This podcast has a little storminess to it, as it was recorded during a thunderstorm. There’s also tons of interesting news.
This week’s items include:
Let us know what you think.
Now here is another interesting video game for the Atari 2600, the game Dragon Fire consisted of two game screens, one which you ran across a bridge while fireballs were shot at you, you had to duck or jump over the fireball. This screen was a side-scroller style screen (although it doesn’t actually scroll), at the other end of the bridge was a castle door which you’d enter to get to the next screen.
The second screen was more classic “overhead but not really” screen where you ran around this black screen picking up treasures while a dragon at the bottom shot fire at you from below.
As the game increased in level jumping fireballs became more challenging (on the first screen) as you ran because they would come quicker, more often. The second screen would get very difficult very quickly as the dragon would increase in speed and fireball spitting. You could tell how hard the dragon would be as it would change colors from lighter to darker black as you progress stages.
When you finished collecting all the treasure an exit would pop up in the corner and you had to run to it without being burned by the fireballs, that dragon would turn from left to right nearly instantly too! Then, you’d jump into the exit and be back on the bridge again, but this time it was harder. You could die up to 7 times before the game was over (just to show you how hard it is, they gave you a bunch of lives).
The game was tough, frustrating, hard to replay because you were just so nervous and jittery from the last attempt. Graphics were “okay,” nothing to rave at but it was, after all, the 2600.
You can hear all we had to say about DragonFire for the Atari 2600 on Episode 79 of the TD Gaming Podcast!
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The podcast slowly inches towards the magic 500th episode of Gaming Podcast, representing over 11 years of yakking about video games. For a Gaming Flashback, the gang looks at arguably the last good Mario game, Super Mario Galaxy. They also discuss the phenomenon that is Fortnite.
As for the gaming news, this week includes:
Do you play Fortnite? Let us know.
This week we’re creating our last gaming podcast before Christmas, no holiday break for us! We’re reading some of our community comments and taking a look back at both Pac-Land and the history of Atari post-2600 release. This weeks news includes:
This week’s question of the week is really simply, have a good holiday. Unless you want to answer the question, “where do you roast your chestnuts for the holidays?”
I like using keyboards for racing games that have simplified acceleration, braking, reversing, and turning such as TrackMania (four keys for all), but fighters and etc. are difficult for me via keyboards.
Mice allow for more angular granularity than controllers because of the area of movement across the mousepad/surface when using an adequate sensitivity, and mice can be polled around 1KHz or more versus controllers being polled around 250Hz, as far as I know.
If mouse sensitivity is set too high above 800 CPI or so, noise becomes an issue (quantization occurs at too low of CPI), so I recommend mice equipped with the 3360/3366 sensor as the older mice with 30×30 or less pixel/photo-diode arrays might have more trouble with noise because correlation imaging sensors will always be imperfect.
Here’s a thread regarding mice with said sensors from a reputable forum:
http://www.overclock.net/t/1602282/lets-compile-all-3360-3366-and-their-release-dates-for-everyone/0_100
The reason of 800 CPI or so being the sweet spot for current mice is, each pixel on the tracking surface or “matrix” is approximately 30 microns in diameter because of the lens magnification and sensor height from the tracking surface, so 25.4mm to convert an inch / 0.030mm = roughly 846.666 of these pixels are able to fit in an inch on the tracking surface, and the aforementioned sensors should be the same.
Each pixel is divided to achieve a higher resolution, so noise becomes an inevitable issue making a larger photo-diode array more ideal.
http://www.pcgamer.com/gaming-mouse-myths-busted/#page-1