__license__ = 'CECILL-C'
__url__ = 'http://openalea.gforge.inria.fr'
__alias__ = ['catalog.file']
__version__ = '0.0.1'
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__icon__ = ''
__all__ = []
files_DirName = Fa(uid="cad746e64e7211e6bff6d4bed973e64a",
name='dirname',
description='Directory name',
category='File,IO',
nodemodule='openalea.file.files',
nodeclass='DirName',
inputs=(
{'interface': IDirStr, 'name': 'DirStr', 'value': ''},),
outputs=({'interface': IDirStr, 'name': 'DirStr'},),
widgetmodule=None,
widgetclass=None,
)
__all__.append('files_DirName')
files_joinpath = Fa(uid="d14e39624e7211e6bff6d4bed973e64a",
name='joinpath',
description='Join several strings to form a path',
category='File,IO',
nodemodule='openalea.file.files',
nodeclass='joinpath',
inputs=(
{'interface': ISequence, 'name': 'a', 'value': []},),
__license__ = 'CECILL-C'
__authors__ = 'OpenAlea consortium'
__institutes__ = 'INRIA/CIRAD/UM2'
__description__ = 'File manipulations.'
__url__ = 'http://rpy.sourceforge.net and http://www.scipy.org/'
__editable__ = 'False'
__all__ = ['loadfile', 'extractrow', 'extractcolumn', ]
loadfile = Fa(uid="ab84e4644e7811e6bff6d4bed973e64a",
name="load file",
description="Read .txt file ",
category="file,IO",
nodemodule="openalea.stat.file.file",
nodeclass="Load",
inputs=(dict(name="file", interface=IFileStr("txt (*.txt)"),
showwidget=True),
),
outputs=(dict(name="data", interface=ISequence),
),
)
extractrow = Fa(uid="ab84e4654e7811e6bff6d4bed973e64a",
name="extract row",
description="Extract the lth row ",
category="file,codec",
nodemodule="openalea.stat.file.file",
nodeclass="ExtractLigne",
inputs=(dict(name="data", interface=None),
dict(name="L", interface=IInt, showwidget=True),
dict(name="Test", interface=IFloat, value=-1.,
__description__ = ' Caribu package '
__license__ = ''
__url__ = ''
__alias__ = ['Caribu', 'alinea.caribu.workflow']
__version__ = '0.0.4'
__authors__ = 'M. Chelle,C. Fournier, C. Pradal'
__institutes__ = 'INRA'
__icon__ = 'Caribou.png'
__all__ = []
CaribuScene = Fa(uid="96612da84e8311e6bff6d4bed973e64a",
name='CaribuScene',
authors='C. Fournier',
description='instantiate a CaribuScene object',
category='scene.light',
nodemodule='alinea.caribu.CaribuScene_nodes',
nodeclass='newCaribuScene',
inputs=[dict(name="in1"), dict(name="in2"), dict(name="in3"), dict(name="in4")],
outputs=[dict(name='obj')])
__all__.append('CaribuScene')
runCaribu = Fa(uid="96612da94e8311e6bff6d4bed973e64a",
name='Caribu',
authors='C. Fournier',
description='',
category='scene.light',
nodemodule='alinea.caribu.CaribuScene_nodes',
nodeclass='runCaribu',
inputs=[dict(name="in1")],
__version__ = '0.0.1'
__license__ = 'CECILL-C'
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = 'Mathematical Node library.'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = []
equal = Fa(
uid="4ae10e204e7411e6bff6d4bed973e64a",
name="==",
description="Equality test",
category="Math",
inputs=(
dict(name="a", interface=IInt, value=0),
dict(name="b", interface=IInt, value=0),
),
outputs=(dict(name="out", interface=IBool), ),
nodemodule="operator",
nodeclass="eq",
)
__all__.append('equal')
diff = Fa(
uid="509416d24e7411e6bff6d4bed973e64a",
name="!=",
description="Equality test",
category="Math",
inputs=(
__name__ = "openalea.data structure.dict"
__version__ = '0.0.1'
__license__ = "Cecill-C"
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = 'Nodes for standard data structure creation, edition and visualisation.'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = []
dict_ = Fa(uid="35c30fca4e6f11e6bff6d4bed973e64a",
name="dict",
description="Python dictionary",
category="datatype",
nodemodule="openalea.data.dict.dicts",
nodeclass="Dict",
inputs=(dict(name="Dict", interface=IDict),),
outputs=(dict(name="Dict", interface=IDict),),
)
__all__.append('dict_')
edict_ = Fa(uid="3cb6ccd64e6f11e6bff6d4bed973e64a",
name="edit dict",
description="Python dictionary",
category="datatype",
nodemodule="openalea.data.dict.dicts",
