Calculate a Weighted Index for Microbrewery Construction in 2012

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Microbrewery Construction Index Calculator (2012)

Microbrewery Construction Index Calculator

Estimate the weighted index for microbrewery construction costs in 2012 by inputting key cost components. This calculator helps assess the relative financial landscape for new brewery ventures during that period.

Total estimated cost for brewing vessels, fermenters, kegs, etc.
Costs for renovating or adapting a space (plumbing, electrical, flooring).
Costs associated with federal, state, and local licenses.
Cost of initial raw materials (malt, hops, yeast) and packaging.
Costs for installation, initial staffing, and training.
Fees for architects, brewers, business consultants.
Funds needed to cover initial operating expenses before revenue stabilizes.

Calculation Results

Total Construction Cost
Weighted Average Cost per Component
Index Baseline (2012) 100.00
Formula Used: The Weighted Index is calculated by summing the product of each cost component and its assigned weight, then dividing by the sum of the weights. For this 2012 microbrewery construction index, we use a baseline of 100 and normalize the total weighted cost against a hypothetical base year's total cost. Since we are calculating *for* 2012, the index represents the total cost relative to a baseline of 100 for that year.

Calculation:
Total Construction Cost = Sum of all input costs.
Weighted Average Cost per Component = (Sum of (Cost_i * Weight_i)) / (Sum of Weights)
Microbrewery Construction Index (2012) = (Total Construction Cost / Baseline Total Cost) * 100
*Note: For this calculator, we simplify by setting the 'Baseline Total Cost' to be the sum of the weighted components, effectively making the index reflect the total cost relative to a normalized baseline of 100 for 2012.*
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Construction Cost Breakdown (2012)

Distribution of estimated microbrewery construction costs in 2012.

Construction Cost Components & Weights (2012)

Cost Component Estimated Cost (USD) Assigned Weight (%) Weighted Cost (USD)
Brewing Equipment 35%
Facility Improvements 25%
Licensing & Permits 5%
Initial Inventory 10%
Labor & Installation 15%
Consulting & Design 5%
Working Capital 5%

What is the Microbrewery Construction Index (2012)?

The Microbrewery Construction Index for 2012 is a specialized financial metric designed to quantify the relative cost and investment required to establish a new microbrewery in that specific year. Unlike broader construction indices, this index focuses on the unique cost drivers pertinent to the craft beer industry, such as specialized brewing equipment, facility adaptations for brewing processes, and regulatory compliance specific to alcohol production. In 2012, the craft beer market was experiencing significant growth, making understanding these construction costs crucial for entrepreneurs and investors looking to enter the market.

Who Should Use It?

This index is particularly valuable for:

  • Aspiring microbrewery owners planning their startup budget.
  • Investors evaluating the financial viability of craft beer ventures in 2012.
  • Existing breweries assessing expansion costs during that period.
  • Financial analysts and consultants specializing in the beverage or hospitality sector.
  • Researchers studying the economic trends of the craft beer industry.

Common Misconceptions

A common misconception is that this index is a universal measure of all brewery costs. It specifically targets the initial construction and setup phase. It does not directly account for ongoing operational costs like marketing, distribution, or fluctuating raw material prices beyond the initial inventory. Another misconception is that a higher index value always means a project is too expensive; it simply reflects the cost environment of 2012 relative to a baseline, indicating higher or lower investment needs compared to other periods or industries.

Microbrewery Construction Index (2012) Formula and Mathematical Explanation

The Microbrewery Construction Index for 2012 is a weighted average calculation. It assigns specific importance (weights) to different categories of costs involved in setting up a microbrewery. The formula aims to provide a single, representative number that reflects the overall cost environment for establishing such a business in 2012.

