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How to use analyze_tracks method in ATX

Best Python code snippet using ATX

android_hooks.py

Source:android_hooks.py

...352                    e = self.touches[i]353                    if e is None:354                        continue355                    if e.msg == HC.TOUCH_DOWN and now - e.time > self.long_press_delay:356                        self.analyze_tracks(TouchTimeoutEvent(now, HC.TOUCH_PRESS_TIMEOUT, i))357                        self.touches[i] = None358                    elif e.msg == HC.TOUCH_UP and now - e.time > self.double_tap_delay:359                        self.analyze_tracks(TouchTimeoutEvent(now, HC.TOUCH_FOLLOW_TIMEOUT, i))360                        self.touches[i] = None361                    elif e.msg == HC.TOUCH_MOVE and now - e.time > self.move_stop_delay:362                        self.analyze_tracks(TouchTimeoutEvent(now, HC.TOUCH_MOVESTOP_TIMEOUT, i))363                        self.touches[i] = None364            except:365                traceback.print_exc()366367        print 'process done.'368369    def handle_event(self, event):370        self.dispatch_event(event.msg, event)371        if event.msg & HC.KEY_ANY:372            self.dispatch_event(HC.KEY_ANY, event)373        else:374            self.dispatch_event(HC.TOUCH_ANY, event)375            self.analyze_tracks(event)376377    def dispatch_event(self, msg, event):378        func = self.dispatch_map.get(msg)379        if func is None:380            return381        try:382            func(event)383        except:384            traceback.print_exc()385386    def analyze_tracks(self, event):387        pass388389    def handle_gesture(self, msg, tracks):390        event = GestureEvent(msg, tracks)391        func = self.dispatch_map.get(msg)392        if func is None:393            return394        try:395            func(event)396        except:397            traceback.print_exc()398399## NOT COMPLEMENTED ##400class SimpleGestureRecognizer(GestureRecognizer):401402    N_FINGER = 2403404    def analyze_tracks(self, event):405        # handle one-finger and two-finger gestures only406        # means a third finger will be ignored even if one of the407        # first two fingers leaves the screen.408        i = event.slotid409410        # begin guesture when touch down411        if event.msg == HC.TOUCH_DOWN:412            if len(self.track_slots) == self.N_FINGER and i not in self.track_slots:413                return414            if self.tracks[i] is None:415                self.tracks[i] = []416                self.track_slots.add(i)417            self.tracks[i].append(event)418            return419420        if self.tracks[i] is None:421            return422423        if event.msg == HC.TOUCH_FOLLOW_TIMEOUT:424            self.tracks[i] = []425        elif event.msg == HC.TOUCH_PRESS_TIMEOUT:426            # print ''.join([HCREPR.get(e.msg) for e in self.tracks[i]]), 'long press'427            self.tracks[i] = []428        elif event.msg == HC.TOUCH_MOVESTOP_TIMEOUT:429            # print ''.join([HCREPR.get(e.msg) for e in self.tracks[i]]), 'drag'430            self.tracks[i] = []431            if len(self.track_slots) == 2:432                for s in self.track_slots:433                    print s, ''.join([HCREPR.get(e.msg) for e in self.tracks[s]])434                print435        elif event.msg == HC.TOUCH_UP:436            self.tracks[i].append(event)437            if len(self.track_slots) == 2:438                for s in self.track_slots:439                    print s, ''.join([HCREPR.get(e.msg) for e in self.tracks[s]])440                print441            self.tracks[i] = None442            self.track_slots.discard(i)443        else: # TOUCH_MOVE444            self.tracks[i].append(event)445            return446447            # check for pinch/pan448            if len(self.track_slots) == 2:449                t1, t2 = [self.tracks[s] for s in self.track_slots]450                if len(t1) == 0 or len(t2) == 0 or len(t1) + len(t2) < 6:451                    return452                # make copy and check distance changing453                t1, t2 = t1[:], t2[:]454                dists = []455                while len(dists) < 5:456                    e1, e2 = t1[-1], t2[-1]457                    dx, dy = e1.x-e2.x, e1.y-e2.y458                    dists.append(dx*dx+dy*dy)459                    if e1.time < e2.time:460                        if len(t2) == 1:461                            break462                        else:463                            t2.pop()464                    else:465                        if len(t1) == 1:466                            break467                        else:468                            t1.pop()469                print [dists[j+1]-dists[j] for j in range(len(dists)-1)]470                # just keep latest position471                for s in self.track_slots:472                    