nodeclass="EditDict",
inputs=(dict(name="Dict"), dict(name="dict", interface=IDict),),
outputs=(dict(name="Dict", interface=IDict),),
__institutes__ = 'INRA'
__all__ = []
GenOutput = Fa(uid="5cc625664e8411e6bff6d4bed973e64a",
name='GenOutput',
authors='M. Chelle,C. Fournier (wralea authors)',
description='deprecated node',
nodemodule='alinea.caribu.deprecated_nodes',
nodeclass='GenOutput',
inputs=[{
'interface': IStr,
'name': 'Etri',
'value': None,
'desc': ''
}, {
'interface': IStr,
'name': 'Eabs',
'value': None,
'desc': ''
}],
outputs=[{
'interface': None,
'name': 'OutDict',
'desc': ''
}],
widgetmodule=None,
widgetclass=None)
__all__.append('GenOutput')
FileCaribuScene = Fa(
uid="5cc625674e8411e6bff6d4bed973e64a",
__version__ = '0.0.2'
__license__ = "Cecill-C"
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = 'Nodes for standard data structure creation, edition and visualisation.'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = []
var_ = Fa(uid="29278da24e7111e6bff6d4bed973e64a",
name="variable",
description="Variable",
category="datatype",
nodemodule="openalea.data.data",
nodeclass="Variable",
inputs=(dict(name='Caption', interface=IStr, value='Variable'),
dict(name='Object', interface=None, value=None),
),
outputs=(dict(name='Object', interface=None),)
)
__all__.append('var_')
str_ = Fa(uid="2ec3b2a44e7111e6bff6d4bed973e64a",
name=protected("string"),
description="String",
category="datatype",
nodemodule="openalea.data.data",
nodeclass="String",
'statsummary',
'correlation',
'mean',
'median',
'mode',
'variance',
'standarddeviation',
'frequencies',
'density',
]
log = Fa(
uid="0c3edb084e7811e6bff6d4bed973e64a",
name="log",
description="Compute the log of each item of the input list",
category="Math,stat",
nodemodule="openalea.stat.descriptive.descriptive",
nodeclass="list_log",
inputs=(dict(name="x", interface=ISequence, showwidget=True), ),
outputs=(dict(name="log", interface=ISequence), ),
)
statsummay = Fa(
uid="0c3edb094e7811e6bff6d4bed973e64a",
name="stat summary",
description=("Compute the statistical summary "
"(min, max, median, mean, sd) "),
category="descriptive",
nodemodule="openalea.stat.descriptive.descriptive",
nodeclass="StatSummary",
inputs=(dict(name="x", interface=ISequence, showwidget=True), ),
outputs=(dict(name="statsummary", interface=ISequence), ),
__all__ = ['pmap_pmap', 'ppymap']
pmap_pmap = Fa(
uid="a08a1ef04e7611e6bff6d4bed973e64a",
name='parallel map',
description='',
category='Unclassified',
nodemodule='openalea.multiprocessing.parallel_map',
nodeclass='parallel_map',
inputs=[{
'interface': IFunction,
'name': 'function',
'value': None,
'desc': ''
}, {
'interface': ISequence,
'name': 'seq',
'value': None,
'desc': ''
}],
outputs=[{
'interface': None,
'name': 'result',
'desc': ''
}],
widgetmodule=None,
widgetclass=None,
)
ppymap = Fa(
uid="a08a1ef14e7611e6bff6d4bed973e64a",
__institutes__ = 'INRIA/CIRAD'
__description__ = 'Nodes for standard data structure creation, edition and visualisation.'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = []
pair = Fa(
uid="c2c0d3164e7011e6bff6d4bed973e64a",
name="pair",
description="Python 2-uples",
category="datatype",
nodemodule="openalea.data.tuple.tuples",
nodeclass="Pair",
inputs=(
dict(
name="IN0",
interface=None,
),
dict(
name="IN1",
interface=None,
),
),
outputs=(dict(name="OUT", interface=ISequence), ),
)
__all__.append('pair')
tuple3 = Fa(
uid="be557a344e7011e6bff6d4bed973e64a",
name="tuple3",
__name__ = 'openalea.data file'
__alias__ = []
__version__ = '0.0.1'
__license__ = "Cecill-C"
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = ''
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = ['qd']
qd = Fa(uid="c20b6c144e7111e6bff6d4bed973e64a",
name='get_data',
authors='OpenAlea Consortium',
description=('This node permits to find a shared data file located'
' in a given Python package. The data file is searched'
' among the data nodes of the PackageManager.'),
category='data i/o',
nodemodule='openalea.datafile.datafile',