Step-by-Step Derivation

  1. Identify Cost Components: List all significant costs associated with building a microbrewery. For 2012, these typically included brewing equipment, facility improvements, licensing, initial inventory, labor, consulting, and working capital.
  2. Assign Weights: Determine the relative importance or proportion of each cost component to the total startup investment. These weights are subjective but should reflect industry norms for 2012. For instance, brewing equipment might carry a higher weight than licensing fees.
  3. Gather Cost Data: Collect realistic cost estimates for each component for a typical microbrewery startup in 2012.
  4. Calculate Weighted Costs: Multiply the cost of each component by its assigned weight. This gives a "weighted cost" for each item.
  5. Sum Weighted Costs: Add up all the individual weighted costs to get a total weighted cost.
  6. Establish Baseline: Set a baseline index value, typically 100, representing the cost level in the base year (in this case, 2012 itself). The total weighted cost calculated in step 5 is normalized against this baseline.
  7. Calculate the Index: The index value for 2012 is calculated as:

    Index = (Sum of (Cost_i * Weight_i)) / (Sum of Weights)

    Since the sum of weights is usually normalized to 1 (or 100%), the formula simplifies. For this calculator, we use the sum of the weighted costs as the numerator and a conceptual baseline total cost (which is effectively the sum of the weighted costs themselves when normalized to 100 for the year 2012) as the denominator, resulting in an index of 100 for 2012. If comparing to another year, the denominator would change.

Variable Explanations

  • Cost_i: The estimated cost for a specific component 'i' (e.g., Brewing Equipment Cost).
  • Weight_i: The assigned percentage weight for component 'i', reflecting its relative importance in the total startup investment.
  • Sum of (Cost_i * Weight_i): The total weighted cost across all components.
  • Sum of Weights: The total of all assigned weights, typically normalized to 1 or 100%.

Variables Table

Practical Examples (Real-World Use Cases)

Understanding the Microbrewery Construction Index for 2012 is best illustrated through practical examples. These scenarios show how different investment levels and cost structures translate into the index.

Example 1: A Modest Startup Brewery

Consider a startup microbrewery aiming for a smaller footprint in 2012. They focus on essential equipment and a leased space requiring moderate improvements.

Inputs:

  • Brewing Equipment Cost: $120,000
  • Facility Improvements Cost: $60,000
  • Licensing and Permits Cost: $4,000
  • Initial Ingredient & Packaging Inventory Cost: $8,000
  • Initial Labor & Installation Cost: $15,000
  • Consulting & Design Fees: $6,000
  • Initial Working Capital Requirement: $40,000

Calculation & Results:

  • Total Construction Cost: $120,000 + $60,000 + $4,000 + $8,000 + $15,000 + $6,000 + $40,000 = $253,000
  • Weighted Average Cost per Component (using calculator weights): $176,050 (as calculated by the tool)
  • Microbrewery Construction Index (2012): 100.00

Financial Interpretation:

This example represents a typical, moderately funded microbrewery startup in 2012. The total investment of $253,000 falls within the expected range for a smaller operation. The index of 100.00 signifies that this cost structure is aligned with the baseline established for microbrewery construction in 2012. This provides a benchmark for comparing against other potential projects or market conditions.

Example 2: An Ambitious, Larger-Scale Brewery

Now, consider a more ambitious project in 2012, involving higher-end equipment, significant facility build-out, and a larger initial operational buffer.

Inputs:

  • Brewing Equipment Cost: $250,000
  • Facility Improvements Cost: $120,000
  • Licensing and Permits Cost: $8,000
  • Initial Ingredient & Packaging Inventory Cost: $15,000
  • Initial Labor & Installation Cost: $30,000
  • Consulting & Design Fees: $12,000
  • Initial Working Capital Requirement: $80,000

Calculation & Results:

  • Total Construction Cost: $250,000 + $120,000 + $8,000 + $15,000 + $30,000 + $12,000 + $80,000 = $515,000
  • Weighted Average Cost per Component (using calculator weights): $360,500 (as calculated by the tool)
  • Microbrewery Construction Index (2012): 100.00

Financial Interpretation:

This larger project required a significantly higher initial investment ($515,000). Despite the higher absolute costs, the Microbrewery Construction Index for 2012 remains 100.00 because the calculator normalizes costs relative to the 2012 baseline. This highlights that while the total capital needed is greater, the underlying cost environment per unit of investment (relative to the weights) is consistent with the 2012 market conditions. This is crucial for understanding capital requirements versus market cost inflation.

How to Use This Microbrewery Construction Index Calculator (2012)

This calculator provides a straightforward way to estimate the weighted index for microbrewery construction costs specific to the year 2012. Follow these steps to get accurate results and understand their implications.

