#!/usr/bin/env python
# -*- coding: UTF-8 -*-
# Copyright 2006-2009 (C) Raster Software Vigo (Sergio Costas)
# Copyright 2006-2009 (C) Peter Gill - win32 parts
# This file is part of DeVeDe
#
# DeVeDe is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3 of the License, or
# (at your option) any later version.
#
# DeVeDe is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
import pygtk # for testing GTK version number
pygtk.require ('2.0')
import gtk
import gobject
import os
import sys
if (sys.platform=="win32") or (sys.platform=="win64"):
import win32api
import ctypes
import webbrowser
import devede_other
import devede_newfiles
import devede_dvdmenu
import devede_loadsave
import devede_title_properties
import devede_dialogs
import devede_convert
import devede_help
class main_window:
def __init__(self,global_vars,callback):
self.global_vars=global_vars
self.gladefile=global_vars["gladefile"]
self.tree=devede_other.create_tree(self,"wmain",self.gladefile)
self.window=self.tree.get_object("wmain")
if (sys.platform=="win32") or (sys.platform=="win64"):
self.window.drag_dest_set(0,[],0)
self.window.connect('drag_drop', self.drop_cb)
else:
self.window.drag_dest_set(gtk.DEST_DEFAULT_MOTION | gtk.DEST_DEFAULT_HIGHLIGHT | gtk.DEST_DEFAULT_DROP,[ ( "text/plain", 0, 80), ( "video/*", 0, 81) ],gtk.gdk.ACTION_COPY)
self.global_vars["main_window"]=self.window
self.list_titles=gtk.TreeStore(gobject.TYPE_PYOBJECT,gobject.TYPE_STRING)
self.list_chapters=gtk.TreeStore(gobject.TYPE_PYOBJECT,gobject.TYPE_STRING)
ltitles=self.tree.get_object("ltitles")
lchapters=self.tree.get_object("lchapters")
ltitles.set_model(self.list_titles)
lchapters.set_model(self.list_chapters)
renderertitles=gtk.CellRendererText()
columntitles = gtk.TreeViewColumn("Title", renderertitles, text=1)
ltitles.append_column(columntitles)
rendererchapters=gtk.CellRendererText()
columnchapters = gtk.TreeViewColumn("Title", rendererchapters, text=1)
lchapters.append_column(columnchapters)
#ltitles.connect("button_release_event",self.on_titleclick)
#lchapters.connect("button_release_event",self.on_chapterclick)
# Set menu items that should only be shown on Windows.
if (sys.platform=="win32") or (sys.platform=="win64"):
self.show_window_menus(global_vars)
self.set_default_global()
self.callback=callback # callback to call to show again the SELECT_DISK dialog
if global_vars["PAL"]:
w=self.tree.get_object("default_pal")
else:
w=self.tree.get_object("default_ntsc")
w.set_active(True)
self.window.show()
print "Cores: "+str(self.get_cores())
def hide(self):
if self.window!=None:
self.window.hide()
def show(self):
if self.window!=None:
self.window.show()
## Windows menu items
def show_window_menus(self, global_vars):
# *************************************************
win_menu=self.tree.get_object("menubar1");
#
# Adding menuitems to help menu
#
win_menu=self.tree.get_object("menu3")
menu_item = gtk.MenuItem(_("Check for _Updates"), True)
menu_item.show()
win_menu.insert(menu_item,2)
menu_item.connect_object("activate", self.on_check_updates, None)
menu_item = gtk.SeparatorMenuItem()
menu_item.show()
win_menu.insert(menu_item,3)
#append(child)
#prepend(child)
#insert(child, position)
#add(child)
#win_menu.prepend(menu_item)
# End adding Windows only menu items
# *************************************************
# Beginning of callbacks for windows menu items and drag and drop.
#
def on_check_updates(self, widget=None, event=None):
print "Check for updates not implemented."
