def run(self, mainframe, values=None):
from config import card_folder
from os.path import join, isfile
from math import ceil
rescale = values['Try to Rescale ?']
path = mainframe.GetCurrentSelectedPath()
if not path:
return
img = wx.Image(
join(card_folder.decode('cp1252'), path.decode('cp1252')))
w, h = float(img.GetWidth()), float(img.GetHeight())
fw, fh = mainframe.fitting_size
width_ratio = w / fw
height_ratio = h / fh
if rescale:
width_ratio = int(round(width_ratio))
height_ratio = int(round(height_ratio))
#If one size is smaller tahn the fitting size, take fitting size as minimum
if width_ratio == 0: width_ratio = 1
if height_ratio == 0: height_ratio = 1
img = img.Rescale(fw * width_ratio, fh * height_ratio)
else:
width_ratio = int(ceil(width_ratio))
height_ratio = int(ceil(height_ratio))
for wr in range(width_ratio):
for hr in range(height_ratio):
rect = wx.Rect(wr * fw, hr * fh, min(fw, w - wr * fw),
min(fh, h - hr * fh))
simg = img.GetSubImage(rect)
#Save the small one
simg.SaveFile(
join(card_folder.decode('cp1252'),
'split_%d_%d.jpg' % (wr, hr)), wx.BITMAP_TYPE_JPEG)
#Add the cards
mainframe.AddCard(cardPath='split_%d_%d.jpg' % (wr, hr), qt=1)
def run(self,mainframe,values=None):
from config import card_folder
from os.path import join,isfile
from math import ceil
rescale=values['Try to Rescale ?']
path=mainframe.GetCurrentSelectedPath()
if not path:
return
img=wx.Image(join(card_folder.decode('cp1252'),path.decode('cp1252')))
w,h=float(img.GetWidth()),float(img.GetHeight())
fw,fh=mainframe.fitting_size
width_ratio=w/fw
height_ratio=h/fh
if rescale:
width_ratio=int(round(width_ratio))
height_ratio=int(round(height_ratio))
#If one size is smaller tahn the fitting size, take fitting size as minimum
if width_ratio==0:width_ratio=1
if height_ratio==0:height_ratio=1
img=img.Rescale(fw*width_ratio,fh*height_ratio)
else:
width_ratio=int(ceil(width_ratio))
height_ratio=int(ceil(height_ratio))
for wr in range(width_ratio):
for hr in range(height_ratio):
rect=wx.Rect(wr*fw,hr*fh,min(fw,w-wr*fw),min(fh,h-hr*fh))
simg=img.GetSubImage(rect)
#Save the small one
simg.SaveFile(join(card_folder.decode('cp1252'),'split_%d_%d.jpg'%(wr,hr)),wx.BITMAP_TYPE_JPEG)
#Add the cards
mainframe.AddCard(cardPath='split_%d_%d.jpg'%(wr,hr),qt=1)
def process ( self ,dc,values):
import wx
bmp=dc.GetAsBitmap()
img=wx.ImageFromBitmap(bmp)
w,h=img.GetSize().Get()
#now with bdirect image cropping
from config import card_folder
from os.path import join,isfile
from __main__ import frame as mainframe
path=mainframe.GetCurrentSelectedPath()
if not path:
return
img=wx.Image(join(card_folder.decode('cp1252'),path.decode('cp1252')))
w,h=float(img.GetWidth()),float(img.GetHeight())
def check(x,value=None):
if x.endswith('%'):
return value* int(x[:-1])/100
else:
return int(x)
x0=check(values['x0'],w)
y0=check(values['y0'],h)
x1=check(values['x1'],w)
y1=check(values['y1'],h)
rect=wx.Rect(x0,y0,min(w,x1-x0),min(h,y1-y0))
simg=img.GetSubImage(rect)
simg.Rescale(*dc.GetSizeTuple())
bmp=wx.BitmapFromImage(simg)
dc.DrawBitmap(bmp,0,0)
def run(self,mainframe,values=None):
from config import card_folder
from os.path import join,isfile
path=mainframe.GetCurrentSelectedPath()
if not path:
return
img=wx.Image(join(card_folder.decode('cp1252'),path.decode('cp1252')))
w,h=float(img.GetWidth()),float(img.GetHeight())
#Keep the old fitting size
fw,fh=mainframe.fitting_size
#I know this is mestup ! do not want to dfix it now
numcol=values['Num Row']
numrow=values['Num Col']
percentage=values['Save as percentage ?']
