work with an Entry or a Meter, I guess.  (Actually, this is used by

    KeyboardComposer and KeyboardRecorder now too.)

            self.bind("<Key-0>", lambda evt: self.fade(1.0))

        milliseconds"""

        if length == 0: # 0 seconds fades happen right away and prevents

                        # and prevents us from entering the fade loop,

                        # which would cause a divide by zero

            self.fade_var.set(value)

            self.fading = 0 # we stop all fades

        else: # the general case

            self.fade_start_time = time.time()

            self.fade_length = length

            self.fade_start_level = self.fade_var.get()

            self.fade_end_level = value

            self.fade_step_time = step_time

            if not self.fading:

                self.fading = 1

                self.do_fade()

    ss = SubScale(root, from_=1, to_=0, res=0.01)

from Timeline import *

<<<<<<< TheShow.py

from Submaster import Submasters

from Show import *

=======

from Submaster import Submasters, sub_maxes

class Show:

    def __init__(self, timelines, submasters):

        self.timelines = dict([(timeline.name, timeline)

            for timeline in timelines])

        self.submasters = submasters

        self.current_timeline = None

        self.current_time = 0

        try:

            self.current_timeline = timelines[0]

        except ValueError:

            pass

    def calc_active_submaster(self):

        "get levels from the current timeline at the current time"

        if not (self.current_timeline or self.current_time):

            return {}

        tl = self.current_timeline

        tl.set_time(self.current_time)

        levels = tl.get_levels()

        scaledsubs = [self.submasters.get_sub_by_name(sub) * level \

            for sub, level in levels.items()]

        maxes = sub_maxes(*scaledsubs)

        return maxes

    def set_timeline(self, name):

        "select a timeline"

        self.current_timeline = self.timelines.get(name)

        self.set_time(0)

        if not self.current_timeline:

            print "Show: '%s' is not the same of a timeline."

    def set_time(self, time):

        "set time of current timeline"

        self.current_time = time

        self.current_timeline.set_time(time)

    def get_timelines(self):

        "Get names of all timelines"

        return self.timelines.keys()

# this is the default blender

linear = LinearBlender()

def T(time, level, **kw):

    """This used to be a synonym for TimedEvent:

    T = TimedEvent

    It now acts in a similar way, except that it will fill in a default 

    blender if you don't.  The default blender is a LinearBlender.  It also

    sets frame to MISSING so the track can fill it in."""

    if 'blender' not in kw:

        global linear

        kw['blender'] = linear

    return TimedEvent(time, level=level, frame=MISSING, **kw)

>>>>>>> 1.2

quad = ExponentialBlender(2)

invquad = ExponentialBlender(0.5)

smoove = SmoothBlender()

strobe = Strobe(ontime=0.25, offtime=0.25)

lightningstrobe = Strobe(ontime=0.1, offtime=0.15, onlevel=1, offlevel=0.02)

changeatend = InstantEnd()

changeatstart = InstantStart()

sine_7s = Sine(7)

sine_5s = Sine(5)

randomstrobe = RandomStrobe(1000, 0.1, 1)

def make_lighting_track(ltime, sub='upfill'):

    ltime -= 0.1

    return TimelineTrack('lightning',

        T(ltime - 1.6, 0, blender=changeatend),

        T(ltime - 1.5, 1, blender=lightningstrobe),

        T(ltime - 0.5, 0),

        default_frame=sub)

# 01 207.046

song01 = Timeline('song01', [

    TimelineTrack('main fade',

        T(0,       0),

        T(2,       1),

        T(207.046, 1),

        T(217,     1), 

        T(222,     0),

        default_frame='song01'),

    TimelineTrack('frontwhite',

        T(-2,      0),

        T(0,       0),

        T(200.046, 0),

        T(204,     1), 

        T(217,     1), 

        T(222,     0),

        default_frame='frontwhite')

    ])

# 02 151.327

song02 = Timeline('song02', translate_tracks_from_file('song02'))