result = devede_other.check_updates()
msg = gtk.MessageDialog(None,
gtk.DIALOG_MODAL | gtk.DIALOG_DESTROY_WITH_PARENT,
gtk.MESSAGE_INFO,
gtk.BUTTONS_NONE, result[1])
if result[0]==False:
msg.add_button(gtk.STOCK_CLOSE, gtk.RESPONSE_CLOSE)
else:
msg.add_button(gtk.STOCK_CANCEL, gtk.RESPONSE_REJECT)
msg.add_button(_("Download Update"), gtk.RESPONSE_ACCEPT)
msg_result=msg.run()
if msg_result==gtk.RESPONSE_ACCEPT:
print "Download file"
webbrowser.open("http://www.majorsilence.com/devede", new=2)
msg.destroy()
def drop_cb(self, wid, context, x, y, time):
# Used with windows drag and drop
print 'drop'
self.have_drag = False
if context.targets:
wid.drag_get_data(context, context.targets[0], time)
return True
return False
#
#End of callbacks for window menu items and drag and drop.
#
def set_default_global(self):
""" Sets the default GLOBAL vars each time the user wants to create a new disc """
self.global_vars["action_todo"]=2
self.global_vars["erase_files"]=True
self.global_vars["struct_name"]=""
self.global_vars["do_menu"]=True
self.global_vars["with_menu"]=True
self.global_vars["menu_bg"]=os.path.join(self.global_vars["path"],"backgrounds","default_bg.png")
self.global_vars["menu_sound"]=os.path.join(self.global_vars["path"],"silence.ogg")
test=devede_newfiles.file_get_params()
check,channels=test.read_file_values(self.global_vars["menu_sound"],True)
if (check!=False) or (channels!=1):
self.global_vars["menu_sound_duration"]=20
else:
self.global_vars["menu_sound_duration"]=test.length
print "Longitud sonido: "+str(test.length)
test=None
self.global_vars["titlecounter"]=2
self.current_title_selected=-1
self.current_file_selected=-2
self.global_vars["fontname"]="Sans 12"
self.global_vars["menu_bgcolor"]=[0,0,0,49152]
self.global_vars["menu_font_color"]=[65535,65535,65535,65535]
self.global_vars["menu_selc_color"]=[0,65535,65535,65535]
self.global_vars["menu_shadow_color"]=[0,0,0,0]
self.global_vars["menu_alignment"]=2 # middle
self.global_vars["menu_halignment"]=2 # center
self.global_vars["menu_title_color"]=[0,0,0,65535]
self.global_vars["menu_title_shadow"]=[0,0,0,0]
self.global_vars["menu_title_text"]=""
self.global_vars["menu_title_fontname"]="Sans 14"
def set_disc_type(self,delete_structure):
""" Changes the interface to adjust to the disk type """
if delete_structure:
self.structure=[]
self.structure.append(self.create_new_structure(1))
self.set_default_global()
self.disctocreate = self.global_vars["disctocreate"]
# Currently only burning dvds after conversion is supported.
burn_after = self.tree.get_object("burn_after")
if self.disctocreate == "dvd":
burn_after.set_sensitive(True)
else:
burn_after.set_tooltip_text("Only available on DVD creation")
burn_after.set_active(False)
burn_after.set_sensitive(False)
# choose the default disk type
w = self.tree.get_object("dvdsize")
if (self.disctocreate == "dvd") or (self.disctocreate == "divx"):
w.set_active(4)
else:
w.set_active(2)
w = self.tree.get_object("autosize")
if (self.disctocreate == "vcd"):
w.hide()
else:
w.show()
w = self.tree.get_object("include_menu")
if (self.disctocreate == "dvd"):
w.show()
else:
w.hide()
w1 = self.tree.get_object("frame1") # contains the titles
w2 = self.tree.get_object("create_dvd") # toggle to create the DVD structure
w5 = self.tree.get_object("menuoptions") # button to show the menu options
w6 = self.tree.get_object("menu_preview") # button to preview the menu
if self.disctocreate == "dvd":
w1.show()
w2.show()
w5.show()
w6.show()
else:
self.global_vars["do_menu"] = False
w1.hide()
w2.hide()
w5.hide()
w6.hide()
w1 = self.tree.get_object("frame5") # ACTION frame
w2 = self.tree.get_object("erase_files")
if self.disctocreate == "divx":
w1.hide()
w2.hide()
self.global_vars["action_todo"]=0
w = self.tree.get_object("only_convert")
w.set_active(True)
else:
w1.show()
w2.show()
if self.global_vars["action_todo"]==2:
w=self.tree.get_object("create_iso")
elif self.global_vars["action_todo"]==1:
w=self.tree.get_object("create_dvd")
else:
w=self.tree.get_object("only_convert")
self.global_vars["action_todo"]=0
w.set_active(True)
w=self.tree.get_object("erase_files")
w.set_active(self.global_vars["erase_files"])
# now select the first title and chapter
ltitles=self.tree.get_object("ltitles")
ltitles.get_selection().select_path( (0,))
lchapters=self.tree.get_object("lchapters")
lchapters.get_selection().select_path( (0,))
w=self.tree.get_object("multicore")
if (self.global_vars["multicore"]==1):
w.set_active(False)
else:
w.set_active(True)
self.global_vars["multicore"]=self.get_cores()
# refresh the title and chapter lists
self.refresh_titles()
self.refresh_chapters()
# set the window title
self.set_title()
# and set the buttons'status
self.set_buttons()
def get_surface(self,element):
""" Return data from a video, to be able to compute the optimal bitrate to fullfill the disk.
