Move from Yarn to Mojang mappings
[████████████████████] 100%

Develop a new tier system for weapon attack stats
[████████████████████] 100%

Develop a new tier system for tool/weapon/armor durability/enchantability stats
[████████████████████] 100%

Develop a new tier system for armor protection/toughness/KBres stats
[████████████████████] 100%

Develop a new tier system for element rarity
[██████████          ] 50%

Develop a new tier system for block hardness/time to mine, and the tool level required
[                    ] 0%

Add "realistically" obtainable elements
[░██                 ] 17% (15/87 - 5 already in vanilla)

Add ways of obtaining obtainable elements
[░                   ] 7% (6/87 - 5 already in vanilla)

Add main alloys
added copper

Add corresponding tools/weapons/armor

Add "missing" Minecraft blocks
[████████            ] 40% (28/ a lot)

Add more foods
[                    ] 0%

Temperature tiers

Parallel tier system to hardness, based on a tier list of furnaces from slow and low melting point metals to fast and high melting point metals.

• Tier I: Kiln (maps to irl temp: <1399K), gives access to copper & lower melting point metals
• Tier II: Furnace (<1811K), allows melting up to iron
• Tier III: Blast Furnace (<2349K), allows melting up to boron
• Tier IV: Refining Converter (<2899K), allows melting up to molybdenum
• Tier V: Redstone Arc Furnace (<3699K), allows melting up to tungsten
• Tier VI: Cubic Press (<5000K), allows the manufacture of synthetic diamonds and similar stuff

Rarity

Elements are now more closely mapped to their IRL rarity in Earth's crust.
For example, diamonds are way harder to find. Copper is rarer than iron, but doesn't need a furnace tier as high due to its lower melting point.

• Note that the generation of some elements is based on the biome or stone type.
• Density also affects the depth of the ores.
• Very electronegative elements (like sulfur) will also be generated in the Nether.
• Elements that cannot be found on Earth but are common in other space objects (moons, meteors) will be generated in the end.

Damage

The Damage of the sword is mapped linearly to the Mohs scale of the element.

However, density applies a modifier; the denser the material, the higher the damage on hit, but the lower the speed of attack (DPS remains the same).

For Example, iron and plutonium have the same value on the Mohs scale, so they deal the same DPS. However, the iron swords allow for fast and light attacks, while the plutonium ones deal a lot of damage per hit but are very slow.

The damage of the axe relative to the sword follows vanilla logic, same for other tools.

Enchantability

• Ench = ElecNeg * 10

Enchantability is mapped onto the Electronegativity of real-life elements (making diamond more enchantable than gold, though diamond is way harder to obtain and higher tier than vanilla).

As a bonus for hard work and reflecting the usual IRL reduced corrosion, alloys sum the Enchantability of compounds, for example: copper 19, tin 20 -> bronze 39.

Protection

• Prot = Bulk / 20 (with Bulk in GPa)

Protection is mapped to the Bulk Modulus.

This implies that some metals/alloys (such as Osmium) can have a slightly higher protection value than diamond. However, diamond still deals more damage due to its high Mohs scale value.

Note: If the resulting protection value is less than 1 per piece, the material will not be craftable into armor (example: magnesium, bone, etc.).

Knockback resistance

• KBres = density / 10 (with density in g/cm^3 and KBres in percent)

Knockback resistance is mapped to the density. Having multiple armor pieces adds up.

Armor Toughness

Armor Toughness is a mix; it is tweaked to favor alloys and tier progression.

Durability

• Dura = Mohs * Bulk / 2 (with Bulk in GPa)

The durability is mapped to the product of the Mohs scale and the Bulk modulus.