# 03 152.946

song03 = Timeline('song03', translate_tracks_from_file('song03'))

# 04 255.529

song04 = Timeline('song04', [

    TimelineTrack('main fade',

        T(-2,      0),

        T(8,       1),

        T(255.529, 1),

        T(265,     1), 

        T(270,     0),

        default_frame='song04'),

    TimelineTrack('frontwhite',

        T(244,     0),

        T(248,     1), 

        T(265.5,   1), 

        T(270.5,   0),

        default_frame='frontwhite'),

    ])

# 05 241.162

song05 = Timeline('song05', [

    # TimelineTrack('main fade',

        # T(-2,      0),

        # T(0,       1),

        # T(241.162, 1),

        # T(251,     1), 

        # T(256,     0),

        # default_frame='song05'),

    ])

# 226-230   DELETED!!!!!

# 06 145.005

song06 = Timeline('song06', translate_tracks_from_file('song06'))

# 07 461.923

# song07main = TimelineTrack('main fade',

    # T(-2,      0),

    # T(0,       0.6),

    # T(461.923, 0.6),

    # T(471,     1), 

    # T(476,     0),

    # default_frame='song07')

song07 = Timeline('song07', translate_tracks_from_file('song07'))

# 08 200.097

#song08main = TimelineTrack('main fade',

    #T(-2,      0),

    #T(0,       0.6),

    #T(200.097, 0.6),

    ##T(210,     1), 

    #T(215,     0),

    #default_frame='song08')

# song08 = Timeline('song08', 

    # [song08main,

     # translate_tracks_from_file('song08')])

song08 = Timeline('song08', [])

song09 = Timeline('song09', translate_tracks_from_file('song09'))

song10 = Timeline('song10', translate_tracks_from_file('song10'))

song11 = Timeline('song11', translate_tracks_from_file('song11'))

song12 = Timeline('song12', translate_tracks_from_file('song12'))

song13 = Timeline('song13', translate_tracks_from_file('song13'))

song14 = Timeline('song14', translate_tracks_from_file('song14'))

song15 = Timeline('song15', translate_tracks_from_file('song15'))

song16 = Timeline('song16', translate_tracks_from_file('song16'))

flashstart = 184

flashend = 204

song17 = Timeline('song17', translate_tracks_from_file('song17') +

    [

        TimelineTrack('kicking flashes',

            T(flashstart, 0, blender=RandomStrobe()),

            T(flashend, 0), default_frame='red'),

        TimelineTrack('kicking flashes',

            T(flashstart, 0, blender=RandomStrobe()),

            T(flashend, 0), default_frame='frontwhite')

    ])

song18 = Timeline('song18', [])

