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Converts cubemap face images to equirectangular panorama for seamless 360-degree view in VR and photography.
PanoImageFace2Equ is a node designed to convert a series of cubemap face images into an equirectangular panorama. This transformation is essential for applications that require a seamless 360-degree view, such as virtual reality environments or panoramic photography. The node takes six square images, each representing a face of a cube, and stitches them together into a single equirectangular image. This process allows for a comprehensive and continuous panoramic view, which is particularly beneficial for immersive experiences. The node ensures that the resulting panorama maintains the correct proportions and alignment, providing a high-quality visual output that can be used in various creative and technical projects.
The face parameter is a required input that consists of six images, each representing one face of a cube. These images must be square, meaning their width and height should be equal, and they should collectively form a complete cubemap. The input images are expected to be in a specific order, typically front, right, back, left, up, and down, to ensure the correct assembly into an equirectangular panorama. This parameter is crucial as it directly influences the quality and accuracy of the resulting panoramic image.
The equ output is the equirectangular image generated from the input cubemap faces. This image provides a 360-degree panoramic view, which can be used in various applications such as virtual reality, panoramic photography, and more. The equirectangular format is widely used because it allows for easy manipulation and viewing of panoramic content, making it a versatile output for creative and technical projects.
The mask output is an optional parameter that provides a mask of the equirectangular image. This mask can be used to identify and manipulate specific areas of the panorama, such as applying effects or adjustments to certain regions. The mask is particularly useful for advanced editing and processing tasks, allowing for greater control over the final image.
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