Reference Manual

Inheritance diagram for presentation.PageLayout:

Public Member Functions
def	__init__

def	fit

Public Attributes
	height

	pattern

	width

Detailed Description

Definition at line 46 of file presentation.py.

Constructor & Destructor Documentation

def presentation.PageLayout.__init__	(	self,
		pattern = `[]`,
		width = `1`,
		height = `1`
	)

Definition at line 47 of file presentation.py.

 
     def __init__(self, pattern=[], width=1, height=1):
         self.pattern = [] # List of rows; row contains the order numbers
                           # of its plots; e.g. [[1,2,3], [4,5,6]]
         self.width = width # Maximum width of one plot,
                            # with respect to textwidth.
         self.height = height # Maximum height of one plot,
                              # with respect to textheight.

presentation.PageLayout.pattern

pattern

Definition: presentation.py:48

presentation.PageLayout.__init__

def __init__

Definition: presentation.py:47

presentation.PageLayout.width

width

Definition: presentation.py:50

presentation.PageLayout.height

height

Definition: presentation.py:52

def presentation.PageLayout.fit	(	self,
		plots
	)

Definition at line 57 of file presentation.py.

References presentation.PageLayout.height, svgfig.Plot.height, svgfig.Frame.height, svgfig.Dots.height, presentation.PageLayout.pattern, sistrip::SpyUtilities.range(), presentation.PageLayout.width, svgfig.Plot.width, svgfig.Frame.width, and svgfig.Dots.width.

Referenced by trackingPlots.Iteration.modules().

 
     def fit(self, plots):
         rowlengths = []
         # First, try to place plots in a square.
         nplots = sum(len(p) for p in plots)
         length = int(math.ceil(math.sqrt(nplots)))
         # Then, fill the square from the bottom and remove extra rows.
         fullRows = int(nplots/length)
         residual = nplots - length*fullRows
         nrows = fullRows
         if residual != 0:
             rowlengths.append(residual)
             nrows += 1
         for _ in range(fullRows):
             rowlengths.append(length)
 
         # Now, fill the pattern.
         self.pattern = []
         if residual == 0 and len(plots[0])%length != 0 and\
            len(plots[0])%nrows == 0:
             # It's better to arrange plots in columns, not rows.
             self.pattern.extend(list(range(i, i+nrows*(length-1)+1, nrows))
                                 for i in range(1, nrows+1))
         else:
             if residual != 0:
                 self.pattern.append(list(range(1, 1+residual)))
             self.pattern.extend(list(range(i, i+length)) for i in
                                 range(residual+1, nplots-length+2, length))
 
         self.width = 1.0/length
         self.height = 0.8/nrows
 
 
 # Write a set of pages, one for each subdetector.
 # Arguments: identifier: regular expression to get the wanted plots,
 #                        used together with subdetector name
 #            title: title of the plot type
 #            validations: list of relevant ValidationPlots objects.
# Returns the parsed script.