# Neumorphism Shadow Generator

> Generate soft UI shadow effects with light/dark shadows calculated from background color and light source angle

**Category:** Dev
**Keywords:** neumorphism, soft ui, shadow, css, design, neomorphism, soft shadow, highlight, inset, convex, concave
**URL:** https://complete.tools/neumorphism-shadow-generator

## How it works

The tool processes user inputs by first determining the RGB values of the specified background color. It then applies a shadow generation algorithm that calculates the light and dark shadows based on the specified angle of the light source. The light shadow is typically a lighter shade of the background color, while the dark shadow is a darker shade. The angle is converted into a directional vector that influences the position of the shadows. The final output is rendered using CSS properties for use in web design.

## Who should use this

Web designers creating neumorphic interfaces for applications, UI/UX developers optimizing user experience in mobile apps, graphic designers producing visually appealing digital art, and game developers implementing UI elements with depth in gaming interfaces.

## Worked examples

Example 1: A web designer chooses a background color of #E0E0E0 (RGB: 224, 224, 224) and sets a light source angle of 120 degrees. The tool calculates a light shadow of #FFFFFF (RGB: 255, 255, 255) and a dark shadow of #B0B0B0 (RGB: 176, 176, 176). The resulting shadows create a soft, three-dimensional effect. 

Example 2: A UI/UX developer selects a background color of #4A90E2 (RGB: 74, 144, 226) with a light source angle of 30 degrees. The tool calculates a light shadow of #A0C4F5 (RGB: 160, 196, 245) and a dark shadow of #2B6B9D (RGB: 43, 107, 157). These shadows enhance the button's appearance, making it appear pressed into the interface. 

Example 3: A graphic designer works with a background color of #FFFFFF (RGB: 255, 255, 255) and sets a light source angle of 270 degrees. The output includes a light shadow of #F0F0F0 (RGB: 240, 240, 240) and a dark shadow of #D0D0D0 (RGB: 208, 208, 208), creating a subtle depth effect suitable for minimalist designs.

## Limitations

The tool's accuracy is contingent on the RGB color model, which may not perfectly represent colors in different display settings. Shadows generated may not appear as intended on screens with varied brightness or color calibration. Additionally, the tool assumes a uniform light source; complex lighting scenarios may yield inaccurate results. The algorithm is designed for specific angles; extreme angles (e.g., 0 or 360 degrees) may produce unexpected shadow placements. Finally, the tool does not account for variations in material texture, which can affect the appearance of shadows in real-world applications.

## FAQs

**Q:** How does the light source angle influence the shadow effect?


**A:** The light source angle determines the directional vector for shadow placement. Angles close to 0 or 180 degrees create shadows directly beneath or above elements, while angles between these values result in varying shadow offsets.


**Q:** Can the tool generate shadows for complex shapes?


**A:** The tool primarily calculates shadows for simple geometric shapes. Complex shapes may require additional manual adjustments for accurate shadow representation due to the limitations of the algorithm.


**Q:** What RGB color values are best for achieving effective neumorphism?


**A:** Effective neumorphism typically utilizes soft pastel colors or shades with subtle contrasts. Colors with high saturation may not yield the desired soft shadow effects.


**Q:** Are the generated shadows consistent across different devices?


**A:** The shadows may vary in appearance based on device display settings, including brightness and color calibration. Testing on multiple devices is recommended for consistent results.

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*Generated from [complete.tools/neumorphism-shadow-generator](https://complete.tools/neumorphism-shadow-generator)*