diff options
Diffstat (limited to 'flipsticks.py')
| -rw-r--r-- | flipsticks.py | 2466 |
1 files changed, 870 insertions, 1596 deletions
diff --git a/flipsticks.py b/flipsticks.py index 3777e87..80c403d 100644 --- a/flipsticks.py +++ b/flipsticks.py @@ -1,5 +1,3 @@ -#!/usr/bin/env python - # This program 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 2 of the License, or @@ -13,8 +11,6 @@ # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA -# - ### flipsticks ### @@ -31,185 +27,7 @@ import math import textwrap import pickle -SERVICE = 'org.freedesktop.Telepathy.Tube.Connect' -IFACE = SERVICE -PATH = '/org/freedesktop/Telepathy/Tube/Connect' -GRAY = "#B7B7B7" # gray -PINK = "#FF0099" # pink -YELLOW = "#FFFF00" # yellow -WHITE = "#FFFFFF" -BLACK = "#000000" -BACKGROUND = "#66CC00" # light green -BUTTON_FOREGROUND = "#CCFB99" # very light green -BUTTON_BACKGROUND = "#027F01" # dark green -COLOR_FG_BUTTONS = ( - (gtk.STATE_NORMAL,"#CCFF99"), - (gtk.STATE_ACTIVE,"#CCFF99"), - (gtk.STATE_PRELIGHT,"#CCFF99"), - (gtk.STATE_SELECTED,"#CCFF99"), - (gtk.STATE_INSENSITIVE,"#CCFF99"), - ) # very light green -COLOR_BG_BUTTONS = ( - (gtk.STATE_NORMAL,"#027F01"), - (gtk.STATE_ACTIVE,"#CCFF99"), - (gtk.STATE_PRELIGHT,"#016D01"), - (gtk.STATE_SELECTED,"#CCFF99"), - (gtk.STATE_INSENSITIVE,"#027F01"), - ) -OLD_COLOR_BG_BUTTONS = ( - (gtk.STATE_NORMAL,"#027F01"), - (gtk.STATE_ACTIVE,"#014D01"), - (gtk.STATE_PRELIGHT,"#016D01"), - (gtk.STATE_SELECTED,"#027F01"), - (gtk.STATE_INSENSITIVE,"#027F01"), - ) - -SPANISH = u'Espa\xf1ol' -LANG = {'English':{'size':'Size', - 'angle':'Angle', - 'lessonplan':'Lesson Plans', - 'lpdir':'lp-en', - 'export':'Export Frame One', - 'HEAD':'Head', - 'NECK':'Neck', - 'RIGHT SHOULDER':'Right Shoulder', - 'UPPER RIGHT ARM':'Upper Right Arm', - 'LOWER RIGHT ARM':'Lower Right Arm', - 'RIGHT HAND':'Right Hand', - 'LEFT SHOULDER':'Left Shoulder', - 'UPPER LEFT ARM':'Upper Left Arm', - 'LOWER LEFT ARM':'Lower Left Arm', - 'LEFT HAND':'Left Hand', - 'TORSO':'Torso', - 'RIGHT HIP':'Right Hip', - 'UPPER RIGHT LEG':'Upper Right Leg', - 'LOWER RIGHT LEG':'Lower Right Leg', - 'RIGHT FOOT':'Right Foot', - 'LEFT HIP':'Left Hip', - 'UPPER LEFT LEG':'Upper Left Leg', - 'LOWER LEFT LEG':'Lower Left Leg', - 'LEFT FOOT':'Left Foot'}, - SPANISH:{'size':u'Tama\xf1o', - 'angle':u'\xe1ngulo', - 'lessonplan':u'Planes de la lecci\xf3n', - 'lpdir':'lp-en', - 'export':'Un marco de la exportacion', - 'HEAD':'Cabeza', - 'NECK':'Cuello', - 'RIGHT SHOULDER':'Hombro derecho', - 'UPPER RIGHT ARM':'Brazo derecho superior', - 'LOWER RIGHT ARM':'Bajar el brazo derecho', - 'RIGHT HAND':'Mano derecha', - 'LEFT SHOULDER':'Hombro izquierdo', - 'UPPER LEFT ARM':'Brazo izquierdo superior', - 'LOWER LEFT ARM':u'Un brazo izquierdo m\xe1s bajo', - 'LEFT HAND':'Mano izquierda', - 'TORSO':'Torso', - 'RIGHT HIP':'Cadera derecha', - 'UPPER RIGHT LEG':'Pierna derecha superior', - 'LOWER RIGHT LEG':'Bajar la pierna derecha', - 'RIGHT FOOT':'Pie derecho', - 'LEFT HIP':'Cadera izquierda', - 'UPPER LEFT LEG':'Pierna izquierda superior', - 'LOWER LEFT LEG':u'Una pierna izquierda m\xe1s baja', - 'LEFT FOOT':'Pie izquierdo'}} - -FPWIDTH = 150 -FPHEIGHT = 100 -#DRAWHEIGHT = 300 for my laptop -KEYFRAMEWIDTH = gtk.gdk.screen_width() - 406 # 675 -KEYFRAMEHEIGHT = 80 -DRAWWIDTH = KEYFRAMEWIDTH + 64 # 750 -DRAWHEIGHT = gtk.gdk.screen_height() - 370 # 500 - -KEYFRAMES = [] # [50,190,337,487,625] -TOTALFRAMES = 30 - -for i in range(5): - keyframe_width = KEYFRAMEWIDTH/5 - KEYFRAMES.append(keyframe_width/2 + i*keyframe_width) - -STICKS = {'HEAD':(0,15), - 'NECK':(90,15), - 'RIGHT SHOULDER':(185,25), - 'UPPER RIGHT ARM':(60,35), - 'LOWER RIGHT ARM':(35,35), - 'LEFT SHOULDER':(355,25), - 'UPPER LEFT ARM':(300,35), - 'LOWER LEFT ARM':(325,35), - 'TORSO':(270,60), - 'RIGHT HIP':(80,20), - 'UPPER RIGHT LEG':(300,50), - 'LOWER RIGHT LEG':(340,40), - 'RIGHT FOOT':(85,15), - 'LEFT HIP':(280,20), - 'UPPER LEFT LEG':(65,50), - 'LOWER LEFT LEG':(15,40), - 'LEFT FOOT':(275,15)} - -PARTS = {'RIGHT HAND':14, - 'LEFT HAND':14} - - -STICKLIST = ['NECK','HEAD','RIGHT SHOULDER','UPPER RIGHT ARM','LOWER RIGHT ARM', - 'LEFT SHOULDER','UPPER LEFT ARM','LOWER LEFT ARM','TORSO', - 'RIGHT HIP','UPPER RIGHT LEG','LOWER RIGHT LEG','RIGHT FOOT', - 'LEFT HIP','UPPER LEFT LEG','LOWER LEFT LEG','LEFT FOOT'] - -LABELLIST = ['HEAD','NECK','RIGHT SHOULDER','UPPER RIGHT ARM','LOWER RIGHT ARM', - 'RIGHT HAND','LEFT SHOULDER','UPPER LEFT ARM','LOWER LEFT ARM','LEFT HAND', - 'TORSO','RIGHT HIP','UPPER RIGHT LEG','LOWER RIGHT LEG','RIGHT FOOT', - 'LEFT HIP','UPPER LEFT LEG','LOWER LEFT LEG','LEFT FOOT'] - -# The joint is the circle at the end of the stick - -JOINTS = {'HEAD':'head', - 'NECK':'neck', - 'RIGHT SHOULDER':'rightshoulder', - 'UPPER RIGHT ARM':'rightelbow', - 'LOWER RIGHT ARM':'righthand', - 'LEFT SHOULDER':'leftshoulder', - 'UPPER LEFT ARM':'leftelbow', - 'LOWER LEFT ARM':'lefthand', - 'TORSO':'groin', - 'RIGHT HIP':'righthip', - 'UPPER RIGHT LEG':'rightknee', - 'LOWER RIGHT LEG':'rightheel', - 'RIGHT FOOT':'righttoe', - 'LEFT HIP':'lefthip', - 'UPPER LEFT LEG':'leftknee', - 'LOWER LEFT LEG':'leftheel', - 'LEFT FOOT':'lefttoe'} - -JOINTTOSTICK = {} -for jname in JOINTS: - JOINTTOSTICK[JOINTS[jname]] = jname - -PARTS = {'HEAD':40, - 'RIGHT HAND':14, - 'LEFT HAND':14} - -TESTSTICKS = {'RIGHT SHOULDER':(37,20), - 'UPPER RIGHT ARM':(6,15), - 'LOWER RIGHT ARM':(10,15)} - -def getwrappedfile(filepath,linelength): - text = [] - f = file(filepath) - for line in f: - if line == '\n': - text.append(line) - else: - for wline in textwrap.wrap(line.strip()): - text.append('%s\n' % wline) - return ''.join(text) - -def capwords(s): - x = s.split() - n = [] - for word in x: - n.append(word.capitalize()) - return ' '.join(n) +from theme import * def prepare_btn(btn, w=-1, h=-1): for state, color in COLOR_BG_BUTTONS: @@ -251,16 +69,10 @@ def getpoints(x,y,angle,len): def scalesticks(stickdict,i): for key in stickdict: (angle,len) = stickdict[key] - newlen = int(len * i) - stickdict[key] = (angle,newlen) + newlen = int(len * i) + stickdict[key] = (angle,newlen) class flipsticks: - def delete_event(self, widget, event, data=None): - return False - - def destroy(self, widget, data=None): - gtk.main_quit() - def expose_event(self, widget, event): x , y, width, height = event.area widget.window.draw_drawable(widget.get_style().fg_gc[gtk.STATE_NORMAL], @@ -273,138 +85,128 @@ class flipsticks: self.kfpixmap, x, y, x, y, width, height) return False - def fp_expose_event(self, widget, event): - x , y, width, height = event.area - widget.window.draw_drawable(widget.get_style().fg_gc[gtk.STATE_NORMAL], - self.fppixmap, x, y, x, y, width, height) - return False - def configure_event(self, widget, event): x, y, width, height = self.mfdraw.get_allocation() self.pixmap = gtk.gdk.Pixmap(self.mfdraw.window, width, height) - self.drawmainframe() + self.drawmainframe() return True def kf_configure_event(self, widget, event): self.drawkeyframe() - return True - - def fp_configure_event(self, widget, event): - self.drawfp() return True def motion_notify_event(self, widget, event): if event.is_hint: - x, y, state = event.window.get_pointer() - else: - x = event.x - y = event.y - state = event.state - if state & gtk.gdk.BUTTON1_MASK and self.pixmap != None: - if self.jointpressed: - if inarea(x,y,DRAWWIDTH,DRAWHEIGHT): - #self.joints[self.jointpressed] = (x,y) # old hack way - # first find the parents x,y - (px,py) = self.getparentjoint(self.jointpressed,self.joints, - self.middle) - if x-px == 0: - #computeangle = 0 - b = 1 - else: - b = float(px-x) - a = float(y-py) - computeangle = int(math.degrees(math.atan(a/b))) - stickname = JOINTTOSTICK[self.jointpressed] - # add sum of parent angles to new angle - parents = self.getparentsticks(stickname) - panglesum = 0 - for parentname in parents: - (pangle,plen) = self.sticks[parentname] - panglesum += pangle - (angle, len) = self.sticks[stickname] - #print 'X:%s,Y:%s,PX:%s,PY:%s,ANGLE:%s,NEWANGLE:%s' % (x,y,px,py,angle,newangle) - newangle = computeangle-panglesum - if (x < px) or (b == 1): - newangle = newangle + 180 - if newangle < 0: - newangle = 360 + newangle - self.sticks[stickname] = (newangle,len) + x, y, state = event.window.get_pointer() + else: + x = event.x + y = event.y + state = event.state + if state & gtk.gdk.BUTTON1_MASK and self.pixmap != None: + if self.jointpressed: + if inarea(x,y,DRAWWIDTH,DRAWHEIGHT): + #self.joints[self.jointpressed] = (x,y) # old hack way + # first find the parents x,y + (px,py) = self.getparentjoint(self.jointpressed,self.joints, + self.middle) + if x-px == 0: + #computeangle = 0 + b = 1 + else: + b = float(px-x) + a = float(y-py) + computeangle = int(math.degrees(math.atan(a/b))) + stickname = JOINTTOSTICK[self.jointpressed] + # add sum of parent angles to new angle + parents = self.getparentsticks(stickname) + panglesum = 0 + for parentname in parents: + (pangle,plen) = self.sticks[parentname] + panglesum += pangle + (angle, len) = self.sticks[stickname] + #print 'X:%s,Y:%s,PX:%s,PY:%s,ANGLE:%s,NEWANGLE:%s' % (x,y,px,py,angle,newangle) + newangle = computeangle-panglesum + if (x < px) or (b == 1): + newangle = newangle + 180 + if newangle < 0: + newangle = 360 + newangle + self.sticks[stickname] = (newangle,len) self.setjoints() # this is overkill - self.drawmainframe() - self.updateentrybox() - elif self.middlepressed: - if inarea(x,y,DRAWWIDTH,DRAWHEIGHT): - xdiff = x-self.middle[0] - ydiff = y-self.middle[1] - self.shiftjoints(xdiff,ydiff) - self.middle = (x,y) - self.drawmainframe() - elif self.rotatepressed: - if inarea(x,y,DRAWWIDTH,DRAWHEIGHT): - (px,py) = self.middle - if x-px == 0: - #computeangle = 0 - b = 1 - else: - b = float(px-x) - a = float(y-py) - computeangle = int(math.degrees(math.atan(a/b))) - stickname = 'TORSO' - (angle, len) = self.sticks[stickname] - newangle = computeangle - if (x < px) or (b == 1): - newangle = newangle + 180 - if newangle < 0: - newangle = 360 + newangle - anglediff = newangle-angle - self.sticks[stickname] = (newangle,len) - # now rotate the other sticks off of the middle - for stickname in ['NECK','RIGHT SHOULDER','LEFT SHOULDER']: - (sangle,slen) = self.sticks[stickname] - newsangle = sangle+anglediff - if newsangle < 0: - newsangle = 360 + newsangle - if newsangle > 360: - newsangle = newsangle - 360 - self.sticks[stickname] = (newsangle,slen) - self.setjoints() - self.drawmainframe() - self.updateentrybox() - - return True + self.drawmainframe() + self.updateentrybox() + elif self.middlepressed: + if inarea(x,y,DRAWWIDTH,DRAWHEIGHT): + xdiff = x-self.middle[0] + ydiff = y-self.middle[1] + self.shiftjoints(xdiff,ydiff) + self.middle = (x,y) + self.drawmainframe() + elif self.rotatepressed: + if inarea(x,y,DRAWWIDTH,DRAWHEIGHT): + (px,py) = self.middle + if x-px == 0: + #computeangle = 0 + b = 1 + else: + b = float(px-x) + a = float(y-py) + computeangle = int(math.degrees(math.atan(a/b))) + stickname = 'TORSO' + (angle, len) = self.sticks[stickname] + newangle = computeangle + if (x < px) or (b == 1): + newangle = newangle + 180 + if newangle < 0: + newangle = 360 + newangle + anglediff = newangle-angle + self.sticks[stickname] = (newangle,len) + # now rotate the other sticks off of the middle + for stickname in ['NECK','RIGHT SHOULDER','LEFT SHOULDER']: + (sangle,slen) = self.sticks[stickname] + newsangle = sangle+anglediff + if newsangle < 0: + newsangle = 360 + newsangle + if newsangle > 360: + newsangle = newsangle - 360 + self.sticks[stickname] = (newsangle,slen) + self.setjoints() + self.drawmainframe() + self.updateentrybox() + + return True def kf_motion_notify_event(self, widget, event): if event.is_hint: - x, y, state = event.window.get_pointer() - else: - x = event.x - y = event.y - state = event.state - if state & gtk.gdk.BUTTON1_MASK and self.pixmap != None: - if self.kfpressed >= 0: - if inarea(x,y,KEYFRAMEWIDTH,KEYFRAMEHEIGHT): - xdiff = x-self.keyframes[self.kfpressed] - self.shiftjoints(xdiff,0,self.kfsjoints[self.kfpressed]) - self.keyframes[self.kfpressed] = x - self.drawkeyframe() - return True + x, y, state = event.window.get_pointer() + else: + x = event.x + y = event.y + state = event.state + if state & gtk.gdk.BUTTON1_MASK and self.pixmap != None: + if self.kfpressed >= 0: + if inarea(x,y,KEYFRAMEWIDTH,KEYFRAMEHEIGHT): + xdiff = x-self.keyframes[self.kfpressed] + self.shiftjoints(xdiff,0,self.kfsjoints[self.kfpressed]) + self.keyframes[self.kfpressed] = x + self.drawkeyframe() + return True def button_press_event(self, widget, event): if event.button == 1 and self.pixmap != None: - joint = self.injoint(event.x, event.y) - if joint: - self.jointpressed = joint - self.drawmainframe() - elif self.inmiddle(event.x, event.y): - self.middlepressed = True - self.drawmainframe() - elif self.inrotate(event.x, event.y): - self.rotatepressed = True - self.drawmainframe() - return True + joint = self.injoint(event.x, event.y) + if joint: + self.jointpressed = joint + self.drawmainframe() + elif self.inmiddle(event.x, event.y): + self.middlepressed = True + self.drawmainframe() + elif self.inrotate(event.x, event.y): + self.rotatepressed = True + self.drawmainframe() + return True def syncmaintokf(self): - # set the main window to the keyframe + # set the main window to the keyframe if self.kfsticks[self.kfselected]: self.sticks = self.kfsticks[self.kfselected].copy() self.parts = self.kfparts[self.kfselected].copy() @@ -414,1473 +216,945 @@ class flipsticks: def kf_button_press_event(self, widget, event): if event.button == 1 and self.pixmap != None: - kfnum = self.inkeyframe(event.x, event.y) - if kfnum >= 0: - self.kfpressed = kfnum - self.kfselected = kfnum - self.drawkeyframe() - self.syncmaintokf() - self.updateentrybox() - return True + kfnum = self.inkeyframe(event.x, event.y) + if kfnum >= 0: + self.kfpressed = kfnum + self.kfselected = kfnum + self.drawkeyframe() + self.syncmaintokf() + self.updateentrybox() + return True def button_release_event(self, widget, event): self.jointpressed = None - self.middlepressed = False - self.rotatepressed = False - self.drawmainframe() - return True + self.middlepressed = False + self.rotatepressed = False + self.drawmainframe() + return True def kf_button_release_event(self, widget, event): self.kfpressed = -1 - self.drawkeyframe() + self.drawkeyframe() return True def setplayspeed(self,adj): - #self.waittime = int((6-adj.value)*150) - self.waittime = int((6-adj.value)*75) - if self.playing: - gobject.source_remove(self.playing) - self.playing = gobject.timeout_add(self.waittime, self.playframe) + #self.waittime = int((6-adj.value)*150) + self.waittime = int((6-adj.value)*75) + if self.playing: + gobject.source_remove(self.playing) + self.playing = gobject.timeout_add(self.waittime, self.playframe) def playframe(self): - if not self.playing: - return False - else: - if self.playframenum == -1: - return True + if not self.playing: + return False + else: + if self.playframenum == -1: + return True joints = self.frames[self.playframenum] - parts = self.fparts[self.playframenum] - # draw on the main drawing area + parts = self.fparts[self.playframenum] + # draw on the main drawing area area = self.toplevel.window - drawgc = area.new_gc() - drawgc.line_width = 3 - cm = drawgc.get_colormap() - white = cm.alloc_color('white') - black = cm.alloc_color('black') - drawgc.fill = gtk.gdk.SOLID + drawgc = area.new_gc() + drawgc.line_width = 3 + cm = drawgc.get_colormap() + white = cm.alloc_color('white') + black = cm.alloc_color('black') + drawgc.fill = gtk.gdk.SOLID x, y, width, height = self.mfdraw.get_allocation() #self.pixmap = gtk.gdk.Pixmap(self.mfdraw.window, width, height) - # clear area - drawgc.set_foreground(white) + # clear area + drawgc.set_foreground(white) self.pixmap.draw_rectangle(drawgc,True,0,0,width,height) - drawgc.set_foreground(black) - #hsize = self.sticks['HEAD'][1] # really half of head size - hsize = self.fhsize[self.playframenum] - middle = self.fmiddles[self.playframenum] - rhsize = parts['RIGHT HAND'] - lhsize = parts['LEFT HAND'] - self.drawstickman(drawgc,self.pixmap,middle,joints,hsize,rhsize,lhsize) - # draw circle for middle - #green = cm.alloc_color('green') - #drawgc.set_foreground(green) - #x,y = middle - #self.pixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) - self.mfdraw.queue_draw() - - fsecs = self.frames.keys() - fsecs.sort() + drawgc.set_foreground(black) + #hsize = self.sticks['HEAD'][1] # really half of head size + hsize = self.fhsize[self.playframenum] + middle = self.fmiddles[self.playframenum] + rhsize = parts['RIGHT HAND'] + lhsize = parts['LEFT HAND'] + self.drawstickman(drawgc,self.pixmap,middle,joints,hsize,rhsize,lhsize) + # draw circle for middle + #green = cm.alloc_color('green') + #drawgc.set_foreground(green) + #x,y = middle + #self.pixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) + self.mfdraw.queue_draw() + + fsecs = self.frames.keys() + fsecs.sort() if self.playingbackwards: - # decrement playframenum - if self.playframenum == fsecs[0]: - self.playframenum = fsecs[-1] + # decrement playframenum + if self.playframenum == fsecs[0]: + self.playframenum = fsecs[-1] else: - i = fsecs.index(self.playframenum) - self.playframenum = fsecs[i-1] - else: + i = fsecs.index(self.playframenum) + self.playframenum = fsecs[i-1] + else: # increment playframenum - if self.playframenum == fsecs[-1]: - self.playframenum = fsecs[0] - else: - i = fsecs.index(self.playframenum) - self.playframenum = fsecs[i+1] + if self.playframenum == fsecs[-1]: + self.playframenum = fsecs[0] + else: + i = fsecs.index(self.playframenum) + self.playframenum = fsecs[i+1] if self.playing: - return True - else: - return False + return True + else: + return False def enterangle_callback(self, widget, entry): stickname = self.stickselected - if stickname in self.sticks: + if stickname in self.sticks: newangle = int(entry.get_text()) - (angle, len) = self.sticks[stickname] - self.sticks[stickname] = (newangle,len) - else: - # part not stick - self.angleentry.set_text('-') - self.setjoints() - self.drawmainframe() + (angle, len) = self.sticks[stickname] + self.sticks[stickname] = (newangle,len) + else: + # part not stick + self.angleentry.set_text('-') + self.setjoints() + self.drawmainframe() def updateentrybox(self): - if self.stickselected in self.sticks: + if self.stickselected in self.sticks: (angle, len) = self.sticks[self.stickselected] self.angleentry.set_text(str(angle)) - else: - # part not stick - len = self.parts[self.stickselected] - self.sizeentry.set_text(str(len)) + else: + # part not stick + len = self.parts[self.stickselected] + self.sizeentry.set_text(str(len)) def enterlen_callback(self, widget, entry): stickname = self.stickselected newlen = int(entry.get_text()) - if stickname in self.sticks: - if stickname == 'HEAD': - newlen = int(newlen/2.0) - (angle, len) = self.sticks[stickname] - self.sticks[stickname] = (angle,newlen) - else: - # part not stick - self.parts[stickname] = newlen - self.setjoints() - self.drawmainframe() + if stickname in self.sticks: + if stickname == 'HEAD': + newlen = int(newlen/2.0) + (angle, len) = self.sticks[stickname] + self.sticks[stickname] = (angle,newlen) + else: + # part not stick + self.parts[stickname] = newlen + self.setjoints() + self.drawmainframe() def reset(self, widget, data=None): - xmiddle = int(DRAWWIDTH/2.0) - ymiddle = int(DRAWHEIGHT/2.0) - self.middle = (xmiddle,ymiddle) - self.sticks = STICKS.copy() - self.parts = PARTS.copy() - self.selectstickebox() - self.setjoints() + xmiddle = int(DRAWWIDTH/2.0) + ymiddle = int(DRAWHEIGHT/2.0) + self.middle = (xmiddle,ymiddle) + self.sticks = STICKS.copy() + self.parts = PARTS.copy() + self.selectstickebox() + self.setjoints() self.drawmainframe() def setframe(self, widget, data=None): self.kfmiddles[self.kfselected] = self.middle - self.kfparts[self.kfselected] = self.parts.copy() + self.kfparts[self.kfselected] = self.parts.copy() self.kfsticks[self.kfselected] = self.sticks.copy() self.kfssticks[self.kfselected] = self.sticks.copy() - scalesticks(self.kfssticks[self.kfselected],.2) - self.kfjoints[self.kfselected] = self.joints.copy() - self.kfsjoints[self.kfselected] = self.initjoints() + scalesticks(self.kfssticks[self.kfselected],.2) + self.kfjoints[self.kfselected] = self.joints.copy() + self.kfsjoints[self.kfselected] = self.initjoints() #x, y, width, height = self.kfdraw.get_allocation() - #y = int(height/2.0) - #y = int(KEYFRAMEHEIGHT/2.0)-5 - y = int(KEYFRAMEHEIGHT/2.0) - x = self.keyframes[self.kfselected] - kfmiddle = (x,y) - self.setjoints(self.kfsjoints[self.kfselected],self.kfssticks[self.kfselected],kfmiddle) - self.drawkeyframe() + #y = int(height/2.0) + #y = int(KEYFRAMEHEIGHT/2.0)-5 + y = int(KEYFRAMEHEIGHT/2.0) + x = self.keyframes[self.kfselected] + kfmiddle = (x,y) + self.setjoints(self.kfsjoints[self.kfselected],self.kfssticks[self.kfselected],kfmiddle) + self.drawkeyframe() def clearframe(self, widget, data=None): self.kfsticks[self.kfselected] = None self.kfssticks[self.kfselected] = None - self.kfjoints[self.kfselected] = None - self.kfsjoints[self.kfselected] = None - self.kfparts[self.kfselected] = None - self.drawkeyframe() + self.kfjoints[self.kfselected] = None + self.kfsjoints[self.kfselected] = None + self.kfparts[self.kfselected] = None + self.drawkeyframe() def intjoints(self,sjoints,ejoints,count,numpoints): # numpoints: number of points between start and end - # count: point were getting now - ijoints = {} - for jname in sjoints: - (x0,y0) = sjoints[jname] - (x1,y1) = ejoints[jname] - #print 'x0:%s,y0:%s' % (x0,y0) - #print 'x1:%s,y1:%s' % (x1,y1) - x = x0 + (count * ((x1-x0)/float(numpoints))) - y = interpolate(x,x0,y0,x1,y1) - ijoints[jname] = (int(x),int(y)) - return ijoints + # count: point were getting now + ijoints = {} + for jname in sjoints: + (x0,y0) = sjoints[jname] + (x1,y1) = ejoints[jname] + #print 'x0:%s,y0:%s' % (x0,y0) + #print 'x1:%s,y1:%s' % (x1,y1) + x = x0 + (count * ((x1-x0)/float(numpoints))) + y = interpolate(x,x0,y0,x1,y1) + ijoints[jname] = (int(x),int(y)) + return ijoints def intparts(self,sparts,eparts,count,numpoints): iparts = {} - for pname in sparts: - x0 = sparts[pname] - x1 = eparts[pname] - if x0 == x1: - iparts[pname] = x0 - continue - x = x0 + (count * ((x1-x0)/float(numpoints))) - iparts[pname] = int(x) - return iparts + for pname in sparts: + x0 = sparts[pname] + x1 = eparts[pname] + if x0 == x1: + iparts[pname] = x0 + continue + x = x0 + (count * ((x1-x0)/float(numpoints))) + iparts[pname] = int(x) + return iparts def inthsize(self,shsize,ehsize,count,numpoints): - x0 = shsize - x1 = ehsize - if x0 == x1: - return x0 - x = x0 + (count * ((x1-x0)/float(numpoints))) + x0 = shsize + x1 = ehsize + if x0 == x1: + return x0 + x = x0 + (count * ((x1-x0)/float(numpoints))) return int(x) def intmiddle(self,smiddle,emiddle,count,numpoints): (x0,y0) = smiddle - (x1,y1) = emiddle - x = x0 + (count * ((x1-x0)/float(numpoints))) - y = interpolate(x,x0,y0,x1,y1) - return (int(x),int(y)) + (x1,y1) = emiddle + x = x0 + (count * ((x1-x0)/float(numpoints))) + y = interpolate(x,x0,y0,x1,y1) + return (int(x),int(y)) def makeframes(self): - endsecs = KEYFRAMEWIDTH - fint = int(endsecs/float(TOTALFRAMES)) # frame interval + endsecs = KEYFRAMEWIDTH + fint = int(endsecs/float(TOTALFRAMES)) # frame interval self.frames = {} - self.fparts = {} - self.fmiddles = {} - self.fhsize = {} - kf = {} # point to keyframes by x-middle (which represents a time, like seconds) - for i in range(len(self.keyframes)): - secs = self.keyframes[i] - #kf[secs] = i - # use self.kfjoints[kf[secs]] and self.kfparts[kf[secs]] - if self.kfjoints[i]: - self.frames[secs] = self.kfjoints[i].copy() - self.fparts[secs] = self.kfparts[i].copy() - self.fmiddles[secs] = self.kfmiddles[i] - #print '%s:KFMIDDLE:%s = (%s,%s)' % (i,secs,self.fmiddles[secs][0],self.fmiddles[secs][1]) - self.fhsize[secs] = self.kfsticks[i]['HEAD'][1] - fsecs = self.frames.keys() - fsecs.sort() - if not fsecs: - return - # ADD frame at 0 - self.frames[0] = self.frames[fsecs[0]].copy() - self.fparts[0] = self.fparts[fsecs[0]].copy() - self.fmiddles[0] = self.fmiddles[fsecs[0]] - self.fhsize[0] = self.fhsize[fsecs[0]] - # ADD frame at end - self.frames[endsecs] = self.frames[fsecs[-1]].copy() - self.fparts[endsecs] = self.fparts[fsecs[-1]].copy() - self.fmiddles[endsecs] = self.fmiddles[fsecs[-1]] - self.fhsize[endsecs] = self.fhsize[fsecs[-1]] - # now fill in frames between - fsecs = self.frames.keys() - fsecs.sort() - for i in range(len(fsecs)): - if i == len(fsecs)-1: - continue # nothing after end - startsecs = fsecs[i] - endsecs = fsecs[i+1] - numframes = int((endsecs-startsecs)/float(fint))-1 - #print 'NUMFRAMES(%s):%s' % (i,numframes) - for j in range(numframes-1): # MAYBE SHOULD BE numframes - secs = startsecs + ((j+1)*fint) - self.frames[secs] = self.intjoints(self.frames[startsecs],self.frames[endsecs], - j+1,numframes) - self.fparts[secs] = self.intparts(self.fparts[startsecs],self.fparts[endsecs], - j+1,numframes) - self.fmiddles[secs] = self.intmiddle(self.fmiddles[startsecs],self.fmiddles[endsecs], - j+1,numframes) - self.fhsize[secs] = self.inthsize(self.fhsize[startsecs],self.fhsize[endsecs], - j+1,numframes) - #print '%s,%s(%s secs):(%s,%s) START(%s,%s) - END(%s,%s) startsecs:%s endsecs:%s numframes:%s' % (i,j,secs,self.fmiddles[secs][0],self.fmiddles[secs][1],self.fmiddles[startsecs][0],self.fmiddles[startsecs][1],self.fmiddles[endsecs][0],self.fmiddles[endsecs][1],startsecs,endsecs,numframes) - #print self.frames.keys() + self.fparts = {} + self.fmiddles = {} + self.fhsize = {} + kf = {} # point to keyframes by x-middle (which represents a time, like seconds) + for i in range(len(self.keyframes)): + secs = self.keyframes[i] + #kf[secs] = i + # use self.kfjoints[kf[secs]] and self.kfparts[kf[secs]] + if self.kfjoints[i]: + self.frames[secs] = self.kfjoints[i].copy() + self.fparts[secs] = self.kfparts[i].copy() + self.fmiddles[secs] = self.kfmiddles[i] + #print '%s:KFMIDDLE:%s = (%s,%s)' % (i,secs,self.fmiddles[secs][0],self.fmiddles[secs][1]) + self.fhsize[secs] = self.kfsticks[i]['HEAD'][1] + fsecs = self.frames.keys() + fsecs.sort() + if not fsecs: + return + # ADD frame at 0 + self.frames[0] = self.frames[fsecs[0]].copy() + self.fparts[0] = self.fparts[fsecs[0]].copy() + self.fmiddles[0] = self.fmiddles[fsecs[0]] + self.fhsize[0] = self.fhsize[fsecs[0]] + # ADD frame at end + self.frames[endsecs] = self.frames[fsecs[-1]].copy() + self.fparts[endsecs] = self.fparts[fsecs[-1]].copy() + self.fmiddles[endsecs] = self.fmiddles[fsecs[-1]] + self.fhsize[endsecs] = self.fhsize[fsecs[-1]] + # now fill in frames between + fsecs = self.frames.keys() + fsecs.sort() + for i in range(len(fsecs)): + if i == len(fsecs)-1: + continue # nothing after end + startsecs = fsecs[i] + endsecs = fsecs[i+1] + numframes = int((endsecs-startsecs)/float(fint))-1 + #print 'NUMFRAMES(%s):%s' % (i,numframes) + for j in range(numframes-1): # MAYBE SHOULD BE numframes + secs = startsecs + ((j+1)*fint) + self.frames[secs] = self.intjoints(self.frames[startsecs],self.frames[endsecs], + j+1,numframes) + self.fparts[secs] = self.intparts(self.fparts[startsecs],self.fparts[endsecs], + j+1,numframes) + self.fmiddles[secs] = self.intmiddle(self.fmiddles[startsecs],self.fmiddles[endsecs], + j+1,numframes) + self.fhsize[secs] = self.inthsize(self.fhsize[startsecs],self.fhsize[endsecs], + j+1,numframes) + #print '%s,%s(%s secs):(%s,%s) START(%s,%s) - END(%s,%s) startsecs:%s endsecs:%s numframes:%s' % (i,j,secs,self.fmiddles[secs][0],self.fmiddles[secs][1],self.fmiddles[startsecs][0],self.fmiddles[startsecs][1],self.fmiddles[endsecs][0],self.fmiddles[endsecs][1],startsecs,endsecs,numframes) + #print self.frames.keys() def shiftjoints(self,xdiff,ydiff,joints=None): if not joints: - joints = self.joints + joints = self.joints for jname in joints: - #if isinstance(self.joints[jname],tuple): - (jx,jy) = joints[jname] - njx = jx + xdiff - njy = jy + ydiff - joints[jname] = (njx,njy) + #if isinstance(self.joints[jname],tuple): + (jx,jy) = joints[jname] + njx = jx + xdiff + njy = jy + ydiff + joints[jname] = (njx,njy) def initjoints(self): joints = {} for stickname in JOINTS: - jname = JOINTS[stickname] - joints[jname] = (0,0) - return joints + jname = JOINTS[stickname] + joints[jname] = (0,0) + return joints def getparentsticks(self, stickname): if stickname in ['RIGHT SHOULDER','LEFT SHOULDER','NECK','TORSO']: - return [] - if stickname in ['HEAD']: - return ['NECK'] - if stickname == 'UPPER RIGHT ARM': - return ['RIGHT SHOULDER'] - if stickname == 'LOWER RIGHT ARM': - return ['UPPER RIGHT ARM','RIGHT SHOULDER'] - if stickname == 'UPPER LEFT ARM': - return ['LEFT SHOULDER'] - if stickname == 'LOWER LEFT ARM': - return ['UPPER LEFT ARM','LEFT SHOULDER'] - if stickname == 'RIGHT HIP': - return ['TORSO'] - if stickname == 'UPPER RIGHT LEG': - return ['RIGHT HIP','TORSO'] - if stickname == 'LOWER RIGHT LEG': - return ['UPPER RIGHT LEG','RIGHT HIP','TORSO'] - if stickname == 'RIGHT FOOT': - return ['LOWER RIGHT LEG','UPPER RIGHT LEG','RIGHT HIP','TORSO'] - if stickname == 'LEFT HIP': - return ['TORSO'] - if stickname == 'UPPER LEFT LEG': - return ['LEFT HIP','TORSO'] - if stickname == 'LOWER LEFT LEG': - return ['UPPER LEFT LEG','LEFT HIP','TORSO'] - if stickname == 'LEFT FOOT': - return ['LOWER LEFT LEG','UPPER LEFT LEG','LEFT HIP','TORSO'] + return [] + if stickname in ['HEAD']: + return ['NECK'] + if stickname == 'UPPER RIGHT ARM': + return ['RIGHT SHOULDER'] + if stickname == 'LOWER RIGHT ARM': + return ['UPPER RIGHT ARM','RIGHT SHOULDER'] + if stickname == 'UPPER LEFT ARM': + return ['LEFT SHOULDER'] + if stickname == 'LOWER LEFT ARM': + return ['UPPER LEFT ARM','LEFT SHOULDER'] + if stickname == 'RIGHT HIP': + return ['TORSO'] + if stickname == 'UPPER RIGHT LEG': + return ['RIGHT HIP','TORSO'] + if stickname == 'LOWER RIGHT LEG': + return ['UPPER RIGHT LEG','RIGHT HIP','TORSO'] + if stickname == 'RIGHT FOOT': + return ['LOWER RIGHT LEG','UPPER RIGHT LEG','RIGHT HIP','TORSO'] + if stickname == 'LEFT HIP': + return ['TORSO'] + if stickname == 'UPPER LEFT LEG': + return ['LEFT HIP','TORSO'] + if stickname == 'LOWER LEFT LEG': + return ['UPPER LEFT LEG','LEFT HIP','TORSO'] + if stickname == 'LEFT FOOT': + return ['LOWER LEFT LEG','UPPER LEFT LEG','LEFT HIP','TORSO'] def getparentjoint(self,jname,joints,middle): if jname in ['rightshoulder','leftshoulder','groin','neck']: - return middle - parentjoints = {'rightelbow':'rightshoulder', - 'righthand':'rightelbow', - 'leftelbow':'leftshoulder', - 'lefthand':'leftelbow', - 'righthip':'groin', - 'rightknee':'righthip', - 'rightheel':'rightknee', - 'righttoe':'rightheel', - 'lefthip':'groin', - 'leftknee':'lefthip', - 'leftheel':'leftknee', - 'lefttoe':'leftheel', - 'head':'neck'} - return joints[parentjoints[jname]] + return middle + parentjoints = {'rightelbow':'rightshoulder', + 'righthand':'rightelbow', + 'leftelbow':'leftshoulder', + 'lefthand':'leftelbow', + 'righthip':'groin', + 'rightknee':'righthip', + 'rightheel':'rightknee', + 'righttoe':'rightheel', + 'lefthip':'groin', + 'leftknee':'lefthip', + 'leftheel':'leftknee', + 'lefttoe':'leftheel', + 'head':'neck'} + return joints[parentjoints[jname]] def setjoints(self,joints=None,sticks=None,middle=None): if not joints: - joints = self.joints - if not sticks: - sticks = self.sticks - if not middle: - middle = self.middle + joints = self.joints + if not sticks: + sticks = self.sticks + if not middle: + middle = self.middle # have to traverse in order because - # parent joints must be set right - for stickname in self.sticklist: - (angle,len) = sticks[stickname] - jname = JOINTS[stickname] - (x,y) = self.getparentjoint(jname,joints,middle) - parents = self.getparentsticks(stickname) - panglesum = 0 - for parentname in parents: - (pangle,plen) = sticks[parentname] - panglesum += pangle - (nx,ny) = getpoints(x,y,angle+panglesum,len) - joints[jname] = (nx,ny) + # parent joints must be set right + for stickname in self.sticklist: + (angle,len) = sticks[stickname] + jname = JOINTS[stickname] + (x,y) = self.getparentjoint(jname,joints,middle) + parents = self.getparentsticks(stickname) + panglesum = 0 + for parentname in parents: + (pangle,plen) = sticks[parentname] + panglesum += pangle + (nx,ny) = getpoints(x,y,angle+panglesum,len) + joints[jname] = (nx,ny) def drawmainframe(self): area = self.toplevel.window - drawgc = area.new_gc() - drawgc.line_width = 3 - cm = drawgc.get_colormap() - red = cm.alloc_color('red') - yellow = cm.alloc_color('yellow') - white = cm.alloc_color('white') - black = cm.alloc_color('black') - blue = cm.alloc_color('blue') - green = cm.alloc_color('green') - drawgc.fill = gtk.gdk.SOLID + drawgc = area.new_gc() + drawgc.line_width = 3 + cm = drawgc.get_colormap() + red = cm.alloc_color('red') + yellow = cm.alloc_color('yellow') + white = cm.alloc_color('white') + black = cm.alloc_color('black') + blue = cm.alloc_color('blue') + green = cm.alloc_color('green') + drawgc.fill = gtk.gdk.SOLID x, y, width, height = self.mfdraw.get_allocation() #self.pixmap = gtk.gdk.Pixmap(self.mfdraw.window, width, height) - # clear area - drawgc.set_foreground(white) + # clear area + drawgc.set_foreground(white) self.pixmap.draw_rectangle(drawgc,True,0,0,width,height) - drawgc.set_foreground(black) - hsize = self.sticks['HEAD'][1] # really half of head size - rhsize = self.parts['RIGHT HAND'] - lhsize = self.parts['LEFT HAND'] - self.drawstickman(drawgc,self.pixmap,self.middle,self.joints,hsize,rhsize,lhsize) - # draw circle for middle - drawgc.set_foreground(green) - if self.middlepressed: - drawgc.set_foreground(blue) - x,y = self.middle - self.pixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) - # draw circle for rotate (should be halfway between middle and groin - (rx,ry) = self.getrotatepoint() - drawgc.set_foreground(yellow) - if self.rotatepressed: - drawgc.set_foreground(blue) - self.pixmap.draw_arc(drawgc,True,rx-5,ry-5,10,10,0,360*64) - # draw