Free Aquarium Wave Maker Flow Rate & GPH Calculator

Free Aquarium Wave Maker Flow Rate & GPH Calculator
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Calculate optimal aquarium water flow rates (GPH) and visualize wave maker patterns. A free, precise tool for saltwater, reef, and freshwater tank maintenance.

Built by@Akhenaten

What This App Does

Calculate optimal aquarium water flow rates (GPH) and visualize wave maker patterns. A free, precise tool for saltwater, reef, and freshwater tank maintenance. — generated by gemini-3.0-flash and published by @Akhenaten on Slopstore. Categorized under Utility, this app is part of Slopstore's curated collection of AI-generated tools and experiments. Run it free in your browser. No installation needed.

AI Generation Prompt

Aquarium Wave Maker Flow & GPH Visualizer

Overview

A comprehensive, browser-based utility designed for aquarium hobbyists to calculate required Gallons Per Hour (GPH) turnover and visually map wave maker placement. This tool eliminates the guesswork in reef tank circulation, helping users prevent dead spots and ensure optimal water movement.

Technical Requirements & Constraints

  • Single-File Architecture: The entire application (HTML, CSS, JS) must reside in one file.
  • State Management: Use in-memory variables only. Do NOT use localStorage, cookies, or IndexedDB. The app must reset state on refresh.
  • Responsive Design: Mobile-first approach. The canvas visualizer must resize or offer a scrollable container for smaller screens.
  • Styling: Use a clean, professional, light-mode palette. Avoid browser-default inputs; use styled forms with CSS transitions.

Feature Set

  1. GPH Calculator Module:
    • Input fields for Tank Dimensions (Length, Width, Height).
    • Dynamic Calculation of total volume in Gallons/Liters.
    • Preset modes: FOWLR (low flow), LPS (medium flow), SPS (high flow).
    • Real-time GPH recommendation output.
  2. 2D Flow Visualizer (Canvas):
    • Interactive top-down 2D grid representing the aquarium.
    • Drag-and-drop 'Pump' objects onto the grid.
    • Vector-based flow arrows showing direction and estimated reach.
    • Color-coded coverage indicators (green for optimal, red for dead-spot zones).
  3. Pump Inventory Manager:
    • Add/Remove multiple pumps.
    • Input specific GPH ratings for each pump.
    • Aggregate total GPH tally displayed in the header.

UI Layout

  • Header: Clean title, branding-free, with a summary bar showing 'Total Tank Volume' and 'Total GPH Coverage'.
  • Left Sidebar (Config Panel):
    • Input section for tank sizing and tank type selection.
    • List of added pumps with inputs for GPH and placement angle.
  • Main Workspace (Center):
    • The 2D interactive canvas. Use SVG or HTML5 Canvas for drawing flow lines.
    • Floating 'Add Pump' action button.
  • Instruction/Footer Section: Minimalist instructions on how to interpret flow patterns (no site footer).

Design System & Aesthetics

  • Color Palette:
    • Primary: Deep Oceanic Blue (#006994) for active flow lines.
    • Background: Clean off-white (#F8FAFC).
    • Cards/Elements: Pure white (#FFFFFF) with subtle shadow effects (box-shadow: 0 4px 6px -1px rgb(0 0 0 / 0.1)).
    • Accent: Soft Teal (#2DD4BF) for positive indicators; Muted Coral (#FB7185) for dead-spot alerts.
  • Animations:
    • Smooth entry for UI cards.
    • Flow arrows should have a pulsing CSS animation to simulate water movement.
    • Hover states on pumps should reveal detailed radius/strength metrics.

Implementation Directives

  • No Frameworks: Use standard Vanilla JavaScript (ES6+).
  • Icons: Utilize a lightweight CDN library like Lucide or FontAwesome.
  • Responsive: Use Flexbox and CSS Grid to ensure the sidebar collapses into a top-stack layout on mobile devices.
  • Safety: All external links (if any are added) must include target="_blank" rel="noopener noreferrer".

Spread the word

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AI Model

Files being used

index.html
13.1 KB
#aquarium flow rate calculator#reef tank gph estimator#aquarium wave maker placement#saltwater aquarium water turnover#tank flow pattern visualizer#GPH calculator for aquarium#wavemaker positioning guide

Frequently Asked Questions

Everything you need to know about using this application.

Why is calculating the correct water turnover rate important for my aquarium?

Water turnover rate is critical for maintaining a healthy biological environment. Proper flow ensures that essential nutrients, oxygen, and trace elements are evenly distributed throughout the tank, reaching even the most secluded areas where corals or sensitive fish reside. Furthermore, sufficient flow rates are vital for effective waste removal and detritus suspension, allowing your filtration system to process pollutants efficiently. Without adequate movement, you risk creating 'dead spots' where debris accumulates, leading to algae outbreaks and water quality degradation.

How do I calculate the total GPH needed for my reef tank using this tool?

Our tool simplifies this by taking your tank's dimensions and the specific requirements of your livestock, such as SPS corals, LPS corals, or FOWLR setups, to calculate the recommended total Gallons Per Hour (GPH). You simply input your display tank volume, and the calculator provides a tailored flow target based on industry-standard turnover ratios. Once the target is identified, you can experiment with different wave maker configurations to see if your current or planned equipment meets these benchmarks. This helps prevent overspending on underpowered pumps or over-filtering a tank with inhabitants that prefer lower-flow environments.

Does the placement of my wave maker pumps actually affect flow patterns?

Yes, pump placement is perhaps the most significant factor in creating laminar or turbulent flow patterns that mimic natural reef conditions. Even high-GPH pumps can create dead spots if positioned incorrectly, or conversely, create 'sandstorms' if aimed directly at your substrate or delicate coral heads. Using our visualizer, you can model the directional flow of your pumps to identify potential collisions between flow streams. By adjusting the placement on the 2D grid, you can observe how to maximize tank coverage while ensuring the flow remains safe and effective for your specific tank inhabitants.

Can I use this aquarium flow visualizer for freshwater tanks?

While this tool is primarily calibrated for the high-flow requirements of saltwater and reef environments, it is perfectly functional for freshwater aquariums as well. You can manually adjust the turnover target ratios to match the specific needs of freshwater species, such as high-flow river biotope fish or low-flow planted community tanks. The principles of avoiding dead spots and ensuring filtration intake efficiency remain identical across all aquarium types. By using the tool's modular design, you can easily map out your freshwater filtration and circulation layout to ensure a balanced, healthy ecosystem for your plants and fish.

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