Name

adams.flow.transformer.ControlChart

Synopsis

Applies a control chart algorithm to the data.

Additional information

Flow input/output:
- input: java.lang.Double[][], double[][], java.lang.Float[][], float[][], java.lang.Integer[][], int[][]
- output: adams.flow.container.ControlChartContainer

Container information:
- adams.flow.container.ControlChartContainer:
   - Algor: control chart algorithm; adams.data.spc.ControlChart
   - Chart: name of the chart; java.lang.String
   - Data: original data; java.lang.Object
   - Prepared: prepared/processed data; java.lang.Object
   - Limits: limits; ; adams.data.spc.Limits[]

Options

• loggingLevel
  

  The logging level for outputting errors and debugging output.

  command-line	-logging-level <OFF|SEVERE|WARNING|INFO|CONFIG|FINE|FINER|FINEST>
  default	WARNING
  min-user-mode	Expert

  
  
• name
  

  The name of the actor.

  command-line	-name <java.lang.String>
  default	ControlChart

  
  
• annotations
  

  The annotations to attach to this actor.

  command-line	-annotation <adams.core.base.BaseAnnotation>
  default

  
  
• skip
  

  If set to true, transformation is skipped and the input token is just forwarded as it is.

  command-line	-skip <boolean>
  default	false

  
  
• stopFlowOnError
  

  If set to true, the flow execution at this level gets stopped in case this actor encounters an error; the error gets propagated; useful for critical actors.

  command-line	-stop-flow-on-error <boolean>
  default	false
  min-user-mode	Expert

  
  
• silent
  

  If enabled, then no errors are output in the console; Note: the enclosing actor handler must have this enabled as well.

  command-line	-silent <boolean>
  default	false
  min-user-mode	Expert

  
  
• outputArray
  

  Whether to output the control chart containers as array or one-by-one.

  command-line	-output-array <boolean>
  default	false

  
  
• chart
  

  The control chart algorithm to use.

  command-line	-chart <adams.data.spc.ControlChart>
  default	adams.data.spc.UChart