circles for joints - drawgc.set_foreground(black) - for jname in self.joints: - if jname == 'head': - continue - x,y = self.joints[jname] - if self.jointpressed == jname: - drawgc.set_foreground(blue) - self.pixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) - drawgc.set_foreground(black) - else: - drawgc.set_foreground(red) - self.pixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) - drawgc.set_foreground(black) - self.mfdraw.queue_draw() + drawgc.set_foreground(black) + hsize = self.sticks['HEAD'][1] # really half of head size + rhsize = self.parts['RIGHT HAND'] + lhsize = self.parts['LEFT HAND'] + self.drawstickman(drawgc,self.pixmap,self.middle,self.joints,hsize,rhsize,lhsize) + # draw circle for middle + drawgc.set_foreground(green) + if self.middlepressed: + drawgc.set_foreground(blue) + x,y = self.middle + self.pixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) + # draw circle for rotate (should be halfway between middle and groin + (rx,ry) = self.getrotatepoint() + drawgc.set_foreground(yellow) + if self.rotatepressed: + drawgc.set_foreground(blue) + self.pixmap.draw_arc(drawgc,True,rx-5,ry-5,10,10,0,360*64) + # draw circles for joints + drawgc.set_foreground(black) + for jname in self.joints: + if jname == 'head': + continue + x,y = self.joints[jname] + if self.jointpressed == jname: + drawgc.set_foreground(blue) + self.pixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) + drawgc.set_foreground(black) + else: + drawgc.set_foreground(red) + self.pixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) + drawgc.set_foreground(black) + self.mfdraw.queue_draw() def drawstickman(self,drawgc,pixmap,middle,joints,hsize,rhsize,lhsize): - leftarm = [middle, joints['leftshoulder'],joints['leftelbow'],joints['lefthand']] - rightarm = [middle, joints['rightshoulder'],joints['rightelbow'],joints['righthand']] - torso = [joints['neck'],middle,joints['groin']] - leftleg = [joints['groin'],joints['lefthip'],joints['leftknee'], - joints['leftheel'],joints['lefttoe']] - rightleg = [joints['groin'],joints['righthip'],joints['rightknee'], - joints['rightheel'],joints['righttoe']] - # draw lines - pixmap.draw_lines(drawgc, leftarm) - pixmap.draw_lines(drawgc, rightarm) - pixmap.draw_lines(drawgc, torso) - pixmap.draw_lines(drawgc, leftleg) - pixmap.draw_lines(drawgc, rightleg) - # draw head - x,y = joints['head'] - pixmap.draw_arc(drawgc,True,x-hsize,y-hsize,hsize*2,hsize*2,0,360*64) - # draw circles for hands - x,y = joints['righthand'] - pixmap.draw_arc(drawgc,True,x-int(rhsize/2.0),y-int(rhsize/2.0),rhsize,rhsize,0,360*64) - x,y = joints['lefthand'] - pixmap.draw_arc(drawgc,True,x-int(lhsize/2.0),y-int(lhsize/2.0),lhsize,lhsize,0,360*64) - + leftarm = [middle, joints['leftshoulder'],joints['leftelbow'],joints['lefthand']] + rightarm = [middle, joints['rightshoulder'],joints['rightelbow'],joints['righthand']] + torso = [joints['neck'],middle,joints['groin']] + leftleg = [joints['groin'],joints['lefthip'],joints['leftknee'], + joints['leftheel'],joints['lefttoe']] + rightleg = [joints['groin'],joints['righthip'],joints['rightknee'], + joints['rightheel'],joints['righttoe']] + # draw lines + pixmap.draw_lines(drawgc, leftarm) + pixmap.draw_lines(drawgc, rightarm) + pixmap.draw_lines(drawgc, torso) + pixmap.draw_lines(drawgc, leftleg) + pixmap.draw_lines(drawgc, rightleg) + # draw head + x,y = joints['head'] + pixmap.draw_arc(drawgc,True,x-hsize,y-hsize,hsize*2,hsize*2,0,360*64) + # draw circles for hands + x,y = joints['righthand'] + pixmap.draw_arc(drawgc,True,x-int(rhsize/2.0),y-int(rhsize/2.0),rhsize,rhsize,0,360*64) + x,y = joints['lefthand'] + pixmap.draw_arc(drawgc,True,x-int(lhsize/2.0),y-int(lhsize/2.0),lhsize,lhsize,0,360*64) + def drawkeyframe(self): area = self.toplevel.window - drawgc = area.new_gc() - drawgc.line_width = 2 - cm = drawgc.get_colormap() - red = cm.alloc_color('red') - white = cm.alloc_color('white') - black = cm.alloc_color('black') - blue = cm.alloc_color('blue') - green = cm.alloc_color('green') - pink = cm.alloc_color(PINK) - bgcolor = cm.alloc_color(BACKGROUND) - darkgreen = cm.alloc_color(BUTTON_BACKGROUND) - drawgc.fill = gtk.gdk.SOLID + drawgc = area.new_gc() + drawgc.line_width = 2 + cm = drawgc.get_colormap() + red = cm.alloc_color('red') + white = cm.alloc_color('white') + black = cm.alloc_color('black') + blue = cm.alloc_color('blue') + green = cm.alloc_color('green') + pink = cm.alloc_color(PINK) + bgcolor = cm.alloc_color(BACKGROUND) + darkgreen = cm.alloc_color(BUTTON_BACKGROUND) + drawgc.fill = gtk.gdk.SOLID x, y, width, height = self.kfdraw.get_allocation() self.kfpixmap = gtk.gdk.Pixmap(self.kfdraw.window, width, height) - # clear area - drawgc.set_foreground(bgcolor) + # clear area + drawgc.set_foreground(bgcolor) self.kfpixmap.draw_rectangle(drawgc,True,0,0,width,height) - # draw line in middle - drawgc.set_foreground(darkgreen) - self.kfpixmap.draw_rectangle(drawgc,True,10,int(height/2.0)-5,width-20,10) - x = 10 - y = int(height/2.0) - self.kfpixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) - x = width-10 - self.kfpixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) - # draw the keyframe circles - for i in range(len(self.keyframes)): - # first the outer circle - x = self.keyframes[i] - if i == self.kfselected: - drawgc.set_foreground(pink) - else: - drawgc.set_foreground(darkgreen) - self.kfpixmap.draw_arc(drawgc,True,x-40,y-40,80,80,0,360*64) - # then the inner circle - drawgc.set_foreground(white) - self.kfpixmap.draw_arc(drawgc,True,x-35,y-35,70,70,0,360*64) - if self.kfssticks[i]: - # draw a man in the circle - drawgc.set_foreground(black) - hsize = self.kfssticks[i]['HEAD'][1] - rhsize = int(self.kfparts[i]['RIGHT HAND']*0.2) - lhsize = int(self.kfparts[i]['LEFT HAND']*0.2) - self.drawstickman(drawgc,self.kfpixmap,(x,y),self.kfsjoints[i],hsize,rhsize,lhsize) - #self.kfpixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) + # draw line in middle + drawgc.set_foreground(darkgreen) + self.kfpixmap.draw_rectangle(drawgc,True,10,int(height/2.0)-5,width-20,10) + x = 10 + y = int(height/2.0) + self.kfpixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) + x = width-10 + self.kfpixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) + # draw the keyframe circles + for i in range(len(self.keyframes)): + # first the outer circle + x = self.keyframes[i] + if i == self.kfselected: + drawgc.set_foreground(pink) + else: + drawgc.set_foreground(darkgreen) + self.kfpixmap.draw_arc(drawgc,True,x-40,y-40,80,80,0,360*64) + # then the inner circle + drawgc.set_foreground(white) + self.kfpixmap.draw_arc(drawgc,True,x-35,y-35,70,70,0,360*64) + if self.kfssticks[i]: + # draw a man in the circle + drawgc.set_foreground(black) + hsize = self.kfssticks[i]['HEAD'][1] + rhsize = int(self.kfparts[i]['RIGHT HAND']*0.2) + lhsize = int(self.kfparts[i]['LEFT HAND']*0.2) + self.drawstickman(drawgc,self.kfpixmap,(x,y),self.kfsjoints[i],hsize,rhsize,lhsize) + #self.kfpixmap.draw_arc(drawgc,True,x-5,y-5,10,10,0,360*64) self.kfdraw.queue_draw() def drawfp(self): area = self.toplevel.window - drawgc = area.new_gc() - drawgc.line_width = 1 - cm = drawgc.get_colormap() - red = cm.alloc_color('red') - white = cm.alloc_color('white') - black = cm.alloc_color('black') - blue = cm.alloc_color('blue') - green = cm.alloc_color('green') - pink = cm.alloc_color(PINK) - bgcolor = cm.alloc_color(BACKGROUND) - darkgreen = cm.alloc_color(BUTTON_BACKGROUND) - drawgc.fill = gtk.gdk.SOLID + drawgc = area.new_gc() + drawgc.line_width = 1 + cm = drawgc.get_colormap() + red = cm.alloc_color('red') + white = cm.alloc_color('white') + black = cm.alloc_color('black') + blue = cm.alloc_color('blue') + green = cm.alloc_color('green') + pink = cm.alloc_color(PINK) + bgcolor = cm.alloc_color(BACKGROUND) + darkgreen = cm.alloc_color(BUTTON_BACKGROUND) + drawgc.fill = gtk.gdk.SOLID x, y, width, height = self.fpdraw.get_allocation() self.fppixmap = gtk.gdk.Pixmap(self.fpdraw.window, width, height) - # clear area - drawgc.set_foreground(white) + # clear area + drawgc.set_foreground(white) self.fppixmap.draw_rectangle(drawgc,True,0,0,width,height) - self.fpdraw.queue_draw() + self.fpdraw.queue_draw() def inkeyframe(self, x, y): for i in range(len(self.keyframes)): - kx = self.keyframes[i] - if (abs(kx-x) <= 20): - return i - return -1 + kx = self.keyframes[i] + if (abs(kx-x) <= 20): + return i + return -1 def injoint(self, x, y): for jname in self.joints: - jx, jy = self.joints[jname] - if (abs(jx-x) <= 5) and (abs(jy-y) <= 5): - return jname + jx, jy = self.joints[jname] + if (abs(jx-x) <= 5) and (abs(jy-y) <= 5): + return jname def inmiddle(self, x, y): mx, my = self.middle - if (abs(mx-x) <= 5) and (abs(my-y) <= 5): - return True + if (abs(mx-x) <= 5) and (abs(my-y) <= 5): + return True def inrotate(self, x, y): rx, ry = self.getrotatepoint() - if (abs(rx-x) <= 5) and (abs(ry-y) <= 5): - return True + if (abs(rx-x) <= 5) and (abs(ry-y) <= 5): + return True def getrotatepoint(self): (angle,len) = self.sticks['TORSO'] - x,y = self.middle - (rx,ry) = getpoints(x,y,angle,int(len/2.0)) - return (rx,ry) + x,y = self.middle + (rx,ry) = getpoints(x,y,angle,int(len/2.0)) + return (rx,ry) def selectstick(self, widget, event, data=None): if data: - if self.stickselected: - ebox = self.stickbuttons[self.stickselected] - ebox.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BUTTON_BACKGROUND)) + if self.stickselected: + ebox = self.stickbuttons[self.stickselected] + ebox.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BUTTON_BACKGROUND)) label = ebox.get_child() label.modify_fg(gtk.STATE_NORMAL, gtk.gdk.color_parse(BUTTON_FOREGROUND)) - self.stickselected = data - self.selectstickebox() + self.stickselected = data + self.selectstickebox() def selectstickebox(self): ebox = self.stickbuttons[self.stickselected] - ebox.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BUTTON_FOREGROUND)) + ebox.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BUTTON_FOREGROUND)) label = ebox.get_child() label.modify_fg(gtk.STATE_NORMAL, gtk.gdk.color_parse(BUTTON_BACKGROUND)) - if self.stickselected in self.sticks: - if self.stickselected == 'HEAD': - self.sizeentry.set_text(str(self.sticks[self.stickselected][1]*2)) - else: - self.sizeentry.set_text(str(self.sticks[self.stickselected][1])) - - self.angleentry.set_text(str(self.sticks[self.stickselected][0])) - else: - # its a part not a stick - self.angleentry.set_text('-') - self.sizeentry.set_text(str(self.parts[self.stickselected])) - - def showlessonplans(self, widget, data=None): - dia = gtk.Dialog(title='Lesson Plans', - parent=None, - flags=0, - buttons=None) - dia.set_default_size(500,500) - dia.show() - - #dia.vbox.pack_start(scrolled_window, True, True, 0) - notebook = gtk.Notebook() - # uncomment below to highlight tabs - notebook.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(WHITE)) - notebook.set_tab_pos(gtk.POS_TOP) - #notebook.set_default_size(400,400) - notebook.show() - lessonplans = {} - lpdir = os.path.join(self.mdirpath,LANG[self.language]['lpdir']) - lpentries = os.listdir(lpdir) - for entry in lpentries: - fpath = os.path.join(lpdir,entry) - lessonplans[entry] = getwrappedfile(fpath,95) - lpkeys = lessonplans.keys() - lpkeys.sort() - for lpkey in lpkeys: - lpname = lpkey.replace('_',' ').replace('0','')[:-4] - label = gtk.Label(lessonplans[lpkey]) - #if self.insugar: - # label.modify_fg(gtk.STATE_NORMAL,gtk.gdk.color_parse(WHITE)) - eb = gtk.EventBox() - eb.