Video Games: “The Chesuit Mission”, Nicholas Sanchez’s final project

I began this process with ideation and research. Inspired by the 2016 movie “The Greasy Strangler”, I initially considered creating a video game where the main character went around strangling NPCs. This seemed too dark, so instead I decided that converting NPCs to religion would be a more appropriate theme. Based off of blatant evangelical Protestant conversion practices, I created a game where the main character, a Crustian Chesuit Missionary, sets out to convert all non believers to his cause. However, a game where one just goes around and converts NPCs sans challengers is not interesting, so I decided to create two enemies to impede upon user success. The first, the “Cat-Holic” missionary, would convert non believer NPCs or those you  had converted into a “Cat-holic” convert. The “Militant non believer” bad guy would turn all converted NPC’s back into their non believer status.

Once I had a mythology going, I went about bringing my characters to life in Adobe Fuse.

Here were the initial designs for “Non Believer NPCs”:

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I endeavored to make this NPC look sickly and miserable, which lends itself to the idea that only through conversion might these characters find peace.

After I created this model, I used this form to make the “Crustian convert” and “Cat-holic convert” models:

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These models were physically happier than the non believer. They shared many similarities, save clothing color and eyes.

To design the Cat-holic convert, I channeled the cultural perception of a crazy cat lady. Here is the design I ended up with.

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The final baddy would be the “Militant Non Believer”. His character would be an obese figure with sparse facial hair and a fedora.

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After initially presenting these characters to the class, some feedback I received indicated that the game was too heavily masculine, and that the addition of female NPCs would help the gender discrepancy. So I added these models as well as designed the main character.

Here are the female NPC non Believers

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Here are the models for the main character:

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Once this was done, I attempted to give these characters skeletons and animate them to create FBXs for Unity. Unfortunately, the number of vertices made each character impossible to boolean together, causing me to use low poly characters in the games final instead of these models.

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Then it became time to build the scene aspects. I decided that the game would take place in an urban setting, like a city street. I decided to emulate Los Angeles’ skid row, which is notorious for its homeless population. To emulate this, I designed buildings and other street assets for the game.

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Here you can see some of the street aspects I made, like buildings, trash cans, and street lights. The next step was to export these objects from Blender into Unity, and create a scene. Once all the finished assets were in Unity, I created a “model” block that incorporated each of these models. This would serve as the building block for my scenes, as each “street” would be comprised of any amount of these prefabs. Below you may observe this basic street object.screen-shot-2016-11-26-at-7-13-29-pm

From here I had to give these elements textures and create a model “block” which would essentially make up each levels scene. 
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After using various scripts provided in class, I set about making a prototype that would illustrate the functions of the game. To access this build, click HERE.

The task of building this game was a precarious one, entailing many hours of scripting, alteration, and amendment. I had to make some cuts, like the primary actions of the two enemies. However, I did create an opening animation and tutorial scene to better situate the gamer within the context of plot and controls. To see this animation, view the video below

chessuit-missionary-opening3

At the beginning of the semester, designing a video game seemed little more than a simple final project, typical of what I might accomplish in other classes. Now that all is said and done, I can say with certainty that I was very, very wrong. Setting out to make a video game was perhaps one of the most challenging endeavors I had set on throughout my collegiate experience, as this project required skills in several softwares, hours of production, and coding. And while I can say that what I submitted as my final was an unpolished, perhaps Alpha, version of a game, I can say with certainty that the experience I gained while building this project and the final product were well worth the effort. For links to the final (and an improved one I made after the fact) click here.

Bruce’s Final Game Changes — Tire-Ring

Based on the prototype and user feedback, I made a few changes.

First, changed how I organize and stitch the tracks.

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Now there is a reference point to stitch to the end.

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Tracks are prefabs loaded in the scene under an empty object “track_sets”. They will be randomly picked and copied to extend the track.

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Lights on the track for speed reference.

Scores are calculated by accumulating the speed, literally, the faster and farther the player goes, the higher the score is.

