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Author: barrettkwise

extra/rainbow.py

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+import turtle
+
+rainbow = ["red", "tomato", "orangered", "coral", "darkorange", "orange", "gold", "yellow", "lawngreen", "greenyellow", "lime", "aquamarine", "cyan", "deepskyblue", "dodgerblue", "blue", "blueviolet", "violet", "fuchsia", "deeppink"]
+
+shape = input("What shape of spiral would you like to draw? (square, circle, triangle) ").lower()
+color = input("What color would you like your spiral to be? ")
+thickness = int(input("How thick would you like your spiral to be? "))
+
+if color in rainbow:
+    pass
+else:
+    color = rainbow[0]
+
+screen = turtle.Screen()
+spiral = turtle.Turtle()
+spiral.pensize(thickness)
+
+
+if shape == "circle":
+    for count, i in enumerate(rainbow):
+        if count >= len(rainbow):
+            spiral.pencolor(i)
+        else:
+            spiral.pencolor(i)
+
+        spiral.forward(count / 4)
+        spiral.right(15)
+
+elif shape == "square":
+    for i in range (0, 360, 1):
+        if(color == "rainbow"):
+            r = r + 1
+            if(r >= len(rainbow)):
+                r = 0
+            spiral.pencolor(rainbow[r])
+        else:
+            spiral.pencolor(color)
+
+        spiral.forward(i * 10)
+        spiral.right(90)
+elif(shape == "triangle"):
+    for i in range (0, 360, 1):
+        if(color == "rainbow"):
+            r = r + 1
+            if(r >= len(rainbow)):
+                r = 0
+            spiral.pencolor(rainbow[r])
+        else:
+            spiral.pencolor(color)
+
+        spiral.forward(i * 20)
+        spiral.left(120)
+
+
+input()

