decodes.tsdb.algo.BigAdder Maven / Gradle / Ivy
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A collection of software for aggregatting and processing environmental data such as from NOAA GOES satellites.
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package decodes.tsdb.algo;
import decodes.tsdb.DbCompException;
import ilex.var.NamedVariable;
import org.opendcs.annotations.algorithm.Algorithm;
import org.opendcs.annotations.algorithm.Input;
import org.opendcs.annotations.algorithm.Output;
/**
This algorithm is a modification of Scaler adder
Created by M. Bogner May 2009
*/
@Algorithm(
description ="Takes up to 20 input values labeled input1 ... input20. Multiplies\n" +
"them by coefficients supplied in properties coeff1 ... coeff20.\n" +
"Adds them together and produces a single output labeled 'output'.\n" +
"The property input_constant is added to the ouput result.\n" +
"input_constant defaults to 0 if not supplied\n" +
"Values not assigned by computation are ignored.\n" +
"All coefficients default to 1.0 if not supplied." )
public class BigAdder extends decodes.tsdb.algo.AW_AlgorithmBase
{
@Input
public double input1;
@Input
public double input2;
@Input
public double input3;
@Input
public double input4;
@Input
public double input5;
@Input
public double input6;
@Input
public double input7;
@Input
public double input8;
@Input
public double input9;
@Input
public double input10;
@Input
public double input11;
@Input
public double input12;
@Input
public double input13;
@Input
public double input14;
@Input
public double input15;
@Input
public double input16;
@Input
public double input17;
@Input
public double input18;
@Input
public double input19;
@Input
public double input20;
String alg_ver = "1.0.2";
@Output
public NamedVariable output = new NamedVariable("output", 0);
@org.opendcs.annotations.PropertySpec(value="0.0")
public double input_constant = 0.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff1 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff2 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff3 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff4 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff5 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff6 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff7 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff8 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff9 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff10 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff11 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff12 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff13 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff14 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff15 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff16 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff17 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff18 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff19 = 1.0;
@org.opendcs.annotations.PropertySpec(value="1.0")
public double coeff20 = 1.0;
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input1_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input2_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input3_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input4_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input5_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input6_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input7_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input8_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input9_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input10_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input11_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input12_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input13_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input14_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input15_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input16_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input17_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input18_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input19_MISSING = "ignore";
@org.opendcs.annotations.PropertySpec(value="ignore")
public String input20_MISSING = "ignore";
// Allow javac to generate a no-args constructor.
/**
* Algorithm-specific initialization provided by the subclass.
*/
protected void initAWAlgorithm( )
{
_awAlgoType = AWAlgoType.TIME_SLICE;
}
/**
* This method is called once before iterating all time slices.
*/
protected void beforeTimeSlices()
{
}
/**
* Do the algorithm for a single time slice.
* AW will fill in user-supplied code here.
* Base class will set inputs prior to calling this method.
* User code should call one of the setOutput methods for a time-slice
* output variable.
*
* @throws DbCompException (or subclass thereof) if execution of this
* algorithm is to be aborted.
*/
protected void doAWTimeSlice()
throws DbCompException
{
double tally = input_constant;
if (!isMissing(input1))
tally += (input1 * coeff1);
if (!isMissing(input2))
tally += (input2 * coeff2);
if (!isMissing(input3))
tally += (input3 * coeff3);
if (!isMissing(input4))
tally += (input4 * coeff4);
if (!isMissing(input5))
tally += (input5 * coeff5);
if (!isMissing(input6))
tally += (input6 * coeff6);
if (!isMissing(input7))
tally += (input7 * coeff7);
if (!isMissing(input8))
tally += (input8 * coeff8);
if (!isMissing(input9))
tally += (input9 * coeff9);
if (!isMissing(input10))
tally += (input10 * coeff10);
if (!isMissing(input11))
tally += (input11 * coeff11);
if (!isMissing(input12))
tally += (input12 * coeff12);
if (!isMissing(input13))
tally += (input13 * coeff13);
if (!isMissing(input14))
tally += (input14 * coeff14);
if (!isMissing(input15))
tally += (input15 * coeff15);
if (!isMissing(input16))
tally += (input16 * coeff16);
if (!isMissing(input17))
tally += (input17 * coeff17);
if (!isMissing(input18))
tally += (input18 * coeff18);
if (!isMissing(input19))
tally += (input19 * coeff19);
if (!isMissing(input20))
tally += (input20 * coeff20);
debug3("BigAdder doAWTimeSlice- " + alg_ver + " input1=" + input1 + ", coeff1=" + coeff1
+", input2=" + input2 + ", coeff2=" + coeff2 + " input3=" + input3 + ", coeff3=" + coeff3);
debug3("BigAdder doAWTimeSlice- " + alg_ver + " input4=" + input4 + ", coeff4=" + coeff4
+", input5=" + input5 + ", coeff5=" + coeff5 + " input6=" + input6 + ", coeff6=" + coeff6);
debug3("BigAdder doAWTimeSlice- " + alg_ver + " input7=" + input7 + ", coeff7=" + coeff7
+", input8=" + input8 + ", coeff8=" + coeff8 + " input9=" + input9 + ", coeff9=" + coeff9);
debug3("BigAdder doAWTimeSlice- " + alg_ver + " input11=" + input11 + ", coeff11=" + coeff11
+", input12=" + input12 + ", coeff12=" + coeff12 + " input13=" + input13 + ", coeff13=" + coeff13);
debug3("BigAdder doAWTimeSlice- " + alg_ver + " input14=" + input14 + ", coeff14=" + coeff14
+", input15=" + input15 + ", coeff15=" + coeff15 + " input16=" + input16 + ", coeff16=" + coeff16);
debug3("BigAdder doAWTimeSlice- " + alg_ver + " input17=" + input17 + ", coeff17=" + coeff17
+", input18=" + input18 + ", coeff18=" + coeff18 + " input19=" + input19 + ", coeff19=" + coeff19);
debug3("BigAdder doAWTimeSlice- " + alg_ver + " input20=" + input20 + ", coeff20=" + coeff20
+":: tally= " + tally);
setOutput(output, tally);
}
/**
* This method is called once after iterating all time slices.
*/
protected void afterTimeSlices()
{
}
}