// System data
const systems = {
    quantumnest: {
        title: "QuantumNest OS",
        subtitle: "Generative AI-powered operating system",
        concept: "A generative AI-powered operating system built in Julia and Python, designed to manage hydrogen-bonded woven smart fabrics in frog-inspired aerodynamic nest homes.",
        elements: ["H", "C", "N"],
        features: [
            "Adaptive thermal regulation via frog-skin mimicry",
            "DNA-based biometric access",
            "Uncertainty principle–driven privacy protocols",
            "Green chemistry–optimized energy loops"
        ],
        tech: "Built with Julia and Python, integrates advanced quantum computing principles with biomimetic architecture.",
        image: "http://static.photos/technology/640x360/1"
    },
    thornbridge: {
        title: "ThornBridge Calculus Engine",
        subtitle: "Structural simulation system for bridge architecture",
        concept: "A C++ and Java-based structural simulation system for bridge architecture inspired by thorn bushes, wild seeds, and ice-earth bonding.",
        elements: ["Si", "Fe", "O"],
        features: [
            "Real-time calculus-based stress modeling",
            "Atomic bonding visualizer for eco-materials",
            "Geometry-driven wind resistance optimization",
            "Ice-mirroring surface simulation"
        ],
        tech: "C++ and Java architecture with real-time physics simulation capabilities.",
        image: "http://static.photos/architecture/640x360/2"
    },
    deserthydro: {
        title: "DesertHydro Dam Intelligence",
        subtitle: "AI system for underwater desert dam architecture",
        concept: "A Fortran-powered AI system for underwater desert dam architecture, woven with geometry and calculus, inspired by wild seeds and thorn bushes.",
        elements: ["Ca", "Mg", "H"],
        features: [
            "Predictive aquifer mapping using Laplace transforms",
            "Genomic water filtration algorithms",
            "Adaptive dam skin with hydrogen-bonded fabric",
            "Uncertainty-based flood risk modeling"
        ],
        tech: "Fortran-powered with advanced hydrological modeling capabilities.",
        image: "http://static.photos/water/640x360/3"
    },
    frogbiome: {
        title: "FrogBiome Habitat Synthesizer",
        subtitle: "System for designing frog-inspired countryside homes",
        concept: "A C# and Python hybrid system for designing frog-inspired countryside homes, integrating human gene expression and green chemistry dynamics.",
        elements: ["P", "S", "Zn"],
        features: [
            "AI-generated home blueprints based on amphibian biomechanics",
            "Hydrogen-bonded woven interiors that shift with humidity",
            "Gene-responsive lighting and ventilation",
            "Quantum uncertainty–based privacy cloaking"
        ],
        tech: "C# and Python hybrid architecture with biological integration.",
        image: "http://static.photos/nature/640x360/4"
    },
    bioweave: {
        title: "BioWeave Fashion Compiler",
        subtitle: "Generative fashion engine for hydrogen-bonded textiles",
        concept: "A JavaScript-based generative fashion engine for female models wearing long pullovers and jeans, woven with hydrogen chemical bonds and inspired by thorn bushes and wild seeds.",
        elements: ["H", "B", "Cr"],
        features: [
            "AI-generated textile patterns based on countryside flora",
            "Dynamic color shifts via quantum dot infusion",
            "Eco-fabric synthesis using green chemistry",
            "Uncertainty-driven style personalization"
        ],
        tech: "JavaScript-based with real-time generative design capabilities.",
        image: "http://static.photos/fashion/640x360/5"
    },
    marscycle: {
        title: "MarsCycle Robotics Framework",
        subtitle: "System for bicycle-robot-spaceship hybrids",
        concept: "A Julia and C++ system for designing bicycle-robot-spaceship hybrids for Mars landings, inspired by thorn bushes, lemon soils, and wild weeds.",
        elements: ["Ti", "Li", "Ne"],
        features: [
            "Algebraic motion planning for Martian terrain",
            "Ice-mirroring wall camouflage",
            "Animal dynamics–inspired suspension",
            "Autonomous landing gear with uncertainty buffers"
        ],
        tech: "Julia and C++ hybrid framework with aerospace robotics integration.",
        image: "http://static.photos/space/640x360/6"
    },
    thornride: {
        title: "ThornRide Algebraic Designer",
        subtitle: "Generative AI tool for futuristic bicycles",
        concept: "A generative AI tool built in Python and JavaScript for futuristic bicycle architecture, inspired by red thorn bushes and wild weeds.",
        elements: ["Al", "C", "F"],
        features: [
            "Algebra-based frame optimization",
            "Eco-material selection via atomic bonding simulation",
            "Thorn-inspired aerodynamic shell",
            "Uncertainty-driven terrain adaptation"
        ],
        tech: "Python and JavaScript with parametric design algorithms.",
        image: "http://static.photos/transport/640x360/7"
    },
    exojacket: {
        title: "ExoJacket Physics Tailor",
        subtitle: "AI fashion system for exoplanet explorers",
        concept: "A C# and Java-based AI fashion system for female exoplanet explorers, designing short jackets with physics-inspired woven fabrics.",
        elements: ["Ar", "Pt", "Te"],
        features: [
            "Pentagon crystal–based insulation",
            "Ice-mirror camouflage for alien environments",
            "Algebraic fit modeling for zero-gravity wear",
            "Green chemistry–infused self-repairing fibers"
        ],
        tech: "C# and Java architecture with advanced materials simulation.",
        image: "http://static.photos/fashion/640x360/8"
    },
    tribokitchen: {
        title: "TriboKitchen Genomic Interior AI",
        subtitle: "Interior design system for kitchens",
        concept: "A Fortran and Python-powered interior design system for kitchens inspired by tribology, tea leaves, gemstones, and ancient codes.",
        elements: ["Cu", "Si", "Bi"],
        features: [
            "Genomic food prep zones with adaptive surfaces",
            "Roman geometry–based spatial optimization",
            "Euclidean trigonometry–driven appliance placement",
            "Fourier and Laplace–enhanced aroma diffusion"
        ],
        tech: "Fortran and Python hybrid with historical and mathematical integration.",
        image: "http://static.photos/food/640x360/9"
    }
};

