Forge of Empires 1.9 Calculator

Optimize your goods production and city planning in Forge of Empires with this comprehensive 1.9 era calculator. Understand your building outputs, resource generation, and strategic needs.

Forge of Empires 1.9 Production Calculator

Production vs. Building Level

Goods Production Breakdown

Building Type (Example)	Base Output	Level Output (Avg Lvl ‘; ?>)	Boosted Output (Avg Lvl)	Effective Output per Slot (Boosted)
Tool Factory	0	0	0	0
Wine Producer	0	0	0	0
Cloth Manufacturer	0	0	0	0
Paper Mill	0	0	0	0

What is a Forge of Empires 1.9 Calculator?

A Forge of Empires 1.9 calculator is a specialized tool designed to help players of the popular city-building strategy game, Forge of Empires, optimize their resource production. Specifically focusing on the dynamics of the 1.9 era (or a similar late-game era), this calculator assists players in determining the most efficient output from their goods buildings. It takes into account various factors such as the base production of different goods, the level of your buildings, any active boosts from events or technologies, and the total number of goods buildings you can accommodate in your city. By providing clear, quantitative results, players can make informed decisions about building placement, upgrades, and resource management, ultimately leading to a stronger and more prosperous city.

Who should use it?

• Players aiming to maximize their daily goods production for trading or fulfilling campaign quests.
• Newer players trying to understand the impact of building levels and boosts on their economy.
• Experienced players looking to fine-tune their city layout and optimize resource generation for specific goals, such as advancing through the ages or preparing for events.
• Anyone who wants to avoid tedious manual calculations for their Forge of Empires city.

Common Misconceptions:

• Misconception: All goods buildings produce the same amount. Reality: Different goods have varying base outputs and often different production cycles, affecting their overall efficiency.
• Misconception: Building level is the only factor that matters. Reality: Percentage boosts from research, events, and special buildings can significantly amplify output, sometimes making them more impactful than a few extra building levels.
• Misconception: The calculator is only for 1.9. Reality: While optimized for 1.9’s general mechanics, the principles apply to other eras; however, specific building outputs and level multipliers may differ.

Forge of Empires 1.9 Calculator Formula and Mathematical Explanation

The core of the Forge of Empires 1.9 calculator relies on a multi-stage calculation to accurately determine the total goods output. The formula is designed to layer various modifiers onto a base production value.

Step-by-step derivation:

1. Base Output per Building: This is the fundamental production value for a specific good type from a single building at its base level (Level 1). This value varies significantly between different goods.
2. Level Multiplier: Buildings gain increased output with each level. Forge of Empires uses complex, non-linear formulas for this, but for simplification in calculators, an average multiplier is often derived based on typical building behavior in the target era (like 1.9). This calculator uses a simplified representation.
3. Boosted Output per Building: The base output is increased by the building level multiplier and then by the active percentage boost. The formula is: (Base Output * Level Multiplier) * (1 + Goods Boost / 100)
4. Total Goods Produced: This is the boosted output per building multiplied by the number of available goods building slots. The formula is: Boosted Output per Building * Available Building Slots
5. Effective Goods Per Slot: This metric helps in comparing different building strategies by showing the average output you get from each available slot dedicated to goods production. Calculated as: Total Goods Produced / Available Building Slots (which simplifies to the Boosted Output per Building).

Formula Used:

Total Goods = (Base Goods Output * Building Level Multiplier) * (1 + Goods Boost / 100) * Available Building Slots

Note: The “Building Level Multiplier” is an internal approximation based on typical goods building progression in the 1.9 era. Actual game values might have slight variations.

Variables Table

Variable	Meaning	Unit	Typical Range (1.9 Era)
Base Goods Output	The raw production of a specific good from a building at Level 1.	Goods	Varies (e.g., 10-50)
Building Level Multiplier	A factor representing the increased output due to the building’s current level.	Unitless	Approximation used in calculator (e.g., 1.0 to 5.0+)
Goods Boost (%)	The total percentage increase from research, events, special buildings, etc.	%	0% to 200%+
Available Building Slots	The total number of goods-producing buildings you can place in your city.	Count	10 – 50+
Total Goods Produced	The primary calculated output: all goods generated per production cycle.	Goods	Thousands to Tens of Thousands
Effective Goods Per Slot	Average output from each dedicated goods building slot.	Goods / Slot	Hundreds
Unlocked Goods Types	Number of distinct goods your city can produce. Affects which buildings are available.	Count	1 – 5

Practical Examples (Real-World Use Cases)

Example 1: Optimizing a Tool Factory Focused City

A player in the 1.9 era wants to maximize their Tool production. They have 15 goods building slots available and estimate their average goods building level to be 8. They currently have no active boosts but plan to research boosts in the upcoming event.

