string> ::= "'"<letter>|<digit>{<letter>|<digit>}"'"


<equation> ::= <equation-signature> "=" <equation-expression>

<equation-signature> ::= <identifier> ":" <identifier>

<equation-expression> ::= <term> [+|-] {<equation-expression>}

<term> ::= [(]<number> | <identifier> | <composite_identifier> |<product>

<product> ::=  * | / <term>

<array> ::= "#(" <values> | <short-expression> ")"

<values> ::= <value>{" "<value>}

<value> ::= <number> | <string> | <array>

<short-expression> ::= <equation-expression> [<basic-operator>{<basic-operator>}]

 <basic-operator> ::= sum | sqrt | log | size | min | max | avg | sin | cos

<KModel-Declaration> ::= "KendrickModel" <identifier> <model-body>

<model-body> ::= {<model-expression>";"}<model-expression>"."

<model-expression> ::= <Attribute-Declaration> | <Parameters-Declaration> | <assignment-clause> | <Equations-Declaration> | <Transitions-Declaration>

<Attribute-Declaration> ::= "attribute: #(" <identifier> "->" <identifier>{" " <identifier>} ")" 

<Parameters-Declaration> ::= "parameters: #(" <identifier> {" " <identifier>} ")"

<Equations-Declaration> ::= "equations: " <equation-array>

<equation-array> ::= "#(" <equation> {"." <equation>} ")"

<Transitions-Declaration> ::= "transitions: " <transition-array>

<transition-array> ::= "#(" <transition> {"." <transition>} ")"

<transition> ::= <identifier> "--" <identifier> "-->" <identifier>

<assignment-clause> ::= <identifier>|<composite_identifier> ":" <value>

<Composition-Declaration> ::= "Composition" <identifier> <composition-body>

<composition-body> ::= {<composition-expression>";"}<composition-expression>"."

<composition-expression> ::= <model-clause> | <Parameters-Declaration> | <assignment-clause> 

<Scenario-Declaration> ::= "Scenario" <identifier> <scenario-body>

<scenario-body> ::= <on-clause> <population-clause> [{<scenario-expression>";"}<scenario-expression>]"."

<on-clause> ::= "on: " <string> ";" 

<population-clause> ::= "populationSize: " <number>

<scenario-expression> ::= <assignment-clause>

<Simulation-Declaration> ::= "Simulation" <identifier> <algorithm> <simulation-body>

<algorithm> ::= rungeKutta | gillespie | ibm

<simulation-body> ::= {<simulation-scenario>}<simulation-scenario> <simulation-time>

<simulation-scenario> ::= "scenario: " <string>";"

<simulation-time> ::= "from: " <number>; "to: " <number>; "step: " <number>"."

<Visualization-Declaration> ::= "Visualization" <identifier> <visualization-module> <visualization-body>

<visualization-module> ::= diagram | map 

<visualization-body> ::= <for-clause> [";"{<visualization-expression>";"}<visualization-expression>]"."

<for-clause> ::= "for: " <string>

<visualization-expression> ::= "legends: " <array> | "xLabel: " <string> | "yLabel: " <string> | "legendTitle: " <string> | "data: " <short-expression>