fw,fh=mainframe.fitting_size
ending=''
if percentage:
fw,fh=100,100
ending='%'
stepw=fh/numcol
steph=fw/numrow
for j in range(numcol):
for i in range(numrow):
_vs={'x0':str(i*steph)+ending,'y0':str(j*stepw)+ending,'x1':str((i+1)*steph)+ending,'y1':str((j+1)*stepw)+ending}
mainframe.AddCard(cardPath=path,qt=1,template='Subsplit Template',values=_vs)
def run(self, mainframe, values=None):
from config import card_folder
from os.path import join, isfile
path = mainframe.GetCurrentSelectedPath()
if not path:
return
img = wx.Image(
join(card_folder.decode('cp1252'), path.decode('cp1252')))
w, h = float(img.GetWidth()), float(img.GetHeight())
#Keep the old fitting size
fw, fh = mainframe.fitting_size
#I know this is mestup ! do not want to dfix it now
numcol = values['Num Row']
numrow = values['Num Col']
percentage = values['Save as percentage ?']
fw, fh = mainframe.fitting_size
ending = ''
if percentage:
fw, fh = 100, 100
ending = '%'
stepw = fh / numcol
steph = fw / numrow
for j in range(numcol):
for i in range(numrow):
_vs = {
'x0': str(i * steph) + ending,
'y0': str(j * stepw) + ending,
'x1': str((i + 1) * steph) + ending,
'y1': str((j + 1) * stepw) + ending
}
mainframe.AddCard(cardPath=path,
qt=1,
template='Subsplit Template',
values=_vs)
def process(self, dc, values):
import wx
bmp = dc.GetAsBitmap()
img = wx.ImageFromBitmap(bmp)
w, h = img.GetSize().Get()
#now with bdirect image cropping
from config import card_folder
from os.path import join, isfile
from __main__ import frame as mainframe
path = mainframe.GetCurrentSelectedPath()
if not path:
return
img = wx.Image(
join(card_folder.decode('cp1252'), path.decode('cp1252')))
w, h = float(img.GetWidth()), float(img.GetHeight())
def check(x, value=None):
if x.endswith('%'):
return value * int(x[:-1]) / 100
else:
return int(x)
x0 = check(values['x0'], w)
y0 = check(values['y0'], h)
x1 = check(values['x1'], w)
y1 = check(values['y1'], h)
rect = wx.Rect(x0, y0, min(w, x1 - x0), min(h, y1 - y0))
simg = img.GetSubImage(rect)
simg.Rescale(*dc.GetSizeTuple())
bmp = wx.BitmapFromImage(simg)
dc.DrawBitmap(bmp, 0, 0)
def run(self, mainframe, values=None):
from config import card_folder
from os.path import join, isfile
from math import sqrt
if not values:
size_length = 2 * 118.1
split = False
else:
size_length = values['Dice Length (in cm)'] * 118.1
split = values['Split Selected Image?']
if split:
#Take the selected image, split in 6 in order to obtain 6 squares
path = mainframe.GetCurrentSelectedPath()
if not path:
return
img = wx.Image(
join(card_folder.decode('cp1252'), path.decode('cp1252')))
w, h = img.GetWidth(), img.GetHeight()
w = float(w)
h = float(h)
nblines = int(round(6 * h / w))
for j in range(nblines):
for i in range(6):
rect = wx.Rect(i * w / 6, j * h / nblines, w / 6,
h / nblines)
simg = img.GetSubImage(rect)
#Save the small one
simg.SaveFile(
join(card_folder.decode('cp1252'),
'ori_sub_%d_%d.jpg' % (i, j)),
wx.BITMAP_TYPE_JPEG)
#Add the cards
mainframe.AddCard(cardPath="ori_sub_%d_%d.jpg" % (i, j),
qt=1,
template=mainframe.
templates['Origami Dice Template'].name)
w = h = int(sqrt(2) * 2 * size_length)
mainframe.fitting_size = (w, h)
mainframe.fit.Value = "%sx%s" % (w, h)
def run(self,mainframe,values=None):
from config import card_folder
from os.path import join,isfile
from math import sqrt
if not values:
size_length=2*118.1
split=False
else:
size_length=values['Dice Length (in cm)'] * 118.1
split=values['Split Selected Image?']
if split:
#Take the selected image, split in 6 in order to obtain 6 squares
path=mainframe.GetCurrentSelectedPath()
if not path:
return
img=wx.Image(join(card_folder.decode('cp1252'),path.decode('cp1252')))
w,h=img.GetWidth(),img.GetHeight()
w=float(w)
h=float(h)
nblines=int(round(6*h/w))
for j in range(nblines):
for i in range(6):
rect=wx.Rect(i*w/6,j*h/nblines,w/6,h/nblines)
simg=img.GetSubImage(rect)
#Save the small one
simg.SaveFile(join(card_folder.decode('cp1252'),'ori_sub_%d_%d.jpg'%(i,j) ), wx.BITMAP_TYPE_JPEG)
#Add the cards
mainframe.AddCard(
cardPath="ori_sub_%d_%d.jpg"%(i,j),
qt=1,
template=mainframe.templates['Origami Dice Template'].name
)
w=h=int(sqrt(2) * 2 * size_length)
mainframe.fitting_size=(w,h)
mainframe.fit.Value="%sx%s"%(w,h)