• Inputs:
• Base Goods Produced (Tools): 25 / cycle
• Available Building Slots: 15
• Average Goods Building Level: 8
• Current Goods Boost (%): 0%
• Unlocked Goods Types: 2 (Tools is one of them)

Calculation:

• Base Output per Building = 25
• Level Multiplier (approx for Lvl 8) = ~2.5 (using a general calculator logic)
• Boosted Output per Building = (25 * 2.5) * (1 + 0/100) = 62.5
• Total Goods Produced = 62.5 * 15 = 937.5 Tools
• Effective Goods Per Slot = 62.5 Tools/Slot

Interpretation: With their current setup, the player produces approximately 938 Tools every 24 hours (assuming a 24-hour cycle). This is useful for crafting goods for trades or fulfilling certain quests.

Example 2: Post-Event Boost Scenario

The same player from Example 1 now has access to a 50% goods boost from an event.

• Inputs:
• Base Goods Produced (Tools): 25 / cycle
• Available Building Slots: 15
• Average Goods Building Level: 8
• Current Goods Boost (%): 50%
• Unlocked Goods Types: 2

Calculation:

• Base Output per Building = 25
• Level Multiplier (approx for Lvl 8) = ~2.5
• Boosted Output per Building = (25 * 2.5) * (1 + 50/100) = 62.5 * 1.5 = 93.75
• Total Goods Produced = 93.75 * 15 = 1406.25 Tools
• Effective Goods Per Slot = 93.75 Tools/Slot

Interpretation: The 50% boost significantly increases production, resulting in about 1406 Tools per cycle. This highlights the immense value of event boosts for Forge of Empires goods production. The player should prioritize utilizing these boosts effectively.

How to Use This Forge of Empires 1.9 Calculator

Using this Forge of Empires 1.9 calculator is straightforward and designed to provide quick insights into your city’s production capabilities. Follow these simple steps:

1. Input Base Goods Output: Enter the base production value (before any boosts or level multipliers) for one cycle of your most common or desired goods building (e.g., a Tool Factory might output 25 Tools).
2. Enter Available Slots: Specify the total number of goods-producing buildings you currently have space for in your city.
3. Input Average Building Level: Provide the average level of your goods buildings. The calculator uses this to estimate the output increase from leveling.
4. Add Goods Boost (%): Enter any active percentage boosts you have from research, special buildings (like the Grand Temple), or ongoing events. Ensure you enter it as a whole number (e.g., 20 for 20%).
5. Select Unlocked Goods Types: Choose the number of different goods types your city can currently produce. This helps contextualize the outputs.
6. Calculate: Click the “Calculate Production” button.

How to Read Results:

• Primary Highlighted Result (Total Goods Produced): This is your main output figure – the total amount of goods you can expect to generate per production cycle across all your goods buildings, considering all factors.
• Intermediate Values: These provide a breakdown:
  • Base Goods Output (per building): Shows the starting point before multipliers.
  • Goods Output with Level & Boost: The output of a single building after applying level increases and percentage boosts.
  • Total Goods Output (all buildings): Reinforces the primary result.
  • Effective Goods Per Slot: A key metric for comparing efficiency – what each slot contributes on average.
• Formula Explanation: A brief overview of how the results were computed.
• Table & Chart: Visual representations of production data, allowing for quick comparisons across different goods and building levels.

Decision-Making Guidance:

• High Boosts Needed? If your boosted output is significantly lower than desired, consider focusing on acquiring more goods boosts through research, events, or by building relevant special buildings.
• Building Upgrades: Compare the ‘Effective Goods Per Slot’ with and without boosts. If the difference is minimal, upgrading buildings might be more cost-effective than seeking further boosts. If boosts are high, ensure your buildings are at levels that maximize their impact.
• Resource Allocation: Use the calculator to prioritize which goods buildings to focus on if you have limited slots, based on their potential output and your specific needs (e.g., if you need a lot of Tools for crafting).

Key Factors That Affect Forge of Empires 1.9 Calculator Results

Several elements significantly influence the calculated goods production in Forge of Empires. Understanding these factors is crucial for accurate planning and strategy:

1. Base Production Values: Each good type has an inherent base output defined by the game. Some goods, like Tools or Mediterranean Fruits, tend to have higher base outputs than others, making them inherently more efficient if available.
2. Building Level: This is arguably the most direct factor. Higher-level buildings produce substantially more goods per cycle. The calculator estimates this using an average multiplier, but the actual game formula is complex and non-linear. Maintaining high average building levels is key for a strong economy.
3. Percentage Boosts: This is a critical multiplier. Boosts come from:
   • Research: Age-specific research often provides percentage increases for goods production.
   • Events: Special events frequently offer temporary or permanent boost multipliers.
   • Special Buildings: Buildings like the Grand Temple (with goods-producing shrines), Oracle, or certain event buildings can provide passive percentage boosts.