nodeclass='GetData',
inputs=[
{'interface': IStr, 'name': 'package', 'value': None},
{'interface': IStr, 'name': 'glob', 'value': '*'},
{'interface': IStr, 'name': 'filename', 'value': None}],
outputs=[{'interface': IStr, 'name': 'filepath'}],
widgetmodule='datafile_widget',
widgetclass='GetDataBrowser',
)
__alias__ = []
__version__ = '0.0.1'
__license__ = "Cecill-C"
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = 'Nodes for standard data structure creation, edition and visualisation.'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = []
list_ = Fa(uid="0a20f0024e7011e6bff6d4bed973e64a",
name="list",
description="Python list",
category="datatype",
nodemodule="openalea.data.list.lists",
nodeclass="List",
inputs=(dict(name="list", interface=ISequence),),
outputs=(dict(name="list", interface=ISequence),),
)
slice_ = Fa(uid="0f1a39924e7011e6bff6d4bed973e64a",
name="slice",
category="datatype",
nodemodule="openalea.data.list.lists",
nodeclass="Slice",
inputs=(dict(name="list", interface="ISequence"),
dict(name="start", interface="IInt"),
dict(name="end", interface="IInt"),
dict(name="stride", interface="IInt")),
__alias__ = ["catalog.functional", "openalea.functional"]
__version__ = '0.0.2'
__license__ = 'CECILL-C'
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = 'Functional Node library.'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = ['map_', 'filter_', 'reduce_', 'apply_', 'func', 'ifelse_']
map_ = Fa(uid="d68a1fc64e7311e6bff6d4bed973e64a",
name="map",
description="Apply a function on a sequence",
category="Functional",
inputs=(dict(name='func', interface=IFunction),
dict(name='seq', interface=ISequence),),
outputs=(dict(name="out", interface=ISequence),),
nodemodule="openalea.functional.functional",
nodeclass="pymap",
)
filter_ = Fa(uid="dbaf9b984e7311e6bff6d4bed973e64a",
name="filter",
description=("Apply a function on a sequence and return only"
" true values"),
category="Functional",
inputs=(dict(name='func', interface=IFunction),
dict(name='seq', interface=ISequence)),
outputs=(dict(name="out", interface=ISequence),),
nodemodule="openalea.functional.functional",
nodeclass="pyfilter",
__editable__ = 'False'
__all__ = [
'randomcontinuous', 'densitynormal', 'cumulativenormal', 'randomnormal',
'densitypoisson', 'cumulatepoisson', 'randompoisson', 'randomdiscrete'
]
randomcontinuous = Fa(
uid="3b3979904e7811e6bff6d4bed973e64a",
name="random continuous (rpy)",
description=("Generate random values from continuous "
"distribution"),
category="statistics",
nodemodule="openalea.stat.distribution.distribution",
nodeclass="random_continuous_law",
inputs=(
dict(name="law",
interface=IEnumStr(['exp', 'norm', 'unif']),
showwidget=True),
dict(name="n", interface=IInt, showwidget=True),
dict(name="args", interface=ISequence, showwidget=True),
),
outputs=(dict(name="res", interface=ISequence), ),
)
densitynormal = Fa(
uid="3b3979914e7811e6bff6d4bed973e64a",
name="density normal",
description="Compute the density of normal distribution",
category="statistics.normal distribution",
nodemodule="openalea.stat.distribution.distribution",
__revision__ = " $Id: $ "
from openalea.core import Factory as Fa
from openalea.core import IInt, ISlice
__name__ = "openalea.data structure.slice"
__alias__ = []
__version__ = '0.0.1'
__license__ = "Cecill-C"
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = 'Nodes for standard data structure creation, edition and visualisation.'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = []
slice_ = Fa(uid="9bb8d0344e7011e6bff6d4bed973e64a",
name="slice",
description="Python slice",
category="datatype",
nodemodule="openalea.data.slice.slices",
nodeclass="Slice",
inputs=(dict(name="start", interface=IInt, value=0),
dict(name="stop", interface=IInt, value=None),
dict(name="step", interface=IInt, value=None),),
outputs=(dict(name="slice", interface=ISlice),),
)
__all__.append('slice_')
gammaTrans = Fa(
uid="a76da7b54e8511e6bff6d4bed973e64a",
name='gammaTrans',
