def xofangle(x):
myRamp = Ramp(100, 0)
myProjectile = Projectile(math.sqrt(2), x, 0, myRamp)
myProjectile.calcxtFall(0.00000000000000001)
return myProjectile.xFall
from projectile import Projectile
from learn import Learn
import math
from scipy.misc import derivative
import graphics
from myConstants import myConstants
myRamp = Ramp(700, AngleMath.toRad(15))
myProjectile = Projectile(60, AngleMath.toRad(20), 100, myRamp)
graphics.initialGraphics(myProjectile)
print("initial x0:" + str(myProjectile.x0))
print("initial y0:" + str(myProjectile.y0))
myRamp.printStats()
myProjectile.calcxtFall(0.000001)
t = 0.0
# for i in range(1, len(myProjectile.tFallList)):
for i in range(0, len(myProjectile.tList)):
if (myProjectile.tList[i] >= t):
myProjectile.x = myProjectile.xList[i]
myProjectile.y = myProjectile.yList[i]
graphics.move(graphics.player, myProjectile, t)
t += myConstants.myRate
# Learn.bestAngle1(0.0000000000001,0.00000000000001)
# Learn.bestAngle2(0.00000001)
