def __init__(self, parent=None, signalManager=None):
OWRpy.__init__(self)
self.setRvariableNames(["strptime"])
self.data = {}
self.RFunctionParam_x = ''
self.inputs.addInput("x", _("Input Data"),
signals.RDataFrame.RDataFrame, self.processx)
self.outputs.addOutput("strptime Output", _("strptime Output"),
signals.RDataFrame.RDataFrame)
self.columnSelection = redRcomboBox(self.controlArea,
label=_("Data Column:"))
self.RFunctionParamformat_comboBox = redRcomboBox(
self.controlArea,
label="format:",
items=[
_("yyyymmdd"),
_("yymmdd"),
_("ddmmyyyy"),
_("ddmmyy"),
_("mmddyyyy"),
_("mmddyy")
],
toolTip=
_("Select the format of the date time. y is year m is month and d is day."
))
redRCommitButton(self.bottomAreaRight,
"Commit",
callback=self.commitFunction)
def __init__(self, signalManager=None):
OWRpy.__init__(self)
self.setRvariableNames(
['score', 'mergedmatrix', 'mergedvals', 'tempmerge'])
self.data = {}
self.RFunctionParam_data = ''
self.RFunctionParam_score = ''
self.inputs.addInput("data", _("Sample Data"),
signals.RDataFrame.RDataFrame, self.processdata)
self.inputs.addInput("scoremat", _("Scoring Matrix"),
signals.RDataFrame.RDataFrame, self.processscores)
self.outputs.addOutput("fscoremat", _("Sored Samples"),
signals.RDataFrame.RDataFrame)
self.outputs.addOutput("maxScore", _("Max Scored Class"),
signals.RVector.RVector)
wb = redRwidgetBox(self.controlArea, orientation='horizontal')
self.scoremethod = redRcomboBox(
wb,
label=_('Scoring Method'),
items=[_('Multiplication'), _('Correlation')],
callback=self.commitFunction)
redRCommitButton(self.bottomAreaRight,
_("Commit"),
callback=self.commitFunction)
self.RoutputWindow = redRfilterTable(wb,
label=_('Scores'),
displayLabel=False,
sortable=True,
filterable=False)
def __init__(self, parent=None, signalManager=None):
OWRpy.__init__(self)
self.setRvariableNames(["rbind"])
self.data = {}
self.RFunctionParam_x = ''
self.inputs.addInput(
"x",
_("Data"),
[signals.RDataFrame.RDataFrame, signals.RVector.RVector],
self.processx,
multiple=True)
self.outputs.addOutput("rbind Output", _("Joined Data"),
signals.RDataFrame.RDataFrame)
self.rowcolnames = redRcomboBox(
self.controlArea,
label=_('Source of Row / Column Names:'),
callback=self.commitFunction)
self.bindingMode = redRRadioButtons(self.controlArea,
label=_('Binding Mode:'),
buttons=[_('Row'),
_('Column')],
setChecked=_('Row'))
self.RFunctionParamdeparse_level_lineEdit = redRlineEdit(
self.controlArea, label=_("Deparse Level:"), text='1')
redRCommitButton(self.bottomAreaRight,
_("Commit"),
callback=self.commitFunction)
def __init__(self, parent=None, signalManager=None):
OWRpy.__init__(self)
self.require_librarys(["caret"])
self.setRvariableNames(["train", 'tempData'])
self.data = {}
self.RFunctionParam_data = ''
self.inputs.addInput("data", "data", [
signals.RArbitraryList.RArbitraryList,
signals.RDataFrame.RDataFrame
], self.processdata)
self.outputs.addOutput("train Output", "train Output",
signals.RModelFit.RModelFit)
self.trainingData = redRcomboBox(self.controlArea,
label='Training Data:')
self.RFunctionParamcustomArgs_lineEdit = redRlineEdit(
self.controlArea, label="customArgs:", text='')
#self.RFunctionParamtrControl_lineEdit = redRlineEdit(self.controlArea, label = "trControl:", text = '')
self.RFunctionParammethod_comboBox = redRcomboBox(
self.controlArea,
label="Method:",
items=[
"ada", "bagEarth", "bagFDA", "blackboost", "cforest", "ctree",
"ctree2", "earth", "enet", "fda", "gamboost", "gaussprPoly",
"gaussprRadial", "gaussprLinear", "gbm", "glm", "glmboost",
"glmnet", "gpls", "J48", "JRip", "knn", "lars", "lasso", "lda",
"Linda", "lm", "lmStepAIC", "LMT", "logitBoost", "lssvmPoly",
"lssvmRadial", "lvq", "M5Rules", "mda", "multinom", "nb",
