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Applications of the Extended Reality (XR) spectrum, a superset of Mixed,Augmented and Virtual Reality, are gaining prominence and can be employed in avariety of areas, such as virtual museums. Examples can be found in the areasof education, cultural heritage, health/treatment, entertainment, marketing,and more. The majority of computer graphics applications nowadays are used tooperate only in one of the above realities. The lack of applications across theXR spectrum is a real shortcoming. There are many advantages resulting fromthis problem's solution. Firstly, releasing an application across the XRspectrum could contribute in discovering its most suitable reality. Moreover,an application could be more immersive within a particular reality, dependingon its context. Furthermore, its availability increases to a broader range ofusers. For instance, if an application is released both in Virtual andAugmented Reality, it is accessible to users that may lack the possession of aVR headset, but not of a mobile AR device. The question that arises at thispoint, would be "Is it possible for a full s/w application stack to beconverted across XR without sacrificing UI/UX in a semi-automatic way?". It maybe quite difficult, depending on the architecture and applicationimplementation. Most companies nowadays support only one reality, due to theirlack of UI/UX software architecture or resources to support the complete XRspectrum. In this work, we present an "automatic reality transition" in thecontext of virtual museum applications. We propose a development framework,which will automatically allow this XR transition. This framework transformsany XR project into different realities such as Augmented or Virtual. It alsoreduces the development time while increasing the XR availability of 3Dapplications, encouraging developers to release applications across the XRspectrum.

An XR rapid prototyping framework for interoperability across the reality spectrum