11 results about "Artistic rendering" patented technology

The invention relates to the technical field of stage equipment intelligent control, provides a stage equipment linkage control method and system based on time sequence arrangement and protocol adaptation, and aims to solve the problem of poor stage control dynamic adaptability caused by hard coding binding of art time sequence logic and an equipment protocol in traditional stage control. The method comprises the following steps: constructing an artistic effect causal graph based on an artistic effect sequence, and deconstructing the artistic effect causal graph into a physical executable constraint set; calculating the capability confidence coefficient of the stage equipment in real time, performing dynamic Bayesian network deduction by taking the physical executable constraint set as an observation target and the capability confidence coefficient as a conditional probability, generating a layered executable plan set, and selecting an execution base plan from the layered executable plan set; the execution base plan is compiled into a target equipment protocol instruction, and the target equipment protocol instruction is distributed and executed through a corresponding protocol adapter, so that the stage control adaptive robustness and the art presentation guarantee capability under stage equipment heterogeneity and state dynamic change are remarkably improved.

The invention relates to an AI-based short video creative material cutting method and device, equipment and a medium. The method comprises the following steps: performing space-time segmentation on an original video material through a pre-training model to generate a video clip set carrying semantic tags and emotion vectors, and performing beat segmentation on an audio material to generate an audio clip set containing semantic tags, emotion vectors and rhythm features; calling knowledge graph analysis based on the target artistic effect type to generate an inconsistency rule set; calculating a conflict value of video and audio clip combinations through a creative tension scoring function, and screening high-score combinations to construct a candidate set; utilizing a sequence optimization algorithm to generate a fragment sequence for maximizing artistic tension and a cutting time point and a transition instruction of the fragment sequence; and synthesis is realized through an editing engine. Therefore, control over artistic audio-visual conflicts is achieved on the premise that basic continuity is guaranteed, the limitation that an existing AI editing system can only be mechanically matched with sounds and pictures is broken through, and the ability of building deep emotion expression is given to a machine for the first time.

The application discloses a kind of dynamic card surface real-time display method, comprising: drawing static card surface;Make dynamic card model;Make the animation of dynamic card surface;Add special effect.The application aims at the deficiency of such games on the market at present, utilizes 3D technology to combine the idea of film post-production synthesis, and mattepainting creation method, can realize card surface real-time preview effect, and the optimization effect of package body itself is also obvious.The application utilizes the artistic effect of static picture itself+3d projection restoration technology+lens scheduling, realizes the real-time preview display of game dynamic card surface.Both artistic feeling and authenticity are retained, and the display effect is better than traditional 3d model display, while greatly saving development cost, shortening development cycle.

The invention discloses a rapid manufacturing method of a medium-sized figure sculpture pattern, and relates to the technical field of sculpture manufacturing. According to the method, a three-dimensional initial model is generated by adopting multi-modal input, parameterization constraint and AI self-iteration, and the problem of proportion imbalance of AI modeling is solved; a three-dimensional standard model is optimized through layering carving, traditional stroke mapping and physical simulation, digital carving and handwork art texture are achieved, a partitioning scheme is designed in a unified mode, and through matching of mechanical positioning, elastic buffering and data association interfaces, the partitioning machining and splicing precision is ensured; and the overall manufacturing is completed through CNC carving, composite gypsum rollover, 3D printing and AR splicing subsequently. According to the method, the problems of low manufacturing efficiency, detail loss, insufficient artistic texture and poor assembly precision in the prior art are solved, the manufacturing period is shortened by 60% or above, the detail reduction degree is larger than or equal to 98%, the model compressive strength is improved by 87%, the assembly error is smaller than or equal to 0.08 mm, and the method is suitable for manufacturing various figure sculptures with the requirements for the artistic effect and the production efficiency.

According to the drawing assisting system and method based on intelligent composition, personalized and dynamic drawing assisting is achieved through cooperation of multiple modules, the stroke position, pressure and speed are monitored in real time, composition complexity and a pressure thermodynamic diagram are calculated, a user concerned area is marked, the user stroke is compared with an art rule base, a three-dimensional lookup table is established, and the drawing assisting effect is achieved. The method comprises the following steps: storing user preferences, historical analysis and general rule coefficients, dynamically switching a local lightweight AI and a cloud deep optimization model, identifying a creation environment through multi-sensor fusion, calculating a fatigue index in combination with stroke pressure, speed and path curvature, providing strength adjustment suggestions, and storing user data by adopting a time sequence database. Through K-means clustering and LSTM behavior prediction, a model is updated in a weekly incremental manner, preference changes are captured, suggestions are optimized through testing, and through multi-dimensional data fusion, dynamic model adaptation and user behavior learning, creation efficiency and an artistic effect are remarkably improved.

