def map(style):
wtfpath = findwtf(style)
if wtfpath is not None:
data = Simulate.readwtf(wtfpath)
return clockwords.data2json(data)
else:
abort(404)
def loadwtfs(folder):
""" load wtfs in folder"""
wtfbyname = {}
for wtfpath in wtffiles(folder):
try:
name = wtfname(wtfpath)
wtfdata = Simulate.readwtf(wtfpath)
wtfbyname[name] = {}
wtfbyname[name]['wtfpath'] = wtfpath
wtfbyname[name]['wtfdata'] = wtfdata
except Exception as exc:
print exc
return wtfbyname
def cells(style):
wtfpath = findwtf(style)
if wtfpath is not None:
fontname = request.args.get('font')
try:
fontsize = int(request.args.get('fontsize','30'))
except ValueError:
fontsize = 30
data = Simulate.readwtf(wtfpath)
return render_template('cells.html',
cells=clockface.build_cells(fontpath=findfontpath(style,fontname),
fontsize=fontsize,
style=data['letters'],
case=lower),
style=style,
fontname=fontname,
fontsize=fontsize)
else:
abort(404)
def clockfaceimg(style):
wtfpath = findwtf(style)
if wtfpath is not None:
data = Simulate.readwtf(wtfpath)
fgcolor = request.args.get('fg', '#303030')
fontname = request.args.get('font')
try:
fontsize = int(request.args.get('fontsize','30'))
except ValueError:
fontsize = 30
img = clockface.drawclock(fontpath=findfontpath(style,fontname),
fontsize=fontsize,
fgcolor=fgcolor,
bgcolor=clockface.BLACK,
style=data['letters'],
case=lower,
drawLEDs=False)
io = StringIO.StringIO()
img.save(io, format='JPEG')
return Response(io.getvalue(), mimetype='image/jpeg')
else:
abort(404)
cells.append({'id' :'%s%d'%(chr(97+i),j),
'title' :'%s %d'%(chr(97+i),j),
'left' : x,
'top' : y,
'width' : text_width + text_off_x,
'height' : asc+desc,
})
del draw
return cells
if __name__ == '__main__':
data = Simulate.readwtf('langs/Hebrew_v1.wtf')
data = Simulate.readwtf('langs/German_v1.wtf')
#data = Simulate.readwtf('langs/English_v3.wtf')
fontpath = r"./fonts/FreeSans.ttf"
#fontpath = r'c:\windows\fonts\tahoma.ttf'
#fontpath = r'c:\windows\fonts\mriamc.ttf'
fontsize = 40
build_cells(fontpath=fontpath,
fontsize=fontsize,
style=data['letters'],
case=lower)
img = drawclock(fontpath=fontpath,
fontsize=fontsize,
fgcolor=PALEYELLOW,
import numpy
import Simulate
def rowcol2div(row,col):
"returns div id ef '#a0' for row=0, col=0, '#b1' for col=1, row=2 etc.."
return '#{}{}'.format(chr(97+col),row)
def makeworddivs(data):
"return a list of jquery selectors for each word"
worddivs=[]
for i,w in enumerate(data['words']):
row = data['rows'][i] # the row index of w
col = data['cols'][i] # the starting column index of w
wlen = data['lens'][i] # the length of w (in leds)
worddivs.append(','.join([rowcol2div((col+offset),row) for offset in range(wlen)]))
return worddivs
def makesentences(data):
"return a list of word indeces for each sentence"
return [(numpy.where(sentence)[0]).tolist() for sentence in data['data']]
def data2json(data):
worddivs = makeworddivs(data)
sentences = makesentences(data)
return json.dumps({'words':worddivs,'sentences':sentences})
if __name__ == '__main__':
data = Simulate.readwtf('langs/English_v2.wtf')
print data2json(data)[:100]
