def __init__(self, experiment, cols=2, rows=2, spacing=10, margins=(100, 100, 100, 100), theme=u'gray', item=None): """<DOC> Constructor Arguments: experiment -- An OpenSesame experiment. Keyword arguments: cols -- The number of columns (as int) or a list that specifies the # number and relative size of the columns. For example, '[1,2,1]' # will create 3 columns where the middle one is twice as large as # the outer ones (default=2). rows -- Analogous to 'cols' (default=2). spacing -- The amount of empty space between the widgets (default=10). margins -- The amount of empty space around the form. This is specified # as a list, like so [top-margin, right-margin, bottom-margin, # left-margin] (default=[100, 100, 100, 100]). theme -- The theme for the widgets (default='gray'). item -- The item of which the form is part (default=None). </DOC>""" # Normalize the column and row sizes so that they add up to 1 if type(cols) == int: self.cols = [1./cols]*cols else: cols = type_check.float_list(cols, u'form columns', min_len=1) self.cols = [float(c)/sum(cols) for c in cols] if type(rows) == int: self.rows = [1./rows]*rows else: rows = type_check.float_list(rows, u'form rows', min_len=1) self.rows = [float(r)/sum(rows) for r in rows] self.experiment = experiment if item != None: self.item = item else: self.item = experiment self.width = experiment.get(u'width') self.height = experiment.get(u'height') self.spacing = spacing self.margins = type_check.float_list(margins, u'form margins', \ min_len=4, max_len=4) n_cells = len(self.cols)*len(self.rows) self.widgets = [None]*n_cells self.span = [(1,1)]*n_cells self.canvas = canvas(self.experiment, auto_prepare=False, fgcolor= \ self.item.get(u'foreground'), bgcolor=self.item.get( \ u'background')) if theme == u'gray': from themes.gray import gray self.theme_engine = gray(self) else: from themes.plain import plain self.theme_engine = plain(self)
def __init__(self,
experiment,
cols=2,
rows=2,
spacing=10,
margins=(100, 100, 100, 100),
theme='gray',
item=None):
"""<DOC>
Constructor
Arguments:
experiment -- an OpenSesame experiment
Keyword arguments:
cols -- The number of columns (as int) or a list that specifies the
number and relative size of the columns. For example, '[1,2,1]'
will create 3 columns where the middle one is twice as large as
the outer ones. (default=2)
rows -- Analogous to 'cols' (default=2)
spacing -- The amount of empty space between the widgets (default=10)
margins -- The amount of empty space around the form. This is specified
as a list, like so [top-margin, right-margin, bottom-margin,
left-margin]. (default=[100, 100, 100, 100])
theme -- the theme for the widgets (default='gray')
item -- the item of which the form is part (default=None)
</DOC>"""
# Normalize the column and row sizes so that they add up to 1
if type(cols) == int:
self.cols = [1. / cols] * cols
else:
self.cols = [float(c) / sum(cols) for c in cols]
if type(rows) == int:
self.rows = [1. / rows] * rows
else:
self.rows = [float(r) / sum(rows) for r in rows]
self.experiment = experiment
self.item = item
self.width = experiment.get('width')
self.height = experiment.get('height')
self.spacing = spacing
self.margins = margins
n_cells = len(self.cols) * len(self.rows)
self.widgets = [None] * n_cells
self.span = [(1, 1)] * n_cells
self.canvas = canvas(self.experiment, auto_prepare=False)
if theme == 'gray':
from themes.gray import gray
self.theme_engine = gray(self)
else:
from themes.plain import plain
self.theme_engine = plain(self)
def __init__(self, experiment, cols=2, rows=2, spacing=10, margins=(100, 100, 100, 100), theme='gray', item=None):
"""<DOC>
Constructor
Arguments:
experiment -- an OpenSesame experiment
Keyword arguments:
cols -- The number of columns (as int) or a list that specifies the
number and relative size of the columns. For example, '[1,2,1]'
will create 3 columns where the middle one is twice as large as
the outer ones. (default=2)
rows -- Analogous to 'cols' (default=2)
spacing -- The amount of empty space between the widgets (default=10)
margins -- The amount of empty space around the form. This is specified
as a list, like so [top-margin, right-margin, bottom-margin,
left-margin]. (default=[100, 100, 100, 100])
theme -- the theme for the widgets (default='gray')
item -- the item of which the form is part (default=None)
</DOC>"""
# Normalize the column and row sizes so that they add up to 1
if type(cols) == int:
self.cols = [1./cols]*cols
else:
self.cols = [float(c)/sum(cols) for c in cols]
if type(rows) == int:
self.rows = [1./rows]*rows
else:
self.rows = [float(r)/sum(rows) for r in rows]
self.experiment = experiment
self.item = item
self.width = experiment.get('width')
self.height = experiment.get('height')
self.spacing = spacing
self.margins = margins
n_cells = len(self.cols)*len(self.rows)
self.widgets = [None]*n_cells
self.span = [(1,1)]*n_cells
self.canvas = canvas(self.experiment, auto_prepare=False)
if theme == 'gray':
from themes.gray import gray
self.theme_engine = gray(self)
else:
from themes.plain import plain
self.theme_engine = plain(self)
def __init__(self,
experiment,
cols=2,
rows=2,
spacing=10,
margins=(100, 100, 100, 100),
theme=u'gray',
item=None):
"""
desc:
Constructor.