authors='C. Pradal (wralea authors)',
description='return value normalised and raised at exponent gamma',
category='Unclassified',
nodemodule='alinea.caribu.visualisation.gammaTrans',
nodeclass='gammaTrans',
inputs=[{
'interface': None,
'name': 'values',
'value': None,
'desc': ''
}, {
'interface': IFloat,
'name': 'gamma',
'value': 1,
'desc': ''
}, {
'interface': IFloat,
'name': 'minval',
'value': None,
'desc': ''
}, {
'interface': IFloat,
'name': 'maxval',
'value': None,
'desc': ''
}],
outputs=[{
'interface': ISequence,
'name': 'res',
'desc': ''
}],
widgetmodule=None,
widgetclass=None,
)
__version__ = '0.0.1'
__license__ = 'CECILL-C'
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = 'Python Node library'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = ['load', 'dump']
load = Fa(
uid="e7aade0a4e7611e6bff6d4bed973e64a",
name="pickle load",
description="load pickled data",
category="Python",
nodemodule="openalea.pickling.pickling",
nodeclass="py_load",
inputs=(dict(name="file_path", interface=IFileStr), ),
outputs=(dict(
name="data",
interface=None,
), ),
lazy=False,
)
dump = Fa(
uid="e7aade0b4e7611e6bff6d4bed973e64a",
name="pickle dump",
description="pickled data writer",
category="Python",
nodemodule="openalea.pickling.pickling",
nodeclass="py_dump",
inputs=(
__description__ = 'Spatial distribution module.'
__url__ = 'http://www.scipy.org'
__all__ = ['stand_pos', 'stand_dresser']
stand_pos = Fa(
uid="e984a2964e7711e6bff6d4bed973e64a",
name="Stand Positioner",
description="Add spatial position to each object from list",
category="scene",
nodemodule="vplants.stand.stand_modelling",
nodeclass="stand_positioner",
inputs=(
dict(name="Object List", interface=ISequence, showwidget=False),
dict(name="X distribution", interface=ISequence, showwidget=False),
dict(name="Y distribution", interface=ISequence, showwidget=False),
dict(name="type",
interface=IEnumStr([
'Position mapping (PM)', 'Best PM',
'Best PM with radius deformation', 'Gibbs'
]),
value='Position mapping (PM)',
showwidget=True),
dict(name="parameters", interface=IDict, showwidget=True),
),
outputs=(dict(name="modified object list", interface=ISequence), ),
)
stand_dresser = Fa(
uid="e984a2974e7711e6bff6d4bed973e64a",
name="Stand Dresser",
description="Add geometry to each object from list",
""" catalog.model """
__revision__ = " $Id$ "
from openalea.core import Factory as Fa
from openalea.core.pkgdict import protected
__name__ = protected("openalea.model")
# __name__ = "openalea.model"
__alias__ = [
"catalog.model",
]
__version__ = '0.0.1'
__license__ = 'CECILL-C'
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = 'Models.'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = ['linear']
linear = Fa(
uid="8005f33e4e7611e6bff6d4bed973e64a",
name=protected("linearmodel"),
description="Linear Model",
category="misc",
nodemodule="openalea.model.models",
nodeclass="linearmodel",
)
__license__ = "Cecill-C"
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = 'System Node library.'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = []
cmd = Fa(
uid="55edfaee4e7911e6bff6d4bed973e64a",
name="command",
description="Call a system command",
category="misc,Python",
nodemodule="openalea.system.systemnodes",
nodeclass="system_cmd",
inputs=(dict(name="commands",
interface=ISequence,
value=[],
desc='List of command strings'), ),
outputs=(
dict(name="stdout", interface=None, desc='result'),
dict(name="stderr", interface=None, desc='result'),
),
)
__all__.append('cmd')
shcmd = Fa(
uid="55edfaef4e7911e6bff6d4bed973e64a",
name="shell command",
description="Call a shell command in a specific directory",
category="misc,Python",
__url__ = 'http://openalea.gforge.inria.fr'
__version__ = '0.0.1'
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__icon__ = ''
__all__ = []
abspath = Fa(
uid="bdce27864e7611e6bff6d4bed973e64a",
name='abspath',
category='File,IO',
nodemodule='openalea.path.paths',
nodeclass='py_abspath',
inputs=({
'interface': IFileStr,
'name': 'path',
'value': '.'
