build an agent? Building agents requires rethinking how your systems make decisions and handle complexity. Unlike conventional automation, agents are uniquely suited to workflows where traditional deterministic Selecting your models Different models have different strengths and tradeoffs related to task complexity, latency, and cost. As we’ll see in the next section on Orchestration, you might want to consider Single-agent systems A single agent can handle many tasks by incrementally adding tools, keeping complexity manageable and simplifying evaluation and maintenance. Each new tool expands its capabilities

but this power brings with it complexity, which in turn can make code more bug-prone and harder to read and maintain. The goal of this guide is to manage this complexity by describing in detail the dos tricky or hard to maintain C++ has features that may not be generally appropriate because of the complexity they introduce to the code. In widely used code, it may be 2 more acceptable to use trickier of more complex implementation are multiplied widely by usage, and the cost in understanding the complexity does not need to be paid again when working with new portions of the codebase. When in doubt, waivers

lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated with the underlying technologies. Terms like UV maps, materials, shaders Node Groups Example of a node group. Grouping nodes can simplify a node tree by hiding away complexity and reusing repetitive parts. Conceptually, node groups allow you to treat a set of nodes as though exposes inputs and outputs of those nodes. Group nodes can simplify a node tree by hiding away complexity and reusing functionality. Group Input Exposes the inputs of the node group. You can have multiple

lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated with the underlying technologies. Terms like UV maps, materials, shaders info. Example of a node group. 節點群組化 Grouping nodes can simplify a node tree by hiding away complexity and reusing repetitive parts. Conceptually, node groups allow you to treat a set of nodes as though uniform concave or convex curve. This widget allows the creation of a user-defined profile with more complexity than with the single profile parameter. The modal tool allows toggling the custom profile, but

lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated with the underlying technologies. Terms like UV maps, materials, shaders info. Example of a node group. 節點群組化 Grouping nodes can simplify a node tree by hiding away complexity and reusing repetitive parts. Conceptually, node groups allow you to treat a set of nodes as though concave or convex curve. Custom This widget allows the creation of a user-defined profile with more complexity than with the single profile parameter. The modal tool allows toggling the custom profile, but

lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated with the underlying technologies. Terms like UV maps, materials, shaders Example of a node group. Node Groups Grouping nodes can simplify a node tree by hiding away complexity and reusing repetitive parts. Conceptually, node groups allow you to treat a set of nodes as though uniform concave or convex curve. This widget allows the creation of a user-defined profile with more complexity than with the single profile parameter. The modal tool allows toggling the custom profile, but

lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated with the underlying technologies. Terms like UV maps, materials, shaders Example of a node group. Node Groups Grouping nodes can simplify a node tree by hiding away complexity and reusing repetitive parts. Conceptually, node groups allow you to treat a set of nodes as though concave or convex curve. Custom This widget allows the creation of a user-defined profile with more complexity than with the single profile parameter. The modal tool allows toggling the custom profile, but

lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated with the underlying technologies. Terms like UV maps, materials, shaders concave or convex curve. Custom This widget allows the creation of a user-defined profile with more complexity than with the single profile parameter. The modal tool allows toggling the custom profile, but concave or convex curve. Custom This widget allows the creation of a user-defined profile with more complexity than with the single profile parameter. The modal tool allows toggling the custom profile, but

lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated with the underlying technologies. Terms like UV maps, materials, shaders concave or convex curve. Custom This widget allows the creation of a user-defined profile with more complexity than with the single profile parameter. The modal tool allows toggling the custom profile, but concave or convex curve. Custom This widget allows the creation of a user-defined profile with more complexity than with the single profile parameter. The modal tool allows toggling the custom profile, but

lighting, animation principles, etc. 3D creation software such as Blender have an added technical complexity and jargon associated with the underlying technologies. Terms like UV maps, materials, shaders concave or convex curve. Custom This widget allows the creation of a user-defined profile with more complexity than with the single profile parameter. The modal tool allows toggling the custom profile, but concave or convex curve. Custom This widget allows the creation of a user-defined profile with more complexity than with the single profile parameter. The modal tool allows toggling the custom profile, but