arguments:
experiment:
desc: An OpenSesame experiment.
type: experiment
keywords:
cols:
desc: The number of columns (as int) or a list that specifies
the number and relative size of the columns. For
example, `[1,2,1]` will create 3 columns where the
middle one is twice as large as the outer ones.
type: [int, list]
rows:
desc: Analogous to `cols`, but for the rows.
type: [int, list]
spacing:
desc: The amount of empty space between widgets (in pixels).
type: int
margins:
desc: The amount of empty space around the form. This is
specified as a list, like so [top-margin, right-margin,
bottom-margin, left-margin].
type: list
theme:
desc: The theme for the widgets.
type: [str, unicode]
item:
desc: The item of which the form is part.
type: [item, NoneType]
"""
# Normalize the column and row sizes so that they add up to 1
if type(cols) == int:
self.cols = [1. / cols] * cols
else:
cols = type_check.float_list(cols, u'form columns', min_len=1)
self.cols = [float(c) / sum(cols) for c in cols]
if type(rows) == int:
self.rows = [1. / rows] * rows
else:
rows = type_check.float_list(rows, u'form rows', min_len=1)
self.rows = [float(r) / sum(rows) for r in rows]
self.experiment = experiment
if item != None:
self.item = item
else:
self.item = experiment
self.width = experiment.get(u'width')
self.height = experiment.get(u'height')
self.spacing = spacing
self.margins = type_check.float_list(margins, u'form margins', \
min_len=4, max_len=4)
n_cells = len(self.cols) * len(self.rows)
self.widgets = [None] * n_cells
self.span = [(1, 1)] * n_cells
self.canvas = canvas(self.experiment, auto_prepare=False, fgcolor= \
self.item.get(u'foreground'), bgcolor=self.item.get( \
u'background'))
if theme == u'gray':
from themes.gray import gray
self.theme_engine = gray(self)
else:
from themes.plain import plain
self.theme_engine = plain(self)
def __init__(self, experiment, cols=2, rows=2, spacing=10, margins=(100, 100, 100, 100), theme=u'gray', item=None): """ desc: Constructor. arguments: experiment: desc: An OpenSesame experiment. type: experiment keywords: cols: desc: The number of columns (as int) or a list that specifies the number and relative size of the columns. For example, `[1,2,1]` will create 3 columns where the middle one is twice as large as the outer ones. type: [int, list] rows: desc: Analogous to `cols`, but for the rows. type: [int, list] spacing: desc: The amount of empty space between widgets (in pixels). type: int margins: desc: The amount of empty space around the form. This is specified as a list, like so [top-margin, right-margin, bottom-margin, left-margin]. type: list theme: desc: The theme for the widgets. type: [str, unicode] item: desc: The item of which the form is part. type: [item, NoneType] """ # Normalize the column and row sizes so that they add up to 1 if type(cols) == int: self.cols = [1./cols]*cols else: cols = type_check.float_list(cols, u'form columns', min_len=1) self.cols = [float(c)/sum(cols) for c in cols] if type(rows) == int: self.rows = [1./rows]*rows else: rows = type_check.float_list(rows, u'form rows', min_len=1) self.rows = [float(r)/sum(rows) for r in rows] self.experiment = experiment if item != None: self.item = item else: self.item = experiment self.width = experiment.get(u'width') self.height = experiment.get(u'height') self.spacing = spacing self.margins = type_check.float_list(margins, u'form margins', \ min_len=4, max_len=4) n_cells = len(self.cols)*len(self.rows) self.widgets = [None]*n_cells self.span = [(1,1)]*n_cells self.canvas = canvas(self.experiment, auto_prepare=False, fgcolor= \ self.item.get(u'foreground'), bgcolor=self.item.get( \ u'background')) if theme == u'gray': from themes.gray import gray self.theme_engine = gray(self) else: from themes.plain import plain self.theme_engine = plain(self)