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(WHITE)) - #label.set_line_wrap(True) - label.show() - eb.add(label) - eb.show() - #tlabel = gtk.Label('Lesson Plan %s' % str(i+1)) - tlabel = gtk.Label(lpname) - tlabel.show() - scrolled_window = gtk.ScrolledWindow() - scrolled_window.set_policy(gtk.POLICY_AUTOMATIC, gtk.POLICY_ALWAYS) - scrolled_window.show() - scrolled_window.add_with_viewport(eb) - notebook.append_page(scrolled_window, tlabel) - #dia.action_area.pack_start(notebook, True, True, 0) - dia.vbox.pack_start(notebook, True, True, 0) - result = dia.run() - dia.destroy() - - def loadfile(self, widget, data=None): - pass - - def savefile(self, widget, data=None): - pass + if self.stickselected in self.sticks: + if self.stickselected == 'HEAD': + self.sizeentry.set_text(str(self.sticks[self.stickselected][1]*2)) + else: + self.sizeentry.set_text(str(self.sticks[self.stickselected][1])) - def exportanim(self, widget, data=None): - if self.insugar: - self.exporttojournal() - else: - self.exportfile() + self.angleentry.set_text(str(self.sticks[self.stickselected][0])) + else: + # its a part not a stick + self.angleentry.set_text('-') + self.sizeentry.set_text(str(self.parts[self.stickselected])) - def exportfile(self): - self.makeframes() - fsecs = self.frames.keys() - tmpdir = '/tmp' - pngpaths = [] - for i in fsecs: - joints = self.frames[i] - parts = self.fparts[i] - # draw on the main drawing area - area = self.toplevel.window - drawgc = area.new_gc() - drawgc.line_width = 3 - cm = drawgc.get_colormap() - white = cm.alloc_color('white') - black = cm.alloc_color('black') - drawgc.fill = gtk.gdk.SOLID - x, y, width, height = self.mfdraw.get_allocation() - pixmap = gtk.gdk.Pixmap(self.mfdraw.window, width, height) - # clear area - drawgc.set_foreground(white) - pixmap.draw_rectangle(drawgc,True,0,0,width,height) - - drawgc.set_foreground(black) - #hsize = self.sticks['HEAD'][1] # really half of head size - hsize = self.fhsize[i] - middle = self.fmiddles[i] - rhsize = parts['RIGHT HAND'] - lhsize = parts['LEFT HAND'] - self.drawstickman(drawgc,pixmap,middle,joints,hsize,rhsize,lhsize) - pixbuf = gtk.gdk.Pixbuf(gtk.gdk.COLORSPACE_RGB, False, 8, width, height) - gtk.gdk.Pixbuf.get_from_drawable(pixbuf,pixmap,pixmap.get_colormap(),0,0,0,0,width,height) - filename = 'fp%03d.png' % i - filepath = os.path.join(tmpdir,filename) - pixbuf.save(filepath,'png') - pngpaths.append(filepath) - # now convert all of the pngs to gif and then make a gif animation - convertpath = 'convert' - tmpdir = '/tmp' - entires = os.listdir(tmpdir) - gifpaths = [] - for pngfilepath in pngpaths: - giffilepath = pngfilepath[:-4]+'.gif' - gifpaths.append(giffilepath) - os.system('%s %s %s' % (convertpath,pngfilepath,giffilepath)) - #os.remove(pngfilepath) - agifpath = os.path.join(self.mdirpath,'animatefp.gif') - os.system('%s -delay 20 -loop 0 %s/fp*.gif %s' % (convertpath,tmpdir,agifpath)) - for giffilepath in gifpaths: - os.remove(giffilepath) - - def exporttojournal(self): + def exportanim(self, widget, data=None): self.makeframes() - fsecs = self.frames.keys() - tmpdir = '/tmp' - pngpaths = [] - firstpixindex = fsecs[0] - for i in [fsecs[0]]: + fsecs = self.frames.keys() + tmpdir = '/tmp' + pngpaths = [] + firstpixindex = fsecs[0] + for i in [fsecs[0]]: joints = self.frames[i] - parts = self.fparts[i] - # draw on the main drawing area + parts = self.fparts[i] + # draw on the main drawing area area = self.toplevel.window - drawgc = area.new_gc() - drawgc.line_width = 3 - cm = drawgc.get_colormap() - white = cm.alloc_color('white') - black = cm.alloc_color('black') - drawgc.fill = gtk.gdk.SOLID + drawgc = area.new_gc() + drawgc.line_width = 3 + cm = drawgc.get_colormap() + white = cm.alloc_color('white') + black = cm.alloc_color('black') + drawgc.fill = gtk.gdk.SOLID x, y, width, height = self.mfdraw.get_allocation() pixmap = gtk.gdk.Pixmap(self.mfdraw.window, width, height) - # clear area - drawgc.set_foreground(white) + # clear area + drawgc.set_foreground(white) pixmap.draw_rectangle(drawgc,True,0,0,width,height) - drawgc.set_foreground(black) - #hsize = self.sticks['HEAD'][1] # really half of head size - hsize = self.fhsize[i] - middle = self.fmiddles[i] - rhsize = parts['RIGHT HAND'] - lhsize = parts['LEFT HAND'] - self.drawstickman(drawgc,pixmap,middle,joints,hsize,rhsize,lhsize) - pixbuf = gtk.gdk.Pixbuf(gtk.gdk.COLORSPACE_RGB, False, 8, width, height) - if i == firstpixindex: - firstpixbuf = pixbuf - gtk.gdk.Pixbuf.get_from_drawable(pixbuf,pixmap,pixmap.get_colormap(),0,0,0,0,width,height) - filename = 'fp%03d.png' % i - filepath = os.path.join(tmpdir,filename) - pixbuf.save(filepath,'png') - pngpaths.append(filepath) + drawgc.set_foreground(black) + #hsize = self.sticks['HEAD'][1] # really half of head size + hsize = self.fhsize[i] + middle = self.fmiddles[i] + rhsize = parts['RIGHT HAND'] + lhsize = parts['LEFT HAND'] + self.drawstickman(drawgc,pixmap,middle,joints,hsize,rhsize,lhsize) + pixbuf = gtk.gdk.Pixbuf(gtk.gdk.COLORSPACE_RGB, False, 8, width, height) + if i == firstpixindex: + firstpixbuf = pixbuf + gtk.gdk.Pixbuf.get_from_drawable(pixbuf,pixmap,pixmap.get_colormap(),0,0,0,0,width,height) + filename = 'fp%03d.png' % i + filepath = os.path.join(tmpdir,filename) + pixbuf.save(filepath,'png') + pngpaths.append(filepath) from sugar.datastore import datastore - mediaObject = datastore.create() - mediaObject.metadata['title'] = 'FlipSticks PNG' - thumbData = self._get_base64_pixbuf_data(firstpixbuf) - mediaObject.metadata['preview'] = thumbData - #medaiObject.metadata['icon-color'] = '' - mediaObject.metadata['mime_type'] = 'image/png' - mediaObject.file_path = pngpaths[0] - datastore.write(mediaObject) + mediaObject = datastore.create() + mediaObject.metadata['title'] = 'FlipSticks PNG' + thumbData = self._get_base64_pixbuf_data(firstpixbuf) + mediaObject.metadata['preview'] = thumbData + #medaiObject.metadata['icon-color'] = '' + mediaObject.metadata['mime_type'] = 'image/png' + mediaObject.file_path = pngpaths[0] + datastore.write(mediaObject) def _get_base64_pixbuf_data(self, pixbuf): - data = [""] - pixbuf.save_to_callback(self._save_data_to_buffer_cb, "png", {}, data) - import base64 - return base64.b64encode(str(data[0])) + data = [""] + pixbuf.save_to_callback(self._save_data_to_buffer_cb, "png", {}, data) + import base64 + return base64.b64encode(str(data[0])) def _save_data_to_buffer_cb(self, buf, data): - data[0] += buf - return True + data[0] += buf + return True def playbackwards(self, widget, data=None): if self.playing: - playimg = gtk.Image() - playimg.set_from_file(os.path.join(self.iconsdir,'big_left_arrow.png')) - playimg.show() - widget.set_image(playimg) - self.playing = False - # set the main window to the keyframe - if self.kfsticks[self.kfselected]: - self.sticks = self.kfsticks[self.kfselected].copy() - self.parts = self.kfparts[self.kfselected].copy() - self.middle = self.kfmiddles[self.kfselected] - self.setjoints() - self.drawmainframe() - self.updateentrybox() - else: - stopimg = gtk.Image() - stopimg.set_from_file(os.path.join(self.iconsdir,'big_pause.png')) - stopimg.show() - widget.set_image(stopimg) - self.makeframes() - fsecs = self.frames.keys() - fsecs.sort() - if fsecs: + playimg = gtk.Image() + playimg.set_from_file(os.path.join(self.iconsdir,'big_left_arrow.png')) + playimg.show() + widget.set_image(playimg) + self.playing = False + # set the main window to the keyframe + if self.kfsticks[self.kfselected]: + self.sticks = self.kfsticks[self.kfselected].copy() + self.parts = self.kfparts[self.kfselected].copy() + self.middle = self.kfmiddles[self.kfselected] + self.setjoints() + self.drawmainframe() + self.updateentrybox() + else: + stopimg = gtk.Image() + stopimg.set_from_file(os.path.join(self.iconsdir,'big_pause.png')) + stopimg.show() + widget.set_image(stopimg) + self.makeframes() + fsecs = self.frames.keys() + fsecs.sort() + if fsecs: self.playframenum = fsecs[-1] - else: - self.playframenum = -1 - self.playingbackwards = True - self.playing = gobject.timeout_add(self.waittime, self.playframe) + else: + self.playframenum = -1 + self.playingbackwards = True + self.playing = gobject.timeout_add(self.waittime, self.playframe) def playforwards(self, widget, data=None): if self.playing: - playimg = gtk.Image() - playimg.set_from_file(os.path.join(self.iconsdir,'big_right_arrow.png')) - playimg.show() - widget.set_image(playimg) - self.playing = False - # set the main window to the keyframe - if self.kfsticks[self.kfselected]: - self.sticks = self.kfsticks[self.kfselected].copy() - self.parts = self.kfparts[self.kfselected].copy() - self.middle = self.kfmiddles[self.kfselected] - self.setjoints() - self.drawmainframe() - self.updateentrybox() - else: - stopimg = gtk.Image() - stopimg.set_from_file(os.path.join(self.iconsdir,'big_pause.png')) - stopimg.show() - widget.set_image(stopimg) - self.makeframes() - #mkeys = self.fmiddles.keys() - #mkeys.sort() - #for mkey in mkeys: - # print '%s:(%s,%s)' % (mkey,self.fmiddles[mkey][0],self.fmiddles[mkey][1]) - fsecs = self.frames.keys() - fsecs.sort() - if fsecs: + playimg = gtk.Image() + playimg.set_from_file(os.path.join(self.iconsdir,'big_right_arrow.png')) + playimg.show() + widget.set_image(playimg) + self.playing = False + # set the main window to the keyframe + if self.kfsticks[self.kfselected]: + self.sticks = self.kfsticks[self.kfselected].copy() + self.parts = self.kfparts[self.kfselected].copy() + self.middle = self.kfmiddles[self.kfselected] + self.setjoints() + self.drawmainframe() + self.updateentrybox() + else: + stopimg = gtk.Image() + stopimg.set_from_file(os.path.join(self.iconsdir,'big_pause.png')) + stopimg.show() + widget.set_image(stopimg) + self.makeframes() + #mkeys = self.fmiddles.keys() + #mkeys.sort() + #for mkey in mkeys: + # print '%s:(%s,%s)' % (mkey,self.fmiddles[mkey][0],self.fmiddles[mkey][1]) + fsecs = self.frames.keys() + fsecs.sort() + if fsecs: self.playframenum = fsecs[0] - else: - self.playframenum = -1 - self.playingbackwards = False - self.playing = gobject.timeout_add(self.waittime, self.playframe) - - def changed_cb(self, combobox): - model = combobox.get_model() - index = combobox.get_active() - if index: - lang = model[index][0] - if lang == 'Espa\xc3\xb1ol': - lang = SPANISH - if lang in LANG: - self.lessonplans.set_label(LANG[lang]['lessonplan']) - self.anglelabel.set_label(LANG[lang]['angle']+':') - self.sizelabel.set_label(LANG[lang]['size']+':') - self.export.set_label(LANG[lang]['export']) - for stickpartname in self.labellist: - label = self.sticklabels[stickpartname] - label.set_label(LANG[lang][stickpartname]) - prepare_btn(self.lessonplans) - prepare_btn(self.export) - return - - def setlastlanguage(self, widget, data=None): - li = LANGLIST.index(self.language) - if li == 0: - self.language = LANGLIST[len(LANGLIST)-1] - else: - self.language = LANGLIST[li-1] - self.changebuttonlang() - - def setnextlanguage(self, widget, data=None): - li = LANGLIST.index(self.language) - if li == (len(LANGLIST)-1): - self.language = LANGLIST[0] - else: - self.language = LANGLIST[li+1] - self.changebuttonlang() - - def