Thousand frowning disinterested faces, a bad dream, a bad century. Let me fly and be beautiful.

Scan the pixels. Find the correlations. Predict using patterns. Recreate.

Orchard [apples, pears, plums, cherries, grass, poles]

City [skyscrapers, streets, neon lights, cars, buses, apartment buildings, freeways, parks]

Birds [Seabirds, Woodland birds, Wetland birds, Mountain birds]

Trees []

Shrubs []

Houses []

Tool that turns binary code into a directed network of execution, a list of data structures and how they change over the course of the program.

To access these drivers from userspace I will use syscalls, ioctls to be specific. I must understand how linux dispatches syscalls to the driver. I must also understand how an executable is built and how it is executed by the OS.

The goal is to make an executable that can be conveniently run from userspace that makes use of the drivers for my desired purposes such as network communication and graphics rendering. Once I know the entry points of the driver that are relevant to me I can proceed by tracing how these entry points are implemented, and possibly create my own minimal drivers that implement only the functionality I want, the way I want it. This will allow the production of a minimal OS-game that does not contain any bloat-code.

The linux driver for Intel GPUs is called i915. How do I find the entry points to the driver? Study the structure of the driver itself. Both the C codebase and the part of the linux image (have to locate it).

On the whole, I need to map out the linux binary image. Need to be able to locate components inside it, track flow through it. That’s critical. I must make a tool for this.

Three platforms: In browser, using webGL. Easily accessible, but lacking immersion. On desktop, an executable file, better immersion, requires greater investment and trust. Or bootable from a thumb drive, the game as your OS with no layer in-between. No shift-tabbing to another window, no notifications, only the shapes of the dreamworld rendered pixel by pixel on your display, the strands of the world and your movements within it transmitted at all times through your network. How do you acquire the game? It can be downloaded and burned onto an empty thumb drive.

I like the last most. Reverse engineer the linux (and maybe windows) gpu driver to learn what language the GPU speaks, how to send it the right messages to render the shapes you want. Reverse engineer also the network driver to learn how to communicate with the central server. String together gpu and network, cpu and memory.

Generate the 3d shapes procedurally. Watch them grow like organisms following geometric and chaotic principles.

Blockchain authorization, you log in with your private key. In-game assets can belong to your wallet.