"nnet", "nodeHarvest", "OneR", "pam", "pcaNNet", "pcr", "pda",
"pda2", "penalized", "pls", "ppr", "qda", "QdaCov", "rda",
"rf", "rlm", "rpart", "rvmLinear", "rvmPoly", "rvmRadial",
"sda", "sddaLDA", "sddaQDA", "slda", "smda", "sparseLDA",
"spls", "stepLDA", "stepQDA", "superpc", "svmPoly",
"svmRadial", "svmLinear", "treebag", "vbmpRadial"
])
#self.formula = redRRFormulaEntry(self.controlArea)
self.resultVariable = redRcomboBox(self.controlArea,
label='Class Data:')
self.RFunctionParamform_lineEdit = redRlineEdit(self.controlArea,
label="form:",
text='')
self.RoutputWindow = redRtextEdit(self.controlArea,
label="R Output Window")
redRCommitButton(self.bottomAreaRight,
"Commit",
callback=self.commitFunction)
def __init__(self, parent=None, signalManager=None):
OWRpy.__init__(self)
self.require_librarys(["caret"])
self.setRvariableNames(["createDataPartition", 'dataOutputList'])
self.data = {}
self.RFunctionParam_y = ''
self.inputs.addInput("y", "Input Vector List", signals.RDataFrame.RDataFrame, self.processy)
self.outputs.addOutput("createDataPartition Output","Partition/Resample/Fold List", signals.RList.RList)
self.outputs.addOutput("dataOutputList", "Data Output List \n(Subsets of data that matches the partitioning)", signals.RList.RList)
self.ListElementCombo = redRcomboBox(self.controlArea, label = 'List Element (Vector):')
self.functionCombo = redRcomboBox(self.controlArea, label = 'Function:', items = ['Partition', 'Resample', 'Fold'])
self.RFunctionParamp_spinBox = redRSpinBox(self.controlArea, label = "Percentage (Partition):", value = 50, min = 1, max = 100)
#self.RFunctionParamlist_radioButtons = redRradioButtons(self.controlArea, label = "list:", buttons = ["TRUE"], setChecked = "")
self.RFunctionParamgroups_spinBox = redRSpinBox(self.controlArea, label = "Number of Quantiles (Partition on Numeric Data):", value = 5, min = 1)
self.RFunctionParamtimes_spinBox = redRSpinBox(self.controlArea, label = "Number of Partitions (Partition and Resample):", value = 1, min = 1, toolTip = 'Typically higher values are set for resampling because one wants to generate several resamples at once.')
self.RFunctionParam_folds_spinBox = redRSpinBox(self.controlArea, label = "Number of Folds (Folds):", value = 10, min = 1)
redRCommitButton(self.bottomAreaRight, "Commit", callback = self.commitFunction)
self.RoutputWindow = redRtextEdit(self.controlArea, label = "R Output Window")
def __init__(self, parent=None, signalManager=None):
OWRpy.__init__(self)
self.setRvariableNames(["predict", 'tempData'])
self.data = {}
self.RFunctionParam_object = ''
self.RFunctionParam_newData = ''
self.inputs.addInput("object", "object", signals.RModelFit.RModelFit,
self.processobject)
self.inputs.addInput("newData", "newData", [
signals.RArbitraryList.RArbitraryList,
signals.RDataFrame.RDataFrame
], self.processnewData)
self.outputs.addOutput("predict Output", "predict Output",
signals.RModelFit.RModelFit)
self.testData = redRcomboBox(self.controlArea, label='Test Data:')
self.classLabels = redRcomboBox(self.controlArea,
label='Class Labels:')
redRCommitButton(self.bottomAreaRight,
"Commit",
callback=self.commitFunction)
self.RoutputWindow = redRtextEdit(self.controlArea,
label="R Output Window")
def __init__(self, parent=None, signalManager=None):
OWRpy.__init__(self)
self.RFunctionParam_height = ''
self.inputs.addInput("height", "Plotting Vector", signals.RList.RList, self.processheight)
self.RFunctionParammain_lineEdit = redRlineEdit(self.controlArea, label = "main:", text = '')
self.RFunctionParamhoriz_lineEdit = redRlineEdit(self.controlArea, label = "horiz:", text = '')
self.namesBox = redRcomboBox(self.controlArea, label = 'Data Element:', callback = self.commitFunction)
