Interactive rendering on a multi-display device

A content rendering system for interactively rendering content data on a multi-display device, the content rendering system comprising:

• a memory;
• and
• a processor communicatively coupled to the memory, the processor being configured to execute a display control module to:
• receive a request for rendering the content data on the multi-display device from a user device communicatively coupled to the content rendering system through a network, wherein the content data comprises presentation slides, and wherein the multi-display device is communicatively coupled to the content rendering system through a device driver and the network,
• in response to receiving the request, provide a display customization option on a GUI of the user device, the display customization option comprising a pre-selected pattern and a dynamic pattern, the pre-selected pattern enabling specification of an automated rendering pattern prior to initiation of display of the content data on the multi-display device, and the dynamic pattern enabling specification of placement of the content data during the display thereof on the multi-display device,
• in response to receiving a selection of one of:
• the pre-selected pattern and the dynamic pattern from the user device, determine, in conjunction with the device driver, screen information including a number of available screens on the multi-display device and location information of the available screens, the location information for each available screen comprising coordinates of corners of the each available screen, a centroid of the each available screen and edges of the each available screen,
• provide a capability to the user device to select supplementary content relevant to the content data also in response to receiving the selection of the one of:
• the pre-selected pattern and the dynamic pattern,
• render, in conjunction with the device driver, the content data on at least a plurality of available screens of the multi-display device based on the determined screen information and the selected customization option, and the supplementary content relevant to the content data on at least one unselected screen of the number of available screens, thereby providing for an interactive presentation of the content data,
• determine available area and resolution of each of the at least plurality of available screens on which the content data is to be rendered, and
• resize the content data relevant to at least one screen of the plurality of available screens in accordance with the determined available area and resolution.

A non-transitory computer-readable medium having embodied thereon instructions for executing interactive rendering of content data on a multi display device, the non-transitory computer-readable medium comprising instructions to:

• receive, at a content rendering system communicatively coupled to the multi-display device through a device driver and a computer network, a request for rendering the content data on the multi-display device from a user device communicatively coupled to the content rendering system through a network, wherein the content data comprises presentation slides;
• in response to receiving the request, provide, through a display control module executing on the content rendering system, a display customization option on a GUI of the user device, the display customization option comprising a pre-selected pattern and a dynamic pattern, the pre-selected pattern enabling specification of an automated rendering pattern prior to initiation of display of the content data on the multi-display device, and the dynamic pattern enabling specification of placement of the content data during the display thereof on the multi-display device;
• in response to receiving a selection of one of:
• the pre-selected pattern and the dynamic pattern from the user device, determine, through the device driver, screen information including a number of available screens on the multi-display device and location information of the available screens, the location information for each available screen comprising coordinates of corners of the each available screen, a centroid of the each available screen and edges of the each available screen;
• provide through the display control module a capability to the user device to select supplementary content relevant to the content data also in response to receiving the selection of the one of:
• the pre-selected pattern and the dynamic pattern;
• render, through the device driver and the display control module, the content data on at least a plurality of available screens of the multi-display device based on the determined screen information and the selected customization option, and the supplementary content relevant to the content data on at least one unselected screen of the number of available screens, thereby providing for an interactive presentation of the content data;
• determine, through the display control module, available area and resolution of each of the at least plurality of available screens on which the content data is to be rendered;
• and
• resize, through the display control module, the content data relevant to at least one screen of the plurality of available screens in accordance with the determined available area and resolution.