When the tire fall on the platform for 3 seconds, the game restarts automatically.

Download Link:

https://drive.google.com/open?id=0B-RqhxWjt3c6ZG41YzZSckc3c1k

FINAL GAME PROJECT | Zeerak Fayiz

Link to Final Build: https://drive.google.com/open?id=0B7vPRTPpGgt9Y3FTSG5LUzZTSTg

As many people said, my game was very ambitious and very complex. There is a lot going on, and the player has to figure out stuff. I too felt the same, as I started preparing for my final build. The amount of problems I ran into was insane! For my final build, I had to make a lot of changes to improve my game. I started off by changing the “Evil Minions” in the game, to make it more in line with the whole theme and environment.

I also edited the way the text was displayed during conversations. I also placed “control instructions” into one of the conversations, and purposely put the main character next to the NPC, thinking that the player would be curious and approach the NPC, starting the conversation.

I finally added the third key to the game, as well as an end scene. As soon as the player goes into the dragon castle after collecting the 3 keys, a third scene would load, congratulating the player for breaking the spell of eternal winter.

I also got the fighting to work between the minion and the main player, however, there is a glitch in the game because of which sometimes either the minion doesn’t die, or the player falls through the terrain once they collide with the enemy (I was thinking of using this to my advantage, and call this “game over”).

I improved the inside of the castle, by reducing the light inside, and adding torches. The player can now easily navigate throughout the whole area without getting stuck. Turns out, the “snow dome” was making the player stuck in places. I still have no idea why that is…

I also added Queen Isabel to the scene, to give the player motivation and more context once they collect one of the keys.

While editing the scene, I realised that there was a part of the castle that did not have a staircase or anything for the player to get to the top of the castle. So, I added panel like thingys on which the player can jump (using the “Space” key).

I completely removed the use of the mouse during gameplay, and made the game fully keyboard controlled, as during our user testing session, a lot of players asked me to do so, as they found it difficult to use the mouse and keyboard at the same time (plus my mouse script was not the best).

All in all, I am proud that I managed to achieve more than just my top 3 priorities (as listed in last documentation) for my final build. The only thing left now to add is animation to the NPC villagers and giving them random paths to move in, and adding some more sound effects.

Making this game has been a wonderful and very learning experience, and I can’t wait to make more of such games!

Pictures below:

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Saphya: Piggy Party Final Game

Previously…

The Evolution of “Piggy Party”

Updates:

New Minigame 4 (Hot Pigtato)!

After struggling with the physics in Minigame 2 and 3,  I’ve decided to create another minigame with easier mechanics as I work on troubleshooting the others. I took the disk from Minigame 2 and separated it into four objects in Blender before exporting the .fbx in Unity and making animations there. I was having too much trouble with exporting the Blender animations so I decided to forego that and try out Unity animations. I thought that animating objects in Unity was much easier than in Blender. With all the animations now done, I made an array with every piece of the disk inside, so that every five seconds, up to three pieces are randomly triggered. The objective of this minigame is to outlast the timer, and avoid the other player so you don’t get pushed off the platform.

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Minigame 1 – Pig Grows Larger!

With every coin, the pig is scaled up by (0.025f, 0.025f, 0.025f). Whichever pig reaches (0.7,0.7,0.7) first, wins the round.

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Main Menu and Modes!

Instead of jumping right into the main map, players now have the option of playing story mode (main map and randomized mini games) or minigame mode where players can select whichever minigame they like best.

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Instructions!

To help players know which pig they are playing as, and the controls for the game.

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Marjorie Wang’s Final Video Game

Throughout the course of the semester, I have been developing an exploratory video game featuring a cute astronaut’s last mission on his three-mission long expedition to far-out star systems. Upon entry, the player, as the endearing astronaut, is placed into the very homey spaceship, with information on the last two missions, a message from Earth, and instructions for the latest mission, all framed by some calming elevator music.
The Build.
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The spaceship.
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Enter the pod to begin.

