monday_night1

controller2.py

 LAND_LAYER = 100
 LAND_END = 20
 
-#Sensor logic bricks connected to the python Controller  
-#aXis = cont.sensors["sControla"]
-#bUtt = cont.sensors["sControlb"]
-
-#onW = onWindows()
-
-## windows stuff
-#lar_lts = 0
-#uad_lts = 1
-#lar_rts = 2 if onW else 2
-#uad_rts = 3 if onW else 3
-#lt = 4 if onW else 4
-#rt = 5 if onW else 5
-
-# These are the numerical values associated with the buttons on the Xbox Controller 
-# Called with - SensorName.getButtonStatus(buttonnumber) - 
-# A joystick sensor logic brick (with the 'Button' Event Type; 'All Events' selected; and 'Tap' enabled) must be connected to the Python Controller logic brick to call these buttons 
-
-#a_but = 0 if onW else 0
-#b_but = 1 if onW else 1
-#x_but = 2 if onW else 2
-#y_but = 3 if onW else 3
-#l_bump = 9 if onW else 9
-#r_bump = 10 if onW else 10
-#bk_but = 4 if onW else 4
-#st_but = 6 if onW else 6
-#xb_but = 5 if onW else 5
-#lts_pr = 7 if onW else 7
-#rts_pr = 8 if onW else 8
-#l_dp = 13 if onW else 13
-#r_dp = 14 if onW else 14
-#u_dp = 11 if onW else 11
-#d_dp = 12 if onW else 12
-
-#lLR = aXis.axisValues[lar_lts] / reduction
-#lUD = aXis.axisValues[uad_lts] / reduction
-#rLR = aXis.axisValues[lar_rts] / reduction
-#rUD = aXis.axisValues[uad_rts] / reduction
-#lTrig = aXis.axisValues[lt] / reduction
-#rTrig = aXis.axisValues[rt] / reduction
-#aBut = bUtt.getButtonStatus(a_but)
-#bBut = bUtt.getButtonStatus(b_but)
-#xBut = bUtt.getButtonStatus(x_but)
-#yBut = bUtt.getButtonStatus(y_but)
-#lBump = bUtt.getButtonStatus(l_bump)
-#rBump = bUtt.getButtonStatus(r_bump)
-#bkBut = bUtt.getButtonStatus(bk_but)
-#stBut = bUtt.getButtonStatus(st_but)
-#xbBut = bUtt.getButtonStatus(xb_but)
-#ltsBut = bUtt.getButtonStatus(lts_pr)
-#rtsBut = bUtt.getButtonStatus(rts_pr)
-#ldPad = bUtt.getButtonStatus(l_dp)
-#rdPad = bUtt.getButtonStatus(r_dp)
-#udPad = bUtt.getButtonStatus(u_dp)
-#ddPad = bUtt.getButtonStatus(d_dp)
-
 lLR = dict['lLR']
 lUD = dict['lUD']
 rLR = dict['rLR']
 udPad = dict['udPad']
 ddPad = dict['ddPad']
 
-
-## -End- ##
-#list = bUtt.getButtonActiveList()
-#print(list)
-
-#no input
-#def cutOff():
-#    
-# if (abs(lLR) < axisTh 
-#     and abs(lUD) < axisTh 
-#     and abs(rLR) < axisTh 
-#     and abs(rUD) < axisTh
-#     and aBut == False):
-#         
-#  return True
-
 #fliptricks after manuals
 if (frame - own['last_manual_frame']) < 25:
     flip_start_lay = 8
     for x in range(9000):
         skater.stopAction(x)
         deck.stopAction(x)
-        trucks.stopAction(x)
-               
-def grind_stance():
-    #own["last_grind_stance"] = own["grind_stance"]
-#    if grindHit == 1 and LAST_GRIND == 1 and (own['grindCountdown'] < 15 or own['grindCountdown'] >19):
-#        own["last_grind_stance"] = own["grind_stance"]        
-        #own["grind_stance"] = STANCE 
-    pass    
-grind_stance()  
+        trucks.stopAction(x) 
 
 def reset_rtimers():
     own["Q1oncd"] = 0
 check_fall()
 def check_landing():
     lf_ground = own["lF_ground"]
-    #zvel = own.getLinearVelocity
-    #print(zvel)
     STANCE = own["stance"]
-    #if lf_ground == False and r_ground.triggered == True and grindDar == 0:
     playing_action_frame = skater.getActionFrame(LAND_LAYER)
-    #if playing_action_frame < (LAND_END):    
-        #own["lastPump"] = False
-        #own["Pump"] = False
     if lf_ground == False and r_ground.triggered == True:
         own['jump_from_trans'] = 0
         nearestObject = None
         minDist = None
         detectedObjects = grindDar2.hitObjectList
-
         if grindDar == 0:
-            #print("you are not grinding", grindHit)
             lastheight = own["air_height"]
             pos = own.worldPosition.z
             dist = lastheight - pos
             dist = dist * 2
-
             if dist > 1:
                 dist = 1
             own.actuators["land"].volume = dist 
     if vib_countdown == 1:
         stopAnims()
         stance()
-        
 
 #air anim
 if r_ground.triggered == False:
     #if own['flip_manual_stance'] == 0:
     own["fak_nmanual"] = 0 
 if own['last_fak_nmanual'] == 1 and own['fak_nmanual'] == 0:
-    #killall() 
     pass  
 
-
-#print("rm ", own["reg_manual"], "rnm ", own["reg_nmanual"], "fm ", own["fak_manual"], "fnm ", own["fak_nmanual"])
-
-
 def reg_stance_left_off():
     LAST_LEFT = own["LAST_LEFT"]
     own["LAST_LEFT"] = 0   
     
 def reset_pos():
     #reset
-    if ddPad == 1:
-        
+    if ddPad == 1:   
         spawn_pos = own['spawn_pos']
         spawn_rot = own['spawn_rot']
         try:
         move = [deltamove, 0, 0]
         #print(deltamove)
         if abs(deltamove) < 1 and delta[1] < 1:
-            own.applyMovement(move, True)        
-        #print(deltamove, delta, "delta.......")       
-        #pos = ground_ray.hitPosition 
-        #print(pos)
-        
-        #linvelloc6 = own.getLinearVelocity(True)
-        #xvel6 = linvelloc6.x * .95
-        #force = (xvel6, linvelloc6.y, linvelloc6.z)
-        #own.setLinearVelocity(force, True)        
-    
-        
-        
+            own.applyMovement(move, True)               
         
 #control_calib() #scene must be enabled in main                 
 jump_Timer()
 wallride_sound()
 shutoff_timers()
 grindout_cleanup()
-#trans_jump()
-
 
-#printplaying()
-#transmult()
 linvelx = own.getLinearVelocity(True)
-#print(linvelx)
+
 own["linvelx"] = linvelx.x
 LAST_STANCE = STANCE
 LAST_STANCE = own["stance"]
 if own['manual'] == 1:
     own['last_manual_frame'] = frame
 
-
-#print(own['hippy'], own['last_hippy'])
 own['last_hippy'] = own['hippy']
-#last pressed down frame
 if aBut == 1 and own["lasta"] == 0:
     own["lastaf"] = frame
 if xBut == 1 and own["lastx"] == 0:
     own.applyForce(force2, True)
 #print('grindtouch = ',  own['grindTouch'])
 if grindDar == False and r_ground.triggered and own['grindTouch'] == False:
-    own['grindType'] = ''
-
-
+    own['grindType'] = ''