Gary Teter's page

The first comprehensible diagram of the ent, showing a document which has been revised three times.

O trees (organization) are red
H trees (history) are blue
Bert canopy (backfollow) is green

We're getting the band back together. We got a full tank of gas, half a pack of cigarettes, it's dark… and we're wearing sunglasses.

I am testing something stupid and posting while the site is completely down. I have magical powers!

I am testing your patience!

I am testing something awesomely stupid!

The focus list is generated dynamically based on threads you've read or visited. It's limited to max 500 threads, which is why threads can age out of it. You can bookmark the focus link as https://paizo.com/cgi-bin/WebObjects/Store.woa/wa/DirectActi on/focus. This will toggle focus on, it's a switch you turn off and on, a way to view the forums.

You can also make a list of threads and posts, see the List link next to "Reply" for each post, or "List This Thread" at the top of the thread. You can name the items on the list, provide commentary, and reorder the items. These lists are available on your profile page (click your own name), and and can be marked as either private or public, for lists you want to share.

It's not just this product. We are currently working on fixing a bug that is preventing certain subscribers from checking out with preorder items in their cart.

Seabreeze Diamond Heist Solved: Four Aces Detective Club Crack the Case

The renowned Four Aces Detective Club has solved the high-profile Seabreeze Diamond theft, which took place at the annual Seaside Gala in the coastal town of Seabreeze Bay. The culprit has been identified as the charismatic art collector, Heart-Thief Harry, who was initially a suspect due to his love of rare gems and borderline obsessive collecting.

Gala-Goer Grace, a wealthy socialite and member of the museum board, served as a key witness. Her testimony regarding a suspicious figure near the exhibit during the Gala was instrumental in identifying Harry as the thief.

Crucial evidence, such as the Seabreeze Soiree Schedule, dazzling diamond dust, and a hidden hallway behind a wall in the museum, pointed to the precise window of opportunity that allowed Harry to commit the crime and make a discreet escape.

Supplementary evidence, including a set of fancy footprints and a telltale text message from Harry's phone, further solidified his guilt by connecting him to the crime scene and revealing a potential motive.

Initially, alibi evidence seemed to exonerate Harry. However, the Four Aces Detective Club managed to disprove the alibi through a thorough investigation. The chatty champagne server's testimony was deemed unreliable due to her confusion about the time, while the snapshot of a smiling suspect was found to be staged. Furthermore, Harry's friend, who had vouched for his presence elsewhere during the heist, admitted to lying under pressure from the thief himself.

With the truth now revealed, Heart-Thief Harry has been apprehended, and the Seabreeze Diamond has been recovered. The people of Seabreeze Bay are grateful for the Four Aces Detective Club's relentless pursuit of justice, which has brought closure to this riveting case.

I've been having fun playing mystery games like Tangle Tower with my kid. You find clues, interview witnesses and suspects, and finger the culprit. I decided to see if I could use GPT-4 to create scenarios for various mysteries for the players to solve. At first I was going to map out how to make a video game, but after consideration, decided I wanted the game to be playable with a standard deck of playing cards. I am pretty pleased with the result—the game has rules, and I can ask the chatbot to create new scenarios for the game.

This process took a couple hours, and took about a dozen prompts and responses in total. Below are my prompts, and the chatbot's responses.

We are going to design a system for constructing mystery games. We will start by defining a mystery game. This is a game where the player attempts to solve a mystery, selecting from an array of possible culprits. Each culprit will have incriminating and/or exculpatory evidence. The actual culprit will have no alibi or exculpatory evidence. The player will uncover clues, which provide evidence for and against the suspects.

To design a system for constructing mystery games, you need to consider the following key components:

Game Structure:

a. Storyline: Craft an engaging plot with a central mystery to be solved.

b. Setting: Define the game's environment, such as time period, location, and world rules.

c. Characters: Create a cast of interesting characters, including the detective, culprits, and other NPCs.

d. Clues and Evidence: Design a series of clues and pieces of evidence that will help players progress in solving the mystery.

Gameplay Mechanics:

a. Exploration: Allow players to navigate through the game world and interact with objects and characters to gather clues.

b. Deduction: Develop a system that allows players to logically connect clues and make deductions.

c. Decision Making: Create a branching narrative structure with choices that affect the outcome of the game.

d. Win/Lose Conditions: Determine how the game will end, whether through successful deduction or running out of time.

User Interface:

a. Inventory: Design a system for managing collected clues and evidence.

b. Journal: Implement a journal to record important events, characters, and deductions.

c. Dialogue System: Create an interactive dialogue system that allows players to ask questions and gather information from characters.

d. Hint System: Provide an optional hint system for players who need guidance.

Artificial Intelligence:

a. Adaptive Clue Generation: Implement algorithms that dynamically generate clues based on player actions and decisions.

b. Character AI: Develop AI for NPCs that can respond to player actions and provide meaningful interactions.

Visual and Audio Design:

a. Art Style: Choose an art style that complements the game's theme and setting.

b. Character Design: Create visually distinct characters that represent their personalities and roles.

c. Sound Design: Develop an immersive audio experience with music, sound effects, and voice acting.

Testing and Balancing:

a. Playtesting: Test the game with a variety of players to ensure it is engaging and challenging.

b. Difficulty Balancing: Adjust the difficulty level of the game to cater to different player preferences.

c. Bug Fixes: Identify and resolve any technical issues to ensure a smooth gaming experience.

By considering these components, you can create a comprehensive system for constructing engaging and enjoyable mystery games.

We don't, though having a better way to surface great threads is an excellent idea.

This URL works for me: https://paizo.com/community/blog&xml=atom

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