Once the player finishes exploring their role, they may enter the Sputnik-like pod to begin their mission. The player is then whisked into space, and is able to explore the various worlds in Star System 49452.screen-shot-2016-12-11-at-11-39-14-pm
A few of the planets.

Upon collision onto the diamond planet (the silver cube), the player is transported to the surface of the planet, which features colorful gems, amongst which diamond-shaped Earth objects are hidden.
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Diamond-shaped lucky Chinese papers.

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Road signs.

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Kites.

Another planet is Soupworld, an otherworldly dance party fueled by pop music, twirling single-celled organisms, and Andy Warhol’s artwork. The player passes through five rooms, with bouncing pop art Campell soup cans and organisms.
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The planet.

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Wow! Inhabited planet!

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Money soup campell warhol money.

The next planet is the volcano planet. Here, I wanted to play with scale, by shrinking , thus rendering the astronaut’s perspective enormous in comparison to the scale of objects we know on Earth.
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Tiny volcano and tiny Sputnik.

Another planet to explore is the vaporwave planet. Upon entry into Wechat, the player is placed into a QR code maze and once the center of the maze is reached, the player is dropped far above the maze and falls through pills to Vaporwave imagery, to reach my video game interpretation of the website, “What does your horse dream mean

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The QR code maze.

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Pills.

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Palm trees: vaporwave imagery.

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Columns and pedestals.

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Pyramids in gradient colors.

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Finally to fall onto what we’ve all been waiting for: What does your horse dream mean?

Another planet is the supermarket planet, similar to Campbell planet in the focus on consumerism on Earth. There is a fruit floor, a meat floor and a hole in the ground to exit.
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First floor fruit.

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Bottom floor meat.

Overall, I am quite satisfied with the final product of my first video game. As a scripting-not-even-beginner, I was able to focus on the aspect of making a game that I enjoy the most, the visuals. Although many times, I remembered the reading that told us good graphics does not excuse a bad game, I hope I was able to overcome this obstacle to make something that people enjoy playing. I do wish I was able to make more planets, to enhance the level of detail of the objects in each planet–perhaps to create more levels in the supermarket.

I originally ideated the premise of my game because it seemed most interesting and feasible to be adapted in virtual reality.
Here is one prototype of the VR version of the game.

Crash Test Final Update – Xiaoyang Sun

Level Design:

Lv 01

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First level is a demonstration of basic controls and mechanics. It uses simple animation and audio trigger.

Lv 02

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I made new animations for second level and a trigger to let go of the black cube to smash the car.

Lv 03

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Those red bars are doors. Each door is controlled by one button. I modified the trigger script to make the buttons work. And also with a click the button will now change color. However, I intended to only change the color of the red cube, but the script does it oppositely. Probably because the script is getting the first material in the object, and for the buttons, their first material is the grey part. Script as below:

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In game effect as below:

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However, when animating the doors, I did it separately for each door. I bet there must be an easier way to do this.

Lv 04

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For this level, I designed to make it like a small maze. But given the limitation of the size of the board, the way I could think of to increase the difficulty is to take out the lights.

In game effect as below:

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I used spot light for the front lights, and point lights for area effect and lights in the back.

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Therefore, the player is only able to see certain tiles in front of him/her. Thus there is higher probability that the player will step into the dead end. I also added the restart function so that the player could try again if they get stuck.

Script as below:

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Also to trigger the entrance of the bulldozer, I used a series of red spot lights and animation trigger to give the bulldozer a dramatic entrance.

In game effect:

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Lv 05:

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Instead of destroying the car, I tried something different. I made this level an escape level. I used Nav Mesh to make the red spheres follow the player. At first I only baked the level base, the spheres are able to go across the fences. I changed the fences and doors into Nav Obsticles, then my problem was solved.

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However, one of the spheres is behaving very weird. It could always go across the boarder of the fences and I have no choice but to change the Nav Agent into animation.

That is all of the level design right now.

