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Plan Three.js integration by mapping feature requirements to elics ECS components, @preact/signals-core reactive flows, and rendering strategies. This alignment ensures your XR systems and XROrigin integrations follow core architectural pillars.

Structure ECS components and signals using guided architectural templates that define event flows and reactive state. Mapping requirements to elics and @preact/signals-core ensures consistent code organization across your project.

Yes, you can review code architecture for existing IWSDK features using provided design pattern references. These references validate ECS structures, signals usage, and Three.js integration to align patterns across reactive programming and XR systems.

IWSDK architecture planning supports milestone tracking and risk assessment through structured planning templates. These templates map feature goals to ECS-based designs, evaluating technical risks alongside Three.js and signals integration decisions.

You need structured planning templates for ECS and reactive programming when designing new IWSDK features or aligning patterns across XR systems. They guide elics component design and @preact/signals-core flows to reduce rework.

Your IWSDK feature plan requires alignment across ECS, signals, and Three.js to enforce core architectural pillars. Aligning elics, @preact/signals-core, and rendering integration prevents architectural drift and reduces code rework.