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fastsim.py
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fastsim.py
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#!/usr/bin/env python
import airplane
import vector
import math
import flight_control
import tkinter
import numpy.random as random
import sys
RADAR_RADIUS = 70000.0 # range of radar
def main():
gui = GuiClass()
gui.go()
def check_proximity(airplane_list):
warning_list = []
crash_list = []
remaining_list = list(airplane_list)
for i in range(len(remaining_list)):
o1 = remaining_list.pop()
for o2 in remaining_list:
dist = o2.getPosition()-o1.getPosition()
if abs(dist)<100.0:
if not o1 in crash_list:
crash_list.append(o1)
if not o2 in crash_list:
crash_list.append(o2)
elif abs(dist.z)<600.0 and (dist.x**2+dist.y**2)<10000.0**2:
if not o1 in warning_list:
warning_list.append(o1)
if not o2 in warning_list:
warning_list.append(o2)
return crash_list, warning_list
def executeTimestep(airplane_list,deltat):
for o in airplane_list:
o.executeTimestep(deltat)
def createAirplaneList():
names = createNameList()
p1, p2 = generateCollidingPair(0.0,10000.0,8000.0,names.pop(),names.pop(),200.0)
p3, p4 = generateCollidingPair(0.0,0.0,8000.0,names.pop(),names.pop(),250.0)
p5, p6 = generateCollidingPair(10000,0.0,7000.0,names.pop(),names.pop(),300.0)
p7 = generateRandomPlane(names.pop(),8000.0)
p8 = generateRandomPlane(names.pop(),7000.0)
p9 = generateRandomPlane(names.pop(),6000.0)
p10 = generateRandomPlane(names.pop(),8000.0)
return [p1,p2,p3,p4,p5,p6,p7,p8,p9,p10]
def generateCollidingPair(x,y,z,name1,name2,tcollision):
"""Create a set of airplanes which will collide at position x, y, z in tcollision seconds"""
crashpos = vector.recvec(x,y,z)
phi1 = -math.pi+random.random_sample()*2.0*math.pi
phi2 = -math.pi+random.random_sample()*2.0*math.pi
v = airplane.ControllableAirplane.vcruise
v1 = vector.sphvec(v,math.pi/2.0,phi1)
v2 = vector.sphvec(v,math.pi/2.0,phi2)
pos1 = crashpos-v1*tcollision
pos2 = crashpos-v2*tcollision
airplane1 = airplane.ControllableAirplane(name1,pos1,v1)
airplane2 = airplane.ControllableAirplane(name2,pos2,v2)
return airplane1, airplane2
def generateRandomPlane(name,altitude):
phi = -math.pi+random.random_sample()*2.0*math.pi
dir_flight = phi+3.0*math.pi/4.0+random.random_sample()*math.pi/2.0
position = vector.cylvec(70000.0,phi,altitude)
velocity = vector.sphvec(airplane.ControllableAirplane.vcruise,math.pi/2.0,dir_flight)
return airplane.ControllableAirplane(name,position,velocity)
def createNameList():
callsigns = ['United','American','Delta','N']
names=[]
for i in range(10000):
names.append(callsigns[i%len(callsigns)]+str(i))
random.shuffle(names)
return names
def scoreGame(airplane_list,penalties):
score = 0
print(penalties,"points to deduct for penalties.")
for a in airplane_list:
score+=1000 # Airplane is still there
print(a.getName(), end=' ')
v = a.getVelocity()
p = a.getPosition()
heading = math.pi/2.0-v.phi
if abs(heading-a.getDesiredHeading())<0.01 or abs(abs(heading-a.getDesiredHeading())-2.0*math.pi)<0.01:
score+=500 # Airplane on heading
print("on heading", end=' ')
if abs(p.z-a.getDesiredAltitude())<100.0:
score+=250 # Airplane at altitude
print("at altitude", end=' ')
if abs(abs(v)-a.getDesiredSpeed())<1.0:
score+=250 # Airplane at speed
print("at speed", end=' ')
print()
print("Your score:",score-penalties)
class GuiClass(object):
def __init__(self):
self.root = tkinter.Tk()
self.periodicCount = 0
self.penalties = 0
self.count_warnings = False
airplane_names = createNameList()
self.airplane_list = createAirplaneList()
self.warning_list = []
self.crash_list = []
self.flightControl = flight_control.FlightController()
self.flightControl.executeControl(list(self.airplane_list))
self.canvas = tkinter.Canvas(self.root,height=300,width=300)
self.canvas.pack(fill=tkinter.BOTH,expand=True)
self.root.bind("<Configure>",self.drawCanvas)
self.drawCanvas()
def go(self):
self.root.after(10,self.periodicExecution)
self.root.mainloop()
def periodicExecution(self):
self.periodicCount+=1
executeTimestep(self.airplane_list,0.1)
res = check_proximity(self.airplane_list)
self.crash_list = res[0]
self.warning_list = res[1]
if self.periodicCount%10==0:
self.drawCanvas()
for p in self.crash_list:
print(p.getName(),"crashed. 1000 point penalty")
self.airplane_list.remove(p)
self.penalties+=1000
if self.periodicCount==1000:
self.count_warnings = True
print("Near-Collisions are now penalized.")
if self.periodicCount%100==0:
print((6000-self.periodicCount)/10,"seconds remain.")
self.flightControl.executeControl(list(self.airplane_list))
if self.count_warnings:
n = len(self.warning_list)
if n>0:
print(n,"airplanes are too close.")
print(n*100,"point penalty.")
self.penalties+=100*n
if self.periodicCount==6000:
scoreGame(self.airplane_list,self.penalties)
sys.exit(0)
self.root.after(10,self.periodicExecution)
def drawCanvas(self,event=None):
self.canvas.delete(tkinter.ALL)
width = self.canvas.winfo_width()
height = self.canvas.winfo_height()
circ_radiusa = (width-10)/2
circ_radiusb = (height-10)/2
circ_radius = circ_radiusa
if circ_radius>circ_radiusb:
circ_radius=circ_radiusb
self.canvas.create_oval(5,5,5+2*circ_radius,5+2*circ_radius)
center_x = 5+circ_radius
center_y = 5+circ_radius
scale = RADAR_RADIUS/circ_radius
for o in self.airplane_list:
pos = o.getPosition()
land_pos = vector.Threevec(pos.x,pos.y,0.0) # Get the land position
if abs(land_pos)<RADAR_RADIUS:
x_pos = land_pos.x/scale+center_x
y_pos = -land_pos.y/scale+center_y
color = "black"
if o in self.crash_list:
color = "red"
elif o in self.warning_list:
color = "orange"
self.canvas.create_oval(x_pos-2,y_pos-2,x_pos+2,y_pos+2,fill=color)
self.canvas.create_text(x_pos,y_pos,anchor=tkinter.SW,fill=color,text=" "+o.getName())
self.canvas.create_text(x_pos,y_pos,anchor=tkinter.NW,fill=color,text=" %.fm"%pos.z)
if __name__=="__main__":
main()