SimuLang

Example 1: Infinity Loop

Example 2: Basic Constructs

Example 3: Martian Sol

Example 4: Universal Limit

Example 5: Many Worlds

Example 6: Cyborg

Example 7: Boundary Contradictions

Example 8: Evolving Contradictions

Example 9: Expanding Universe

Example 10: Endpoint Extraction

coeternal light := ∞;

posit varnothing nabla infty ds2(): {

sol day intensity 1.0 {
        print("☀️ Solar Crest Initiated.");
        intertillage [∞..∞+5] -> crest: {
            print(crest);
        }
        delineator "crest-field": {
            octyl pulse := 3;
            print(pulse);
            print(light);
        }
    }

bifurcator ∞[2∞, 4∞] -> a(b, c): {
        print(a); print(b); print(c);
        
        bifurcator b[4∞, 6∞] -> left(x, y): {
            boundary [x..y] -> lnode: {
                print("↙ Left Node at"); print(lnode.top);
            }
        }

bifurcator c[6∞, 8∞] -> right(m, n): {
            boundary [m..n] -> rnode: {
                print("↘ Right Node at"); print(rnode.top);
            }
        }
    }

sol night duration 13.3 {
        print("🌑 Lunar Sink Phase.");
        delineator "collapse-threshold": {
            intertillage [∞..∞+3] -> voidstep: {
                print("Collapsing at"); print(voidstep);
            }
        }
    }

boundary [0..light] -> f: {
        print("🌐 Boundary Field Start:"); print(f.top);
        boundary f.right -> f1: { print(f1.right); }
        boundary f.bottom -> f2: { print(f2.bottom); }
        boundary f.left -> f3: { print(f3.left); }
    }

equiangular light == ∞: {
        print("🧭 Equilibrium Achieved: Simulonic Constants Hold.");
    }

print("🔁 Initiating recursive symbolic pass...");
    recur ds2(100∞);
}