Experience PACMAN-RTX like never before: Mind-blowing graphics and gameplay! ☺🎮📱

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PACMAN-RTX: The Ultimate Gaming Experience
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Chapters
00:00 An Ultra Realistic Take on the Classic Game
01:06 The two behaviors alternate at regular intervals.
02:08 There are three different demo animation patterns
03:08 The monsters were also made colorful and eye-catching.
03:55 The Pac-Man creators sued them, citing infringement on the movie rights.
05:05 Pac-Man on the Google Maps map was released.
06:10 Pac-Pac Man and Pac-Pac Man II
06:55 Pac-Man is an important element of the story.
PACMAN-RTX is a revolutionary new version of the classic arcade game PAC-MAN that leverages the power of NVIDIA's RTX technology.
With its stunning graphics, immersive sound, and lightning-fast gameplay, PACMAN-RTX offers an unparalleled gaming experience that is sure to delight players of all ages.
One of the most striking features of PACMAN-RTX is its stunning graphics.
With real-time ray tracing, the game's environments come to life in ways that were previously impossible.
The neon lights of the maze glow with a realistic intensity, and the shadows cast by PAC-MAN and the ghosts are rendered with astonishing accuracy.
Even the iconic PAC-MAN character himself has been given a makeover, with more detailed textures and animations that make him seem more alive than ever before.
Another key element of the PACMAN-RTX experience is its immersive sound design.
The game's haunting music and sound effects have been remastered with NVIDIA's RTX Audio technology, which delivers spatially accurate sound that responds to the player's movements in real time.
This means that as you move through the maze, the sound of PAC-MAN's footsteps and the ghosts' haunting laughter will change in volume and direction, creating a truly immersive gaming experience.
Of course, no PAC-MAN game would be complete without fast-paced, addictive gameplay, and PACMAN-RTX does not disappoint in this regard.
The game's mechanics are true to the original arcade version, but with a few key improvements that make the game even more fun and challenging.
For example, the ghosts now have new AI patterns that make them even more unpredictable, and there are new power-ups that give PAC-MAN temporary invincibility or the ability to freeze the ghosts in their tracks.
Finally, it's worth noting that PACMAN-RTX is optimized for NVIDIA's latest graphics cards, which means that it runs incredibly smoothly even at the highest graphics settings.
This is thanks to NVIDIA's DLSS technology, which uses AI to boost the game's frame rate without sacrificing image quality.
This means that even players with older or less powerful PCs can enjoy the game at its full potential, without any lag or stuttering.
PACMAN-RTX is an incredible achievement that shows just how far gaming technology has come in recent years.
With its stunning graphics, immersive sound, and addictive gameplay, it offers an unparalleled gaming experience that is sure to delight players of all ages.
Whether you're a long-time fan of PAC-MAN or a newcomer to the franchise, PACMAN-RTX is a game that you won't want to miss.
PAC-MAN is a classic arcade game that has been entertaining players since its release in 1980.
With its simple yet addictive gameplay, colorful graphics, and catchy music, PAC-MAN has become an icon of gaming culture that is beloved by players of all ages.
In this article, we'll take a closer look at what makes PAC-MAN so enduringly popular and why it continues to capture the hearts of gamers around the world.
At its core, PAC-MAN is a game of strategy and quick reflexes.
The player takes control of the titular character, a round yellow creature with a voracious appetite for dots.
The objective is to navigate through a maze-like environment, eating all the dots while avoiding four ghosts that are chasing after you.
Eating certain power pellets will temporarily turn the tables, allowing PAC-MAN to chase and eat the ghosts instead.
The game's simple yet challenging gameplay has made it a hit with players of all skill levels, from casual gamers to hardcore enthusiasts.
Despite its simple 2D graphics, PAC-MAN's visuals are instantly recognizable and have become an iconic part of gaming culture.
The bright colors, cute character designs, and distinctive sound effects have made PAC-MAN a favorite of gamers and non-gamers alike.
The game's simple graphics have also allowed it to run smoothly on a wide range of platforms, from early arcade machines to modern smartphones and gaming consoles.
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Опубликовано:

21 июл 2024

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@kabukigames-jp Год назад

The developer explain how he created Pac-Man in RTX for Android and how his laptop died in the process. Before that, he would like to apologize for the delay in uploading another video, as he has been busy ruining his life by dropping out of school and moving to Bulgaria. Obviously, he is alone here and does not understand the language. However, his life was not very different in Spain, so socially he is the same, but economically better. To start the game, the first thing he did was sketch out how Pac-Man should look, and this is what he came up with. Next, he modeled Pac-Man by sculpting it with millions of polygons and then performing retopology to reduce the number of polygons. He also added drool to Pac-Man and used vertex colors, as you can see, one area is green and another is red. This will help him separate things later, which he will explain. After rigging and animating Pac-Man, he had to texture it. He simply created a fleshy texture for Pac-Man and the interior, as it should be. Finally, he rendered it. But now there is a problem: how does he put this into the game? In his channel, he has only created two types of games: pre-rendered and real-time rendered. Pre-rendered games consist of images and are lightweight, generally running on your mobile, unlike real-time rendered games, which are 3D models with real-time lighting. He wanted his Pac-Man to be fully 3D, but if he makes a 3D game for Android, he will be limited since he cannot use realistic lighting. So, he wondered, what if he combines pre-rendered with 3D? He introduces you to matcaps. Matcaps are textures that you can apply to a model and follow the camera's position, giving a realistic lighting effect. With that said, he rendered a matcap of Pac-Man and applied it. Now he has this 3D Pac-Man that retains some realism and is much lighter than the Pac-Man that needs to be rendered since it does not use any light information, meaning a mobile can run it. However, there is a problem: there is only one matcap. So, he also rendered a matcap for the interior area and one for the drool. But now, how does he add them? If you are a developer, you probably thought he could make two materials, one for the exterior area and another for the interior. If you thought this, he just wants to say that you are wrong because this is inefficient. Remember the vertex colors he added earlier? He can take the green area and multiply it by the yellow matcap and take the red area and multiply it by the tongue matcap. Thanks to this, he has two textures in just one material. Finally, he added an ambient occlusion texture. Now it's time to texture the drool, and as you can see, it also has vertex colors, but the drool only has one texture. This time, he will use vertex colors to assign transparency, making red vertices invisible and green vertices opaque. With this, he would have Pac-Man finished, in 3D but with pre-rendered textures. Now it's time to transfer it to Unity. To do this, he had to create a project in Unity. Unity offers three render pipelines: Built-In, URP, and HDRP. Built-In is old and obsolete. URP is new and designed for performance, and HDRP aims to have the best graphics. He went for Built-In. URP is designed for performance, but for some reason, they say it runs worse than Built-In. And HDRP is useless to him since he will not use lights; his game will be completely unlit so that it runs on a mobile. With the project created, he added Pac-Man and had to recreate the same shader he made in Blender. This is the result. It does not look as RTX as the rendered Pac-Man, but it's something. Now it's time to program it. He made it so that when you slide your finger across the screen, Pac-Man shoots raycasts in the direction you have slid. That is, if you are moving down a hallway and slide down, the raycasts will go down, but nothing will happen since they are hitting the wall. As soon as the three raycasts stop hitting a wall, Pac-Man will turn in the direction of the raycasts. With this done, he thinks he can now create the stage. First, he modeled a wall. Now there is a problem: the wall looks ugly in the game. It has no shine. So, he had to add bloom. But now there is another problem: the game runs poorly, and the default Unity bloom is very slow. So, Luis gave him a bloom script that works much better than Unity's.