def getPredictionResults(network, clRegionName):
  """Get prediction results for all prediction steps."""
  classifierRegion = network.regions[clRegionName]
  actualValues = classifierRegion.getOutputData("actualValues")
  probabilities = classifierRegion.getOutputData("probabilities")
  steps = classifierRegion.getSelf().stepsList
  N = classifierRegion.getSelf().maxCategoryCount
  results = {step: {} for step in steps}
  for i in range(len(steps)):
    # stepProbabilities are probabilities for this prediction step only.
    stepProbabilities = probabilities[i * N:(i + 1) * N - 1]
    mostLikelyCategoryIdx = stepProbabilities.argmax()
    predictedValue = actualValues[mostLikelyCategoryIdx]
    predictionConfidence = stepProbabilities[mostLikelyCategoryIdx]
    results[steps[i]]["predictedValue"] = predictedValue
    results[steps[i]]["predictionConfidence"] = predictionConfidence
  return results
def getPredictionResults(network, clRegionName):
  """Get prediction results for all prediction steps."""
  classifierRegion = network.regions[clRegionName]
  actualValues = classifierRegion.getOutputData("actualValues")
  probabilities = classifierRegion.getOutputData("probabilities")
  steps = classifierRegion.getSelf().stepsList
  N = classifierRegion.getSelf().maxCategoryCount
  results = {step: {} for step in steps}
  for i in range(len(steps)):
    # stepProbabilities are probabilities for this prediction step only.
    stepProbabilities = probabilities[i * N:(i + 1) * N - 1]
    mostLikelyCategoryIdx = stepProbabilities.argmax()
    predictedValue = actualValues[mostLikelyCategoryIdx]
    predictionConfidence = stepProbabilities[mostLikelyCategoryIdx]
    results[steps[i]]["predictedValue"] = predictedValue
    results[steps[i]]["predictionConfidence"] = predictionConfidence
  return results
def getPredictionResults ( network , clRegionName ) : classifierRegion = network . regions [ clRegionName ] actualValues = classifierRegion . getOutputData ( "actualValues" ) probabilities = classifierRegion . getOutputData ( "probabilities" ) steps = classifierRegion . getSelf ( ) . stepsList N = classifierRegion . getSelf ( ) . maxCategoryCount results = { step : { } for step in steps } for i in range ( len ( steps ) ) : # stepProbabilities are probabilities for this prediction step only. stepProbabilities = probabilities [ i * N : ( i + 1 ) * N - 1 ] mostLikelyCategoryIdx = stepProbabilities . argmax ( ) predictedValue = actualValues [ mostLikelyCategoryIdx ] predictionConfidence = stepProbabilities [ mostLikelyCategoryIdx ] results [ steps [ i ] ] [ "predictedValue" ] = predictedValue results [ steps [ i ] ] [ "predictionConfidence" ] = predictionConfidence return results
Get prediction results for all prediction steps.
Get prediction results for all prediction steps .