self.RFunctionParamspace_lineEdit = redRSpinBox(self.controlArea, label = "Space:",
min = 0, max = 99, value = 5)
self.RFunctionParamxlab_lineEdit = redRlineEdit(self.controlArea, label = "xlab:", text = '')
self.plotArea = redRgraphicsView(self.controlArea,label='Bar Plot', displayLabel=False)
self.commit = redRCommitButton(self.bottomAreaRight, "Commit", callback = self.commitFunction,
processOnInput=True)
def __init__(self, parent=None, signalManager=None):
OWRpy.__init__(self)
self.setRvariableNames(["melt"])
self.require_librarys(["reshape"])
self.data = {}
self.RFunctionParam_data = ''
self.inputs.addInput("data", "Data Table", signals.RDataFrame.RDataFrame, self.processdata)
self.outputs.addOutput("melt Output","Molten Data", signals.RDataFrame.RDataFrame)
self.RFunctionParamna_rm_radioButtons = redRradioButtons(self.controlArea, label = "Remove NA's:", buttons = ["TRUE","FALSE"], setChecked = "TRUE")
self.RFunctionParammeasure_vars_comboBox = redRcomboBox(self.controlArea, label = "Measure Variables (Values):")
self.RFunctionParamvariable_name_lineEdit = redRlineEdit(self.controlArea, label = "New Variable Column Name:", text = 'variable')
self.RFunctionParamid_vars_listBox = redRListBox(self.controlArea, label = "id_vars:")
self.RFunctionParamid_vars_listBox.setSelectionMode(QAbstractItemView.ExtendedSelection)
redRCommitButton(self.bottomAreaRight, "Commit", callback = self.commitFunction)
self.RoutputWindow = redRtextEdit(self.controlArea, label = "R Output Window")
def __init__(self, parent=None, signalManager=None):
OWRpy.__init__(self)
self.require_librarys(["caret"])
self.setRvariableNames(["preProcess", 'preProcess_values'])
self.data = {}
self.RFunctionParam_x = ''
self.inputs.addInput("x", "x", signals.RList.RList, self.processx)
self.outputs.addOutput("preProcess Output", "preProcess Output",
signals.RModelFit.RModelFit)
self.outputs.addOutput('preProcess_values', 'Processed Values',
signals.RList.RList)
self.trainingElement = redRcomboBox(self.controlArea,
lable='Training Dataset:')
self.RFunctionParamthresh_spinBox = redRSpinBox(
self.controlArea,
label="Threshold (PCA):",
value=95,
min=1,
max=99)
self.RFunctionParammethod_listBox = redRListBox(
self.controlArea,
label="Method:",
items=["center", "scale", "pca", "spatilaSign"],
toolTip=
'Select the options to be applied to the data. If nothing is selected then center and scale will be applied by default'
)
for i in range(self.RFunctionParammethod_listBox.count()):
if unicode(self.RFunctionParammethod_listBox.item(i).text()) in [
'center', 'scale'
]:
self.RFunctionParammethod_listBox.setItemSelected(
self.RFunctionParammethod_listBox.item(i), True)
redRCommitButton(self.bottomAreaRight,
"Commit",
callback=self.commitFunction)
def __init__(self, parent=None, signalManager=None):
OWRpy.__init__(self)
self.setRvariableNames(["cast"])
self.data = {}
self.require_librarys(["reshape"])
self.RFunctionParam_data = ''
self.inputs.addInput("data", "Molten Data",
signals.RDataFrame.RDataFrame, self.processdata)
self.outputs.addOutput("cast Output", "Reshaped Data",
signals.RDataFrame.RDataFrame)
self.RFunctionParamformula_listBox = redRListBox(
self.controlArea, label="Reshape Variables:")
self.RFunctionParamformula_listBox.setSelectionMode(
QAbstractItemView.ExtendedSelection)
self.RFunctionParamfun_aggregate_lineEdit = redRcomboBox(
self.controlArea,
label="Aggregating Function:",
items=['NULL', 'mean', 'median', 'mode', 'range'])
redRCommitButton(self.bottomAreaRight,
"Commit",
callback=self.commitFunction)
self.RoutputWindow = redRtextEdit(self.controlArea,
label="R Output Window")
def __init__(self, parent=None, signalManager=None):
#Here we init the parent class of our widget OWRpy.
