I'm reading the book "Game Designer's Playlist, The: Innovative Games Every Game Designer Needs to Play". During the reading, I had the opportunity to rememeber a great game from the 2010: VVVVVV. VVVVVV is a platforming game with the absence of a jumping mechanic. Instead of jumping, the player can at any time flip the y-direction of gravity, causing the character to fall upward instead of downward. Check the full gameplay below. This is an epic example of how to use game mechanics in a creative way:
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segunda-feira, 15 de abril de 2024
terça-feira, 2 de abril de 2024
From ancient games to modern mathematics: the birth of probability theory
The seeds of probability theory were sown in the fertile ground of games of chance. Archaeological evidence suggests that dice and other rudimentary games employing randomness date back to ancient civilizations, possibly even predating written records. Early references to such games can be found in historical and mythological accounts, hinting at their deep integration into various cultures.
It was the desire to quantify the uncertainty inherent in these games that spurred the development of probabilistic concepts. A pivotal moment occurred in the 17th century when a gambling dispute between French mathematicians ignited a correspondence that laid the groundwork for modern probability theory. This exchange, primarily between Blaise Pascal and Pierre de Fermat, addressed the fair division of stakes in an interrupted game, prompting them to formalize ideas of expected value and chance outcomes.
Following these initial explorations, mathematicians like Christiaan Huygens built upon this foundation, establishing frameworks for analyzing games of chance and laying the groundwork for the wider application of probability in various scientific disciplines. The journey from rudimentary games to sophisticated mathematical concepts highlights the enduring human fascination with both chance and the quest to understand it.
Source: JOHNSON, Steven. How We Got to Now: Six Innovations That Made the Modern World. New York: Riverhead Books, 2016.
It was the desire to quantify the uncertainty inherent in these games that spurred the development of probabilistic concepts. A pivotal moment occurred in the 17th century when a gambling dispute between French mathematicians ignited a correspondence that laid the groundwork for modern probability theory. This exchange, primarily between Blaise Pascal and Pierre de Fermat, addressed the fair division of stakes in an interrupted game, prompting them to formalize ideas of expected value and chance outcomes.
Following these initial explorations, mathematicians like Christiaan Huygens built upon this foundation, establishing frameworks for analyzing games of chance and laying the groundwork for the wider application of probability in various scientific disciplines. The journey from rudimentary games to sophisticated mathematical concepts highlights the enduring human fascination with both chance and the quest to understand it.
Source: JOHNSON, Steven. How We Got to Now: Six Innovations That Made the Modern World. New York: Riverhead Books, 2016.
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