from pyreact.Reactive import Reactive from pyreact.RxVar import RxVar from pyreact.RxFunc import RxFunc r = Reactive() a = RxVar(10) b1 = RxVar() b2 = RxVar() c = RxVar() r.connect(b1, [a], lambda : a.get()) r.connect(b2, [a], lambda : a.get() / 10) r.connect(c, [b1, b2], lambda : b1.get() + b2.get()) print "Output: " + str(c.get()) a.set(5) print "Output: " + str(c.get())
from pyreact.Reactive import Reactive
from pyreact.RxVar import RxVar
from pyreact.RxFunc import RxFunc
r = Reactive()
x = RxVar(10)
y = RxVar(20)
sum = RxVar()
prod = RxVar()
def sumxy():
return x.get() + y.get()
r.connect(sum, [x, y], sumxy)
r.connect(prod, [x, y], lambda : x.get() * y.get())
print "Sum is " + str(sum.get())
print "Prod is " + str(prod.get())
x.set(5)
y.set(7)
print "Sum is " + str(sum.get())
print "Prod is " + str(prod.get())
from pyreact.Reactive import Reactive
from pyreact.RxVar import RxVar
from pyreact.RxUtils import RxUtils
import time
import math
r = Reactive()
x = RxVar(0.0)
integral = RxVar()
derivative = RxVar()
r.connect(integral, [x], RxUtils(x).integrate)
r.connect(derivative, [x], RxUtils(x).differentiate)
sin = math.pi/2.0
while(True):
x.set(math.sin(sin))
print str(x.get()) + "\t" + str(integral.get()) + "\t" + str(derivative.get())
time.sleep(0.1)
sin += 0.1