update thoughts

may_2025_thoughts.md

@@ -260,7 +260,7 @@ To reiterate the punch list that *I would have needed for Computer Class 1*:
     - [ ] teach Rudus to speak our protocols (stdout and turtle graphics)
     - [ ] there should be a Rust function that takes Ludus source and returns valid Ludus status json
     - [ ] compile Rust to WASM
-    - [ ] wire rust-based WASM into JS
+    - [ ] wire Rust-based WASM into JS
     - [ ] FINALLY, test Rudus against Ludus test cases
 
 So this is the work of the week of June 16, maybe?
@@ -268,5 +268,7 @@ So this is the work of the week of June 16, maybe?
 Just trying to get a sense of what needs to happen for CC2:
 * [ ] Actor model (objects, Spacewar!)
 * [ ] Animation hooked into the web frontend (Spacewar!)
+* [ ] Text input (Spacewar!)
+    - [ ] Makey makey for alternate input?
 * [ ] Saving and loading data into Ludus (perceptrons, dissociated press)
-
+* [ ] Finding corpuses for Dissociated Press

src/main.rs

@@ -75,18 +75,23 @@ pub fn run(src: &'static str) {
 
 pub fn main() {
     // env::set_var("RUST_BACKTRACE", "1");
-    let src = "
+    //     let src = "
-let x = {
+    // let x = {
-    match #{:a 1, :b 2, :c 3} with {
+    //     match #{:a 1, :b 2, :c 3} with {
-        #{a} -> :one
+    //         #{a} -> :one
-        #{a, b, :c 3} -> :two
+    //         #{a, b, :c 3} -> :two
-        #{a, b, c} -> :three
+    //         #{a, b, c} -> :three
-        (1, 2, 3) -> :thing
+    //         (1, 2, 3) -> :thing
-        (4, 5, (6, 7, a)) -> if or (true, false, false, true) then :thing_1 else :thing_2
+    //         (4, 5, (6, 7, a)) -> if or (true, false, false, true) then :thing_1 else :thing_2
-        ([:a, :b, :c, [:d, [:e, (:f, :g)]]]) -> if or (true, false, false, true) then :thing_1 else :thing_2
+    //         ([:a, :b, :c, [:d, [:e, (:f, :g)]]]) -> if or (true, false, false, true) then :thing_1 else :thing_2
-    }
+    //     }
-}
+    // }
 
-   ";
+    //    ";
-    run(src);
+    //     run(src);
+    let a: u16 = 14261;
+    let b_high: u8 = (a >> 8) as u8;
+    let b_low: u8 = a as u8;
+    let c: u16 = ((b_high as u16) << 8) + b_low as u16;
+    println!("{a} // {b_high}/{b_low} // {c}");
 }