GUI and Level Transition:

I fixed the title screen and now the title scene can finally load up properly.

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I added transitions between levels using triggers and Unity’s built in level loading functions

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At fist the transition was too fast. It jumps right into the transition scene as my car hits the collider. Then I searched online and got the instructions on how to delay the transition.

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Right now I only have very simple transition scenes. I wish I would be able to add replays of he car crash in the transition scene.

Sound Effects:

I added in many new sound effects to spice up the game. Most of the audio sources are from YouTube.

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Overall, if anything I want to change in the future, it is definitely going to be making this game a true tile-based movement game. Right now the control gets crazy sometimes and it is probably not really good for the players. Unless they find the movement of the car funny. But lacking a precise control might make some of the mechanics hard to work.

Link to the builds on Google Drive:

https://drive.google.com/drive/folders/0B1_qNo-UThrzSHpVXzJRZHhBdXM?usp=sharing

 

 

 

WenYao Tang Final: Survivor

So from the feed back, firstly, I adjusted the cross hair and the laser pointing problem.

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Then I added a gameover animation clip so that player knows he died.

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I also build a winning clip, together I animated them.

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Then I build the pause menu for the game

 

 

 

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Also, I added some punishment for player if they fall out of the map

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Then I added the choice scene to impliment the original idea.

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Then I followed the feedback to apply different mat and size for monsters with different score. Here different scene have different parameters, so that the players’ choice do effect their game play.

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Then I build two more scene for the result of the choice player made so that they know what is the following game play will be.

 

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Then finally I adjusted the design, attatched sound to the monster, changed layout (the anchor point sometimes screwed up), fixed minor bugs and other stuff to make sure the game is good to go. It is really impressive to see myself building a game from 0. 1 semester is short, but still I learned a lot. Unity is pretty fun 🙂

Hope you guys will love my game:)

The attachment is the game you can try out:)

https://drive.google.com/drive/folders/0B7A3TTb5cZc0TzBqdlI2R3l2TDQ?usp=sharing

Response to “The Designer’s Notebook: Sorting Out the Genre Muddle” – Xiaoyang Sun

The Designer’s Notebook: Sorting Out the Genre Muddle” by Ernest Adams dives in the complicate and yet fast-developing world of video games. Ernest looks into different aspects of video games such as genre, setting, audience, theme and purpose.

 

Adams gives a clear break down of the genres of video games and introduced the concept of “super-genres”. A “super-genre” can be divide into sub-genres. By going into specific sub-genres, games are able to stand out in the mass video game market. However, looking at today’s games, the developers are going in the different direction: to create games that could mix as many genres in there as possible. Take The Elder Scroll: Skyrim” as an example. Generically, it is a 3D, open world, role play game. But more specifically in game, player could choose the way they want to play. They can be an archer (or a mage) and turn the combat into shooters, or they can pick up the sword and shield to get into some action. They may even choose the stealth path and avoid combat. Not to mention other games such as GTA V, Watchdogs, etc. Many games today are mixing as many genres into a fictional simulation of one (or multiple characters) character in a sandbox.

 

Also in the section talking about audience of the game, he mentioned that “games for girls” is a marketing term. It has nothing to do with gameplay”. However, these “marketing terms” do imply certain genres of games that people associate with girls (eg: dress-up game or dance games [no offense]). Same with “games for boys”, or even “games for men”. Even though they are marketing terms, they do give implications of game genres.

 

I also find the section about setting interesting. Adams stated that “A shooter is a shooter, whether it’s set in the Old West or on Mars or anyplace else. A player who enjoys shooters will probably enjoy one no matter where it’s set, if it’s well-made”. A counter-example would be the call of duty series. There is definitely sales difference and different ratings for their games with different settings. A player who likes call of duty under World War II setting may not necessarily have the same feeling towards “Infinite Warfare”, the newest one in space. Setting does play a huge role in game. Otherwise Call of Duty: Infinite Warfare wouldn’t suffer a huge crisis in the face of Battlefield 1.

