One-machine multi-frame rendering information synchronization method based on munu scheduler

Abstract

The invention discloses a one-machine multi-frame rendering information synchronization method based on a munu scheduler. The method comprises the following steps: after a single frame on a rendering node machine is rendered, a rendering script, on the rendering node machine, records rendering information of the single frame into a frame information text and stores the rendering information into a text storage; a Web server obtains a frame information text corresponding to the single frame from the text storage in real time after the single frame is rendered, and sends the frame information text and frame state information of the single frame to a database, and the database combines and records the frame information text and the frame state information to form a frame text; a munu scheduler obtains rendering state information of the rendering node machine in real time and sends the rendering state information to the Web server, and the Web server sends the rendering state information to the database. According to the invention, rapid synchronization of data information generated in a rendering process can be realized, and accurate statistics of the data information in the rendering process can be realized.

Description

technical field [0001] The invention relates to the field of cloud rendering, in particular to a method for synchronizing rendering information of one machine and multiple frames based on a munu scheduler. Background technique [0002] The munu scheduler's rendering mode of one machine with multiple frames is the same as the rendering mode of one machine with one frame. As a scheduling frame, all frame states included in a scheduling are updated synchronously, including waiting, starting, and failure. , abandonment, timeout, etc.; when operating a frame, the scheduling frame is operated, including start, resubmission, stop, etc., and the deduction and rendering time are accumulated and recorded in a scheduling frame. [0003] Due to the limitation of the frame monitoring method of the munu scheduler, in the multi-frame rendering mode of one machine, the client can only display the multi-frames of one machine as a whole for single-frame display, and cannot accurately update t...

AI Technical Summary

Problems solved by technology

[0003] Due to the limitation of the frame monitoring method of the munu scheduler, in the multi-frame rendering mode of one machine, the client can only display the multi-frames of one machine as a whole for single-frame display, and cannot accurately update the status of each frame, and cannot Operate frames at a finer granularity, and the deduction and rendering time of each frame can only be accumulated together. Users cannot monitor the rendering progress of each frame in one machine and multiple frames, and start and restart it. operations such as lifting and stopping, and accurate statistical information cannot be obtained when counting staged rendering task status rendering information

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