    # translate_tracks_from_file('song18') + [

       # make_lighting_track(12),

    # ])

# 19 324.675

song19  = Timeline('song19', [

    # TimelineTrack('main fade',

        # T(-2,      0),

        # T(0,       1),

        # T(324.675, 1),

        # T(334,     1), 

        # T(339,     0),

        # default_frame='song19'),

    TimelineTrack('bl',

        T(-0.01,   0),

        T(0,       1),

        T(80,      1),

        T(80.01,   0), 

        T(300,     0), 

        T(300.01,  1), 

        T(333,     1), 

        T(333.01,  0), 

        default_frame='blacklight'),

    TimelineTrack('sill',

        T(-0.01,   0),

        T(0,       0.4),

        T(74,      0.4),

        T(76,      0), 

        T(197,     0), 

        T(197.01,  1), 

        T(201,     1), 

        T(202,     0), 

        default_frame='sill'),

    TimelineTrack('frontwhite',

        T(0,       0),

        T(46,      0),

        T(50,      0.35),

        T(74,      0.35),

        T(76,      0), 

        T(79,      0), 

        T(82,      0.5), 

        T(152,     0.5),

        T(154,     0.7, blender=changeatend),

        T(197,     0), 

        T(200,     0),

        T(202,     0.6),

        T(263,     0.6),

        T(265,     0.8),

        T(324,     0.8),

        T(328,     1.0),

        T(334.7,   1.0),

        T(339.7,   0.0),

        default_frame='frontwhite'),

    TimelineTrack('house',

        T(0,       0),

        T(263,     0),

        T(273,     0.5), 

        T(320,     0.5),

        T(325,     0),

        default_frame='house'),

    TimelineTrack('fx blue',

        T(-2,      0),

        T(0,       0.5),

        T(50,      0.5),

        T(70,      0),

        default_frame='blue'),

    make_lighting_track(5),

    make_lighting_track(20),

    make_lighting_track(26),

    make_lighting_track(31),

    make_lighting_track(36),

    # make_lighting_track(75),  # problems

    make_lighting_track(88),

    make_lighting_track(92),

    # make_lighting_track(136), # problems

    make_lighting_track(140.511),

    make_lighting_track(168.568),

    make_lighting_track(176.875),

    make_lighting_track(219.219),

    make_lighting_track(265.169),

    make_lighting_track(268.277),

    make_lighting_track(271.987),

    make_lighting_track(275.566),

    make_lighting_track(279.066),

    make_lighting_track(282.54),

    make_lighting_track(286.145),

    make_lighting_track(293.721),

    make_lighting_track(300.408),

    make_lighting_track(303.987),

    ])

randomstrobetest = Timeline('strobing', [

    TimelineTrack('whatever1',

        T(0, 1, blender=RandomStrobe()),

        T(600, 1), default_frame='red'),

    TimelineTrack('whatever2',

        T(0, 1, blender=RandomStrobe()),

        T(600, 1), default_frame='blue'),

    TimelineTrack('whatever3',

        T(0, 1, blender=RandomStrobe()),

        T(600, 1), default_frame='green')

    ])

show = Show([

    song01,

    song02,

    song03,

    song04,

    song05,

    song06,

    song07,

    song08,

    song09,

    song10,

    song11,

    song12,

    song13,

    song14,

    song15,

    song16,

    song17,

    song18,

    song19, 

    randomstrobetest,

], Submasters())

import random

class Sine(Blender):

    "Strobes the frame on the right side between offlevel and onlevel."

    def __init__(self, period, onlevel=1, offlevel=0):

        "times are in seconds (floats)"

        make_attributes_from_args('period', 'onlevel', 'offlevel')

    def __call__(self, startframe, endframe, blendtime, time_since_startframe):

        sin = math.sin(time_since_startframe / self.period * 2 * math.pi)

        zerotoone = (sin / 2) + 0.5

        level = offlevel + (zerotoone * (onlevel - offlevel))

        return {endframe.frame : level}

class RandomStrobe(Blender):

    def __init__(self, minwaitlen=0.1, maxwaitlen=0.6, burstlen=0.14, \

        burstintensity=1, offintensity=0.05, tracklen=500):

        "times are in seconds (floats)"

        make_attributes_from_args('burstlen', 'burstintensity', 'offintensity')

        self.burstintervals = []

        timecursor = 0

        while timecursor < tracklen:

            waitlen = minwaitlen + (random.random() * (maxwaitlen - minwaitlen))

            timecursor += waitlen

            self.burstintervals.append((timecursor, timecursor + burstlen))

    def __call__(self, startframe, endframe, blendtime, time_since_startframe):

        found_burst = 0

        for intstart, intend in self.burstintervals:

            if intstart <= time_since_startframe <= intend:

                found_burst = 1

                break

        if found_burst:

            return {endframe.frame : self.burstintensity}

        else:

            return {endframe.frame : self.offintensity}

import sys, time, socket

sys.path.append("../light8")

import Tix as tk

import Patch, Timeline, dmxclient, xmlrpclib

import TheShow

Patch.reload_data()

