Please help me draw diagram for a fat$-$tree $($clos$)$ topology with the following detail

Fat$-$Tree topology used within the data center network to handle increased traffic volume efficiently.

a$)$ Structure Overview

Three Layers of Switches:

Edge $($Leaf$)$ Layer

Aggregation $($Spine$)$ Layer

Core Layer

Pods:

Groups of switches forming a modular unit.

Each pod contains Edge and Aggregation switches.

b$)$ Edge $($Leaf$)$ Layer

Edge Switches:

Connect directly to servers $($physical or virtual$).$

Multiple Edge Switches per pod.

Connection Representation:

Lines from servers to Edge Switches.

Servers evenly distributed across Edge Switches.

c$)$ Aggregation $($Spine$)$ Layer

Aggregation Switches:

Connect Edge Switches to Core Switches.

Serve as an intermediary layer.

Connection Representation:

Each Edge Switch connects to all Aggregation Switches within its pod.

Lines representing these connections.

d$)$ Core Layer

Core Switches:

High$-$capacity switches at the top of the hierarchy.

Provide connectivity between pods.

Connection Representation:

Each Aggregation Switch connects to all Core Switches.

Lines showing multiple paths for data traffic.

e$)$ Connectivity Patterns

Full Mesh within Pods:

Edge Switches connected to all Aggregation Switches in their pod.

Inter$-$Pod Connectivity:

Core Switches enable communication between different pods.

Redundancy:

Multiple paths between any two endpoints for fault tolerance.

Load Balancing:

Traffic is evenly distributed across available paths.

Visual Layout:

Bottom Layer $($Edge Layer$)$:

Servers represented by rectangles or server icons.

Edge Switches placed directly above servers.

Lines connecting servers to their respective Edge Switches.

Middle Layer $($Aggregation Layer$)$:

Aggregation Switches placed above Edge Switches.

Within each pod, Edge Switches connected to all Aggregation Switches.

Top Layer $($Core Layer$)$:

Core Switches placed at the top.

All Aggregation Switches connected to all Core Switches.

Pods:

Pods are delineated with boxes or shaded areas.

Each pod contains its own set of Edge and Aggregation Switches.

Connections:

Lines representing physical links.

Multiple parallel lines indicate redundant connections.

Arrows may be used to show data flow direction.

Labels and Annotations:

Switches labeled with their roles $($e$.$g$.,$ "Edge Switch $1,"$ "Aggregation Switch A$").$

Number of ports indicated $($e$.$g$.,"$k$-$port switch"$).$

Annotations explaining key features like redundancy and load balancing.