About this asset

This equirectangular HDRI environment map provides realistic night lighting for 3D renders, featuring a park with warm lamps. The environment map captures a European-style park at night, characterized by a deep blue twilight sky and high-contrast artificial lighting. Warm, golden pools of light emanate from traditional street lamps, casting long shadows across a gravel path. The scene includes mature trees, manicured lawn edges, and wrought-iron fencing surrounding a central fountain or statue area. This 2K equirectangular image offers a balanced exposure, ensuring that the light sources provide realistic illumination and reflections for architectural visualization projects requiring an authentic nocturnal atmosphere in an urban or public garden setting.

The download is a 6.4 MB file containing a 2K equirectangular high-dynamic-range environment map, ready to load as dome or world lighting in Blender, 3ds Max, SketchUp renderers, Unreal Engine and D5.

To integrate this file, load it into the environment or world lighting slot of your preferred 3D rendering engine. Ensure the mapping is set to equirectangular or spherical to maintain correct projection. Because this map contains high-dynamic-range data, you can adjust the exposure or gamma settings within the renderer to fine-tune the intensity of the lamp highlights against the ambient blue sky, effectively balancing the global illumination to match your project's specific camera settings.

This HDRI is ideal for exterior architectural visualizations of residential developments, public squares, and landscape design proposals. It works effectively for night-time scenes requiring warm, localized light sources to contrast with a cool, dark sky. Professionals often search for this type of asset when creating mood-driven presentations for hospitality or urban planning projects. It pairs well with exterior street furniture, building facade lighting, and detailed landscaping models, providing a cohesive and atmospheric backdrop that enhances the overall realism of the final rendered output.