added a robots example and a bounching ball example to data/graphicsHEADmaster

2 files changed, 178 insertions, 0 deletions

diff --git a/data/graphics/bouncing b/data/graphics/bouncing
new file mode 100644
index 0000000..b14afc7
--- /dev/null
+++ b/data/graphics/bouncing
@@ -0,0 +1,37 @@
+from pippy.gasp import *    # import everything from pippy.gasp
+import math                 # import math
+
+class Mover:
+    def __init__(self):
+        self.speed = random_between(1,3)
+        self.direction = random_between(10,360)
+        self.rad = random_between(10,20)
+        self.color = (random_between(0,255),random_between(0,255),random_between(0,255))
+        self.x = random_between(self.rad,screen_size()[0]-self.rad)
+        self.y = random_between(self.rad,screen_size()[1]-self.rad)
+        self.shape = Circle((self.x,self.y),self.rad,color = self.color,filled = True)
+        self.move_x = math.cos(math.degrees(self.direction))*self.speed
+        self.move_y = math.sin(math.degrees(self.direction))*self.speed
+
+    def move(self):
+        self.x += self.move_x
+        self.y += self.move_y
+        self.keep_to_screen()
+        move_to(self.shape,(self.x,self.y))
+
+    def keep_to_screen(self):
+        if self.x < self.rad or self.x > screen_size()[0]-self.rad:
+            self.move_x = self.move_x * -1
+        if self.y < self.rad or self.y > screen_size()[1]-self.rad:
+            self.move_y = self.move_y * -1
+
+num_movers = random_between(10,30)
+movers = []
+begin_graphics()
+for i in range(num_movers):
+    movers.append(Mover())
+set_speed(40)
+while "enter" not in keys_pressed():
+    for mover in movers: mover.move()
+    update_when("next_tick")
+end_graphics()
diff --git a/data/graphics/robots b/data/graphics/robots
new file mode 100644
index 0000000..71ca553
--- /dev/null
+++ b/data/graphics/robots
@@ -0,0 +1,141 @@
+from pippy.gasp import *  #import everything from pippy.gasp
+
+class Robot:
+    #A class used to store information about a robot
+    pass
+
+
+class Player:
+    #A class used to store information about a player
+    pass
+
+def show_level(level_num):
+    # shows what level is about to start
+    level_text = Text("Level "+str(level_num),(screen_size()[0]/2-50,screen_size()[1]/2),size = 30)
+    sleep(2)
+    remove_from_screen(level_text)
+  
+
+def place_player(robots):
+    #pick a point of the screen of the player
+    player = Player
+    player.x = random_between(0,screen_size()[0]/10-1)
+    player.y = random_between(0,screen_size()[1]/10-1)
+    #make sure the player is not placed directly on top of a robot
+    while player_caught(player,robots):
+        player.x = random_between(0,screen_size()[0]/10-1)
+        player.y = random_between(0,screen_size()[1]/10-1)
+    #put the player on the screen by creating a circle
+    player.shape = Circle((10*player.x+5, 10*player.y+5), 5, filled=1)
+    return player
+
+def move_player(player,robots):
+    #handles the movement of the player
+    key = update_when("key_pressed") #waits untill a key is pressed and then returns that key as a string
+    if "t" == key:
+        #if "t" is pressed the player teleports
+        remove_from_screen(player.shape)
+        player = place_player(robots)
+    #change the players x and y location
+    if "q" == key:
+        if player.x > 0 and player.y < screen_size()[1]/10-1:
+            player.x -= 1
+            player.y += 1
+    if "w" == key:
+        if player.y < screen_size()[1]/10-1:
+            player.y += 1
+    if "e" == key:
+        if player.x < screen_size()[0]/10-1 and player.y < screen_size()[1]/10-1:
+            player.x += 1
+            player.y += 1
+    if "d" == key:
+        if player.x < screen_size()[0]/10-1:
+            player.x += 1
+    if "c" == key:
+        if player.x < screen_size()[0]/10-1 and player.y > 0:
+            player.x += 1
+            player.y -= 1
+    if "x" == key:
+        if player.y > 0:
+            player.y -= 1
+    if "z" == key:
+        if player.x > 0 and player.y > 0:
+            player.x -= 1
+            player.y -= 1
+    if "a" == key:
+        if player.x > 0:
+            player.x -= 1
+    # move the players shape on screen to the new location
+    move_to(player.shape,(10*player.x+5,10*player.y+5))
+    return player
+
+def place_robots(num_robots):
+    #create a certain number of robots defined by num_robots
+    robots = []
+    for i in range(num_robots):
+        robot = Robot()
+        robot.x = random_between(0,screen_size()[0]/10-1)
+        robot.y = random_between(0,screen_size()[1]/10-1)
+        robot.junk = False
+        robot.shape = Box((10*robot.x,10*robot.y),10,10)
+        robots.append(robot)
+    return robots
+
+def move_robots(robots, player):
+    # move all the robots towards the player
+    for robot in robots:
+        if not robot.junk:
+            if robot.x > player.x:
+                robot.x -= 1
+            if robot.x < player.x:
+                robot.x += 1
+            if robot.y > player.y:
+                robot.y -= 1
+            if robot.y < player.y:
+                robot.y += 1
+            move_to(robot.shape,(10*robot.x,10*robot.y))
+
+def player_caught(player, robots):
+    #check if the player is caught
+    for robot in robots:
+        if robot.x == player.x and robot.y == player.y:
+            return True
+    return False
+
+def robot_crashed(robots):
+    #check if any of the robots have crashed into each other
+    for robot1 in robots:
+        for robot2 in robots:
+            if robot1.x == robot2.x and robot1.y == robot2.y and robot1!=robot2:
+                if not robot1.junk:
+                    robot1.junk = True
+                    remove_from_screen(robot1.shape)
+                    robot1.shape = Box((10*robot1.x,10*robot1.y),10,10,filled=True)
+
+def alive_robots(robots):
+    # returns True if all the robots are dead
+    for robot in robots:
+        if robot.junk == False: return False
+    return True
+
+
+begin_graphics()            #So that you can draw things
+level = 1                   #the starting level
+robot_num = 5               #the number of robots to place on screen
+dead = False                #set dead to False
+while not dead:             #run while the player is not dead
+    clear_screen()          #clear the screen at the start of each level
+    show_level(level)       #show what level is about to start
+    robots = place_robots(robot_num)     #create the robots
+    player = place_player(robots)        #create the player
+    level_complete = False
+    while not level_complete and not dead:    #run this level while the player is not dead and the level is not complete
+        player = move_player(player, robots)  #move the player
+        move_robots(robots, player)           #move all of the robots
+        dead = player_caught(player,robots)   #check if the player had been caught
+        robot_crashed(robots)                 #check if any of the robots have crashed
+        level_complete = alive_robots(robots)   # check if there are any robots alive
+    robot_num += 3           #increase the number of robots for the next level
+    level+= 1                #increase the number level number by 1
+print "you died on level " + str(level)
+end_graphics()              # Finished!