DSL Root Element sim{}

//create the simulation object
sim(name:"CSMLite Basic Simulation for Workshop") {
     //add sub-elements...
     }

Element sim{}

Specification

Sub-Elements	Description	Type	Default	Occurrences
build	Build the model	-	-	One, optional
model{}	Define the model	-	-	One, required
resource	List resources for the model	-	-	Zero or many
outputstrategy	Manage storage of output	-	-	Zero or one
output	Capture and store output field values	-	-	Zero or one
summary	Apply ad hoc statistics	-	-	Zero to many
efficiency	Quantify the prediction performance of the model	-	-	Zero to many
analysis{}	Analyze by plotting or graphing	-	-	Zero or one

Example

/*
 * EF Carson simulation. 
 */
sim(name:"Efcarson") {

    build()

    // define output strategy: output base dir and
    // the scheme NUMBERED|SIMPLE|DATE
    outputstrategy(dir:"$oms_prj/output", scheme:SIMPLE)

    // model definition
    model(classname:"model.PrmsDdJh") {
        // parameter definition
        parameter (file:"$oms_prj/data/efc_svntest.csv") {
            inputFile   "$oms_prj/data/data.csv"
            outFile     "out.csv"
            sumFile     "basinsum.csv"
            out         "summary.txt"

            startTime   "1980-10-01"
            endTime     "1986-09-30"
        }

        logging {
             // "Ddsolrad" "INFO"
        }
    }

    //model efficiency (optional)
    efficiency(obs:"runoff[0]", sim:"basin_cfs", methods:NS+ABSDIF+TRMSE)

    // compute some summary for runoff 'on-the-fly' (optional)
    summary(time:"date", var:"basin_gwflow_cfs", moments:MEAN+MIN+MAX+LAG1,
            period:YEARLY, file:"sum.txt")

    output(time:"date", vars:"runoff[0], basin_cfs, basin_sroff_cfs,
           basin_ssflow_cfs,basin_gwflow_cfs, basin_potet,basin_actet,",
           fformat:"9.6f", file:"out1.csv")

    analysis(title:"Simulation Output") {
        timeseries(title:"Efc_Q", view: COMBINED ) {
            x(file:"%last/out1.csv", column:"date")
            y(file:"%last/out1.csv", column:"runoff[0]")
            y(file:"%last/out1.csv", column:"basin_cfs")
        } 
        timeseries(title:"Sim_Error", view: STACKED) {
            x(file:"%last/out1.csv",  column:"date")
            calc(eq:"simulated - observed") {
                simulated(file:"%last/out1.csv", column:"basin_cfs")
                observed(file:"%last/out1.csv", column:"runoff[0]")
            }
        calc(eq:"simulated - observed", acc:true) {
                simulated(file:"%last/out1.csv", column:"basin_cfs")
                observed(file:"%last/out1.csv", column:"runoff[0]")
            }
        }
        timeseries(title:"Components of Flow", view: COMBINED ) {
                   x(file:"%last/out1.csv", column:"date")
                   y(file:"%last/out1.csv", column:"basin_sroff_cfs")
                   y(file:"%last/out1.csv", column:"basin_ssflow_cfs")
                   y(file:"%last/out1.csv", column:"basin_gwflow_cfs")
        } 
        timeseries(title:"Potet vs Actet", view: COMBINED ) {
	            x(file:"%last/out1.csv", column:"date")
	            y(file:"%last/out1.csv", column:"basin_potet")
	            y(file:"%last/out1.csv", column:"basin_actet")
        } 
    }
}