extra/spaceGame_v4.py

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+import turtle
+import time
+
+screen = turtle.Screen()
+
+def gameloop():
+        p1.clear()
+        p2.clear()
+
+        p1.move()
+        for b in p1.bullets:
+            b.move()
+
+        p2.move()
+        for b in p2.bullets:
+            b.move()
+
+        p1.turtle.fd(1)
+        p2.turtle.fd(1)
+     
+        p1.drawShip()
+        for b in p1.bullets:
+            b.drawBullet()
+        
+        p2.drawShip()
+        for b in p2.bullets:
+            b.drawBullet()
+        
+        if p1.isAccelerating:
+             p1.speed += 1
+        p1.turtle.fd(p1.speed)
+
+        if p2.isAccelerating:
+            p2.speed += 1
+        p2.turtle.fd(p2.speed)
+        
+        turtle.update() # refresh screen
+        screen.ontimer(gameloop, 20)
+
+def wPressed():
+    p1.isAccelerating = True
+ 
+def wReleased():
+    p1.isAccelerating = False
+
+def upArrowPressed():
+    p2.isAccelerating = True
+ 
+def upArrowReleased():
+    p2.isAccelerating = False
+
+class Player:
+    MAX_SPEED = 10
+    ROTATION_SPEED = 5
+    MAX_BULLETS = 10
+    
+    def __init__(self, color, position, heading):
+        self.isAlive = True
+        self.isReadyToFire = True
+        self.isAccelerating = False
+        self.isTurningLeft = False
+        self.isTurningRight = False
+        self.speed = 0
+        self.color = color
+        self.turtle = turtle.Turtle()
+        self.turtle.ht()
+        self.turtle.speed(0)
+        self.turtle.setpos(position)
+        self.turtle.setheading(heading)
+        self.bullets = list()
+        
+    def move(self):
+        # Rotate
+        if self.isTurningLeft:
+            self.turtle.left(Player.ROTATION_SPEED)
+        if self.isTurningRight:
+            self.turtle.right(Player.ROTATION_SPEED)
+ 
+        # Accelerate
+        if self.isAccelerating:
+            self.speed += 0.5
+        else:
+            self.speed -= 0.5
+        
+        if self.speed > Player.MAX_SPEED:
+            self.speed = Player.MAX_SPEED
+        elif self.speed < 0:
+            self.speed = 0
+
+        # Move Forward
+        self.turtle.fd(self.speed)
+
+    def fire(self):
+        if not self.isAlive : return
+
+        self.bullets.append(Bullet(self))
+        if len(self.bullets) > Player.MAX_BULLETS:
+            self.bullets[0].turtle.clear()
+            self.bullets.pop(0)
+        
+    def clear(self):
+        self.turtle.clear()
+        for b in self.bullets:
+            b.turtle.clear()
+
+    def drawShip(self):
+        if not self.isAlive : return
+
+        t = self.turtle
+        startPos = t.pos()
+        startHeading = t.heading()
+
+        # DRAW BODY
+        t.fillcolor(self.color)
+        t.pencolor(self.color);
+        t.begin_fill()
+        t.pu()
+        t.fd(15)
+        t.pd()
+        t.rt(30 + 120)
+        t.fd(40)
+        t.rt(120)
+        t.fd(40)
+        t.rt(120)
+        t.fd(40)
+        t.end_fill()
+
+        # RESET TURTLE
+        t.pu()
+        t.setpos(startPos)
+        t.setheading(startHeading)
+        
+        # DRAW COCKPIT
+        t.fillcolor("black")
+        t.pencolor("black");
+        t.begin_fill()
+        t.pu()
+        t.fd(3)
+        t.lt(90)
+        t.pd()
+        t.circle(6)
+        t.end_fill()
+
+        # RESET TURTLE
+        t.pu()
+        t.setpos(startPos)
+        t.setheading(startHeading)
+
+class Bullet:
+    SPEED = 100
+ 
+    def __init__(self, owner):
+        self.owner = owner
+        self.turtle = turtle.Turtle()
+        self.turtle.ht()
+        self.turtle.speed(0)
+        self.turtle.setpos(owner.turtle.pos())
+        self.turtle.setheading(owner.turtle.heading())
+ 
+    def move(self):
+        steps = 10
+        stepSpeed = Bullet.SPEED / steps
+
+        if self.owner == p1 : enemy = p2
+        else : enemy = p1
+
+        for i in range(steps):
+            self.turtle.fd(stepSpeed)
+        
+        if self.hittest(enemy) :
+                print("Game Over!")
+                enemy.isAlive = False
+
+    def hittest(self, other):
+        return self.turtle.distance(other.turtle) < 10
+ 
+    def drawBullet(self):
+        t = self.turtle
+        startPos = t.pos()
+        startHeading = t.heading()
+        t.fillcolor("white")
+        t.pencolor("white")
+        t.begin_fill()
+        t.pd()
+        t.fd(1)
+        t.lt(90)
+        t.circle(2)
+        t.end_fill()
+        
+        t.pu()
+        t.setpos(startPos)
+        t.setheading(startHeading)
+
+# Player 1 Event Handlers
+def wPressed(): p1.isAccelerating = True
+def wReleased(): p1.isAccelerating = False
+def aPressed(): p1.isTurningLeft = True
+def aReleased(): p1.isTurningLeft = False
+def dPressed(): p1.isTurningRight = True
+def dReleased(): p1.isTurningRight = False
+def spacePressed() :
+    if p1.isReadyToFire :
+        p1.fire()
+        p1.isReadyToFire = False
+def spaceReleased() : p1.isReadyToFire = True
+ 
+# Player 2 Event Handlers
+def upArrowPressed(): p2.isAccelerating = True
+def upArrowReleased(): p2.isAccelerating = False
+def leftArrowPressed(): p2.isTurningLeft = True
+def leftArrowReleased(): p2.isTurningLeft = False
+def rightArrowPressed(): p2.isTurningRight = True
+def rightArrowReleased(): p2.isTurningRight = False
+def mouseClicked(x, y): p2.fire()
+
+screen.bgcolor("black")
+
+p1 = Player("blue", (-200, -200), 90)
+p2 = Player("red", (200, 200), 270)
+
+p1.turtle.fd(p1.speed)
+p2.turtle.fd(p2.speed)
+
+turtle.tracer(0, 0) # disable automatic screen refreshing
+
+# Player 1 Event Listeners
+screen.onkeypress(wPressed, "w")
+screen.onkeyrelease(wReleased, "w")
+screen.onkeypress(aPressed, "a")
+screen.onkeyrelease(aReleased, "a")
+screen.onkeypress(dPressed, "d")
+screen.onkeyrelease(dReleased, "d")
+screen.onkeypress(spacePressed, "space")
+screen.onkeyrelease(spaceReleased, "space")
+ 
+# Player 2 Event Listeners
+screen.onkeypress(upArrowPressed, "Up")
+screen.onkeyrelease(upArrowReleased, "Up")
+screen.onkeypress(leftArrowPressed, "Left")
+screen.onkeyrelease(leftArrowReleased, "Left")
+screen.onkeypress(rightArrowPressed, "Right")
+screen.onkeyrelease(rightArrowReleased, "Right")
+screen.onclick(mouseClicked)
+
+screen.listen()
+ 
+gameloop()
+