SIZE is the size in kbytes
SURFACE is the surface in square pixels
LENGTH is the efective length in seconds
AUDIORATE is the audio rate """
length = float(element["olength"])
speed1,speed2=devede_other.get_speedup(element)
if (speed1!=speed2): # we are speeding up the film, so we must take it into account
length*=((float(speed2))/(float(speed1)))
if element["cutting"]!=0: # we want only half the file
length/=2
surface = float(element["width"]*element["height"])
surface/=84480.0 # normalize surface respect to 352x240
if (element["copy_audio"]):
audiorate=element["oarate"]
else:
audiorate=element["arate"]
if (element["ismpeg"]):
size=element["filesize"]/1000
else:
size=(length*(element["vrate"]+audiorate))/8
return size,surface,length,audiorate
def get_number(self,line):
pos=line.find(":")
if pos==-1:
return -1
return int(line[pos+1:])
def get_cores(self):
""" Returns the number of cores available in the system """
if (sys.platform=="win32") or (sys.platform=="win64"):
logical_cores = win32api.GetSystemInfo()[5] #Logical Cores
return logical_cores
try:
proc=open("/proc/cpuinfo","r")
except:
return 1 # if we can't open /PROC/CPUINFO, return only one CPU (just in case)
siblings=1 # default values
cpu_cores=1 # for siblings and cpu cores
notfirst=False
ncores=0
while(True):
line=proc.readline()
if (((line[:9]=="processor") and notfirst) or (line=="")):
# each entry is equivalent to CPU_CORES/SIBLINGS real cores
# (always 1 except in HyperThreading systems, where it counts 1/2)
ncores+=(float(cpu_cores))/(float(siblings))
siblings=1
cpu_cores=1
if line=="":
break
if line[:9]=="processor":
notfirst=True
elif (line[:8]=="siblings"):
siblings=self.get_number(line)
elif (line[:9]=="cpu cores"):
cpu_cores=self.get_number(line)
if(ncores<=1.0):
return 1
else:
return int(ncores)
# Callbacks
def on_autosize_clicked(self,widget):
""" Adjust the videorate of each file to ensure that the disk usage is optimal """
fixed_size=[]
variable_size=[]
# First, set the non-adjustable bitrate videos in a different list
for element in self.structure:
for element2 in element[1:]:
if (element2["ismpeg"]) or (element2["isvob"]):
fixed_size.append(element2)
else:
variable_size.append(element2)
discsize,minrate,maxrate=devede_other.get_dvd_size(self.tree,self.disctocreate)
discsize*=1000 # size in kbytes
# remove the space needed by menus
discsize-=devede_other.calcule_menu_size(self.structure,self.global_vars["menu_sound_duration"])
size_error=False
dowhile=True
while(dowhile):
dowhile=False
v_fixed_size=0
for element in fixed_size:
size,surface,length,arate = self.get_surface(element)
subrate=8*len(element["sub_list"])
v_fixed_size+=size+int((subrate*element["olength"])/8)
available_size=discsize-v_fixed_size
if (available_size<0): # the fixed_size videos need more disk space than the currently available
size_error=True
break
if (len(variable_size)==0):
break
total_len=0.0
total_surface=0.0
for element in variable_size:
size,surface,length,arate = self.get_surface(element)
total_len+=length
total_surface+=surface*length
for element in variable_size:
subrate=8*len(element["sub_list"])
size,surface,length,arate = self.get_surface(element)
videorate=8*(float(available_size))*((surface*length)/total_surface)
videorate/=length
videorate-=(arate+subrate)
element["vrate"]=int(videorate)
print int(videorate)
if videoratemaxrate:
element["vrate"]=maxrate
dowhile=True
fixed_size.append(element)
variable_size.remove(element)
break
if size_error:
devede_dialogs.show_error(self.gladefile,_("Too many videos for this disc size.\nPlease, select a bigger disc type or remove some videos."))