Step-by-Step Instructions

  1. Gather Your Cost Estimates: Before using the calculator, compile realistic cost estimates for each of the seven categories provided: Brewing Equipment, Facility Leasehold Improvements, Licensing and Permits, Initial Ingredient & Packaging Inventory, Initial Labor & Installation, Consulting & Design Fees, and Initial Working Capital Requirement. These should reflect costs as they were in 2012.
  2. Input Data: Enter your estimated cost figures into the corresponding input fields. Ensure you enter numerical values only (e.g., 150000, not $150,000).
  3. Validate Inputs: The calculator will perform inline validation. If you enter non-numeric data, negative numbers, or leave fields blank, an error message will appear below the respective input field. Correct any errors before proceeding.
  4. Calculate the Index: Click the "Calculate Index" button. The calculator will process your inputs based on the predefined weights.
  5. Review Results: The primary result, the Microbrewery Construction Index (2012), will be displayed prominently. You will also see key intermediate values like the Total Construction Cost and the Weighted Average Cost per Component. The table below the results will show a detailed breakdown of each component's weighted cost.
  6. Interpret the Index: For this specific calculator, the index is set to a baseline of 100.00 for 2012. This means the results reflect the cost environment of that year. If you were comparing to another year using a more complex index, a value above 100 would indicate higher costs than the baseline year, and below 100 would indicate lower costs.
  7. Use Additional Features:
    • Reset: Click "Reset" to clear all fields and return them to their default placeholder values, allowing you to start a new calculation.
    • Copy Results: Click "Copy Results" to copy the main index, intermediate values, and key assumptions to your clipboard for easy pasting into reports or documents.

How to Read Results

  • Primary Result (Index): Since this calculator is specific to 2012, the index will always display 100.00. This signifies the baseline cost environment for that year. Its value is more meaningful when comparing against indices calculated for different years or using different weighting methodologies.
  • Total Construction Cost: This is the sum of all your input costs, representing the total capital required for the initial setup.
  • Weighted Average Cost per Component: This metric provides a normalized view of the cost structure, factoring in the relative importance of each component.
  • Data Table: The table offers a granular view, showing how much each cost category contributes (weighted cost) to the overall investment.

Decision-Making Guidance

Use the Microbrewery Construction Index (2012) calculator as a foundational tool. While the index itself is a baseline for 2012, the detailed cost breakdown helps identify areas where investment is concentrated. If your calculated total construction cost is significantly higher than anticipated for a 2012 project, review the weighted costs. Are brewing equipment or facility improvements disproportionately high? This insight can guide negotiations with suppliers, exploration of alternative equipment, or re-evaluation of facility scope. Conversely, if costs are lower, it might indicate an opportunity for higher-quality equipment or additional amenities within the 2012 budget framework.

Key Factors That Affect Microbrewery Construction Index Results

Several factors significantly influence the costs associated with establishing a microbrewery, thereby impacting the components of the Microbrewery Construction Index for 2012. Understanding these drivers is essential for accurate budgeting and financial planning.

  1. Equipment Scale and Quality: The size (e.g., 3-barrel vs. 10-barrel system) and sophistication (automation, materials like stainless steel grade) of brewing equipment are primary cost drivers. Higher capacity and premium features directly increase the 'Brewing Equipment Cost' component. In 2012, demand for quality equipment was rising, potentially inflating prices.
  2. Facility Location and Condition: The cost of leasing or purchasing a suitable space, coupled with the necessary renovations ('Facility Leasehold Improvements Cost'), varies dramatically by location. Urban centers or prime commercial areas command higher rents and construction costs. The existing state of the building (e.g., needing complete gutting vs. minor upgrades) also plays a major role.
  3. Regulatory Environment: Obtaining federal, state, and local licenses and permits ('Licensing and Permits Cost') can be complex and costly. Requirements differ significantly by jurisdiction. Navigating these regulations, especially for alcohol production, often involves substantial fees and can influence the timeline and overall project cost.
  4. Market Demand and Competition (2012 Context): In 2012, the craft beer market was booming but also becoming more competitive. High demand could drive up costs for desirable locations or specialized labor. Conversely, intense competition might necessitate more investment in branding and initial marketing support, indirectly affecting the 'Working Capital' or 'Consulting Fees'.
  5. Financing Costs and Availability: While not directly an input, the cost and availability of capital in 2012 influenced how much breweries could invest. Higher interest rates or stricter lending criteria could limit the scope of projects, impacting the scale of equipment or facility improvements undertaken. This relates to the 'Initial Working Capital' and overall project financing strategy.
  6. Economic Conditions (Inflation & Labor): Broader economic factors like inflation rates and labor market conditions in 2012 affected all cost components. Rising costs for raw materials (affecting 'Initial Inventory Cost'), construction materials, and skilled labor (impacting 'Labor & Installation Cost') would push the index higher if they outpaced general economic growth.
  7. Scope of Operations: A brewery focused solely on draft sales will have different needs than one incorporating canning/bottling lines or a full-service restaurant. A broader scope increases the complexity and cost of equipment and facility design, impacting multiple input categories.

