{primary_keyword} Calculator
Use this {primary_keyword} to combine copper, bismuth, and zinc for a valid alloy range, confirm smelt-readiness, and forecast ingot yield with smelting loss.
| Metal | Units Input | Percentage | Target Range |
|---|---|---|---|
| Copper | – | – | 60-80% |
| Bismuth | – | – | 10-20% |
| Zinc | – | – | 10-20% |
What is {primary_keyword}?
{primary_keyword} is a specialized tool for alloy planning that checks whether copper, bismuth, and zinc inputs align with the valid Bismuth Bronze recipe in Vintage Story. Crafters, smiths, and survival builders should use {primary_keyword} to avoid wasted ore, manage crucible capacity, and maximize ingot yield. Many players wrongly assume any ratio works; {primary_keyword} clarifies the 60-80% copper, 10-20% bismuth, and 10-20% zinc windows that define true Bismuth Bronze.
Artisans seeking repeatable alloy batches, new players learning smelting, and experts optimizing smelt-loss efficiency all benefit from {primary_keyword}. Misconceptions that zinc is optional or that overfilling crucibles increases yield are resolved by the structured checks inside {primary_keyword}.
{primary_keyword} Formula and Mathematical Explanation
The {primary_keyword} formula begins with summing copper, bismuth, and zinc units. Each percentage equals the metal units divided by the total units, multiplied by 100. The smelting loss reduces total units by a chosen percentage. Dividing the remaining units by the units-per-ingot constant reveals ingot yield. {primary_keyword} uses logical thresholds to flag alloy validity.
Derivation steps for {primary_keyword}:
- Total Units = Cu + Bi + Zn
- Copper % = Cu / Total × 100
- Bismuth % = Bi / Total × 100
- Zinc % = Zn / Total × 100
- Net Units = Total × (1 − Loss%)
- Ingots = floor(Net Units / UnitsPerIngot)
| Variable | Meaning | Unit | Typical Range |
|---|---|---|---|
| Cu | Copper units in {primary_keyword} | units | 540-720 |
| Bi | Bismuth units in {primary_keyword} | units | 90-180 |
| Zn | Zinc units in {primary_keyword} | units | 90-180 |
| Total | Sum of all metals | units | 600-900 |
| Loss% | Smelting loss in {primary_keyword} | % | 0-10 |
| UnitsPerIngot | Units required per ingot | units | 100 |
The {primary_keyword} ensures each percentage fits its band while respecting crucible capacity, giving immediate pass/fail feedback.
Practical Examples (Real-World Use Cases)
Example 1: High-yield batch
Inputs: 620 Cu, 140 Bi, 140 Zn, capacity 900, loss 2%. {primary_keyword} totals 900 units, copper 68.9%, bismuth 15.6%, zinc 15.6%. Net units after loss are 882, producing 8 ingots with 82 units remaining. Interpretation: This {primary_keyword} setup hits the alloy window perfectly and maximizes crucible space.
Example 2: Under-capacity precision
Inputs: 500 Cu, 110 Bi, 110 Zn, capacity 900, loss 5%. {primary_keyword} totals 720 units, copper 69.4%, bismuth 15.3%, zinc 15.3%. Net units after loss are 684, giving 6 ingots with 84 units left. Interpretation: This {primary_keyword} run conserves ores while remaining fully valid for smithing.
How to Use This {primary_keyword} Calculator
- Enter copper, bismuth, and zinc units you plan to smelt.
- Confirm crucible capacity suits your batch within {primary_keyword}.
- Adjust smelting loss to match kiln or furnace efficiency.
- Review alloy validity status and ingot yield shown by {primary_keyword}.
- Use the table and chart to fine-tune percentages.
- Copy results to share crafting plans or archive your {primary_keyword} batches.
Interpretation tips: If any percentage is out of range, {primary_keyword} flags invalidity; reduce or increase specific metals until copper stays 60-80%, bismuth 10-20%, zinc 10-20%.
Decision guidance: When the remainder units are near another ingot threshold, adjust inputs slightly to gain one more ingot within {primary_keyword} parameters.
Key Factors That Affect {primary_keyword} Results
- Metal ratios: Deviations from required copper, bismuth, and zinc bands invalidate {primary_keyword} outputs.
- Crucible capacity: Overfilling prevents smelting; {primary_keyword} monitors total units to avoid waste.
- Smelting loss: Higher loss lowers ingot yield; set realistic percentages in {primary_keyword}.
- Units per ingot: Variant rules or mods can alter this constant, changing {primary_keyword} ingot counts.
- Batch size: Larger batches amplify percentage errors; {primary_keyword} helps maintain accuracy.
- Resource scarcity: When ores are limited, {primary_keyword} aids in minimizing loss while staying valid.
- Temperature efficiency: Poor furnace heat can increase loss, so set higher loss in {primary_keyword} if needed.
- Player skill: Miscounted pours are common; {primary_keyword} offers a precise checklist before smelting.
Frequently Asked Questions (FAQ)
Does {primary_keyword} work if I skip zinc?
No. {primary_keyword} requires zinc at 10-20% to register a valid alloy.
What if total units exceed capacity?
{primary_keyword} will flag capacity errors; reduce metal inputs until the total fits.
Can I change units per ingot?
Yes. {primary_keyword} includes a Units per Ingot field for modded rules.
How do I handle zero smelting loss?
Set loss to 0 in {primary_keyword}; net units will equal total units.
Why is my alloy invalid with 70% copper?
Check bismuth and zinc; {primary_keyword} requires both to be 10-20% as well.
Is fractional loss supported?
Yes, {primary_keyword} accepts decimals for precise efficiency tracking.
Can I plan multiple batches?
Copy results from {primary_keyword} and adjust inputs for each planned batch.
What happens to remainder units?
{primary_keyword} shows remaining units; they can be combined in a future melt.
Related Tools and Internal Resources
- {related_keywords} – Learn more alloys paired with {primary_keyword}.
- {related_keywords} – Strategy guide linked with {primary_keyword} steps.
- {related_keywords} – Resource map integrating {primary_keyword} planning.
- {related_keywords} – Smelting efficiency tips for {primary_keyword} users.
- {related_keywords} – Ingot management linked to {primary_keyword} batches.
- {related_keywords} – Crafting flowcharts that feature {primary_keyword} paths.