getdefaultlang(self): - return 'English' + else: + self.playframenum = -1 + self.playingbackwards = False + self.playing = gobject.timeout_add(self.waittime, self.playframe) def getsdata(self): self.makeframes() sdd = {} # save data dictionary - sdd['kfmiddles'] = self.kfmiddles - sdd['kfparts'] = self.kfparts - sdd['kfsticks'] = self.kfsticks - sdd['kfssticks'] = self.kfssticks - sdd['kfjoints'] = self.kfjoints - sdd['kfsjoints'] = self.kfsjoints - sdd['keyframes'] = self.keyframes - sdd['kfselected'] = self.kfselected + sdd['kfmiddles'] = self.kfmiddles + sdd['kfparts'] = self.kfparts + sdd['kfsticks'] = self.kfsticks + sdd['kfssticks'] = self.kfssticks + sdd['kfjoints'] = self.kfjoints + sdd['kfsjoints'] = self.kfsjoints + sdd['keyframes'] = self.keyframes + sdd['kfselected'] = self.kfselected return pickle.dumps(sdd) def restore(self, sdata): sdd = pickle.loads(sdata) - self.kfmiddles = sdd['kfmiddles'] - self.kfparts = sdd['kfparts'] - self.kfsticks = sdd['kfsticks'] - self.kfssticks = sdd['kfssticks'] - self.kfjoints = sdd['kfjoints'] - self.kfsjoints = sdd['kfsjoints'] - self.keyframes = sdd['keyframes'] - self.kfselected = sdd['kfselected'] + self.kfmiddles = sdd['kfmiddles'] + self.kfparts = sdd['kfparts'] + self.kfsticks = sdd['kfsticks'] + self.kfssticks = sdd['kfssticks'] + self.kfjoints = sdd['kfjoints'] + self.kfsjoints = sdd['kfsjoints'] + self.keyframes = sdd['keyframes'] + self.kfselected = sdd['kfselected'] self.drawkeyframe() - self.syncmaintokf() + self.syncmaintokf() self.updateentrybox() def __init__(self, toplevel_window, mdirpath): - self.insugar = False self.playing = False - self.playingbackwards = False - self.waittime = 3*150 - self.keyframe = 0 + self.playingbackwards = False + self.waittime = 3*150 + self.keyframe = 0 self.toplevel = toplevel_window self.mdirpath = mdirpath - xmiddle = int(DRAWWIDTH/2.0) - ymiddle = int(DRAWHEIGHT/2.0) - self.middle = (xmiddle,ymiddle) - self.sticks = STICKS.copy() - self.parts = PARTS.copy() - self.sticklist = STICKLIST - self.labellist = LABELLIST - self.stickselected = 'RIGHT SHOULDER' - self.laststickselected = None - self.keyframes = KEYFRAMES - self.kfsticks = [None,None,None,None,None] - self.kfssticks = [None,None,None,None,None] - self.kfjoints = [None,None,None,None,None] - self.kfsjoints = [None,None,None,None,None] - self.kfmiddles = [None,None,None,None,None] - self.kfparts = [None,None,None,None,None] - self.kfselected = 0 - self.joints = self.initjoints() - self.setjoints() - self.jointpressed = None - self.kfpressed = -1 - self.middlepressed = False - self.rotatepressed = False - self.iconsdir = os.path.join(self.mdirpath,'icons') - self.language = self.getdefaultlang() + xmiddle = int(DRAWWIDTH/2.0) + ymiddle = int(DRAWHEIGHT/2.0) + self.middle = (xmiddle,ymiddle) + self.sticks = STICKS.copy() + self.parts = PARTS.copy() + self.sticklist = STICKLIST + self.labellist = LABELLIST + self.stickselected = 'RIGHT SHOULDER' + self.laststickselected = None + self.keyframes = KEYFRAMES + self.kfsticks = [None,None,None,None,None] + self.kfssticks = [None,None,None,None,None] + self.kfjoints = [None,None,None,None,None] + self.kfsjoints = [None,None,None,None,None] + self.kfmiddles = [None,None,None,None,None] + self.kfparts = [None,None,None,None,None] + self.kfselected = 0 + self.joints = self.initjoints() + self.setjoints() + self.jointpressed = None + self.kfpressed = -1 + self.middlepressed = False + self.rotatepressed = False + self.iconsdir = os.path.join(self.mdirpath,'icons') + self.language = 'English' self.mpbox = gtk.VBox() - self.main = gtk.EventBox() - self.main.show() + self.main = gtk.EventBox() + self.main.show() self.main.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(YELLOW)) - self.mainbox = gtk.EventBox() - self.mainbox.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BACKGROUND)) - self.mainbox.set_border_width(5) - self.mainbox.show() - self.main.add(self.mainbox) + self.mainbox = gtk.EventBox() + self.mainbox.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BACKGROUND)) + self.mainbox.set_border_width(5) + self.mainbox.show() + self.main.add(self.mainbox) self.mpbox.show() - self.hbox = gtk.HBox() - self.hbox.show() - self.vbox = gtk.VBox() - self.vbox.show() - self.hbox.pack_start(self.vbox,False,False,0) - self.mainbox.add(self.mpbox) - self.mpbox.pack_start(self.hbox,True,True,0) - - self.logobox = gtk.HBox(False,0) - self.logobox.show() - self.logo = gtk.Image() - self.logo.show() - self.logo.set_from_file(os.path.join(self.iconsdir,'logo.png')) - self.logobox.pack_start(self.logo,False,False,0) - self.lessonplans = gtk.Button('Lesson Plans') - self.lessonplans.connect('clicked',self.showlessonplans, None) - prepare_btn(self.lessonplans) - self.lessonplans.show() - self.lpvbox = gtk.VBox() - self.lpvbox.show() - self.lpvbox.pack_start(self.lessonplans,True,False,0) - self.lpoframe = gtk.EventBox() - self.lpoframe.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(YELLOW)) - self.lpoframe.show() - self.lpframe = gtk.EventBox() - self.lpframe.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BACKGROUND)) - self.lpframe.show() - self.lpalign = gtk.Alignment(1.0,1.0,1.0,1.0) - self.lpalign.add(self.lpframe) - self.lpalign.set_padding(0,5,5,0) - self.lpalign.show() - self.lpoframe.add(self.lpalign) - self.lphbox = gtk.HBox() - self.lphbox.show() - self.lphbox.pack_start(self.lpvbox,True,False,0) - self.lpframe.add(self.lphbox) - self.logobox.pack_start(self.lpoframe,True,True,0) - #vvvvv LANGUAGE BUTTONS vvvvv - #self.lastlang = gtk.Button() - #self.lastlang.connect('clicked', self.setlastlanguage, None) - #llla = gtk.Image() - #llla.set_from_file(os.path.join(self.iconsdir,'left_arrow.png')) - #llla.show() - #self.lastlang.add(llla) - #prepare_btn(self.lastlang) - #self.lastlang.show() - #self.llvbox = gtk.VBox() - #self.llvbox.show() - #self.llvbox.pack_start(self.lastlang,True,False,0) - #self.lang = gtk.Button(self.language) - #prepare_btn(self.lang) - #self.lang.show() - #self.nextlang = gtk.Button() - #self.nextlang.connect('clicked', self.setnextlanguage, None) - #nlra = gtk.Image() - #nlra.set_from_file(os.path.join(self.iconsdir,'right_arrow.png')) - #nlra.show() - #self.nextlang.add(nlra) - #prepare_btn(self.nextlang) - #self.nextlang.show() - #self.nlvbox = gtk.VBox() - #self.nlvbox.show() - #self.nlvbox.pack_start(self.nextlang,True,False,0) - #self.langvbox = gtk.VBox() - #self.langvbox.show() - #self.langvbox.pack_start(self.lang,True,False,0) - #^^^^^ LANGUAGE BUTTONS ^^^^^ - #vvvvv LANGUAGE DROPDOWN vvvvv - self.langdd = gtk.combo_box_new_text() - self.langdd.append_text('Language') - self.langdd.append_text('English') - self.langdd.append_text(SPANISH) - self.langdd.connect('changed', self.changed_cb) - self.langdd.set_active(0) - self.langdd.show() - self.langddvbox = gtk.VBox() - self.langddvbox.show() - self.langddvbox.pack_start(self.langdd,True,False,0) - #^^^^^ LANGUAGE DROPDOWN ^^^^^ - self.langoframe = gtk.EventBox() - self.langoframe.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(YELLOW)) - self.langoframe.show() - self.langframe = gtk.EventBox() - self.langframe.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BACKGROUND)) - self.langframe.show() - self.langalign = gtk.Alignment(1.0,1.0,1.0,1.0) - self.langalign.add(self.langframe) - self.langalign.set_padding(0,5,5,5) - self.langalign.show() - self.langoframe.add(self.langalign) - self.langhbox = gtk.HBox() - self.langhbox.show() - #self.langhbox.pack_start(self.llvbox,True,False,0) - #self.langhbox.pack_start(self.langvbox,True,False,0) - #self.langhbox.pack_start(self.nlvbox,True,False,0) - self.langhbox.pack_start(self.langddvbox,True,False,0) - self.langframe.add(self.langhbox) - self.logobox.pack_start(self.langoframe,True,True,0) - - self.vbox.pack_start(self.logobox,False,False,0) - - #self.drawhbox = gtk.HBox() - #self.drawhbox.show() - self.mfdraw = gtk.DrawingArea() - self.mfdraw.set_size_request(DRAWWIDTH,DRAWHEIGHT) - self.mfdraw.show() - self.mfdraw.connect('expose_event', self.expose_event) - self.mfdraw.connect('configure_event', self.configure_event) - self.mfdraw.connect('motion_notify_event', self.motion_notify_event) - self.mfdraw.connect('button_press_event', self.button_press_event) - self.mfdraw.connect('button_release_event', self.button_release_event) - self.mfdraw.set_events(gtk.gdk.EXPOSURE_MASK - | gtk.gdk.LEAVE_NOTIFY_MASK - | gtk.gdk.BUTTON_PRESS_MASK - | gtk.gdk.BUTTON_RELEASE_MASK - | gtk.gdk.POINTER_MOTION_MASK - | gtk.gdk.POINTER_MOTION_HINT_MASK) - self.drawborder = gtk.EventBox() - self.drawborder.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(PINK)) - self.drawborder.set_border_width(10) - self.drawborder.show() - self.drawframe = gtk.EventBox() - self.drawframe.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BACKGROUND)) - self.drawframe.set_border_width(5) - self.drawframe.show() - self.drawborder.add(self.drawframe) - self.drawframe.add(self.mfdraw) - #self.drawhbox.pack_start(self.drawborder, False, False, 10) - - #self.vbox.pack_start(self.drawhbox,False,False,0) - self.vbox.pack_start(self.drawborder,True,False,0) + self.hbox = gtk.HBox() + self.hbox.show() + self.vbox = gtk.VBox() + self.vbox.show() + self.hbox.pack_start(self.vbox,False,False,0) + self.mainbox.add(self.mpbox) + self.mpbox.pack_start(self.hbox,True,True,0) + + self.logo = gtk.Image() + self.logo.show() + self.logo.set_from_file(os.path.join(self.iconsdir,'logo.png')) + + self.vbox.pack_start(self.logo,False,False,0) + + self.mfdraw = gtk.DrawingArea() + self.mfdraw.set_size_request(DRAWWIDTH,DRAWHEIGHT) + self.mfdraw.show() + self.mfdraw.connect('expose_event', self.expose_event) + self.mfdraw.connect('configure_event', self.configure_event) + self.mfdraw.connect('motion_notify_event', self.motion_notify_event) + self.mfdraw.connect('button_press_event', self.button_press_event) + self.mfdraw.connect('button_release_event', self.button_release_event) + self.mfdraw.set_events(gtk.gdk.EXPOSURE_MASK + | gtk.gdk.LEAVE_NOTIFY_MASK + | gtk.gdk.BUTTON_PRESS_MASK + | gtk.gdk.BUTTON_RELEASE_MASK + | gtk.gdk.POINTER_MOTION_MASK + | gtk.gdk.POINTER_MOTION_HINT_MASK) + self.drawborder = gtk.EventBox() + self.drawborder.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(PINK)) + self.drawborder.set_border_width(10) + self.drawborder.show() + self.drawframe = gtk.EventBox() + self.drawframe.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BACKGROUND)) + self.drawframe.set_border_width(5) + self.drawframe.show() + self.drawborder.add(self.drawframe) + self.drawframe.add(self.mfdraw) + #self.drawhbox.pack_start(self.drawborder, False, False, 10) + + #self.vbox.pack_start(self.drawhbox,False,False,0) + self.vbox.pack_start(self.drawborder,True,False,0) self.keyframehbox = gtk.HBox() - self.keyframehbox.show() - - self.playback = gtk.Button() - self.playback.connect('clicked', self.playbackwards, None) - playbackla = gtk.Image() - playbackla.set_from_file(os.path.join(self.iconsdir,'big_left_arrow.png')) - playbackla.show() - self.playback.add(playbackla) - prepare_btn(self.playback) - self.playback.show() - self.playbackvbox = gtk.VBox() - self.playbackvbox.show() - self.playbackvbox.pack_start(self.playback,True,False,0) - self.keyframehbox.pack_start(self.playbackvbox,True,False,0) - # vvvvvvvvvvKEYFRAME DRAWING AREA HEREvvvvvvvvvvvv - self.kfdraw = gtk.DrawingArea() - self.kfdraw.set_size_request(KEYFRAMEWIDTH,KEYFRAMEHEIGHT) - self.kfdraw.show() - self.kfdraw.connect('expose_event', self.kf_expose_event) - self.kfdraw.connect('configure_event', self.kf_configure_event) - self.kfdraw.connect('motion_notify_event', self.kf_motion_notify_event) - self.kfdraw.connect('button_press_event', self.kf_button_press_event) - self.kfdraw.connect('button_release_event', self.kf_button_release_event) - self.kfdraw.set_events(gtk.gdk.EXPOSURE_MASK - | gtk.gdk.LEAVE_NOTIFY_MASK - | gtk.gdk.BUTTON_PRESS_MASK - | gtk.gdk.BUTTON_RELEASE_MASK - | gtk.gdk.POINTER_MOTION_MASK - | gtk.gdk.POINTER_MOTION_HINT_MASK) - #self.drawborder = gtk.EventBox() - #self.drawborder.