def draw(self, canvas, cam, node_dict):
# line.drawNodeList(canvas, cam, node_dict, self.node_list)
# line.drawNode(canvas,cam,node_dict,self.nextNode,'Green')
# line.drawNode(canvas,cam,node_dict,self.nextStop,'Red')
# self.particle.draw(canvas, cam)
distance = cam.origin.copy().subtract(self.particle.pos)
if distance.getX() < 0:
distance.x *= -1
if distance.getY() < 0:
distance.y *= -1
if distance.getX() < cam.dim.getX() and distance.getY() < cam.dim.getY(
):
pos3 = self.particle.pos.copy().transformToCam(cam).getP()
currentNode = node_dict[self.currentNode]
nextNode = node_dict[self.nextNode]
directVector = Vector(nextNode['x'], nextNode['y']).subtract(
Vector(currentNode['x'], currentNode['y']))
if directVector.length() != 0:
directVector.normalize().negate()
rad = self.particle.radius
ratio = cam.ratioToCam()
length = rad * ratio.getX()
pos1 = directVector.copy().rotate(30)
pos2 = directVector.copy().rotate(-30)
pos1.multiply(length).add(self.particle.pos)
pos2.multiply(length).add(self.particle.pos)
canvas.draw_polygon([
pos1.transformToCam(cam).getP(),
pos2.transformToCam(cam).getP(), pos3
], 2, 'red', self.color)
def setLine(self, relation_dict, line_dict, way_dict, node_dict,
line_name):
self.way_list = line_dict[
line_name] # make sure this is a list of ways by id's
wayId = self.way_list[0]
way = way_dict[wayId]
self.node_list = way['nodes']
self.stop_list = line.getStopListFromLineName(relation_dict, way_dict,
line_name)
self.reachedEnd = False
self.wayIndex = 0
self.nodeIndex = 1
self.stopIndex = 0
self.currentWay = self.way_list[self.wayIndex]
self.currentStop = self.stop_list[self.stopIndex]
self.nextStop = self.stop_list[self.stopIndex]
self.currentNode = self.node_list[self.nodeIndex - 1]
self.nextNode = self.node_list[self.nodeIndex]
nodeCurrent = node_dict[self.currentNode]
nodeNext = node_dict[self.nextNode]
self.acceleration = 0
vel = Vector(nodeNext['x'], nodeNext['y']).subtract(
Vector(nodeCurrent['x'], nodeCurrent['y']))
if vel.length() != 0:
vel.normalize()
self.directionVect = vel
self.cooldown = nodeCurrent['delay']
self.currentTime = time.time()
def __init__(self, maxVel, maxAcceleration, lineName1, lineName2,
relation_dict, line_dict, way_dict, node_dict, angle, radius,
spriteKey, spriteDictionary, spriteFps, idObject, numRows,
numColumns, startRow, startColumn, endRow, endColumn, color):
self.line1 = lineName1
self.line2 = lineName2
self.line1Bool = True
self.way_list = line_dict[
self.line1] #make sure this is a list of ways by id's
wayId = self.way_list[0]
way = way_dict[wayId]
self.node_list = way['nodes']
self.stop_list = line.getStopListFromLineName(relation_dict, way_dict,
self.line1)
self.traverseForward = True
self.reachedEnd = False
self.wayIndex = 0
self.nodeIndex = 1
self.stopIndex = 0
self.color = color
self.send = True
self.remove = False
self.currentWay = self.way_list[self.wayIndex]
self.currentStop = self.stop_list[self.stopIndex]
self.nextStop = self.stop_list[self.stopIndex]
self.currentNode = self.node_list[self.nodeIndex - 1]
self.nextNode = self.node_list[self.nodeIndex]
nodeCurrent = node_dict[self.currentNode]
nodeNext = node_dict[self.nextNode]
self.acceleration = 0
self.maxVel = maxVel
self.maxAcceleration = maxAcceleration
vel = Vector(nodeNext['x'], nodeNext['y']).subtract(
Vector(nodeCurrent['x'], nodeCurrent['y']))
if vel.length() != 0:
vel.normalize()
self.directionVect = vel
self.cooldown = nodeCurrent['delay']
if self.maxVel == 50:
self.cooldown = 10
self.currentTime = time.time()
self.idObject = idObject
self.particle = Particle(True,
Vector(nodeCurrent['x'], nodeCurrent['y']),
Vector(0, 0), radius, angle, spriteKey,
spriteDictionary, spriteFps, False, False,
self.idObject, numRows, numColumns, startRow,
startColumn, endRow, endColumn)
