| Play the following game and then answer the questions about the game regarding the formal and dramatic elements in the game.* |
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| Game components |
| | 2 | Players |
| | 2 | Pens or Pencils |
| | 1 | Piece of Paper |
| | | | |
| Game steps |
| | 1. | Draw three dots randomly on the paper. |
| | 2. | Choose a player to go first. |
| | 3. | First player draws a line from one dot to another dot. |
| | 4. | That player then draws a new dot anywhere on that line. |
| | 5. | The second player draws a line and then a dot: |
| | | a. | New lines must go from one dot to another. |
| | | b. | No dot can have more than three lines coming out of it |
| | | c. | New lines cannot cross any other line. |
| | | d. | New dots must be placed on the new line. |
| | | e. | A line can go from one dot back to the same dot, as long as no rule is broken. |
| | 6. | Players alternate taking turns until one player cannot make a move. |
| | 7. | Last player to move is the winner. |
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| Questions to Answer |
| | 1. | Identify the Formal Elements of the game |
| | | a. | Players: How many? Any requirements? Special knowledge or roles? |
| | | b. | Objectives: What is the overall objective of the game? Are there intermediate goals? |
| | | c. | Procedures: What are the required actions for play? |
| | | d. | Rules: Any limits on the player actions? Rules regarding behavior? What are they? |
| | | e. | Conflict: What causes conflict in this game? |
| | | f. | Boundaries: What are the boundaries of the game? Are they physical? Conceptual? |
| | | g. | Outcome: What are the potential outcomes of the game? |
| | 2. | Identify the Dramatic Elements of the game |
| | | a. | Challenge: What creates challenge in this game? |
| | | b. | Play: Is there a sense of play with the rules of the game? |
| | | c. | Premise/Character/Story: Are these elements present in this game? |
| | 3. | What types of dramatic elements do you thinks might add to the game experience? |
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| *This game is called Sprouts. It is a pencil-and-paper game (with interesting mathematical properties) invented by mathematicians John Horton Conway and Michael S. Paterson at Cambridge University in 1967. |