The present invention is intended to facilitate the creation of artistic effects in photography and videography, made possible by synchronous movement of light path modifying objects. A device according to aspects of the present invention includes a manipulator whose operation synchronously alters the position of light path modifying members. The manipulator may include a transmission. Light path modifying members with different light properties can be used. In some embodiments the members are placed around a space free of objects. The free space may be three-dimensional. In this case the manipulator may be operated to change the placement of the members around the free space. A method creating artistic effects in photography according to some aspects of the invention includes synchronously altering position of a plurality of light path modifying members.

The drawing method comprises the following steps that S1, materials are selected, glue, water, ink, Chinese art paper, rock color and abrasive paper are selected, and common writing brushes and sketch pencils for wash and ink paintings need to be configured; s2, drawing an object, lightly drawing a rough outline of the picture on the Chinese art paper by using a pencil or light ink, including the shape and the position of the object, and constructing a basic structure and a form of the picture; s3, blank filling is conducted, specifically, the blank part of the picture is filled with the prepared rock color through a writing brush or other tools; s4, detail processing: adding some details, such as textures, lines and the like, so as to enhance the sense of reality and the artistic effect of the picture; s5, effect creation: manufacturing a dreamlike effect through techniques such as multi-color and multi-layer spraying, coating, polishing and the like; and S6, improvement: adding or subtracting some elements, adjusting color matching and the like, and the method has the advantages that the drawing method is optimized, and the drawing effect is improved.

The application relates to the technical field of intelligent artistic devices, in particular to a flower bouquet form adaptive artistic presentation device driven by electrophysiological signals, which comprises a base structure, a plant signal acquisition module, a visual recognition module, a flower bouquet driving mechanism, a particle display system and an audio interaction module. The device controls the unfolding form of the petal skeleton, the particle dynamics on the transparent curved screen and the surround audio effect in cooperation by acquiring the plant electrophysiological signals and combining the audience number grades recognized by AI vision, so that the deep fusion of multi-modal perception and artistic expression is realized. The application can improve the dynamic precision and environmental adaptability of the flower bouquet form response, and solves the problem that biological signals and audience behaviors lack cooperative control in the prior art.

Embodiments of the present application provide a control method, device, system and storage medium. In the control system, a first user can provide device art design information to a server through a design terminal, and the server can determine a design object for displaying a corresponding artistic effect based on the device art design information, generate a control instruction corresponding to the design object, and control the design object to enter a corresponding working state based on the control instruction. Further, the intelligent device art display mode of automatically displaying the set artistic effect of the device art according to the device art design information provided by the art designer is realized, the configuration efficiency and flexibility of the design object are improved, and the technical difficulty of the device art designer in device art design is reduced.

The invention provides a cross-building multimedia combined lighting method, system and device and a storage medium. The method comprises the steps that a building group image containing at least two buildings is collected at a preset observation point; the building group image is analyzed, and the contour area of each target building in the image is extracted through image recognition; constructing a plurality of candidate display areas with different length-width ratios based on all the identified building contour areas; selecting a target display area matched with the length-width ratio from the candidate display areas according to the length-width ratio of the source image; the source image is matched and projected into a target display area, image display sub-areas corresponding to the buildings are segmented according to the position relation between the contour areas of the buildings and the target display area, and the image display sub-areas are displayed respectively; according to the invention, the lighting effect of the building group can be the same as that of a huge screen, a complete static image or dynamic video can be cooperatively displayed, and the artistic effect of light show and the user experience are greatly improved.

This invention relates to an arbitrary style transfer method and system based on contrastive learning. The method first trains an arbitrary style transfer network model using a training dataset. After training, the target content image is input into a content encoder to obtain content encoding. A reference artwork is input into the style encoder, with the first convolutional layer and the convolutional layer containing max pooling outputting style encodings respectively. The content encoding and the deepest style encoding are input into a replaceable style converter. The output of the replaceable style converter is input into a decoder, and the mean and variance of the style encodings from other layers are input into each feature adaptation single-sample normalization layer in the decoder. The final style transfer result image or video frame is obtained. This invention can transfer the style representation of any specified reference artwork to any target content image, achieving arbitrary stylization of the target content image and improving subjective visual quality and artistic effect.