   The calculator’s accuracy hinges on correctly inputting the *total combined* percentage boost.

4. Number of Goods Buildings: Simply put, more buildings equal more production. Optimizing city space to accommodate a higher number of goods buildings, especially those with good base outputs or when boosts are high, directly increases total output.
5. Goods Type Availability: The calculator allows selection of unlocked goods types. If you are in an earlier age, you might only have access to 1 or 2 types of goods. As you progress, unlocking more goods types (like Paper, Spices, or later, Electronics) provides access to potentially higher-producing buildings, but also diversifies your resource needs and city planning.
6. Production Cycle Length: While this calculator focuses on output *per cycle*, the actual time it takes to complete a cycle (e.g., 24 hours, 8 hours) affects the *daily* or *hourly* rate. Players often align their production cycles with their playtime or daily login schedule. The calculator assumes a consistent cycle length for all buildings.
7. Unlocking New Buildings: As you advance through ages, new goods buildings become available, often with significantly higher base outputs or better scaling. The calculator reflects general 1.9 era building efficiencies, but specific building choices within that era matter.

Frequently Asked Questions (FAQ)

Q1: What is the “1.9” in Forge of Empires 1.9 Calculator?

The “1.9” typically refers to the 19th Age in Forge of Empires, known as “Punk Industrial”. Calculators are often era-specific because building outputs, level scaling, and available technologies (which provide boosts) change significantly between ages. This calculator is tailored for the general production mechanics common in that era.

Q2: How accurate is the “Average Goods Building Level” input?

The accuracy depends on how close your input is to the true average level of your goods buildings. The calculator uses a generalized multiplier for level scaling. If your highest-level buildings are significantly higher than the average, your actual output might be slightly different than calculated.

Q3: Does the calculator account for goods produced by Event Buildings?

This specific calculator focuses on standard goods buildings (like Tool Factories, Vineyards, etc.). While event buildings often produce goods, their mechanics can be unique. If an event building produces goods at a rate similar to a standard building of a comparable level and provides a goods boost, you can approximate its contribution. However, it’s best to check the specific output of unique event buildings.

Q4: What if I have multiple goods buildings with different base outputs?

The calculator simplifies this by asking for the base output of a “typical” goods building (like Tools). For more precise calculations, you would need to run the calculator separately for each type of goods building, adjusting the “Base Goods Produced” input accordingly, and summing the results.

Q5: How do I calculate my *total* boost percentage?

Sum up all percentage bonuses that apply to goods production. This includes bonuses from research, certain special buildings (like the Grand Temple, Oracle, etc., assuming they are providing goods boosts), and any active event bonuses. Ensure you are only adding percentage values.

Q6: Is it better to have many low-level goods buildings or fewer high-level ones?

Generally, fewer high-level buildings are more space-efficient and often more cost-effective to upgrade and manage than many low-level ones, especially when considering the non-linear scaling of building levels. However, the optimal strategy also depends on available boosts and your specific city layout goals.

Q7: Can this calculator help with Military Goods or Supplies?

No, this calculator is specifically designed for *City Goods* (like Tools, Wine, Paper, etc.) which are produced by standard goods buildings. Military goods and supplies are produced by different types of buildings and follow different production mechanics.

Q8: What are the limitations of this calculator?

The main limitation is its use of generalized multipliers for building level scaling and the assumption of a single “typical” goods building type. The actual output of specific goods buildings can vary, and advanced players might track these nuances precisely. It also doesn’t account for the time-based nature of production cycles, only the output per cycle.

Related Tools and Internal Resources

• Forge of Empires Age Advancement Guide
  Learn the requirements and benefits of progressing through each age in Forge of Empires.
• Best Special Buildings for Goods Production
  Discover which special buildings offer the most significant boosts to your city’s economy.
• Forge of Empires Trading Guide
  Tips and strategies for successful trading in the Forge of Empires marketplace.
• Campaign Map Strategies
  Understand how to efficiently clear the campaign map battles using optimal army compositions and goods.
• Event Guide: maximizing Event Bonuses
  A comprehensive guide to taking full advantage of limited-time events in Forge of Empires.
• Forge of Empires Military Calculator
  Calculate troop strength, attack, and defense values for PvP and PvE encounters.