comparison qiime2/qiime_sample-classifier_maturity-index.xml @ 0:370e0b6e9826 draft

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0:370e0b6e9826

<?xml version="1.0" ?>
<tool id="qiime_sample-classifier_maturity-index" name="qiime sample-classifier maturity-index" version="2019.4">
	<description> - Microbial maturity index prediction.</description>
	<requirements>
		<requirement type="package" version="2019.4">qiime2</requirement>
	</requirements>
	<command>
	<![CDATA[
	qiime sample-classifier maturity-index --i-table=$itable

	#def list_dict_to_string(list_dict):
		#set $file_list = list_dict[0]['additional_input'].__getattr__('file_name')
		#for d in list_dict[1:]:
			#set $file_list = $file_list + ' --m-metadata-file=' + d['additional_input'].__getattr__('file_name')
		#end for
		#return $file_list
	#end def

	 --m-metadata-file=$list_dict_to_string($input_files_mmetadatafile) --p-group-by="$pgroupby" --p-column="$pcolumn" --p-control="$pcontrol"

	#set $pnjobs = '${GALAXY_SLOTS:-4}'

	#if str($pnjobs):
	 --p-n-jobs="$pnjobs"
	#end if


	#if $pparametertuning:
	  --p-parameter-tuning
	#else
		--p-no-parameter-tuning
	#end if

	#if $pstep:
	 --p-step=$pstep
	#end if

	#if $pstratify:
	  --p-stratify
	#else
		--p-no-stratify
	#end if

	#if $poptimizefeatureselection:
	  --p-optimize-feature-selection
	#else
		--p-no-optimize-feature-selection
	#end if

	#if $ptestsize:
	 --p-test-size=$ptestsize
	#end if
	 --o-visualization=ovisualization
	#if str($pestimator) != 'None':
	 --p-estimator=$pestimator
	#end if

	#if $pmazstats:
	  --p-maz-stats
 	#else
 		--p-no-maz-stats
	#end if

	#if str($cmdconfig) != 'None':
	 --cmd-config=$cmdconfig
	#end if

	#if $pcv:
	 --p-cv=$pcv
	#end if

	#if $pnestimators:
	 --p-n-estimators=$pnestimators
	#end if

	#if str($prandomstate):
	 --p-random-state="$prandomstate"
	#end if
	;
	qiime tools export ovisualization.qzv --output-dir out   && mkdir -p '$ovisualization.files_path'
	&& cp -r out/* '$ovisualization.files_path'
	&& mv '$ovisualization.files_path/index.html' '$ovisualization'
	]]>
	</command>
	<inputs>
		<param format="qza,no_unzip.zip" label="--i-table: FeatureTable[Frequency] Feature table containing all features that should be used for target prediction. [required]" name="itable" optional="False" type="data"/>

		<repeat name="input_files_mmetadatafile" optional="False" title="--m-metadata-file">
			<param label="--m-metadata-file: Metadata file or artifact viewable as metadata. This option may be supplied multiple times to merge metadata. [required]" name="additional_input" type="data" format="tabular,qza,no_unzip.zip" />
		</repeat>

		<param label="--p-column: Numeric metadata column to use as prediction target.  [required]" name="pcolumn" optional="False" type="text"/>

		<param label="--p-group-by: Categorical metadata column to use for plotting and significance testing between main treatment groups.  [required]" name="pgroupby" optional="False" type="text"/>
		<param label="--p-control: Value of group_by to use as control group. The regression model will be trained using only control group data, and the maturity scores of other groups consequently will be assessed relative to this group.  [required]" name="pcontrol" optional="False" type="text"/>

		<param label="--p-estimator: Regression model to use for prediction.
                                  [default: RandomForestRegressor]" name="pestimator" optional="True" type="select">
			<option selected="True" value="None">Selection is Optional</option>
			<option value="Ridge">Ridge</option>
			<option value="RandomForestRegressor">RandomForestRegressor</option>
			<option value="GradientBoostingRegressor">GradientBoostingRegressor</option>
			<option value="ExtraTreesRegressor">ExtraTreesRegressor</option>
			<option value="SVR">SVR</option>
			<option value="ElasticNet">ElasticNet</option>
			<option value="Lasso">Lasso</option>
		</param>
		<param label="--p-n-estimators: Number of trees to grow for estimation. More trees will improve predictive accuracy up to a threshold level, but will also increase time and memory requirements. This parameter only affects ensemble estimators, such as Random Forest, AdaBoost, ExtraTrees, and GradientBoosting.  [default: 100]" name="pnestimators" optional="True" type="integer" value="100"/>