OWRpy.__init__(self)
#create a R variable cor in the R session.
#the output variable will not conflict with some other widgets variables
self.setRvariableNames(["distri"])
# Define the outputs of this widget
self.outputs.addOutput('id0', 'Results', redRRVector)
#START THE GUI LAYOUT
area = widgetBox(self.controlArea,orientation='horizontal')
options = widgetBox(area,orientation='vertical')
area.layout().setAlignment(options,Qt.AlignTop)
self.count = RedRSpinBox(options, label='# Observations to Generate', min = 0,max=60000000, value = 10)
self.methodButtons = redRcomboBox(options, label = "Distributions",
items = [("rnorm", "Normal"),
('rbeta','Beta'),
('rbinom','Binomial'),
('rcauchy','Cauchy'),
('rchisq','Chi Square'),
('rexp','Exponential'),
('rf','F'),
('rgamma','Gamma') ],
editable=True, callback = self.onDistChange)
textBoxWidth = 70
self.distOptions = widgetBox(options)
self.normalDist = groupBox(self.distOptions,label='Normal Distribution')
self.normMean = redRlineEdit(self.normalDist, label='Mean',id='mean', text='0', width=textBoxWidth)
self.normSD = redRlineEdit(self.normalDist, label='Standard Deviations',id='sd', text='1',width=textBoxWidth)
self.betaDist = groupBox(self.distOptions,label='Beta Distribution')
self.betaShape1 = redRlineEdit(self.betaDist, label='Shape 1', id='shape1', width=textBoxWidth,text='1')
self.betaShape2 = redRlineEdit(self.betaDist, label='Shape 2', id='shape2', width=textBoxWidth,text='1')
self.betaNCP = redRlineEdit(self.betaDist, label='Non-centrality', id='ncp', width=textBoxWidth,text='0')
self.betaDist.hide()
self.binomDist = groupBox(self.distOptions,label='Binomial Distribution')
self.binomSize = redRlineEdit(self.binomDist, label='Size', id='size', width=textBoxWidth,text='1')
self.binomProb = redRlineEdit(self.binomDist, label='Probability', id='prob', width=textBoxWidth,text='.5')
self.binomDist.hide()
self.cauchyDist = groupBox(self.distOptions,label='Cauchy Distribution')
self.cauchyLocation = redRlineEdit(self.cauchyDist, label='Location', id='location', width=textBoxWidth,text='0')
self.cauchyScale = redRlineEdit(self.cauchyDist, label='Scale', id='scale', width=textBoxWidth,text='1')
self.cauchyDist.hide()
self.gammaDist = groupBox(self.distOptions,label='Gamma Distribution')
self.gammaShape = redRlineEdit(self.gammaDist, label='Shape', id='location', width=textBoxWidth,text='1')
self.gammaRate = redRlineEdit(self.gammaDist, label='Rate', id='scale', width=textBoxWidth,text='1')
self.gammaScale = redRlineEdit(self.gammaDist, label='Scale', id='scale', width=textBoxWidth,text='.5')
self.gammaDist.hide()
self.chiDist = groupBox(self.distOptions,label='Chi Square Distribution')
self.chiDF = redRlineEdit(self.chiDist, label='Degrees of Freedom', id='df', width=textBoxWidth,text='1')
self.chiNCP = redRlineEdit(self.chiDist, label='Non-centrality', id='ncp', width=textBoxWidth,text='0')
self.chiDist.hide()
self.fDist = groupBox(self.distOptions,label='F Distribution')
self.fDF1 = redRlineEdit(self.fDist, label='Degrees of Freedom 1', id='df1', width=textBoxWidth,text='1')
self.fDF2 = redRlineEdit(self.fDist, label='Degrees of Freedom 2', id='df2', width=textBoxWidth,text='1')
self.fNCP = redRlineEdit(self.fDist, label='Non-centrality', id='ncp', width=textBoxWidth,text='0')
self.fDist.hide()
self.expDist = groupBox(self.distOptions,label='Exponential Distribution')
self.expRate = redRlineEdit(self.expDist, label='Rate ', id='rate', width=textBoxWidth,text='1')
self.expDist.hide()
commit = redRCommitButton(options, "Commit", toolTip='Calculate values', callback = self.commitFunction)
options.layout().setAlignment(commit, Qt.AlignRight)