def EventRemoveCursor(self,Cursor):
self.cancel_expire()
self.unregister_event(Cursor.updateCursor)
self.unregister_event(Cursor.removeCursor)
self.complete()
def execute(self):
self.agent.pos = self.origin
self.agent.newTap.call(self.agent)
self.finish()
@staticmethod
def dist(a,b):
dx,dy = (a[0]-b[0],a[1]-b[1])
return math.sqrt(dx**2 + dy**2)
def duplicate(self):
d = self.get_copy()
d.finger = self.finger
d.origin = self.origin
d.shadow = shadowCursorOffPad(d)
return d
def make_TapAgent(self):
a = Agent(("newTap",),self)
return a
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerTap)
return d
def execute(self):
self.agent.pos1 = self.positions[0]
self.agent.pos2 = self.positions[-1]
self.agent.positions = self.positions
self.agent.onPad = self.onPad
i = 1
miny = self.positions[0][1]
maxy = self.max - miny
minx = self.positions[0][0]
maxx = self.positions[-1][0]-minx
while i < (len(self.positions)-1):
self.finalPositions.append(((self.positions[i][0]-minx)/maxx,(self.positions[i][1]-miny)/maxy))
i += 1
self.agent.finalPositions = self.finalPositions
self.agent.newEnvelope.call(self.agent)
self.finish()
#está mandando todo el array, si es mucho para mandar por ahí puedo resumir
#no queda 0,0 exactamente, habría q redondear da tipo 0.0002
def make_EnvelopeAgent(self):
a = Agent(("newEnvelope",),self)
return a
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerEnvelope)
#print self.agent.newDoubleTap.registered
self.agent.newDoubleTap(self.agent)
self.finish()
def duplicate(self):
d = self.get_copy()
d.firstap = self.firstap
d.secondtap = self.secondtap
return d
#def fail(self, cause="Unknown"):
# print "RecognizerDoubleTap(",self,") fail, cause="+cause
# #raise Exception("RecognizerDoubleTap fail")
# Recognizer.fail(self)
@staticmethod
def dist(a,b):
dx,dy = (a[0]-b[0],a[1]-b[1])
return math.sqrt(dx**2 + dy**2)
def make_DoubleTapAgent(self):
a = Agent(("newDoubleTap",),self)
return a
def __repr__(self):
return self.name
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerDoubleTap)
"mot_accel":"",
}
for m1,m2 in correspondances.iteritems():
if m2:
setattr(t2cur,m2,getattr(tcur,m1,0))
@staticmethod
def copy_tfig2t2fig(tfig,t2fig):
correspondances = {
"sessionid":"sid",
"xpos":"x",
"ypos":"y",
"xmot":"",
"ymot":"",
"mot_accel":"",
"id":"fid",
"mot_speed":"",
"rot_speed":"",
"rot_accel":"",
"z":"z",
"yaw":"yaw",
"pitch":"pitch",
"angle":"roll",
}
for m1,m2 in correspondances.iteritems():
if m2:
setattr(t2fig,m2,getattr(tfig,m1,0))
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerTuio_Tuio2)
d.secondtap = self.secondtap
d.thirdtap = self.thirdtap
d.fourthtap = self.fourthtap
d.tapTime = list(self.tapTime)
d.tempo = self.tempo
d.interval = self.interval
return d
def fail(self, cause="Unknown"):
print "RecognizerTapTempo(", self, ") fail, cause=" + cause
# raise Exception("RecognizerDoubleTap fail")
Recognizer.fail(self, cause)
@staticmethod
def dist(a, b):
dx, dy = (a[0] - b[0], a[1] - b[1])
return math.sqrt(dx ** 2 + dy ** 2)
def make_TapTempoAgent(self):
a = Agent(("newTapTempo",), self)
return a
def __repr__(self):
return self.name
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerTapTempo)
self.sendPos()
self.agent.fid = self.fid
self.agent.newTurner.call(self.agent)
def sendPos(self):
self.agent.roll = self.angle
self.agent.px = self.px
self.agent.py = self.py
self.agent.pz = self.pz
def duplicate(self):
d = self.get_copy()
d.origin = self.origin
d.fid = self.fid
d.figure = self.figure
d.angle = self.angle
return d
def make_TurnerAgent(self):
a = Agent(("newTurner","updateTurner","removeTurner",),self)
return a
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerTurner)
if self.dist(self.origin, Cursor.pos)< self.mind:
self.fail("didnt move")
self.unregister_event(Cursor.updateCursor)
self.unregister_event(Cursor.removeCursor)
self.agent.dragDrop.call(self.agent)
self.finish()
def dist(self,a,b):
dx,dy = (a[0]-b[0],a[1]-b[1])
return math.sqrt(dx**2 + dy**2)
def MakeDragAgent(self):
evts = ["newDrag","dragMove","dragDrop"]
a = Agent(evts, self)
return a
def execute(self):
self.fail_all_others()
self.agent.newDrag.call(self.agent)
def duplicate(self):
d = self.get_copy()
return d
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerDrag)
v += 1
if not done:
if curves >= lines:
self.agent.newSineWave.call(self.agent)
elif lines > curves:
# up1 = self.positions[0][0]
# pos = self.vertex[1]
# up2 = self.positions[pos][0]
if (self.saw2-self.saw1)*2 < self.saw1 - self.saw0:
self.agent.newSawWave.call(self.agent)
else:
self.agent.newTriangleWave.call(self.agent)
self.finish()
def make_WaveAgent(self):
a = Agent(("newSineWave","newTriangleWave","newSquareWave","newSawWave",),self)