// Show system details in modal
function showSystemDetails(systemId) {
    const system = systems[systemId];
    if (!system) return;
    
    // Populate modal
    document.getElementById('modalTitle').textContent = system.title;
    document.getElementById('modalSubtitle').textContent = system.subtitle;
    document.getElementById('modalConcept').textContent = system.concept;
    document.getElementById('modalTech').textContent = system.tech;
    document.getElementById('modalImage').src = system.image;
    
    // Create elements list
    const elementsContainer = document.getElementById('modalElements');
    elementsContainer.innerHTML = '';
    system.elements.forEach(el => {
        const span = document.createElement('span');
        span.className = 'px-3 py-1 rounded-full text-xs font-medium bg-gray-700/50';
        span.textContent = el;
        elementsContainer.appendChild(span);
    });
    
    // Create features list
    const featuresContainer = document.getElementById('modalFeatures');
    featuresContainer.innerHTML = '';
    system.features.forEach(feat => {
        const li = document.createElement('li');
        li.className = 'flex items-start';
        li.innerHTML = `
            <svg class="h-5 w-5 text-purple-500 mr-2 flex-shrink-0" fill="none" viewBox="0 0 24 24" stroke="currentColor">
                <path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M5 13l4 4L19 7" />
            </svg>
            <span class="text-gray-300">${feat}</span>
        `;
        featuresContainer.appendChild(li);
    });
    
    // Show modal
    const modal = document.getElementById('systemModal');
    modal.setAttribute('data-show', 'true');
    modal.classList.remove('hidden');
    modal.classList.add('flex');
    document.body.style.overflow = 'hidden';
}

// Hide system details modal
function hideSystemDetails() {
    const modal = document.getElementById('systemModal');
    modal.setAttribute('data-show', 'false');
    modal.classList.add('hidden');
    modal.classList.remove('flex');
    document.body.style.overflow = '';
}