}, ),
outputs=({
'interface': IFileStr,
'name': 'path'
}, ),
)
__all__.append('abspath')
basename = Fa(
uid="bdce27874e7611e6bff6d4bed973e64a",
name='basename',
category='File,IO',
nodemodule='openalea.path.paths',
nodeclass='py_basename',
__editable__ = 'False'
__all__ = [
'plot',
'hist',
'plotdensity',
]
plot = Fa(
uid="ce6415ea4e7811e6bff6d4bed973e64a",
name="plot (x,y)",
description="Plot (x,y)",
category="graphics",
nodemodule="openalea.stat.graphics.graphics",
nodeclass="Plot",
inputs=(
dict(name="X", interface=ISequence, showwidget=True),
dict(name="Y", interface=ISequence, showwidget=True),
dict(name="xlab", interface=IStr, value=None, showwidget=True),
dict(name="ylab", interface=IStr, value=None, showwidget=True),
dict(name="main", interface=IStr, value=None, showwidget=True),
),
outputs=(dict(name="Plot", interface=ISequence), ),
)
hist = Fa(
uid="ce6415eb4e7811e6bff6d4bed973e64a",
name="hist (x)",
description="Histogram (x)",
category="graphics",
nodemodule="openalea.stat.graphics.graphics",
nodeclass="Hist",
__alias__ = ["catalog.python", "openalea.python"]
__version__ = '0.0.2'
__license__ = 'CECILL-C'
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = 'Python Node library.'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = []
# Factories
ifelse = Fa(
uid="3b5edf424e7711e6bff6d4bed973e64a",
name="ifelse",
description="Condition",
category="Python",
nodemodule="python",
nodeclass="py_ifelse",
)
__all__.append('ifelse')
getitem = Fa(
uid="3b5edf434e7711e6bff6d4bed973e64a",
name="getitem",
description="Python __getitem__",
category="Python",
inputs=[
dict(name="obj", interface=None),
dict(name="key", interface='IInt', value=0),
],
__editable__ = 'False'
__all__ = [
'chisquare',
'studenttest',
'kstest',
]
chisquare = Fa(
uid="0fff229c4e7911e6bff6d4bed973e64a",
name="chi square test (rpy)",
description="Compute the Chisquare Test",
category="test",
nodemodule="openalea.stat.stattest",
nodeclass="chisqtest",
inputs=(
dict(name="X", interface=ISequence, showwidget=True),
dict(name="Y", interface=ISequence, showwidget=True),
dict(name="Proportion", interface=ISequence, showwidget=True),
),
outputs=(dict(name="chisqtest", interface=IDict), ),
)
studenttest = Fa(
uid="0fff229d4e7911e6bff6d4bed973e64a",
name="student test (scipy)",
description="compute the Student Test",
category="test",
nodemodule="openalea.stat.stattest",
nodeclass="ttest",
inputs=(
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = 'Plottools library'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = []
vsplot = Fa(uid="0ddb02764e7711e6bff6d4bed973e64a",
name="VS Plot",
description="Plot a list of 2D points plotable objects",
category="Visualization,plot",
nodemodule="openalea.plotools.plotable",
nodeclass="display_VisualSequence",
inputs=(
dict(name='vis_seq_list', interface=None, showwidget=False),
dict(name='visualisation',
interface=IEnumStr(['PointLine', 'Hist']),
value='PointLine'),
dict(name='title', interface=IStr, value='MyPlot'),
dict(name='xlabel', interface=IStr, value='x-axis-label'),
dict(name='ylabel', interface=IStr, value='y-axis-label'),
dict(name='figure', interface=IInt(0, 10), value=0),
),
outputs=(dict(name='result', interface=None), ))
__all__.append('vsplot')
ptline_style = Fa(
uid="0ddb02774e7711e6bff6d4bed973e64a",
name="PointLine Style",
description="Allows us to edit VisualSequence plot",
#
################################################################################
__doc__ = """ OpenAlea dictionary data structure"""
__license__ = "Cecill-C"
__revision__ = " $Id$ "
from openalea.core import Factory as Fa