<<<<<<< TimelineDMX.py

class ShowRunner(tk.Frame):

    def __init__(self, master):

        tk.Frame.__init__(self, master)

        self.master = master

        self.lastsenttime=0 # time of last send to dmx server

        self.lastsentlevels=None # levels last sent to dmx server

        self.show = TheShow.show

=======

class ShowRunner(tk.Frame):

    def __init__(self, master, show):

        tk.Frame.__init__(self, master)

        self.master = master

        self.show = show

>>>>>>> 1.2

        self.find_player()

<<<<<<< TimelineDMX.py

        self.draw_ui()

    def draw_ui(self):

        self.build_timeline_list()

        self.draw_buttons()

    def draw_buttons(self):

        self.buttonframe = tk.Frame(self, bd=2, relief='raised')

        self.refreshbutton = tk.Button(self.buttonframe, command=self.refresh,

            text="Refresh", bg='blue')

        self.refreshbutton.pack()

        self.nothing =  tk.Button(self.buttonframe, \

            command=lambda: self.set_timeline(None), text="Nothing", \

            bg='red')

        self.nothing.pack()

        self.buttonframe.pack()

    def build_timeline_list(self):

        self.tl_list = tk.Frame(self)

        timelines = self.show.get_timelines()

        timelines.sort()

        for tl in timelines:

            b=tk.Button(self.tl_list,text=tl,

                        anchor='w',pady=1)

            b.config(command=lambda tl=tl: self.set_timeline(tl))

            b.pack(side='top',fill='x')

        self.tl_list.pack()

    def set_timeline(self, tlname):

        print "TimelineDMX: set timeline to", tlname

        self.show.set_timeline(tlname)

=======

        self.build_timeline_list()

    def build_timeline_list(self):

        self.tl_list = tk.Frame(self)

        for tl in self.show.get_timelines():

            b=tk.Button(self.tl_list,text=tl,

                        anchor='w',pady=1)

            b.config(command=lambda tl=tl: self.set_timeline(tl))

            b.pack(side='top',fill='x')

        self.tl_list.pack()

    def set_timeline(self, tlname):

        print "TimelineDMX: set timeline to", tlname

        self.show.set_timeline(tlname)

>>>>>>> 1.2

    def find_player(self):

        self.player = xmlrpclib.Server("http://dash:8040")

    def send_levels(self):

<<<<<<< TimelineDMX.py

        try:

            # avoid sending the same levels too often (send only

            # when there's a change, or if a second has passed)

            levels = self.show.calc_active_submaster().get_dmx_list()

            if levels!=self.lastsentlevels or time.time()>self.lastsenttime+1:

                dmxclient.outputlevels(levels)

                self.lastsentlevels=levels[:]

                self.lastsenttime=time.time()

        except AttributeError: # hackified!

            pass

=======

        levels = self.show.calc_active_submaster().get_dmx_list()

        dmxclient.outputlevels(levels)

>>>>>>> 1.2

    def sync_times(self):

        try:

            playtime = self.player.gettime()

            self.show.set_time(playtime)

        except socket.error, e:

            print "Server error %s, waiting"%e

            time.sleep(2)

    def mainloop(self):

        try:

            while 1:

                self.sync_times()

                self.send_levels()

                time.sleep(0.01)

                self.master.update()

        except KeyboardInterrupt:

            sys.exit(0)

    def refresh(self):

        print "refresh..."

        # :)

        # print "reserved for future feature"

        import TheShow

        self.show = TheShow.show

        self.tl_list.destroy()

        self.buttonframe.destroy()

        self.draw_ui()

if __name__ == "__main__":

<<<<<<< TimelineDMX.py

    root = tk.Tk()

    s = ShowRunner(root)

    # s.show.set_timeline('song01')

    s.pack()

    import atexit

    def stop_sending_levels():

        s.set_timeline(None)

        dmxclient.outputlevels([])

    atexit.register(stop_sending_levels)

    import sys

    try:

        timelinename = sys.argv[1]

        s.set_timeline(timelinename)

        root.withdraw()

    except: # uh oh

        pass

=======

    root = tk.Tk()

    s = ShowRunner(root, TheShow.show)

    s.show.set_timeline('strobe test')

    s.pack()

