TMIC’s Canvas Engine combines a Konva‑based front‑end canvas framework with AIGC model interfaces to give merchants low‑level, undoable editing tools—such as template loading, intelligent image adjustments, magic eraser, filters, and watermarking—while exposing an SDK and JSON protocol for easy integration and future AI‑driven extensions.
This article explains how to build a Gantt chart using Konva, detailing the layer structure, rendering logic, scrolling handling, performance optimizations, and provides TypeScript code examples for configuration, drawing, and event management.
This article explains how to build a canvas‑based calendar widget using Konva, covering the design of date cells, task‑range rendering, drag‑and‑drop interaction, event handling, and the public API, and provides the full source code for reference.
This article explains the fundamentals of web animation, compares animation techniques such as CSS, SVG, and Canvas, demonstrates how to create frame‑based Canvas animations with JavaScript and Konva, shows how to integrate them into React (including react‑konva), and provides performance‑optimisation strategies for smoother rendering.
This article explores the concept of 2.5D graphics, explains why it remains valuable for industrial internet applications, compares CSS+JS, SVG and Canvas implementations, presents code samples and component designs, and details how Alibaba Cloud’s Digital Space project adopted Canvas and Konva to build low‑cost, high‑performance visualizations for industry IoT.
