import sys, inkex

try:

import xml.etree.ElementTree as ElementTree

except:

try:

from lxml import etree as ElementTree

except:

try:

from elementtree.ElementTree import ElementTree

except:

sys.stderr.write("""Requires ElementTree module, included

""")

def expandTuple(unit, x, length = 4):

try:

iter(x)

except:

return None

if len(x) != length: x = x*2

if len(x) != length:

raise Exception("expandTuple: requires 2 or 4 item tuple")

try:

return tuple(map(lambda ev: (self.unittouu(str(eval(str(ev)))+unit)), x))

except:

return None

def GenerateNup(unit="px",

pgSize=("8.5*96","11*96"),

pgMargin=(0,0),

pgPadding=(0,0),

num=(2,2),

calculateSize=True,

size=None,

margin=(0,0),

padding=(20,20),

show=['default'],

container='svg',

returnTree = False,

):

"""Generate the SVG. Inputs are run through 'eval(str(x))' so you can use

if 'default' in show:

show = set(show).union(['inner', 'innerbox', 'holder', 'crosses'])

pgMargin = expandTuple(unit, pgMargin)

pgPadding = expandTuple(unit, pgPadding)

margin = expandTuple(unit, margin)

padding = expandTuple(unit, padding)

pgSize = expandTuple(unit, pgSize, length = 2)

pgEdge = map(sum,zip(pgMargin, pgPadding))

top, right, bottom, left = 0,1,2,3

width, height = 0,1

rows, cols = 0,1

size = expandTuple(unit, size, length = 2)

if size == None or calculateSize == True or len(size) < 2 or size[0] == 0 or size[1] == 0:

size = ((pgSize[width]

- pgEdge[left] - pgEdge[right]

- num[cols]*(margin[left] + margin[right])) / num[cols],

(pgSize[height]

- pgEdge[top] - pgEdge[bottom]

- num[rows]*(margin[top] + margin[bottom])) / num[rows]

)

else:

size = expandTuple(unit, size, length = 2)

# sep is separation between same points on pieces

sep = (size[width]+margin[right]+margin[left],

size[height]+margin[top]+margin[bottom])

style = 'stroke:#000000;stroke-opacity:1;fill:none;fill-opacity:1;'

padbox = 'rect', {

'x': str(pgEdge[left] + margin[left] + padding[left]),

'y': str(pgEdge[top] + margin[top] + padding[top]),

'width': str(size[width] - padding[left] - padding[right]),

'height': str(size[height] - padding[top] - padding[bottom]),

'style': style,

}

margbox = 'rect', {

'x': str(pgEdge[left] + margin[left]),

'y': str(pgEdge[top] + margin[top]),

'width': str(size[width]),

'height': str(size[height]),

'style': style,

}

doc = ElementTree.ElementTree(ElementTree.Element(container,

{'xmlns:inkscape':"http://www.inkscape.org/namespaces/inkscape",

'xmlns:xlink':"http://www.w3.org/1999/xlink",

'width':str(pgSize[width]),

'height':str(pgSize[height]),

}))

sub = ElementTree.SubElement

root = doc.getroot()

def makeClones(under, to):

for r in range(0,num[rows]):

for c in range(0,num[cols]):

if r == 0 and c == 0: continue

sub(under, 'use', {

'xlink:href': '#' + to,

'transform': 'translate(%f,%f)' %

(c*sep[width], r*sep[height])})

# guidelayer #####################################################

if set(['inner', 'outer']).intersection(show):

layer = sub(root, 'g', {'id':'guidelayer',

'inkscape:groupmode':'layer'})

if 'inner' in show:

padbox[1]['id'] = 'innerguide'

padbox[1]['style'] = padbox[1]['style'].replace('stroke:#000000',

'stroke:#8080ff')

sub(layer, *padbox)

del padbox[1]['id']

padbox[1]['style'] = padbox[1]['style'].replace('stroke:#8080ff',

'stroke:#000000')

makeClones(layer, 'innerguide')

if 'outer' in show:

margbox[1]['id'] = 'outerguide'

margbox[1]['style'] = padbox[1]['style'].replace('stroke:#000000',

'stroke:#8080ff')

sub(layer, *margbox)

del margbox[1]['id']

margbox[1]['style'] = padbox[1]['style'].replace('stroke:#8080ff',

'stroke:#000000')

makeClones(layer, 'outerguide')

# crosslayer #####################################################

if set(['crosses']).intersection(show):

layer = sub(root, 'g', {'id':'cutlayer',

'inkscape:groupmode':'layer'})

if 'crosses' in show:

crosslen = 12

group = sub(layer, 'g', id='cross')

x,y = 0,0

path = 'M%f %f' % (x+pgEdge[left] + margin[left],

y+pgEdge[top] + margin[top]-crosslen)

path += ' L%f %f' % (x+pgEdge[left] + margin[left],

y+pgEdge[top] + margin[top]+crosslen)

path += ' M%f %f' % (x+pgEdge[left] + margin[left]-crosslen,

y+pgEdge[top] + margin[top])

path += ' L%f %f' % (x+pgEdge[left] + margin[left]+crosslen,

y+pgEdge[top] + margin[top])

sub(group, 'path', style=style+'stroke-width:0.05',

d = path, id = 'crossmarker')

for r in 0, 1:

for c in 0, 1:

if r or c:

x,y = c*size[width], r*size[height]

sub(group, 'use', {

'xlink:href': '#crossmarker',

'transform': 'translate(%f,%f)' %

(x,y)})

makeClones(layer, 'cross')

# clonelayer #####################################################

layer = sub(root, 'g', {'id':'clonelayer', 'inkscape:groupmode':'layer'})

makeClones(layer, 'main')

# mainlayer ######################################################

layer = sub(root, 'g', {'id':'mainlayer', 'inkscape:groupmode':'layer'})

group = sub(layer, 'g', {'id':'main'})

if 'innerbox' in show:

sub(group, *padbox)

if 'outerbox' in show:

sub(group, *margbox)

if 'holder' in show:

x, y = (pgEdge[left] + margin[left] + padding[left],

pgEdge[top] + margin[top] + padding[top])

w, h = (size[width] - padding[left] - padding[right],

size[height] - padding[top] - padding[bottom])

path = 'M%f %f' % (x + w/2., y)

path += ' L%f %f' % (x + w, y + h/2.)

path += ' L%f %f' % (x + w/2., y + h)

path += ' L%f %f' % (x, y + h/2.)

path += ' Z'

sub(group, 'path', style=style, d = path)

if returnTree:

return doc

else:

return ElementTree.tostring(root)

if __name__ == '__main__':

print GenerateNup(num=(10,3), margin=(5,5), show=['default', 'outer'])