self.set_video_values()
def wmain_delete_event_cb(self,widget,signal):
""" Delete callback for main window """
self.on_main_cancel_clicked(widget)
return True
def on_main_cancel_clicked(self,widget):
""" Callback for Exit button (in main window) and Quit menu item,
where it shows the "Are you sure?" window """
window=devede_dialogs.ask_exit(self.gladefile)
retval=window.run()
window=None
if retval==-5:
gtk.main_quit()
return
def draganddrop(self,widget,drag_context, x, y, selection, info, time):
""" Manages the Drag&Drop in the main window """
converter=devede_newfiles.newfile(self.global_vars["PAL"],self.disctocreate)
list=converter.split_dnd(selection.data)
if (len(list)==1): # check if it's a configuration file
filename=list[0].lower()
if len(filename)>6:
if filename[-7:]==".devede":
self.on_devede_open_activate(None, list[0])
return
fine=True
list2=[]
for element in list:
# Win32 Fix for unicode characters on win32 eg. á element.encode(sys.getfilesystemencoding()
done,audio=converter.create_default_video_parameters(element.encode(sys.getfilesystemencoding())) # check if files are videos
print done
print audio
if (done==False):
fine=False
break
list2.append(converter.file_properties)
if fine:
title,chapter=self.get_marked()
element=self.structure[title]
for element2 in list2:
element.append(element2)
self.refresh_chapters()
self.set_buttons()
else:
error=devede_dialogs.show_error(self.gladefile,_("Some files weren't video files.\nNone added."))
error=None
def on_default_pal_toggled(self,widget):
if widget.get_active():
self.global_vars["PAL"]=True
else:
self.global_vars["PAL"]=False
print "PAL: "+str(self.global_vars["PAL"])
def on_chapterclick(self,widget,event,step=None):
""" Callback for click event in the chapter list. It
sets the buttons and film info """
self.set_buttons()
def on_dvdsize_changed(self,widget):
""" This function is called when the user changes the media size """
self.set_video_values()
def on_include_menu_toggled(self,widget):
w1=self.tree.get_object("menuoptions")
w2=self.tree.get_object("menu_preview")
status=widget.get_active()
w1.set_sensitive(status)
w2.set_sensitive(status)
self.global_vars["with_menu"]=status
def on_main_go_clicked(self,widget):
total=0
for title in self.structure:
total+=len(title)-1
maxtitles=devede_other.get_max_titles(self.disctocreate)
if total>maxtitles:
devede_dialogs.show_error(self.gladefile,(_("Your project contains %(X)d movie files, but the maximum is %(MAX)d. Please, remove some files and try again.")) % {"X":total , "MAX":maxtitles})
return
actions=0
w=self.tree.get_object("only_convert")
if w.get_active():
actions=1
else:
w=self.tree.get_object("create_dvd")
if (w.get_active()) or ((self.disctocreate!="dvd") and (self.disctocreate!="divx")):
actions=2
else:
actions=3
self.global_vars["number_actions"]=actions
w=self.tree.get_object("erase_files")
self.global_vars["erase_temporary_files"]=w.get_active()
#Windows Specific ***
self.global_vars["shutdown_after"] = self.tree.get_object("shutdown_after").get_active()
self.global_vars["burn_after"] = self.tree.get_object("burn_after").get_active()
# *******************
print "Threads: "+str(self.global_vars["multicore"])
conversor=devede_convert.create_all(self.gladefile,self.structure,self.global_vars,self.callback2)
if conversor.create_disc():
self.window.hide()
def on_multicore_toggled(self,widget):
w=self.tree.get_object("multicore")
if w.get_active():
self.global_vars["multicore"]=self.get_cores()
else:
self.global_vars["multicore"]=1
# titles-related callbacks
def on_titleclick(self,widget,event,step=None):
