II. Simplified Periodic Table - elide-us/ClayEngineOSS GitHub Wiki

Elements

Group 1: Alkali Metals (1 Valence Electron)

  1. Hydrogen (H)

    • Atomic Number: 1
    • Valence Electrons: 1
    • Uses: Fundamental for water formation and energy production.

  2. Sodium (Na)

    • Atomic Number: 11
    • Valence Electrons: 1
    • Uses: Crucial for salt production and glassmaking.

  3. Potassium (K)

    • Atomic Number: 19
    • Valence Electrons: 1
    • Uses: Key component in fertilizers for plant growth.

Group 2: Alkaline Earth Metals (2 Valence Electrons)

  1. Calcium (Ca)
    • Atomic Number: 20
    • Valence Electrons: 2
    • Uses: Essential for making limestone, cement, and mortar.

Group 3-12: Transition Metals (Variable Valence Electrons)

  1. Titanium (Ti)

    • Atomic Number: 22
    • Valence Electrons: 4
    • Uses: Ideal for advanced tools and armor due to its strength and light weight.

  2. Chromium (Cr)

    • Atomic Number: 24
    • Valence Electrons: 6
    • Uses: Used in stainless steel and metal plating.

  3. Iron (Fe)

    • Atomic Number: 26
    • Valence Electrons: 2
    • Uses: Fundamental for tools, weapons, and construction materials.

  4. Cobalt (Co)

    • Atomic Number: 27
    • Valence Electrons: 2
    • Uses: Essential for magnets and advanced alloys.

  5. Nickel (Ni)

    • Atomic Number: 28
    • Valence Electrons: 2
    • Uses: Used in stainless steel and advanced crafting.

  6. Copper (Cu)

    • Atomic Number: 29
    • Valence Electrons: 1
    • Uses: Used in electrical components, tools, and construction.

  7. Zinc (Zn)

    • Atomic Number: 30
    • Valence Electrons: 2
    • Uses: Important for galvanization and brass alloy crafting.

  8. Silver (Ag)

    • Atomic Number: 47
    • Valence Electrons: 1
    • Uses: Valuable for currency, jewelry, and electronics.

  9. Platinum (Pt)

    • Atomic Number: 78
    • Valence Electrons: 1
    • Uses: Used in advanced technology and high-end crafting.

  10. Gold (Au)

    • Atomic Number: 79
    • Valence Electrons: 1
    • Uses: Rare metal for high-end crafting and electronics.

  11. Uranium (U)

    • Atomic Number: 92
    • Valence Electrons: 6
    • Uses: Rare element used for advanced technology or as an energy source.

Group 13: Boron Group (3 Valence Electrons)

  1. Aluminum (Al)
    • Atomic Number: 13
    • Valence Electrons: 3
    • Uses: Lightweight metal crucial for crafting and construction.

Group 14: Carbon Group (4 Valence Electrons)

  1. Carbon (C)

    • Atomic Number: 6
    • Valence Electrons: 4
    • Uses: Foundation of organic materials, coal, and diamonds.

  2. Silicon (Si)

    • Atomic Number: 14
    • Valence Electrons: 4
    • Uses: Central to rocks, sand, glass, and ceramics.

  3. Tin (Sn)

    • Atomic Number: 50
    • Valence Electrons: 4
    • Uses: Used in bronze alloys and various crafting applications.

  4. Lead (Pb)

    • Atomic Number: 82
    • Valence Electrons: 4
    • Uses: Heavy metal used for radiation shielding and batteries.

Group 15: Pnictogens (5 Valence Electrons)

  1. Nitrogen (N)

    • Atomic Number: 7
    • Valence Electrons: 5
    • Uses: Vital for fertilizers and plant growth.

  2. Phosphorus (P)

    • Atomic Number: 15
    • Valence Electrons: 5
    • Uses: Important for fertilizers and energy production.

Group 16: Chalcogens (6 Valence Electrons)

  1. Oxygen (O)

    • Atomic Number: 8
    • Valence Electrons: 6
    • Uses: Essential for combustion, oxidation, and water formation.

  2. Sulfur (S)

    • Atomic Number: 16
    • Valence Electrons: 6
    • Uses: Used in crafting and various chemical reactions.

Group 17: Halogens (7 Valence Electrons)

  1. Chlorine (Cl)
    • Atomic Number: 17
    • Valence Electrons: 7
    • Uses: Used in chemical synthesis and biological functions.

Group 18: Noble Gases (8 Valence Electrons)

  • No elements in this group

Notes on Valence Electrons and Gameplay Mechanics

  • Transition Metals: Transition metals have variable valence electrons due to their d-orbitals. For gameplay purposes, assigning them common valence counts aids in crafting recipes and understanding elemental interactions.

  • Valence Electrons: Understanding valence electrons helps players predict how elements interact, enhancing the alchemy and crafting systems.

  • Vertical Ordering: Elements are listed from lighter to heavier within each group, reflecting their arrangement in the periodic table.

Gameplay Benefits

  • Intuitive Crafting: Players can use the atomic number and valence electron information to anticipate crafting outcomes, making the system more engaging.

  • Educational Value: The organization introduces players to basic chemistry concepts, enriching the gaming experience.

  • Resource Management: A balanced distribution of common and rare elements ensures progressive gameplay, allowing players to advance from basic to advanced crafting.