return a
def fail(self, cause="Unknown"):
print "RecognizerWave(",self,") fail, cause="+cause
self.unregister_all()
Recognizer.fail(self,cause)
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerWave)
def fail(self, cause="Unknown"):
try:
self.unregister_all()
except:
None
Recognizer.fail(self,cause)
def execute(self):
self.agent.pos = self.positions[0]
self.agent.newSwipe.call(self.agent)
self.send_pos()
def duplicate(self):
d = self.get_copy()
d.pos = self.pos
d.cursors = self.cursors
#d.good_cursors = self.good_cursors
#d.ammount_cursors = self.ammount_cursors
return d
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerSwipe)
#d.has_cur = self.has_cur
d.pxcm= self.pxcm
d.pycm = self.pycm
# d.pzcm = self.pzcm
# d.yaw = self.yaw
# d.pitch = self.pitch
d.roll = self.roll
d.shadow = shadowCursorOnPad(d)
return d
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerCursorOnPad)
def fail(self, cause="Unknown"):
try:
self.unregister_all()
except:
None
Recognizer.fail(self,cause)
def execute(self):
self.agent.crPos1 = self.cur1.crPos1
self.agent.crPos2 = self.cur2.crPos
self.avPos = self.averagePos()
self.agent.crPos = self.avPos
self.agent.onPad = self.onPad
self.agent.newCursor.call(self.agent)
def duplicate(self):
d = self.get_copy()
d.onPad = self.onPad
d.cur1 = self.cur1
d.crPos1 = self.crPos1
d.avPos = self.avPos
d.cPos1 = self.cPos1
return d
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerTwoFingers)
self.finish()
def execute(self):
self.angle = self.figure.figure.roll
self.sendPos()
#self.agent.fid = self.fid
self.agent.newInstrument.call(self.agent)
def sendPos(self):
self.agent.roll = self.angle
self.agent.px = self.px
self.agent.py = self.py
self.agent.pz = self.pz
def duplicate(self):
d = self.get_copy()
d.origin = self.origin
d.fid = self.fid
d.figure = self.figure
d.angle = self.angle
return d
def make_InstrumentAgent(self):
a = Agent(("newInstrument","updateInstrument","removeInsrument",),self)
return a
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerInstrument)
self.py = Pad.pos[1]
self.roll = Pad.figure.roll
## corner1cm = tablePos(self.c1[0], self.c1[1], self.pxcm, self.pycm, self.pzcm, self.yaw, self.pitch, self.roll)
## corner2cm = tablePos(self.c2[0], self.c2[1], self.pxcm, self.pycm, self.pzcm, self.yaw, self.pitch, self.roll)
## corner3cm = tablePos(self.c3[0], self.c3[1], self.pxcm, self.pycm, self.pzcm, self.yaw, self.pitch, self.roll)
## corner4cm = tablePos(self.c4[0], self.c4[1], self.pxcm, self.pycm, self.pzcm, self.yaw, self.pitch, self.roll)
## self.corner1 = (round((corner1cm[0]*(self.mesa_camZ*self.ratioX/self.pz)),2)), (round((corner1cm[1]*(self.mesa_camZ*self.ratioY/self.pz)),2))
## self.corner2 = (round((corner2cm[0]*(self.mesa_camZ*self.ratioX/self.pz)),2)), (round((corner2cm[1]*(self.mesa_camZ*self.ratioY/self.pz)),2))
## self.corner3 = (round((corner3cm[0]*(self.mesa_camZ*self.ratioX/self.pz)),2)), (round((corner3cm[1]*(self.mesa_camZ*self.ratioY/self.pz)),2))
## self.corner4 = (round((corner4cm[0]*(self.mesa_camZ*self.ratioX/self.pz)),2)), (round((corner4cm[1]*(self.mesa_camZ*self.ratioY/self.pz)),2))
def sendPos(self, Pad):
self.agent.px = Pad.pos[0]
self.agent.py = Pad.pos[1]
self.agent.roll = self.roll
def duplicate(self):
d = self.get_copy()
d.shadow = shadowPad(d)
return d
def make_PadAgent(self):
a = Agent(("newPad","updatePad","removePad",),self)
return a
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerPad)
## a +=1
## #si falla encontrar la coordenada x promedio tira el index promedio en positions
## b = self.positions.index(start)+self.positions.index(end)/2
## return self.positions[b]
def execute(self):
self.agent.onPad = self.onPad
self.agent.pos1 = self.positions[0]
self.agent.pos2 = self.positions[-1]
self.agent.positions = self.positions[:]
self.agent.real_positions = self.real_positions[:]
#self.agent.finalPositions = self.finalPositions
self.agent.newGEQ.call(self.agent)
self.finish()
def make_GEQAgent(self):
a = Agent(("newGEQ",),self)
return a
def fail(self,cause):
self.unregister_all()
print "GEQ fails: %s" % (cause,)
Recognizer.fail(self, cause)
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerGEQ)
self.agent.endMSelect.call(self.agent)
self.finish()
def dist(self,a,b):
dx,dy = (a[0]-b[0],a[1]-b[1])
return math.sqrt(dx**2 + dy**2)
def MakeMultiSelectAgent(self):
evts = ["newMSelect","moveMSelect","endMSelect"]
a = Agent(evts, self)
return a
def execute(self):
self.agent.newMSelect.call(self.agent)
def duplicate(self):
d = self.get_copy()
d.origin = self.origin
d.pos = self.pos
return d
import GestureAgents.Gestures as Gestures
Gestures.load_recognizer(RecognizerMultiSelect)