""" Callback for click event in the title list. It refreshes the chapters
and sets the buttons and film info """
self.refresh_chapters()
self.set_buttons()
def on_add_title_clicked(self,widget):
""" Callback for "Add title" button. It adds a new title and
refreshes the list of titles """
self.structure.append(self.create_new_structure(self.global_vars["titlecounter"]))
self.global_vars["titlecounter"]+=1
self.current_title_selected=10000 # to ensure that we select the newly created
self.refresh_titles()
self.refresh_chapters()
self.set_buttons()
def on_del_title_clicked(self,widget):
""" Callback for "Delete title" button. It asks the user if
is sure """
title,chapter=self.get_marked()
window=devede_dialogs.ask_delete_title(self.structure[title][0]["nombre"],self.gladefile)
retval=window.run()
window=None
if retval==-6:
return
title,chapter=self.get_marked()
self.structure.pop(title)
self.refresh_titles()
self.refresh_chapters()
self.set_buttons()
def on_titleup_clicked(self,widget):
""" Moves a title up in the list """
title,chapter=self.get_marked()
temp=self.structure[title-1]
self.structure[title-1]=self.structure[title]
self.structure[title]=temp
self.current_title_selected-=1
self.refresh_titles()
self.refresh_chapters()
self.set_buttons()
def on_titledown_clicked(self,widget):
""" Moves a title down in the list """
title,chapter=self.get_marked()
temp=self.structure[title+1]
self.structure[title+1]=self.structure[title]
self.structure[title]=temp
self.current_title_selected+=1
self.refresh_titles()
self.refresh_chapters()
self.set_buttons()
def on_prop_titles_clicked(self,widget):
title,chapter=self.get_marked()
w = devede_title_properties.title_properties(self.gladefile,self.structure,title)
w = None
self.refresh_titles()
self.refresh_chapters()
# chapter-related callbacks
def on_add_chapter_clicked(self,widget):
""" Callback for the "Add chapter" button """
title,chapter=self.get_marked()
window=devede_newfiles.file_properties(self.global_vars,title,-1,self.structure,self.refresh_all)
def on_prop_chapter_clicked(self,widget):
""" Callback for the "Modify chapter" button """
title,chapter=self.get_marked()
window=devede_newfiles.file_properties(self.global_vars,title,chapter,self.structure,self.refresh_all)
def on_del_chapter_clicked(self,widget):
title,chapter=self.get_marked()
w=devede_dialogs.ask_delete_chapter(self.structure[title][chapter]["filename"],self.gladefile)
retval=w.run()
w=None
if retval!=-5:
return
self.structure[title].pop(chapter)
self.refresh_chapters()
self.set_buttons()
def on_main_preview_clicked(self,widget):
title,chapter=self.get_marked()
self.global_vars["erase_temporary_files"]=True
self.global_vars["number_actions"]=1
tmp_structure=[["",self.structure[title][chapter]]]
converter=devede_convert.create_all(self.gladefile,tmp_structure,self.global_vars,self.callback3)
self.global_vars["temp_folder"]=converter.preview(self.global_vars["temp_folder"])
print "Temp folder changed to "+str(self.global_vars["temp_folder"])
def callback3(self):
""" This method is called after a preview """
return None # do nothing
def on_filesup_clicked(self,widget):
""" Moves a chapter up in the list """
title,chapter=self.get_marked()
temp=self.structure[title][chapter-1]
self.structure[title][chapter-1]=self.structure[title][chapter]
self.structure[title][chapter]=temp
self.current_file_selected-=1
self.refresh_chapters()
self.set_buttons()
def on_filesdown_clicked(self,widget):
""" Moves a chapter down in the list """
title,chapter=self.get_marked()
temp=self.structure[title][chapter+1]
self.structure[title][chapter+1]=self.structure[title][chapter]
