A computer system for providing image-based rendering of real property, the computer system comprising: a processor implementing program commands and processing data; a memory storing the program commands and the processing data, the memory being operatively coupled to the processor; a user interface visually presenting an image-based rendering of a real property, the user interface being operatively coupled with the memory and processor; wherein the program commands cause the processor to:obtain two or more photorealistic viewpoints from capture locations in a plurality of spaces of the real property using ground truth image data, the ground truth image data including images of the real property captured from the capture locations;combine and process two or more instances of ground truth image data to create a plurality of synthesized viewpoints;generate a virtual model of a current space from the plurality of spaces in the real property from the perspective of a current viewpoint, the current viewpoint being one of the plurality of photorealistic viewpoints or one of the plurality of synthesized viewpoints associated with the current space;identify the current space in the real property where the current viewpoint is located using metadata associated with the ground truth data;visually present the virtual model on a first portion of the user interface, a map overlay on a second portion of the user interface, and a text overlay on a third portion of the user interface, the map overlay indicating a position of the current viewpoint in the current space, the text overlay including a first label identifying the current space in the real property where the current viewpoint is located;generate a plurality of spatial boundaries of the plurality of spaces of the real property, each of the plurality of spatial boundaries defining a parcel outline of a corresponding space among the plurality of spaces; andgenerate the ground truth image data by annotating the images of the real property with second labels indicating the capture locations using the plurality of spatial boundaries, wherein the virtual model, the map overlay, and the text overlay are functionally linked based on the position of the current viewpoint in the real property, and wherein identifying the current space in the real property where the current viewpoint is located using the metadata associated with the ground truth data includes identifying the first label of the current space using the second labels indicating the capture locations. view more

The computer system of claim 1 wherein the synthetic viewpoints enable rotation about a vertical axis and a pitch.

The computer system of claim 1, wherein the program commands further cause the processor to: receive an offer to schedule an in-person tour of the real property.

A method, comprising: receiving image data of a plurality of spaces in a property, the image data including a plurality of images captured from a plurality of viewpoints; creating a plurality of panoramas of the plurality of spaces using the image data; rendering a virtual model of a selected space among the plurality of spaces using the plurality of panoramas; causing a device to display the virtual model with a first label indicating a location of the selected space; and defining spatial boundaries of the plurality of spaces in the property using the image data, the plurality of spaces including a plurality of rooms in the property, wherein the image data includes metadata associated with the plurality of images, the metadata indicating capture locations of the images, wherein rendering the virtual model of the selected space includes rendering a 3D scene of the selected space using the plurality of panoramas, and wherein rendering the 3D scene includes:determining camera geometry using the plurality of images;receiving a selected viewpoint in the selected space;generating a point cloud of the 3D model;determining a geometric proxy for the selected viewpoint using the determined camera geometry and the point cloud; andgenerating the 3D model using the geometric proxy. view more

The method ofclaim 1, further comprising: calibrating the plurality of panoramas using the camera geometry, wherein the camera geometry is determined by a first pass feature detection using the plurality of images.

A system, comprising: a processor; a memory storing non-transitory program commands, which, when executed by the processor, cause the processor to: receive image data of a plurality of spaces in a property, the image data including a plurality of images captured from a plurality of viewpoints; create a plurality of panoramas of the plurality of spaces using the image data; render a virtual model of a selected space among the plurality of spaces using the plurality of panoramas; cause a device to display the virtual model with a first label indicating a location of the selected space, wherein the image data includes metadata associated with the plurality of images, the metadata indicating capture locations of the images, wherein the program commands cause the processor to render the virtual model of the selected space by rendering a 3D scene of the selected space using the plurality of panoramas, and wherein the program commands cause the processor to render the 3D scene by:determining camera geometry using the plurality of images;receiving a selected viewpoint in the selected space;generating a point cloud of the 3D model;determining a geometric proxy for the selected viewpoint using the determined camera geometry and the point cloud; andgenerating the 3D model using the geometric proxy. view more

A method, comprising:receiving image data of a plurality of spaces in a plurality of rooms in a real estate property, the image data including a plurality of images captured from a plurality of viewpoints, each image corresponding to a respective one of the plurality of rooms;creating a plurality of panoramas of the plurality of spaces by processing and/or compositing the image data;defining a plurality of spatial boundaries of the plurality of spaces in the plurality of rooms in the real estate property using the image data, each of the spatial boundaries delineating a volume of one or more of the plurality of spaces, wherein the volume delineated by a first spatial boundary corresponds to a first floor of the real estate property and the volume delineated by a second spatial boundary corresponds to a second floor of the real estate property, and wherein the defined first spatial boundary and second spatial boundary are further delineations within a third spatial boundary corresponding to a parcel outline of the real estate property;in response to receiving a user indication of a floor of the real estate property, using the defined spatial boundary corresponding to the indicated floor, rendering a virtual model of a selected space of the one or more spaces delineated by the spatial boundary corresponding to the indicated floor using one or more of the created plurality of panoramas that correspond to one or more rooms located within the spatial boundary corresponding to the indicated floor; andcausing a device to display the virtual model with a first label indicating a location of the selected space in one of the generated plurality of spatial boundaries. view more

The method of claim 18 wherein the receiving a user indication of a floor of the real estate property and the rendering a virtual model of a selected space of the one or more spaces delineated by the generated spatial boundary corresponding to the indicated floor, further comprises:generating and displaying a floor plan corresponding to a portion of the real estate property; andreceiving a user indication of navigation to a floor of the real estate property for performing a virtual tour of the real estate property by receiving an indication to a corresponding location on the floor plan; andrendering a virtual model of a space that corresponds to the indicated corresponding location on the floor plan. view more

The computer-readable memory medium of claim 1 wherein the map user interface element is a 2D projection of the rendered virtual model.

The computer-readable memory medium of claim 16 wherein the transaction further comprises one or more of: scheduling a tour, initiating messaging, initiating audio communication, customer relationship management, transaction document signing or tracking, on-line negotiations, offer submissions, inspection support, financing support, real-estate transaction workflows, data tracking, or reporting functions. view more