The invention relates to the technical field of
electronic circuit design and
system-level power
supply planning, and particularly discloses a
current distribution tree
dynamic planning and
visualization system and method.The
system integrates an electrical constraint intelligent tree
data model and a dynamic interpolation
algorithm, an optimal father node is screened through a multi-objective scoring function, and the optimal father node is optimized; by combining recursive
backtracking adjustment and prospective redistribution, global automatic rebalance after new node
insertion is realized, a dual-
visual interface of an editable tree design view and a real-time linkage mulberry-based graph is adopted, current flow, margin distribution and
bottleneck positions are visually presented, user interactive operation and immediate feedback are supported, and the method is suitable for large-scale popularization and application. The method has the function of exporting the standardized Excel project document by one key, and ensures the consistency of the design and the
deliverable. According to the system, manual distribution adjustment of several hours is shortened to a second level, electrical constraint compliance is strictly guaranteed, design transparency and team cooperation efficiency are improved,
design knowledge precipitation and reuse are achieved, and the system can adapt to multiple fields such as chips, PCBs and
electric vehicle power distribution.