self.structure[title][chapter]=temp
self.current_file_selected+=1
self.refresh_chapters()
self.set_buttons()
# dvd-menu-related callbacks
def on_menu_preview_clicked(self,widget):
window=devede_dvdmenu.menu_preview(self.gladefile,self.structure,self.global_vars)
window=None
def on_menuoptions_clicked(self,widget):
window=devede_dvdmenu.menu_options(self.gladefile,self.structure,self.global_vars,self.set_video_values)
window=None
# Main menu callbacks
def on_devede_about_activate(self,widget):
window=devede_dialogs.show_about(self.gladefile)
window=None
def on_devede_new_activate(self,widget):
""" Callback for NEW menu item, where it asks for confirmation """
print self.structure
w = devede_dialogs.ask_erase_all(self.gladefile)
retval=w.run()
w = None
if retval==-5:
(self.callback)()
def on_devede_open_activate(self,widget,filename=None):
""" Callback for OPEN menu item """
load = devede_loadsave.load_save_config(self.gladefile,self.structure,self.global_vars,self.tree)
load.load(filename)
if load.done==False:
load=None
return
self.set_disc_type(False)
self.refresh_titles()
self.refresh_chapters()
self.set_buttons()
self.set_title()
if self.global_vars["PAL"]:
w=self.tree.get_object("default_pal")
else:
w=self.tree.get_object("default_ntsc")
w.set_active(True)
w=self.tree.get_object("include_menu")
print"Con menu: "+str(self.global_vars["with_menu"])
w.set_active(self.global_vars["with_menu"])
load=None
def on_devede_save_activate(self,widget):
self.save_file(False)
def on_devede_saveas_activate(self,widget):
self.save_file(True)
def on_main_help_clicked(self,widget):
help_class=devede_help.show_help(self.gladefile,self.global_vars["help_path"],"main.html")
def on_help_index_activate(self,widget):
help_class=devede_help.show_help(self.gladefile,self.global_vars["help_path"],"index.html")
# help methods
def callback2(self):
""" This method is called when the conversion ends """
self.window.show()
def refresh_all(self):
self.refresh_chapters()
self.set_buttons()
def save_file(self,mode):
""" Saves the current structure """
save=devede_loadsave.load_save_config(self.gladefile,self.structure,self.global_vars,self.tree)
save.save(mode)
self.set_title()
save=None
def get_marked(self):
""" Returns the title and chapter currently marked in the main window """
ltitles=self.tree.get_object("ltitles")
lchapters=self.tree.get_object("lchapters")
try:
ctree,iter=ltitles.get_selection().get_selected()
title=ctree.get_value(iter,0)
except:
title=-1
try:
ctree,iter=lchapters.get_selection().get_selected()
chapter=1+ctree.get_value(iter,0) # zero is the Title value
except:
chapter=-1
self.current_title_selected=title
self.current_file_selected=chapter
return title,chapter
def set_buttons(self):
""" Enables or disables the button to create a DVD, and the
buttons to move up or down a title or chapter """
title,chapter=self.get_marked()
if title==-1:
title_marked=False
else:
title_marked=True
title_up=self.tree.get_object("titleup")
if title==0:
title_up.set_sensitive(False)
else:
title_up.set_sensitive(True)
title_down=self.tree.get_object("titledown")
if (title+1)==len(self.structure):
title_down.set_sensitive(False)
else:
title_down.set_sensitive(True)
if chapter==-1:
chapter_marked=False
else:
chapter_marked=True
files_up=self.tree.get_object("filesup")
if chapter<2:
files_up.set_sensitive(False)
else:
files_up.set_sensitive(True)
files_down=self.tree.get_object("filesdown")
if (chapter==-1) or (chapter+1==len(self.structure[title])):
files_down.set_sensitive(False)
else:
files_down.set_sensitive(True)
del_title=self.tree.get_object("del_title")