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(PINK)) - #self.drawborder.show() - #self.drawframe = gtk.EventBox() - #self.drawframe.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BACKGROUND)) - #self.drawframe.set_border_width(5) - #self.drawframe.show() - #self.drawborder.add(self.drawframe) - #self.drawframe.add(self.mfdraw) - self.keyframehbox.pack_start(self.kfdraw,False,False,0) - - # ^^^^^^^^^^KEYFRAME DRAWING AREA HERE^^^^^^^^^^^^ - self.playforward = gtk.Button() - self.playforward.connect('clicked', self.playforwards, None) - playforwardla = gtk.Image() - playforwardla.set_from_file(os.path.join(self.iconsdir,'big_right_arrow.png')) - playforwardla.show() - self.playforward.add(playforwardla) - prepare_btn(self.playforward) - self.playforward.show() - self.playforwardvbox = gtk.VBox() - self.playforwardvbox.show() - self.playforwardvbox.pack_start(self.playforward,True,False,0) - self.keyframehbox.pack_start(self.playforwardvbox,True,False,0) - - self.vbox.pack_start(self.keyframehbox,False,False,10) - - self.bottomcontrolshbox = gtk.HBox() - self.bottomcontrolshbox.show() - self.resetbutton = gtk.Button() - resetimg = gtk.Image() - resetimg.set_from_file(os.path.join(self.iconsdir,'reset.png')) - resetimg.show() - self.resetbutton.add(resetimg) - self.resetbutton.connect('clicked', self.reset, None) - prepare_btn(self.resetbutton) - self.resetbutton.show() - self.bottomcontrolshbox.pack_start(self.resetbutton, True, False, 0) - - self.setframebutton = gtk.Button() - cameraimg = gtk.Image() - cameraimg.set_from_file(os.path.join(self.iconsdir,'camera.png')) - cameraimg.show() - self.setframebutton.add(cameraimg) - self.setframebutton.connect('clicked', self.setframe, None) - prepare_btn(self.setframebutton) - self.setframebutton.show() - self.bottomcontrolshbox.pack_start(self.setframebutton, True, False, 0) - - self.clearframebutton = gtk.Button() - clearimg = gtk.Image() - clearimg.set_from_file(os.path.join(self.iconsdir,'clear.png')) - clearimg.show() - self.clearframebutton.add(clearimg) - self.clearframebutton.connect('clicked', self.clearframe, None) - prepare_btn(self.clearframebutton) - self.clearframebutton.show() - self.bottomcontrolshbox.pack_start(self.clearframebutton, True, False, 0) - - adj = gtk.Adjustment(2.5,1,5,.5,1) - adj.connect('value_changed',self.setplayspeed) - self.playspeed = gtk.HScale(adj) - self.playspeed.set_draw_value(False) + self.keyframehbox.show() + + self.playback = gtk.Button() + self.playback.connect('clicked', self.playbackwards, None) + playbackla = gtk.Image() + playbackla.set_from_file(os.path.join(self.iconsdir,'big_left_arrow.png')) + playbackla.show() + self.playback.add(playbackla) + prepare_btn(self.playback) + self.playback.show() + self.playbackvbox = gtk.VBox() + self.playbackvbox.show() + self.playbackvbox.pack_start(self.playback,True,False,0) + self.keyframehbox.pack_start(self.playbackvbox,True,False,0) + # vvvvvvvvvvKEYFRAME DRAWING AREA HEREvvvvvvvvvvvv + self.kfdraw = gtk.DrawingArea() + self.kfdraw.set_size_request(KEYFRAMEWIDTH,KEYFRAMEHEIGHT) + self.kfdraw.show() + self.kfdraw.connect('expose_event', self.kf_expose_event) + self.kfdraw.connect('configure_event', self.kf_configure_event) + self.kfdraw.connect('motion_notify_event', self.kf_motion_notify_event) + self.kfdraw.connect('button_press_event', self.kf_button_press_event) + self.kfdraw.connect('button_release_event', self.kf_button_release_event) + self.kfdraw.set_events(gtk.gdk.EXPOSURE_MASK + | gtk.gdk.LEAVE_NOTIFY_MASK + | gtk.gdk.BUTTON_PRESS_MASK + | gtk.gdk.BUTTON_RELEASE_MASK + | gtk.gdk.POINTER_MOTION_MASK + | gtk.gdk.POINTER_MOTION_HINT_MASK) + self.keyframehbox.pack_start(self.kfdraw,False,False,0) + + # ^^^^^^^^^^KEYFRAME DRAWING AREA HERE^^^^^^^^^^^^ + self.playforward = gtk.Button() + self.playforward.connect('clicked', self.playforwards, None) + playforwardla = gtk.Image() + playforwardla.set_from_file(os.path.join(self.iconsdir,'big_right_arrow.png')) + playforwardla.show() + self.playforward.add(playforwardla) + prepare_btn(self.playforward) + self.playforward.show() + self.playforwardvbox = gtk.VBox() + self.playforwardvbox.show() + self.playforwardvbox.pack_start(self.playforward,True,False,0) + self.keyframehbox.pack_start(self.playforwardvbox,True,False,0) + + self.vbox.pack_start(self.keyframehbox,False,False,10) + + self.bottomcontrolshbox = gtk.HBox() + self.bottomcontrolshbox.show() + self.resetbutton = gtk.Button() + resetimg = gtk.Image() + resetimg.set_from_file(os.path.join(self.iconsdir,'reset.png')) + resetimg.show() + self.resetbutton.add(resetimg) + self.resetbutton.connect('clicked', self.reset, None) + prepare_btn(self.resetbutton) + self.resetbutton.show() + self.bottomcontrolshbox.pack_start(self.resetbutton, True, False, 0) + + self.setframebutton = gtk.Button() + cameraimg = gtk.Image() + cameraimg.set_from_file(os.path.join(self.iconsdir,'camera.png')) + cameraimg.show() + self.setframebutton.add(cameraimg) + self.setframebutton.connect('clicked', self.setframe, None) + prepare_btn(self.setframebutton) + self.setframebutton.show() + self.bottomcontrolshbox.pack_start(self.setframebutton, True, False, 0) + + self.clearframebutton = gtk.Button() + clearimg = gtk.Image() + clearimg.set_from_file(os.path.join(self.iconsdir,'clear.png')) + clearimg.show() + self.clearframebutton.add(clearimg) + self.clearframebutton.connect('clicked', self.clearframe, None) + prepare_btn(self.clearframebutton) + self.clearframebutton.show() + self.bottomcontrolshbox.pack_start(self.clearframebutton, True, False, 0) + + adj = gtk.Adjustment(2.5,1,5,.5,1) + adj.connect('value_changed',self.setplayspeed) + self.playspeed = gtk.HScale(adj) + self.playspeed.set_draw_value(False) for state, color in COLOR_BG_BUTTONS: self.playspeed.modify_bg(state, gtk.gdk.color_parse(color)) - self.playspeed.show() - self.bottomcontrolshbox.pack_start(self.playspeed, True, True, 5) - self.vbox.pack_start(self.bottomcontrolshbox,False,False,10) + self.playspeed.show() + self.bottomcontrolshbox.pack_start(self.playspeed, True, True, 5) + self.vbox.pack_start(self.bottomcontrolshbox,False,False,10) # NOW THE RIGHT SIDE - self.rightvbox = gtk.VBox() - self.rightvbox.show() - # vvvvv FILE PICKER THING vvvvv - #self.filechooserhbox = gtk.HBox() - #self.filechooserhbox.show() - #self.lastfile = gtk.Button() - #lfla = gtk.Image() - #lfla.set_from_file(os.path.join(self.iconsdir,'left_arrow.png')) - #lfla.show() - #self.lastfile.add(lfla) - #prepare_btn(self.lastfile) - #self.lastfile.show() - #self.lfvbox = gtk.VBox() - #self.lfvbox.show() - #self.lfvbox.pack_start(self.lastfile,True,False,0) - #self.filechooserhbox.pack_start(self.lfvbox,True,False,5) - ## vvvvv FILE PICKER DRAWING AREA vvvvv - #self.fpdraw = gtk.DrawingArea() - #self.fpdraw.set_size_request(FPWIDTH,FPHEIGHT) - #self.fpdraw.show() - #self.fpdraw.connect('expose_event', self.fp_expose_event) - #self.fpdraw.connect('configure_event', self.fp_configure_event) - #self.fpdrawborder = gtk.EventBox() - #self.fpdrawborder.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(PINK)) - #self.fpdrawborder.show() - #self.fpdrawframe = gtk.EventBox() - #self.fpdrawframe.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BACKGROUND)) - #self.fpdrawframe.set_border_width(5) - #self.fpdrawframe.show() - #self.fpdrawborder.add(self.fpdrawframe) - #self.fpdrawframe.add(self.fpdraw) - #self.filechooserhbox.pack_start(self.fpdrawborder,False,False,0) - ## ^^^^^ FILE PICKER DRAWING AREA ^^^^^ - #self.nextfile = gtk.Button() - #nfla = gtk.Image() - #nfla.set_from_file(os.path.join(self.iconsdir,'right_arrow.png')) - #nfla.show() - #self.nextfile.add(nfla) - #prepare_btn(self.nextfile) - #self.nextfile.show() - #self.nfvbox = gtk.VBox() - #self.nfvbox.show() - #self.nfvbox.pack_start(self.nextfile,True,False,0) - #self.filechooserhbox.pack_start(self.nfvbox,True,False,5) - #self.rightvbox.pack_start(self.filechooserhbox,False,False,5) - # ADD FILENAME LABEL HERE - # ^^^^^ FILE PICKER THING ^^^^^ - # START OF STICK CONTROLS - self.stickcontrols = gtk.VBox() - self.stickcontrols.show() - self.stickcontrolsborder = gtk.EventBox() - self.stickcontrolsborder.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(PINK)) - self.stickcontrolsborder.set_border_width(5) - self.stickcontrolsborder.show() - self.stickcontrolsframe = gtk.EventBox() - self.stickcontrolsframe.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BUTTON_BACKGROUND)) - self.stickcontrolsframe.set_border_width(5) - self.stickcontrolsframe.show() - self.stickcontrolsborder.add(self.stickcontrolsframe) - self.stickcontrolsframe.add(self.stickcontrols) - self.anglesizehbox = gtk.HBox() - self.anglesizehbox.show() - #label = gtk.Label('Angle:') - self.anglelabel = gtk.Label(LANG[self.language]['angle']+':') + self.rightvbox = gtk.VBox() + self.rightvbox.show() + + # START OF STICK CONTROLS + self.stickcontrols = gtk.VBox() + self.stickcontrols.show() + self.stickcontrolsborder = gtk.EventBox() + self.stickcontrolsborder.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(PINK)) + self.stickcontrolsborder.set_border_width(5) + self.stickcontrolsborder.show() + self.stickcontrolsframe = gtk.EventBox() + self.stickcontrolsframe.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BUTTON_BACKGROUND)) + self.stickcontrolsframe.set_border_width(5) + self.stickcontrolsframe.show() + self.stickcontrolsborder.add(self.stickcontrolsframe) + self.stickcontrolsframe.add(self.stickcontrols) + self.anglesizehbox = gtk.HBox() + self.anglesizehbox.show() + #label = gtk.Label('Angle:') + self.anglelabel = gtk.Label(LANG[self.language]['angle']+':') self.anglelabel.modify_fg(gtk.STATE_NORMAL, gtk.gdk.color_parse(BUTTON_BACKGROUND)) - self.anglelabel.show() - self.anglesizehbox.pack_start(self.anglelabel,False,False,5) - self.angleentry = gtk.Entry() - self.angleentry.set_max_length(3) - self.angleentry.set_width_chars(3) - self.angleentry.connect('activate', self.enterangle_callback, self.angleentry) - self.angleentry.show() - self.anglesizehbox.pack_start(self.angleentry,False,False,0) - #label = gtk.Label('Size:') - self.sizelabel = gtk.Label(LANG[self.language]['size']+':') + self.anglelabel.show() + self.anglesizehbox.pack_start(self.anglelabel,False,False,5) + self.angleentry = gtk.Entry() + self.angleentry.set_max_length(3) + self.angleentry.set_width_chars(3) + self.angleentry.connect('activate', self.enterangle_callback, self.angleentry) + self.angleentry.show() + self.anglesizehbox.pack_start(self.angleentry,False,False,0) + #label = gtk.Label('Size:') + self.sizelabel = gtk.Label(LANG[self.language]['size']+':') self.sizelabel.modify_fg(gtk.STATE_NORMAL, gtk.gdk.color_parse(BUTTON_BACKGROUND)) - self.sizelabel.show() - self.anglesizehbox.pack_start(self.sizelabel,False,False,5) - self.sizeentry = gtk.Entry() - self.sizeentry.set_max_length(3) - self.sizeentry.set_width_chars(3) - self.sizeentry.connect('activate', self.enterlen_callback, self.sizeentry) - self.sizeentry.show() - self.anglesizehbox.pack_start(self.sizeentry,False,False,0) - self.asbox = gtk.EventBox() - self.asbox.