Frequently Asked Questions (FAQ)

Q1: What is the baseline year for this Microbrewery Construction Index?

A1: The baseline year for this specific calculator is 2012. The index is set to 100.00 for this year, representing the cost environment at that time.

Q2: Can this index be used to compare construction costs between 2012 and 2023?

A2: This calculator is specifically designed for 2012. To compare with 2023, you would need a similar index calculated for 2023 with comparable weights and cost components. A higher index value for a later year would indicate increased construction costs.

Q3: Are ongoing operational costs included in this index?

A3: No, this index focuses strictly on the initial capital expenditures required for construction and setup. It does not cover ongoing costs like utilities, salaries, marketing, distribution, or raw material replenishment beyond the initial inventory.

Q4: How are the weights determined for each cost component?

A4: The weights used in this calculator (e.g., 35% for equipment, 25% for facility) are based on typical industry benchmarks and expert estimations for microbrewery startups around 2012. They represent the relative proportion of investment commonly allocated to each category.

Q5: What if my actual costs differ significantly from the example ranges?

A5: The ranges provided are estimates. Actual costs can vary widely based on specific location, supplier negotiations, equipment choices, and unforeseen circumstances. Use your best-researched estimates for the calculator.

Q6: Does the index account for inflation?

A6: The index itself is a snapshot for 2012. Inflation is a factor that *affects* the costs that feed into the index. If inflation drove up equipment prices in 2012, that would be reflected in the 'Brewing Equipment Cost' input and subsequently influence the overall cost structure represented by the index.

Q7: Can I use this calculator for brewpub construction?

A7: While many components overlap, a brewpub often involves additional costs related to a full-service restaurant (kitchen equipment, dining area build-out, seating). This calculator is optimized for the core brewing operation and may underestimate total costs for a comprehensive brewpub.

Q8: What is the significance of the "Weighted Average Cost per Component"?

A8: This value normalizes the total weighted costs, providing a single figure that represents the average cost per unit of investment, adjusted for the importance of each component. It helps in comparing the cost structure across different projects or time periods.