Response to Rogue – Xiaoyang Sun

“A Rogue-like game”

This is probably one of the description that I see most frequently in the comment section on steam, but I never really bothered to look it up, until now. As I rushed into the game, I was completely lost. Don’t know what to do and what is the quest. When I read the manual, things get much clearer. I was surprised that with the limitation of graphics and mechanics, this game contains such complicate contents. Weapon mastery, turn-based combat, etc. It took me a while to fire my first arrow. I didn’t finish the game as I am really bad at games like this. But after the experience, I can definitely see how influential and phenomenal this game is. I am able to see now how many games are affected by Rogue in various ways. Even though I am not a huge fan of this type of game, but I truly appreciate that games like these exist and continue to develop as the game industry moves forward.

The Death Maze (based on “The Shining” by Gabriela Naumnik): Documentation WEEK 5

The Death Maze – WEEK 5

Based on the user testing feedback, I needed to introduce three changes to the game this week:

  1. Blood Spatter. (COMPLETED)
  2. Zooming out at the maze animation. (COMPLETED)
  3. End titles. (COMPLETED)

Blood Spatter

I found a blood image online, added it to Unity, checked the Sprite box and made a new prefab. One problem was that the blood did not look realistic, so I needed to touch it up in photoshop and play around with the settings. Initially, I scaled it up by 2 on x and y-axis, then by 5 and eventually by 9.

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The above-shown code snippet demonstrates how the blood  picture was adjusted to the screen size.
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The above-shown code snippet shows how the blood was made to show at the right time – the time of each axe cut. I took a look at the Audacity graph shown in previous documentation to make the image and audio harmonise. The exact time of appearance is shown below:screen-shot-2016-12-06-at-13-19-46

The below-shown code snippet shows the end parameters used to scale up the image. 

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The video shows the end result:

 

Zooming out at the maze animation and end titles

Zoom out animation

I created the zooming out animation by adding another camera to the game and by using the Unity Animator. I dragged the camera from its initial position to the final position and saved this animation. Then, I created a collider so that the animation can be triggered once the player exits the maze.

The video shows how camera moves to create the animation.

 

  1. Using the animator.

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2. This is where I placed the collider. screen-shot-2016-12-06-at-15-20-42

This is how the animation looked like before adding end titles:

End titles

First I created the titles in Photoshop as shown below.

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After importing them to Unity, I created a prefab called “Titles.” Then I changed the also value so that the titles fade in after 4 seconds from when the zoom out animation starts.

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The video shows how I made the image animation:

Code summary in relation to zoom out animation: When the player goes through the collider, the FPS’s camera becomes blocked, the camera used for animation becomes active, the player cannot navigate anymore. The animation plays.

Code summary for end titles (refer to “End Titles”): I created a canvas and a prefab (I created the titles in Photoshop). After the zoom out animations starts playing, we need to wait for 4 seconds before the titles fade in (alfa changes).

Note: I also added a quitting function so that once the end titles fade in, the user can quit by hitting the escape button.

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The following video shows the end result:

Other changes

A the footprints used to look too white, following the Professor’s advice, I decided to make them more natural-looking by adding a mud texture. The right choice was not easy – eventually, I decided to keep them greyish (I manipulated emission and changed the albeido to a mud texture I found online):

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Another changes included adding a nav mesh obstacle so that Jack (nav mesh agent) cannot kill/approach Danny once Danny exits the maze and the end animation is triggered.

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I made Jack a bit quicker and Danny a bit slower to improve the game’s dynamics. It worked out pretty good as shown in the video below:

Here are some screenshots of the gameplay:

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Reflection: I had a lot of fun making this game and I feel that I learned a lot while creating it. Sometimes is was really challenging – and that’s great – because these past 5 weeks made me learn a lot of new things. I think that the game turned out scary as intended. I was aiming at realistic looking graphics and achieved this objective. I am looking forward to the IMA show to test people’s reactions to the game.