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BUTTON_FOREGROUND)) - self.asbox.show() - self.asbox.add(self.anglesizehbox) - self.stickcontrols.pack_start(self.asbox,False,False,0) - self.stickbuttons = {} - self.sticklabels = {} - for stickpartname in self.labellist: - #label = gtk.Label(capwords(stickpartname)) - label = gtk.Label(LANG[self.language][stickpartname]) + self.sizelabel.show() + self.anglesizehbox.pack_start(self.sizelabel,False,False,5) + self.sizeentry = gtk.Entry() + self.sizeentry.set_max_length(3) + self.sizeentry.set_width_chars(3) + self.sizeentry.connect('activate', self.enterlen_callback, self.sizeentry) + self.sizeentry.show() + self.anglesizehbox.pack_start(self.sizeentry,False,False,0) + self.asbox = gtk.EventBox() + self.asbox.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BUTTON_FOREGROUND)) + self.asbox.show() + self.asbox.add(self.anglesizehbox) + self.stickcontrols.pack_start(self.asbox,False,False,0) + self.stickbuttons = {} + self.sticklabels = {} + for stickpartname in self.labellist: + label = gtk.Label(LANG[self.language][stickpartname]) label.modify_fg(gtk.STATE_NORMAL, gtk.gdk.color_parse(BUTTON_FOREGROUND)) - label.show() - self.sticklabels[stickpartname] = label - ebox = gtk.EventBox() - ebox.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BUTTON_BACKGROUND)) - ebox.show() - ebox.set_events(gtk.gdk.BUTTON_PRESS_MASK) - ebox.connect('button_press_event',self.selectstick,stickpartname) - ebox.add(label) - self.stickbuttons[stickpartname] = ebox - self.stickcontrols.pack_start(ebox,False,False,0) - # highlight the currently selected stick and update the entry boxes - self.selectstickebox() - # END OF STICK CONTROLS + label.show() + self.sticklabels[stickpartname] = label + ebox = gtk.EventBox() + ebox.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BUTTON_BACKGROUND)) + ebox.show() + ebox.set_events(gtk.gdk.BUTTON_PRESS_MASK) + ebox.connect('button_press_event',self.selectstick,stickpartname) + ebox.add(label) + self.stickbuttons[stickpartname] = ebox + self.stickcontrols.pack_start(ebox,False,False,0) + # highlight the currently selected stick and update the entry boxes + self.selectstickebox() + # END OF STICK CONTROLS stickalign = gtk.Alignment(1.0,1.0,1.0,1.0) - stickalign.add(self.stickcontrolsborder) - stickalign.set_padding(80,5,5,5) # top,bottom,left,right - stickalign.show() + stickalign.add(self.stickcontrolsborder) + stickalign.set_padding(80,5,5,5) # top,bottom,left,right + stickalign.show() self.rightvbox.pack_start(stickalign,False,False, 0) - #self.rightvbox.pack_start(self.stickcontrolsborder,False,False, 0) - #self.filesave = gtk.Button() - #self.filesave.set_label('SAVE') - #prepare_btn(self.filesave) - #self.filesave.connect('clicked',self.savefile,None) - #self.filesave.show() - #self.fshbox = gtk.HBox() - #self.fshbox.show() - #self.fshbox.pack_start(self.filesave,True,False,0) - #self.rightvbox.pack_start(self.fshbox,True,False,0) - self.export = gtk.Button() - #self.export.set_label('EXPORT') - self.export.set_label(LANG[self.language]['export']) - prepare_btn(self.export) - self.export.connect('clicked',self.exportanim,None) - self.export.show() - self.exporthbox = gtk.HBox() - self.exporthbox.show() - self.exporthbox.pack_start(self.export,True,False,0) - self.rightvbox.pack_start(self.exporthbox,True,False,0) - - self.hbox.pack_start(self.rightvbox,False,False,0) - -try: - from sugar.activity import activity - from sugar.presence import presenceservice - from sugar.presence.tubeconn import TubeConnection - import telepathy - import telepathy.client - from dbus import Interface - from dbus.service import method, signal - from dbus.gobject_service import ExportedGObject - - class flipsticksActivity(activity.Activity): - def __init__(self, handle): - activity.Activity.__init__(self,handle) - self.connect("destroy",self.destroy_cb) - bundle_path = activity.get_bundle_path() - os.chdir(bundle_path) - self.set_title('FlipSticks') - toolbox = activity.ActivityToolbox(self) - self.set_toolbox(toolbox) - toolbox.show() - if hasattr(self, '_jobject'): - self._jobject.metadata['title'] = 'FlipSticks' - title_widget = toolbox._activity_toolbar.title - title_widget.set_size_request(title_widget.get_layout().get_pixel_size()[0] + 20, -1) - self.app = flipsticks(self, bundle_path) - self.app.insugar = True - outerframe = gtk.EventBox() - outerframe.modify_bg(gtk.STATE_NORMAL,gtk.gdk.color_parse(BUTTON_BACKGROUND)) - outerframe.show() - innerframe = gtk.EventBox() - innerframe.show() - ifalign = gtk.Alignment(1.0,1.0,1.0,1.0) - ifalign.add(innerframe) - ifalign.set_padding(20,20,50,50) # top,bottom,left,right - ifalign.show() - #innerframe.set_border_width(150) - outerframe.add(ifalign) - innerframe.add(self.app.main) - self.set_canvas(outerframe) - - - # mesh stuff - self.pservice = presenceservice.get_instance() - owner = self.pservice.get_owner() - self.owner = owner - try: - name, path = self.pservice.get_preferred_connection() - self.tp_conn_name = name - self.tp_conn_path = path - self.conn = telepathy.client.Connection(name, path) - except TypeError: - pass - self.initiating = None - - #sharing stuff - self.game = None - self.connect('shared', self._shared_cb) - if self._shared_activity: - # we are joining the activity - self.connect('joined', self._joined_cb) - if self.get_shared(): - # oh, OK, we've already joined - self._joined_cb() - else: - # we are creating the activity - pass - - def destroy_cb(self, data=None): - return True - - def read_file(self, filepath): - f = file(filepath) - sdata = f.read() - f.close() - self.app.restore(sdata) - - def write_file(self, filepath): - sdata = self.app.getsdata() - f = open(filepath,'w') - f.write(sdata) - f.close() - - def _shared_cb(self,activity): - self.initiating = True - self._setup() - id = self.tubes_chan[telepathy.CHANNEL_TYPE_TUBES].OfferDBusTube( - SERVICE, {}) - #self.app.export.set_label('Shared Me') - - def _joined_cb(self,activity): - if self.game is not None: - return - - if not self._shared_activity: - return - - #for buddy in self._shared_activity.get_joined_buddies(): - # self.buddies_panel.add_watcher(buddy) - - #logger.debug('Joined an existing Connect game') - #self.app.export.set_label('Joined You') - self.initiating = False - self._setup() - - #logger.debug('This is not my activity: waiting for a tube...') - self.tubes_chan[telepathy.CHANNEL_TYPE_TUBES].ListTubes( - reply_handler=self._list_tubes_reply_cb, - error_handler=self._list_tubes_error_cb) - - def _setup(self): - if self._shared_activity is None: - return - - bus_name, conn_path, channel_paths = self._shared_activity.get_channels() - - # Work out what our room is called and whether we have Tubes already - room = None - tubes_chan = None - text_chan = None - for channel_path in channel_paths: - channel = telepathy.client.Channel(bus_name, channel_path) - htype, handle = channel.GetHandle() - if htype == telepathy.HANDLE_TYPE_ROOM: - #logger.debug('Found our room: it has handle#%d "%s"', - # handle, self.conn.InspectHandles(htype, [handle])[0]) - room = handle - ctype = channel.GetChannelType() - if ctype == telepathy.CHANNEL_TYPE_TUBES: - #logger.debug('Found our Tubes channel at %s', channel_path) - tubes_chan = channel - elif ctype == telepathy.CHANNEL_TYPE_TEXT: - #logger.debug('Found our Text channel at %s', channel_path) - text_chan = channel - - if room is None: - #logger.error("Presence service didn't create a room") - return - if text_chan is None: - #logger.error("Presence service didn't create a text channel") - return - - # Make sure we have a Tubes channel - PS doesn't yet provide one - if tubes_chan is None: - #logger.debug("Didn't find our Tubes channel, requesting one...") - tubes_chan = self.conn.request_channel(telepathy.CHANNEL_TYPE_TUBES, - telepathy.HANDLE_TYPE_ROOM, room, True) - - self.tubes_chan = tubes_chan - self.text_chan = text_chan - - tubes_chan[telepathy.CHANNEL_TYPE_TUBES].connect_to_signal('NewTube', - self._new_tube_cb) - - def _list_tubes_reply_cb(self, tubes): - for tube_info in tubes: - self._new_tube_cb(*tube_info) - - def _list_tubes_error_cb(self, e): - #logger.error('ListTubes() failed: %s', e) - pass - - def _new_tube_cb(self, id, initiator, type, service, params, state): - #logger.debug('New tube: ID=%d initator=%d type=%d service=%s ' - # 'params=%r state=%d', id, initiator, type, service, - # params, state) - - if (self.game is None and type == telepathy.TUBE_TYPE_DBUS and - service == SERVICE): - if state == telepathy.TUBE_STATE_LOCAL_PENDING: - self.tubes_chan[telepathy.CHANNEL_TYPE_TUBES].AcceptDBusTube(id) - - tube_conn = TubeConnection(self.conn, - self.tubes_chan[telepathy.CHANNEL_TYPE_TUBES], - id, group_iface=self.text_chan[telepathy.CHANNEL_INTERFACE_GROUP]) - self.game = ConnectGame(tube_conn, self.initiating, self) - - class ConnectGame(ExportedGObject): - def __init__(self,tube, is_initiator, activity): - super(ConnectGame,self).__init__(tube,PATH) - self.tube = tube - self.is_initiator = is_initiator - self.entered = False - self.activity = activity - - self.ordered_bus_names=[] - self.tube.watch_participants(self.participant_change_cb) - - def participant_change_cb(self, added, removed): - if not self.entered: - if self.is_initiator: - self.add_hello_handler() - else: - self.Hello() - self.entered = True - - @signal(dbus_interface=IFACE,signature='') - def Hello(self): - """Request that this player's Welcome method is called to bring it - up to date with the game state. - """ - - @method(dbus_interface=IFACE, in_signature='s', out_signature='') - def Welcome(self, sdata): - self.activity.app.restore(str(sdata)) - - def add_hello_handler(self): - self.tube.add_signal_receiver(self.hello_cb, 'Hello', IFACE, - path=PATH, sender_keyword='sender') - - def hello_cb(self, sender=None): - self.tube.get_object(sender, PATH).Welcome(self.activity.app.getsdata(),dbus_interface=IFACE) - -except ImportError: - pass - -if __name__ == '__main__': - toplevel_window = gtk.Window(gtk.WINDOW_TOPLEVEL) - mdirpath = os.path.abspath(os.curdir) - app = flipsticks(toplevel_window,mdirpath) - toplevel_window.add(app.main) - toplevel_window.set_title('FlipSticks') - toplevel_window.connect('delete_event', app.delete_event) - toplevel_window.connect('destroy', app.destroy) - toplevel_window.show() - gtk.main() + self.export = gtk.Button() + self.export.set_label(LANG[self.language]['export']) + prepare_btn(self.export) + self.export.connect('clicked',self.exportanim,None) + self.export.show() + self.exporthbox = gtk.HBox() + self.exporthbox.show() + self.exporthbox.pack_start(self.export,True,False,0) + self.rightvbox.pack_start(self.exporthbox,True,False,0) + + self.hbox.pack_start(self.rightvbox,False,False,0) |