>>>>>>> 1.2

    s.mainloop()

-4.75855832981 0.0

80.9725485155 0

83.697696575 1

92.788657202 1.0

96.6049916198 0.0

220.0 0.0

225.87985566 1.0

232.830903948 1.0

0.0 0.0610337403917

0.01 0.186381263943

0.02 0.296984113034

0.03 0.277408464026

0.04 0.188410976136

0.05 0.208442755053

0.06 0.158863842064

0.07 0.162451126764

0.08 0.114130433775

0.09 0.0874611736904

0.1 0.0857184334396

0.11 0.0777430150446

0.12 0.0467621093578

0.13 0.0807103630326

0.14 0.186719720521

0.15 0.328359014884

0.16 0.328338371424

0.17 0.350862583754

0.18 0.365737453704

0.19 0.321923943781

0.2 0.287584180889

0.21 0.244691419853

0.22 0.266831890754

0.23 0.21363538786

0.24 0.186340341939

0.25 0.177419338454

0.26 0.181886437684

0.27 0.171667394547

0.28 0.16302329073

0.29 0.162797823432

0.3 0.15014280161

0.31 0.125637839614

0.32 0.127212857808

0.33 0.133600416547

0.34 0.191899308501

0.35 0.241360275422

0.36 0.223856305946

0.37 0.200090933478

0.38 0.180983009993

0.39 0.179519670611

0.4 0.16021864054

0.41 0.15845082651

0.42 0.193181391592

0.43 0.232796464715

0.44 0.280106252498

0.45 0.271217297075

0.46 0.273878572004

0.47 0.434800932835

0.48 0.494455568817

0.49 0.534698147827

0.5 0.416382129166

0.51 0.360664632413

0.52 0.328334245203

0.53 0.280440197982

0.54 0.304597825656

0.55 0.295832538083

0.56 0.285336026047

0.57 0.250905467281

0.58 0.2916614805

0.59 0.259153100343

0.6 0.20765443012

0.61 0.245104024875

0.62 0.246837555727

0.63 0.21485772437

0.64 0.162184756469

0.65 0.174311812979

0.66 0.125533132235

0.67 0.186807609415

0.68 0.120749610182

0.69 0.214702131046

0.7 0.190707619304

0.71 0.251879210838

0.72 0.265545097004

0.73 0.180868998185

0.74 0.200498865854

0.75 0.17277943874

0.76 0.228933865455

0.77 0.161898081971

0.78 0.201249565389

0.79 0.136712292515

0.8 0.166804641823

0.81 0.140427058637

0.82 0.242129576213

0.83 0.276418172821

0.84 0.389964749137

0.85 0.255181599061

0.86 0.28161487293

0.87 0.278167805629

0.88 0.199740246483

0.89 0.225698240861

0.9 0.204522775469

0.91 0.246130622457

0.92 0.186936659788

0.93 0.199347538932

0.94 0.251232259825

0.95 0.210897858613

0.96 0.190034303999

0.97 0.184331101201

0.98 0.202456311207

0.99 0.212166731524

1.0 0.205667904505

1.01 0.206804237526

1.02 0.173200633563

1.03 0.207394351789

1.04 0.27504846502

1.05 0.440247802452

1.06 0.391721568146

1.07 0.446648247318

1.08 0.35764483618

1.09 0.405431189216

1.1 0.328187789055

1.11 0.308833543844

1.12 0.298528707236

1.13 0.265922219564

1.14 0.233675771782

1.15 0.216113596168

1.16 0.277541675783

1.17 0.276614697651

1.18 0.257446981969

1.19 0.209962705013

1.2 0.181288160307

1.21 0.214758882269

1.22 0.134891856335

1.23 0.227265085487

1.24 0.164141443478

1.25 0.223905809198

1.26 0.145009892577

1.27 0.166832077108

1.28 0.127585295368

1.29 0.161615818787

1.3 0.162382266764

1.31 0.123392746653

1.32 0.163791771408

1.33 0.0935409089101

