xianc78 @xianc78@gameliberty.club

I bent Jai into being able to do """member functions"""

(I bake the index to a global array of structs into a runtime function stored on that struct during creation, so when I call that function from the instantiated struct's member it's got a reference to where the data local to it is stored, and I can "using" that so that I can reference the members as though they were local to the function itself). Here's sort of what it looks like:

Gorf :: struct { TestProc :: ($id: s64) { using arr[id]; // let's access x/y/z as though we "owned" them print("(%, %, %)\n", x, y, z); x += 1.0; // change x to confirm we're actually affecting our members } f: (); x, y, z: float; } arr: [..] Gorf; get_id :: () -> s64 { arr.count += 1; // fake the alloc return arr.count-1; } make_gorf :: (g: Gorf, $id: s64) { array_add(*arr, g); // add it to the global array arr[id].f = #procedure_of_call arr[id].TestProc(id); // bake the id into the member function } Test :: () { p :: #run get_id(); // get an index into the gorf array at compile time make_gorf(.{ x = 100.0 }, p); // make a gorf at runtime // call a few times to show x changing arr[p].f(); arr[p].f(); arr[p].f(); } #import "Basic";

I'm probably never going to actually use this but it's neat that I could do it if I wanted to

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