Reference no: EM131433

1. Ra Row Your Boat

Prepare a world with a boat, a person sitting in the boat, an island, and a pier located 25 meters from the island. In the world shown below, Ra (Egypt) is sitting in a rowboat (Vehicles). Create a method to make the Ra object row the boat 25 meters from the island to a pier (Beach). One suggested way to do this would be to create the methods: rowLeft androwRight(to control the arms' motions), controlTorsoAndHead(to control back and head motions), and startRowand stopRow(to put Ra's body in and out of the rowing position).

2. Robot Preparing for Competition

In this project, your goal is to create a motion controller for a robot (Ranger from Scifi). You will create specific methods that allow the robot to perform warm-up actions for its upcoming competition.

Create the following methods to help the robot warm up for it's competition:

armSwing: the robot swings it's arms back and forth across the front of it's body

headShake: the robot's visor flips back so it's head is showing. Then it rocks it's

head right, left, back, forth. Then rotates its head left and right.

jumpUpAndDown: the robot jumps up and down

Your own method: Think of one other action for the robot and make a method for it.

Create the following keyboard controls:

When the "A" key is pressed, the robot swings its arms.
When the "H" key is pressed, the robot shakes its head.
When the "J" key is pressed, the robot jumps up and down.

3. Help the Snowman get Home

Create a game where the goal is to move the snowman through a forest to get him home to his igloo. The hazard in this game is that if the snowman gets too close to a tree, he moves back 10 meters. Add the snowman (People), a snowboard (skateboard fromSkatepark - change the isShowing for the wheels to false), an igloo (Buildings), and eight pineTrees (Nature). Set the vehicle for the snowman to be the skateboard.

Create an event so that the skateboard can be controlled by game player, by typing the arrow keys.

Create a method for the skateboard named checkForCollisionWithTrees. If the skateboard's distance to the pine tree is less than 3.75 meters, then move the skateboard back 10 meters. In this method, you will need to check each tree in the scene. When you have the If/Else working for one tree, then copy it for each of the other trees.

To have Alice constantly check for collisions with the trees, create a When the World Starts event. Then change it to While the World is Running (a right click on the event pops up a menu so it can be changed). In the during section of the While the World is Running event, call the checkForCollisionWithTrees.

In order to check whether the player has won the game, create a method named checkIfHomefor the skateboard. If the skateboard gets close to the igloo, display a 3D text object that proclaims "I'm Home!" To make the 3D text flash, add a loop that repeatedly sets the 3D text isShowing property to false and then true.

4. Drinking Parrot

A small toy popular with children is a drinking parrot. The parrot is positioned in front of a container of water and its body given a push. Because of the counterbalance of weights on either end of its body, the parrot repeatedly lowers its head into the water. Create a simulation of the drinking parrot (Objects). Use an infinite Loop statement to make the parrot drink.

Hint: We used the blender object (Kitchen gallery), pushed the base into the ground, deleted the lid, and changed the color of the blender to blue to simulate a bucket of water.

5. Why Did the Chicken Cross the Road?

A popular child's riddle is, "Why did the chicken cross the road?" Of course, there are many answers. In this project, the chicken (Animals) has a real sweet-tooth and crosses the road to eat the gumdrops (Kitchen/Food) along the way.

Write a game animation where the player guides the chicken across the road to get to the gumdrops. Cars and other vehicles should move in both directions as the chicken tries to cross to where the gumdrops are located. Use arrow keys to make the chicken jump left, right, forward, and back. Use the space bar to have the chicken peck at the gumdrop. When the chicken is close enough to the gumdrop and pecks, the gumdrop should disappear.

A recursive method is used to control the play of the game. If the chicken gets hit by a vehicle, the game is over (squish!). The game continues as long as the chicken has not managed to peck all the gumdrops and has not yet been squished by a vehicle. If the chicken manages to cross the road and peck at all the gumdrops along the way, the player wins the game. Signal the player's success by making 3D text "You Win" appear or by playing some triumphant sound.

6. Frog Crossing the Pool

Add a rectangle (Shapes) to a new world and change its color to blue. This will serve as a swimming pool. Add seven circles (Shapes) to the world-five yellow along the long side of the pool (each one meter apart), one green at the nearest side, and one red at the far edge. The yellow circles are lily pads that float back and forth across the pool. Add a frog, and place it on the green circle. The goal is to make the frog jump from lily pad to lily pad until it gets all the way across the pool. If the frog lands on the water (not on a lily pad), the frog sinks into the pool and the game is over. If the frog jumps all the way across the pool and lands on the red circle at the far edge, the player wins.

Your program must place the five yellow circles in a list. Write a method that uses an infinite loop to repeatedly move each of the five yellow circles in the list across the pool and back at different speeds. (The easiest way to do this is to pass a random number to the method to specify the duration for the circle to move across the pool.) Create event handling methods that have the frog jump forward 1 meter if the player presses the key, move left if the player presses the key, and move right if the player presses the key. Connect each event handling method to an event.

7. Record and Play a Song

The goal of this project is to allow users to record their own song and play it back. This project is an extension of project 5, from Chapter 5. If you already created the AlicePiano project, reuse it for this project. Otherwise, please refer back to project 5, Ch. 5, and create the project, as described. To the AlicePiano world created in Ch. 5 project 5, add four control "buttons." These buttons can be created using different shapes and 3D text, as shown in the screen capture below.

The four buttons will be used to:
• Start recording-start recording a song
• Stop recording-stop recording this song
• Play recording-play the latest recorded song
• Clear recording-erase the latest recorded song

To record a song, the user first clicks the Rec button and then clicks on the piano keys to create a sequence of notes. As the user clicks each note, the note is played (to give feedback to the user) and is also recorded. To record the notes, create a world-level list named newSong. Initially, the newSonglist is empty, but during the recording process notes are added to the end of the list. To stop the recording, the user clicks the StopRecbutton.