def render():
global particle, position, velocity, particlePosition, particleVelocity, speed
mainDisplay.fill(white)
position = vector.toInt(
vector.multiplyScalar(vector.add(particlePosition, particleVelocity),
speed))
position = vector.toInt(
vector.multiplyScalar(vector.add(particleAcceleration, position),
speed))
speed = speed + 0.01
pg.draw.circle(mainDisplay, red, position, circleRadius, 0)
pg.display.update()
frames.tick(50)
def render():
global angle, speed, bigCircleRadius, bigCircleRadius, origin, ballOnePosition, position, velocity
mainDisplay.fill(white)
position = vector.toInt(vector.add(position, velocity))
pg.draw.circle(mainDisplay, red, position, circleRadius, 0)
pg.display.update()
frames.tick(50)
def render():
mainDisplay.fill(white)
global position, velocity, gravity, speed
position = v.add(position, velocity)
position = v.toInt(v.add(position, gravity))
pg.draw.circle(mainDisplay, blue, position, 20, 0)
pg.display.update()
def render(): global particle,position,velocity,particlePosition,particleVelocity,speed,colors,thrust mainDisplay.fill(white) acceleration = p.accelerationAdded() position = vector.toInt(vector.multiplyScalar(vector.add(acceleration,thrust),1)) pg.draw.circle(mainDisplay,red,position,circleRadius,0) pg.display.update() frames.tick(30)
def render():
global particle, position, velocity, particlePosition, particleVelocity, speed, colors
mainDisplay.fill(white)
for x in range(0, numParticles):
randomBlue = random.randint(0, 255)
randomRed = random.randint(0, 255)
randomGreen = random.randint(0, 255)
randomColor = (randomRed, randomBlue, randomGreen)
position = vector.toInt(
vector.multiplyScalar(vector.add(particles[x][0], particles[x][1]),
speed))
position = vector.toInt(
vector.multiplyScalar(vector.add(position, particleGravity),
speed))
speed = speed + 0.001
pg.draw.circle(mainDisplay, randomColor, position, circleRadius, 0)
pg.display.update()
frames.tick(800)
#ALl Variables
width = 600
circleRadius = 30
bigCircleRadius = 100
#All Vectors:
# position = vector.create('position',200,200)
# velocity = vector.create('velocity',0,0)
# vector.setLength(velocity,3)
# vector.setAngle(velocity,(math.pi/6))
#Creating a Particle:
particle = (p.create(100, 100, 3, (math.pi / 6)))
particlePosition = vector.toInt(particle[0])
particleVelocity = vector.toInt(particle[1])
particle = [particlePosition, particleVelocity]
print(particlePosition, particleVelocity)
speed = 0
pg.init()
mainDisplay = pg.display.set_mode((width, width))
pg.display.set_caption("Ball Movement")
frames = pg.time.Clock()
pause = True
def update():
mainDisplay.fill(white)