		<param label="--p-test-size: Fraction of input samples to exclude from training set and use for classifier testing. [default: 0.2]" name="ptestsize" optional="True" type="float" value="0.2"/>

		<param label="--p-step: If optimize_feature_selection is True, step is the percentage of features to remove at each iteration.  [default: 0.05]" name="pstep" optional="True" type="float" value="0.05"/>

		<param label="--p-cv: Number of k-fold cross-validations to perform.  [default: 5]" name="pcv" optional="True" type="integer" value="5"/>

		<param label="--p-random-state: Seed used by random number generator. [optional]" name="prandomstate" optional="True" type="text"/>

		<param label="--p-parameter-tuning: --p-no-parameter-tuning Automatically tune hyperparameters using random grid search.  [default: True]" name="pparametertuning" checked="True" type="boolean"/>
		<param label="--p-optimize-feature-selection: --p-no-optimize-feature-selection Automatically optimize input feature selection using recursive feature elimination.  [default: True]" name="poptimizefeatureselection" checked="True" type="boolean"/>

		<param label="--p-stratify: --p-no-stratify  Evenly stratify training and test data among metadata categories. If True, all values in column must match at least two samples. [default: False]" name="pstratify" checked="False" type="boolean"/>

		<param label="--p-maz-stats: --p-no-maz-stats Calculate anova and pairwise tests on MAZ scores.  [default: True]" name="pmazstats" checked="True" type="boolean"/>

		<param label="--cmd-config: Use config file for command options" name="cmdconfig" optional="True" type="data"/>
	</inputs>
	<outputs>
		<data format="html" label="${tool.name} on ${on_string}: visualization.qzv" name="ovisualization"/>
	</outputs>
	<help>
		<![CDATA[
Microbial maturity index prediction.
-------------------------------------

Calculates a "microbial maturity" index from a regression model trained on
feature data to predict a given continuous metadata column, e.g., to
predict age as a function of microbiota composition. The model is trained
on a subset of control group samples, then predicts the column value for
all samples. This visualization computes maturity index z-scores to compare
relative "maturity" between each group, as described in
doi:10.1038/nature13421. This method can be used to predict between-group
differences in relative trajectory across any type of continuous metadata
gradient, e.g., intestinal microbiome development by age, microbial
succession during wine fermentation, or microbial community differences
along environmental gradients, as a function of two or more different
"treatment" groups.

Parameters
----------
table : FeatureTable[Frequency]
    Feature table containing all features that should be used for target
    prediction.
metadata : Metadata
		\
column : Str
    Numeric metadata column to use as prediction target.
group_by : Str
    Categorical metadata column to use for plotting and significance
    testing between main treatment groups.
control : Str
    Value of group_by to use as control group. The regression model will be
    trained using only control group data, and the maturity scores of other
    groups consequently will be assessed relative to this group.
estimator : Str % Choices({'ElasticNet', 'ExtraTreesRegressor', 'GradientBoostingRegressor', 'Lasso', 'RandomForestRegressor', 'Ridge', 'SVR'}), optional
    Regression model to use for prediction.
n_estimators : Int % Range(1, None), optional
    Number of trees to grow for estimation. More trees will improve
    predictive accuracy up to a threshold level, but will also increase
    time and memory requirements. This parameter only affects ensemble
    estimators, such as Random Forest, AdaBoost, ExtraTrees, and
    GradientBoosting.
test_size : Float % Range(0.0, 1.0, inclusive_start=False), optional
    Fraction of input samples to exclude from training set and use for
    classifier testing.
step : Float % Range(0.0, 1.0, inclusive_start=False), optional
    If optimize_feature_selection is True, step is the percentage of
    features to remove at each iteration.
cv : Int % Range(1, None), optional
    Number of k-fold cross-validations to perform.
random_state : Int, optional
    Seed used by random number generator.
parameter_tuning : Bool, optional
    Automatically tune hyperparameters using random grid search.
optimize_feature_selection : Bool, optional
    Automatically optimize input feature selection using recursive feature
    elimination.
stratify : Bool, optional
    Evenly stratify training and test data among metadata categories. If
    True, all values in column must match at least two samples.
maz_stats : Bool, optional
    Calculate anova and pairwise tests on MAZ scores.

Returns
-------
visualization : Visualization
		\
		]]>
	</help>
<macros>
	<import>qiime_citation.xml</import>
</macros>
<expand macro="qiime_citation" />
</tool>