__name__ = "openalea.data structure.array"
__version__ = '0.0.1'
__license__ = "Cecill-C"
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = 'Nodes for standard data structure creation, edition and visualisation.'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = []
array_ = Fa(
uid="11d72baa4e6f11e6bff6d4bed973e64a",
name="array",
description="Python array",
category="datatype",
nodemodule="openalea.data.array.arrays",
nodeclass="PyArray",
)
__all__.append('array_')
__all__ = [
'glm',
'linearregression',
'multiplelinearregression',
'linearregressiontoplot',
'linearregressionscipy',
]
glm = Fa(
uid="e7f010b84e7811e6bff6d4bed973e64a",
name="glm (rpy)",
description="Compute the generalized linear regression",
category="openalea.stat.regression.regression",
nodemodule="regression",
nodeclass="Glm",
inputs=(
dict(name="X", interface=ISequence, showwidget=True),
dict(name="Y", interface=ISequence, showwidget=True),
dict(name="Family",
interface=IEnumStr(['binomial', 'Gamma', 'gaussian', 'poisson']),
showwidget=True),
),
outputs=(dict(name="Glm", interface=IDict), ),
)
linearregression = Fa(
uid="e7f010b94e7811e6bff6d4bed973e64a",
name="linear regression (rpy)",
description="Compute the linear regression",
category="regression",
nodemodule="openalea.stat.regression.regression",
nodeclass="LinearRegression",
__revision__ = " $Id$ "
from openalea.core import Factory as Fa
from openalea.core import Alias, Factory, IFloat, IInt, IRGBColor
from color_interface import IColor
__name__ = "openalea.color"
__alias__ = ["catalog.color"]
__all__ = ['colormap', 'rgbcolormap']
color = Fa(
uid="10f07e684e5511e6bff6d4bed973e64a",
name="color",
description="edit color",
category="datatype,image",
nodemodule="openalea.color.py_color",
nodeclass="ColorNode",
inputs=(dict(name="RGB", interface=IColor, value=(0, 0, 0)), ),
outputs=(dict(name="RGB", interface=IColor), ),
)
Alias(color, 'rgb')
__all__.append("color")
black = Fa(
uid="48f7e27e4e5511e6bff6d4bed973e64a",
name="black",
description="black color",
category="datatype,image",
nodemodule="openalea.color.py_color",
nodeclass="BlackNode",
__institutes__ = 'INRIA/CIRAD'
__description__ = 'Spatial distribution module.',
__url__ = 'http://www.scipy.org'
__all__ = ["domain", 'basic_dist', 'aggr_dist', 'rand2d', 'spatial_dist']
domain = Fa(
uid="7c062fc84e7711e6bff6d4bed973e64a",
name="Domain",
description="Generates domain tuple",
category="Spatial,scene",
nodemodule="openalea.spatial.distribGen",
nodeclass="domain",
inputs=(
dict(name="X min", interface=IInt, value=0, showwidget=True),
dict(name="X max", interface=IInt, value=1, showwidget=True),
dict(name="Y min", interface=IInt, value=0, showwidget=True),
dict(name="Y max", interface=IInt, value=1, showwidget=True),
dict(name="Scale factor",
interface=IFloat(min=1, step=10),
value=1,
showwidget=True),
),
outputs=(dict(name="domain2D", ), ),
)
basic_dist = Fa(
uid="7c062fc94e7711e6bff6d4bed973e64a",
name="Basic Distribution",
description="Basic spatial distributions",
category="Spatial,scene",
__version__ = '0.0.1'
__license__ = 'CECILL-C'
__authors__ = 'OpenAlea Consortium'
__institutes__ = 'INRIA/CIRAD'
__description__ = 'String library'
__url__ = 'http://openalea.gforge.inria.fr'
__all__ = ['split', 'join', 'strip']
split = Fa(
uid="335b1dc24e7911e6bff6d4bed973e64a",
name="split",
description="split a string",
category="String,Python",
nodemodule="openalea.string.strings",
nodeclass="str_split",
inputs=(
dict(name="String", interface=IStr, value=''),
dict(name="Split Char", interface=IStr, value='\n'),
),
outputs=(dict(name="List", interface=ISequence), ),
)
strip = Fa(
uid="335b1dc34e7911e6bff6d4bed973e64a",
name="strip",
description=("Return a copy of the string s with leading and "
"trailing whitespace removed."),
category="String,Python",
nodemodule="openalea.string.strings",
nodeclass="str_strip",
