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Large-map game development system based on multi-level task interaction

PendingCN122076039Arich layersrich diversity
This invention relates to the field of game development technology, and more particularly to a large-map game development system based on multi-level task interaction. The system includes a large-map scene parsing module, a task hierarchy association module, a task-map association interaction module, and a large-map interaction development module. The game development engine uses the scene parsing module to perform topological deconstruction of the original large-map materials, generating a map topology dataset. Based on the map topology dataset, a multi-level task interaction framework is constructed and bound, generating a task-map association dataset. Based on the task-map association dataset, the interaction trigger conditions for each task node are configured, generating a task interaction rule set. The map topology dataset, task hierarchy association table, task-map association dataset, and task interaction rule set are integrated and compiled to form a large-map game interaction program. This invention clarifies the specific rules for game players to trigger and complete tasks in different map areas and different scene levels.
Owner:GUANGZHOU LENIU SOFTWARE TECHNOLOGY CO LTD

A non-contact live-line diagnostic method and system for zinc oxide surge arresters

PendingCN122085003Areduce bit error rateEnsure simultaneous samplingShort-circuit testingMeasurement instrument housingElectric power equipmentPower equipment
This invention relates to the field of power equipment technology and discloses a non-contact live-line diagnostic method and system for zinc oxide surge arresters. A wireless test clamp with remote-controlled opening and closing function is deployed on the three-phase grounding lead of the surge arrester via an insulating rod, and a reference voltage acquisition module is deployed simultaneously. Dual wireless radio frequency modules are used to transmit sampling data in parallel, achieving synchronous acquisition and transmission of current and voltage signals. After receiving the data, the host computer performs filtering and FFT frequency domain analysis to extract the fundamental component and calculate characteristic parameters such as total current, resistive current, capacitive current, phase difference, and power loss. The state of each phase of the surge arrester is determined by preset thresholds, and a comprehensive diagnostic conclusion is output.
Owner:国网江西省电力有限公司九江供电分公司