self.tracks[s] = self.tracks[s][-1:]473474class RegexpGestureRecognizer(GestureRecognizer):475476    N_FINGER = 1477478    def analyze_tracks(self, event):479        # handle one-finger gestures only480        i = event.slotid481482        # begin guesture when touch down483        if event.msg == HC.TOUCH_DOWN:484            if len(self.track_slots) == self.N_FINGER and i not in self.track_slots:485                return486            if not self.tracks[i]:487                self.tracks[i] = []488                self.track_slots.add(i)489            self.tracks[i].append(event)490            return491492        if self.tracks[i] is None:493            return494495        s = ''.join([HCREPR.get(e.msg) for e in self.tracks[i]])496497        if event.msg == HC.TOUCH_FOLLOW_TIMEOUT:498            if re.match('^DM?U$', s):499                self.handle_gesture(HC.GST_TAP, self.tracks[i][:])500            elif re.match('^(DM?U)+DM?U$', s):501                self.handle_gesture(HC.GST_MULTI_TAP, self.tracks[i][:])502            self.tracks[i] = None503            self.track_slots.discard(i)504        elif event.msg == HC.TOUCH_MOVESTOP_TIMEOUT:505            if re.match('^D?MM+$', s):506                self.handle_gesture(HC.GST_DRAG, self.tracks[i][:])507            self.tracks[i] = []508        elif event.msg == HC.TOUCH_PRESS_TIMEOUT:509            if s == 'D':510                self.handle_gesture(HC.GST_LONG_PRESS, self.tracks[i][:])511            self.tracks[i] = []512        elif event.msg == HC.TOUCH_UP:513            self.tracks[i].append(event) # note: it's not the same with s after add514            if s == '':515                self.handle_gesture(HC.GST_LONG_PRESS_RELEASE, [event])516            elif re.match('^D?MM+$', s):517                self.handle_gesture(HC.GST_SWIPE, self.tracks[i][:])518                self.tracks[i] = []519            elif _MULTI_TAP_NUM == 1 and re.match('^DM?$', s):520                self.handle_gesture(HC.GST_TAP, self.tracks[i][:])521                self.tracks[i] = []522            elif _MULTI_TAP_NUM > 1 and re.match('^(DM?U){%d}DM?$' % (_MULTI_TAP_NUM-1,), s):523                self.handle_gesture(HC.GST_MULTI_TAP, self.tracks[i][:])524                self.tracks[i] = []525        elif event.msg == HC.TOUCH_MOVE:526            if re.match('^(DU)+D$', s):527                if s == 'DUD':528                    self.handle_gesture(HC.GST_TAP, self.tracks[i][:-1])529                else:530                    self.handle_gesture(HC.GST_MULTI_TAP, self.tracks[i][:-1])531                self.tracks[i] = self.tracks[i][-1:]532            self.tracks[i].append(event)533534NOTACTIVE, ACTIVE, STAGE_1, STAGE_2, TRIGGERED = range(5)535536## NOT COMPLEMENTED ##537class StateMachineGestureRecognizer(GestureRecognizer):538539    state_map = {540        HC.GST_TAP: {541            NOTACTIVE: { HC.TOUCH_DOWN : ACTIVE },542            ACTIVE: {543                HC.TOUCH_MOVE: STAGE_1,544                HC.TOUCH_PRESS_TIMEOUT : NOTACTIVE,545                HC.TOUCH_FOLLOW_TIMEOUT : TRIGGERED,546            },547            STAGE_1: {548                HC.TOUCH_MOVE: NOTACTIVE,549                HC.TOUCH_PRESS_TIMEOUT : NOTACTIVE,550                HC.TOUCH_FOLLOW_TIMEOUT : TRIGGERED,551            }552        },553        HC.GST_SWIPE: {554            NOTACTIVE: { HC.TOUCH_DOWN: ACTIVE },555            ACTIVE: { HC.TOUCH_UP: NOTACTIVE, HC.TOUCH_MOVE: STAGE_1},556            STAGE_1: { HC.TOUCH_UP: NOTACTIVE, HC.TOUCH_MOVE: STAGE_2 },557            STAGE_2: { HC.TOUCH_UP: TRIGGERED, HC.TOUCH_MOVESTOP_TIMEOUT: TRIGGERED},558        },559    }560561    def __init__(self, queue):562        super(self.__class__, self).__init__(queue)563        self.state = {}564        for k in self.state_map:565            self.state[k] = NOTACTIVE566        print self.state_map567568    def analyze_tracks(self, event):569        for k, v in self.state.iteritems():570            s = self.state_map.get(k, {}).get(v, {}).get(event.msg)571            if s is not None:572                self.state[k] = s573        triggered = False574        for k, v in self.state.iteritems():575            if v == TRIGGERED:576                print 'trigger event', k577                triggered = True578        if triggered:579            for k in self.state:580                self.state[k] = NOTACTIVE581582class AndroidInputHookManager(object):
...

setup.py

Source:setup.py

1import re2from setuptools import setup3 4 5with open("README.md", "rb") as f:6    description = f.read().decode("utf-8")7 8setup(9    name = "analyze_tracks",10    packages = ["analyze_tracks"],11    entry_points = {12        "console_scripts": ['analyze_tracks_cli = analyze_tracks.main_cli:main']13        },14    version = "0.1",15    description = description,16    long_description = description,17    author = "Christoph Sommer",18    author_email = "christoph.sommer@gmail.com",...

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