if len(self.structure)>1:
del_title.set_sensitive(title_marked)
else:
del_title.set_sensitive(False)
add_title=self.tree.get_object("add_title")
if (len(self.structure)<61):
add_title.set_sensitive(True)
else:
add_title.set_sensitive(False)
add_chapter=self.tree.get_object("add_chapter")
add_chapter.set_sensitive(title_marked)
del_chapter=self.tree.get_object("del_chapter")
del_chapter.set_sensitive(chapter_marked)
main_preview=self.tree.get_object("main_preview")
main_preview.set_sensitive(chapter_marked)
prop_chapter=self.tree.get_object("prop_chapter")
prop_chapter.set_sensitive(chapter_marked)
value=False
for element in self.structure:
if len(element)>1:
value=True
break
main_go=self.tree.get_object("main_go")
main_go.set_sensitive(value)
self.set_video_values()
def set_video_values(self):
""" Sets the video values in the main window when the user clicks
a chapter """
title,chapter=self.get_marked()
if (chapter!=-1) and (title!=-1) and (title1.5:
w.set_text("16:9")
else:
w.set_text("4:3")
w=self.tree.get_object("o_size")
w.set_text(str(found["owidth"])+"x"+str(found["oheight"]))
w=self.tree.get_object("leng")
w.set_text(str(found["olength"]))
w=self.tree.get_object("vrate")
w.set_text(str(found["vrate"]))
w=self.tree.get_object("arate")
w.set_text(str(found["arate"]))
w=self.tree.get_object("eleng")
speed1,speed2=devede_other.get_speedup(found)
length=devede_other.calcula_tamano_parcial(found["vrate"],found["arate"],found["filesize"],found["olength"],len(found["sub_list"]),found["ismpeg"],found["isvob"],found["cutting"],speed1,speed2)
#length=int(((found["vrate"]+found["arate"])*found["olength"])/8000)
w.set_text(str(int(length/1000)))
w=self.tree.get_object("achap")
if found["lchapters"]==0:
w.set_text(_("no chapters"))
else:
w.set_text(str(int(found["lchapters"])))
w=self.tree.get_object("video_format")
if found["fps"]==25:
w.set_text("25 (PAL)")
elif found["fps"]==30:
if (found["ofps"]==24) and (self.disctocreate!="vcd") and (self.disctocreate!="svcd") and (self.disctocreate!="cvd"):
w.set_text("24 (NTSC)")
else:
w.set_text("30 (NTSC)")
else:
w.set_text(str(int(found["fps"])))
w=self.tree.get_object("fsizem")
w.set_text(str(found["width"])+"x"+str(found["height"]))
else:
w=self.tree.get_object("oaspect")
w.set_text("")
w=self.tree.get_object("o_size")
w.set_text("")
w=self.tree.get_object("leng")
w.set_text("")
w=self.tree.get_object("vrate")
w.set_text("")
w=self.tree.get_object("arate")
w.set_text("")
w=self.tree.get_object("eleng")
w.set_text("")
w=self.tree.get_object("achap")
w.set_text("")
w=self.tree.get_object("video_format")
w.set_text("")
w=self.tree.get_object("fsizem")
w.set_text("")
total=devede_other.calcula_tamano_total(self.structure,self.global_vars["menu_sound_duration"],self.disctocreate)
total/=1000
tamano,minvrate,maxvrate = devede_other.get_dvd_size(self.tree,self.disctocreate)
w=self.tree.get_object("usage")
if total>tamano:
w.set_fraction(1.0)
addv=1
else:
w.set_fraction(total/tamano)
addv=0
w.set_text(str(addv+int((total/tamano)*100))+"%")
def set_title(self):
""" Sets the window's title, with the current structure name if saved """
name=os.path.basename(str(self.global_vars["struct_name"]))
if name=="":
name=_("Unsaved disc structure")
self.window.set_title(name+' - DeVeDe')
def refresh_titles(self):
""" Refreshes the title list """
self.current_file_selected=-1
self.list_titles.clear()
self.list_chapters.clear()
counter=-1
for element in self.structure:
counter+=1
entry=self.list_titles.insert_before(None,None)
self.list_titles.set_value(entry,1,element[0]["nombre"])
self.list_titles.set_value(entry,0,counter)
if counter