1.34 0.139844776782

1.35 0.12968739319

1.36 0.169472069022

1.37 0.162120474085

1.38 0.236018809757

1.39 0.217822975036

1.4 0.217398453198

1.41 0.212316936622

1.42 0.232672754101

1.43 0.171068699036

1.44 0.0852481069342

1.45 0.100551778893

1.46 0.0594592040023

1.47 0.0597686107288

1.48 0.164620670534

1.49 0.251117411749

1.5 0.253556037032

1.51 0.286840612438

1.52 0.253112988062

1.53 0.277336471824

1.54 0.296585106867

1.55 0.239214866531

1.56 0.204076036466

1.57 0.232112640945

1.58 0.233798135815

1.59 0.255868305104

1.6 0.217417101969

1.61 0.18086629837

1.62 0.190145872575

1.63 0.180664238968

1.64 0.176429785634

1.65 0.175689348436

1.66 0.219868537355

1.67 0.221192465196

1.68 0.201754119955

1.69 0.204834442969

1.7 0.201753283687

1.71 0.21512885664

1.72 0.213769310444

1.73 0.181575529476

1.74 0.211768706071

1.75 0.287178946427

1.76 0.226783590055

1.77 0.16591591534

1.78 0.11229008777

1.79 0.135349016374

1.8 0.183341842025

1.81 0.166782943525

1.82 0.206984091168

1.83 0.226413406617

1.84 0.229532771933

1.85 0.173718724263

1.86 0.284391174592

1.87 0.215143120708

1.88 0.236016802714

1.89 0.22662458799

1.9 0.254634300758

1.91 0.19571212512

1.92 0.195683469644

1.93 0.238753210602

1.94 0.210821404731

1.95 0.212760032158

1.96 0.239392787254

1.97 0.177796201581

1.98 0.231907742984

1.99 0.19247301671

2.0 0.176344435004

2.01 0.187615104836

2.02 0.142447017858

2.03 0.152372169886

2.04 0.1152432021

2.05 0.148330222545

2.06 0.206719592971

2.07 0.211737680536

2.08 0.20401783698

2.09 0.200050517036

2.1 0.145623451798

2.11 0.182445106378

2.12 0.189044775888

2.13 0.100206990436

2.14 0.0952140811842

2.15 0.144256083647

2.16 0.277305315147

2.17 0.15123887974

2.18 0.320349797966

2.19 0.301674749494

2.2 0.303463433157

2.21 0.210716167083

2.22 0.157514910766

2.23 0.215227441208

2.24 0.230242845959

2.25 0.167365647315

2.26 0.189937678008

2.27 0.169937472001

2.28 0.114646492725

2.29 0.166149630329

2.3 0.150246254587

2.31 0.109259871451

2.32 0.129466673613

2.33 0.153245778928

2.34 0.148265203675

2.35 0.124393789601

2.36 0.160011305048

2.37 0.192073275958

2.38 0.33274415607

2.39 0.335726325954

2.4 0.290898878403

2.41 0.277482260857

2.42 0.228726734278

2.43 0.225901427324

2.44 0.20206786482

2.45 0.174801386947

2.46 0.150621195248

2.47 0.165805224845

2.48 0.24494495914

2.49 0.298390990087

2.5 0.23432205188

2.51 0.288589092526

2.52 0.26890942321

2.53 0.242776322911

2.54 0.146881548259

2.55 0.220556305838

2.56 0.178026549641

2.57 0.192355346231

2.58 0.194907845528

2.59 0.137835844893

2.6 0.148285646622

2.61 0.168617730251

2.62 0.195911951307

2.63 0.107991651398

2.64 0.160652696781

2.65 0.113763217187

2.66 0.118525785031

2.67 0.148472980109

2.68 0.125575142338

2.69 0.141953219786

2.7 0.144759612834

2.71 0.175934912769

2.72 0.204783250076

2.73 0.14908648041

2.74 0.150304810437

2.75 0.104818468449