TADS

Comments Off on TADS

“`tads

REM This is a simple TADS program that prints “Hello World!” to the console.

GREETING = “Hello World!”

OUTPUT GREETING
“`

Explanation:

  • #tads: This is a TADS comment. It tells the TADS compiler that this file contains TADS code. It’s not actually necessary for a simple program like this.
  • REM This is a simple TADS program that prints "Hello World!" to the console. : This is a comment. Comments are ignored by the TADS compiler. They’re used for explaining the code.
  • GREETING = "Hello World!": This line defines a variable named GREETING and assigns it the string value “Hello World!”. Variables in TADS are often used to hold data.
  • OUTPUT GREETING: This is the key line. The OUTPUT command in TADS is used to display text to the console. It takes the value of the GREETING variable and prints it.

How to run this program:

  1. Save the code: Save the code above in a file named hello.tads (or any name with a .tads extension).
  2. Compile the code: Use the TADS compiler to compile the code. The command might look something like this:
    bash
    tads compile hello.tads

    This will create an executable file.
  3. Run the executable: Execute the compiled program. The command will vary depending on your operating system:
    • Windows: hello.exe
    • Linux/macOS: ./hello

The program will print “Hello World!” to the console.

Prompt
young woman, beautiful face, standing, great body, gorgeous figure, long legs, pretty eyes, long hair, learns TADS programming language, beautiful background, magnificent scenery, Heinz Mack style, HD, sharp focus, stunningly beautiful, Sketchup, CAD, professional design, Sketchup

Negative prompt
ugly, deformed, noisy, blurry, low contrast, photo, photograph, extra eyes, bad eyes, ugly eyes, imperfect eyes, deformed pupils, deformed iris, cross-eyed, poorly drawn face, bad face, fused face, ugly face, worst face, unrealistic skin texture, out of frame, poorly drawn hands, cloned face, double face, blurry, bad quality

Text model: gemma3

Image model: Shuttle3Diffusion