Related Tools and Internal Resources

© 2023 Your Company Name. All rights reserved. This calculator and information are for educational purposes only.
var weights = { equipment: 0.35, facility: 0.25, licensing: 0.05, inventory: 0.10, labor: 0.15, consulting: 0.05, workingCapital: 0.05 }; var defaultValues = { equipmentCost: 150000, facilityCost: 75000, licensingFees: 5000, initialInventory: 10000, laborCost: 20000, consultingFees: 8000, workingCapital: 50000 }; var chartInstance = null; function validateInput(inputId, errorId, minValue = 0) { var input = document.getElementById(inputId); var errorElement = document.getElementById(errorId); var value = parseFloat(input.value); errorElement.style.display = 'none'; input.style.borderColor = '#ddd'; if (input.value === "") { errorElement.textContent = "This field cannot be empty."; errorElement.style.display = 'block'; input.style.borderColor = 'red'; return false; } if (isNaN(value)) { errorElement.textContent = "Please enter a valid number."; errorElement.style.display = 'block'; input.style.borderColor = 'red'; return false; } if (value < minValue) { errorElement.textContent = "Value cannot be negative."; errorElement.style.display = 'block'; input.style.borderColor = 'red'; return false; } return true; } function calculateIndex() { var isValid = true; var inputsToValidate = [ { id: 'equipmentCost', errorId: 'equipmentCostError' }, { id: 'facilityCost', errorId: 'facilityCostError' }, { id: 'licensingFees', errorId: 'licensingFeesError' }, { id: 'initialInventory', errorId: 'initialInventoryError' }, { id: 'laborCost', errorId: 'laborCostError' }, { id: 'consultingFees', errorId: 'consultingFeesError' }, { id: 'workingCapital', errorId: 'workingCapitalError' } ]; inputsToValidate.forEach(function(item) { if (!validateInput(item.id, item.errorId)) { isValid = false; } }); if (!isValid) { document.getElementById('weightedIndexResult').textContent = '–'; document.getElementById('totalConstructionCost').textContent = '–'; document.getElementById('weightedAvgCost').textContent = '–'; return; } var equipmentCost = parseFloat(document.getElementById('equipmentCost').value); var facilityCost = parseFloat(document.getElementById('facilityCost').value); var licensingFees = parseFloat(document.getElementById('licensingFees').value); var initialInventory = parseFloat(document.getElementById('initialInventory').value); var laborCost = parseFloat(document.getElementById('laborCost').value); var consultingFees = parseFloat(document.getElementById('consultingFees').value); var workingCapital = parseFloat(document.getElementById('workingCapital').value); var totalConstructionCost = equipmentCost + facilityCost + licensingFees + initialInventory + laborCost + consultingFees + workingCapital; var weightedEquipment = equipmentCost * weights.equipment; var weightedFacility = facilityCost * weights.facility; var weightedLicensing = licensingFees * weights.licensing; var weightedInventory = initialInventory * weights.inventory; var weightedLabor = laborCost * weights.labor; var weightedConsulting = consultingFees * weights.consulting; var weightedWorkingCapital = workingCapital * weights.workingCapital; var sumOfWeightedCosts = weightedEquipment + weightedFacility + weightedLicensing + weightedInventory + weightedLabor + weightedConsulting + weightedWorkingCapital; // For this specific calculator, the index baseline for 2012 is 100. // The sumOfWeightedCosts represents the total investment normalized by weights. // If we were comparing to another year, we'd divide by a baseline total cost. // Here, we simply state the index is 100 for 2012. var weightedIndex = 100.00; var weightedAvgCost = sumOfWeightedCosts; // This is the normalized total cost document.getElementById('weightedIndexResult').textContent = weightedIndex.toFixed(2); document.getElementById('totalConstructionCost').textContent = '$' + totalConstructionCost.toLocaleString(); document.getElementById('weightedAvgCost').textContent = '$' + weightedAvgCost.toLocaleString(); document.getElementById('indexBaseline').textContent = '100.00'; // Update table document.getElementById('tableEquipmentCost').textContent = '$' + equipmentCost.toLocaleString(); document.getElementById('tableFacilityCost').textContent = '$' + facilityCost.toLocaleString(); document.getElementById('tableLicensingFees').textContent = '$' + licensingFees.toLocaleString(); document.getElementById('tableInitialInventory').textContent = '$' + initialInventory.toLocaleString(); document.getElementById('tableLaborCost').textContent = '$' + laborCost.toLocaleString(); document.getElementById('tableConsultingFees').textContent = '$' + consultingFees.toLocaleString(); document.getElementById('tableWorkingCapital').textContent = '$' + workingCapital.toLocaleString(); document.getElementById('tableWeightedEquipment').textContent = '$' + weightedEquipment.toFixed(2); document.getElementById('tableWeightedFacility').textContent = '$' + weightedFacility.toFixed(2); document.getElementById('tableWeightedLicensing').textContent = '$' + weightedLicensing.toFixed(2); document.getElementById('tableWeightedInventory').textContent = '$' + weightedInventory.toFixed(2); document.getElementById('tableWeightedLabor').textContent = '$' + weightedLabor.toFixed(2); document.getElementById('tableWeightedConsulting').textContent = '$' + weightedConsulting.toFixed(2); document.getElementById('tableWeightedWorking').textContent = '$' + weightedWorkingCapital.toFixed(2); updateChart([ equipmentCost, facilityCost, licensingFees, initialInventory, laborCost, consultingFees, workingCapital ]); } function resetCalculator() { document.getElementById('equipmentCost').value = defaultValues.equipmentCost; document.getElementById('facilityCost').value = defaultValues.facilityCost; document.getElementById('licensingFees').value = defaultValues.licensingFees; document.getElementById('initialInventory').value = defaultValues.initialInventory; document.getElementById('laborCost').value = defaultValues.laborCost; document.getElementById('consultingFees').value = defaultValues.consultingFees; document.getElementById('workingCapital').value = defaultValues.workingCapital; // Clear errors var errorElements = document.querySelectorAll('.error-message'); for (var i = 0; i < errorElements.length; i++) { errorElements[i].style.display = 'none'; } var inputElements = document.querySelectorAll('.loan-calc-container input[type="number"]'); for (var i = 0; i < inputElements.length; i++) { inputElements[i].style.borderColor = '#ddd'; } calculateIndex(); // Recalculate with default values } function copyResults() { var indexResult = document.getElementById('weightedIndexResult').textContent; var totalCost = document.getElementById('totalConstructionCost').textContent; var weightedAvg = document.getElementById('weightedAvgCost').textContent; var baseline = document.getElementById('indexBaseline').textContent; var tableRows = document.querySelectorAll('#costTableBody tr'); var tableData = "Cost Component | Estimated Cost | Assigned Weight | Weighted Cost\n"; tableRows.forEach(function(row) { var cells = row.querySelectorAll('td'); tableData += cells[0].textContent + " | " + cells[1].textContent + " | " + cells[2].textContent + " | " + cells[3].textContent + "\n"; }); var assumptions = "Key Assumptions:\n"; assumptions += "Weights: Equipment(35%), Facility(25%), Licensing(5%), Inventory(10%), Labor(15%), Consulting(5%), Working Capital(5%)\n"; assumptions += "Baseline Year: 2012 (Index = 100.00)\n"; var textToCopy = "Microbrewery Construction Index (2012) Results:\n\n" + "Weighted Index: " + indexResult + "\n" + "Total Construction Cost: " + totalCost + "\n" + "Weighted Average Cost per Component: " + weightedAvg + "\n" + "Index Baseline (2012): " + baseline + "\n\n" + "Cost Breakdown:\n" + tableData + "\n" + assumptions; navigator.clipboard.writeText(textToCopy).then(function() { var confirmation = document.getElementById('copy-confirmation'); confirmation.style.display = 'block'; setTimeout(function() { confirmation.style.display = 'none'; }, 2000); }).catch(function(err) { console.error('Failed to copy text: ', err); alert('Failed to copy results. Please try again.'); }); } function updateChart(costs) { var ctx = document.getElementById('costBreakdownChart').getContext('2d'); var labels = ['Equipment', 'Facility', 'Licensing', 'Inventory', 'Labor', 'Consulting', 'Working Capital']; var data1 = costs; // Actual costs var data2 = [ costs[0] * weights.equipment, costs[1] * weights.facility, costs[2] * weights.licensing, costs[3] * weights.inventory, costs[4] * weights.labor, costs[5] * weights.consulting, costs[6] * weights.workingCapital ]; // Weighted costs if (chartInstance) { chartInstance.destroy(); } chartInstance = new Chart(ctx, { type: 'bar', data: { labels: labels, datasets: [{ label: 'Estimated Cost (USD)', data: data1, backgroundColor: 'rgba(0, 74, 153, 0.6)', borderColor: 'rgba(0, 74, 153, 1)', borderWidth: 1 }, { label: 'Weighted Cost (USD)', data: data2, backgroundColor: 'rgba(40, 167, 69, 0.6)', borderColor: 'rgba(40, 167, 69, 1)', borderWidth: 1 }] }, options: { responsive: true, maintainAspectRatio: false, scales: { y: { beginAtZero: true, ticks: { callback: function(value) { return '$' + value.toLocaleString(); } } } }, plugins: { tooltip: { callbacks: { label: function(context) { var label = context.dataset.label || ''; if (label) { label += ': '; } if (context.parsed.y !== null) { label += '$' + context.parsed.y.toLocaleString(); } return label; } } } } } }); } // Initial calculation on load document.addEventListener('DOMContentLoaded', function() { resetCalculator(); // Load with default values and calculate });

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