Manual Connection View Layout & Readability Improvements

Feature Idea

Allow users to manually arrange items within Connection View to create cleaner, more readable, and presentation-ready system diagrams.

Expanded Feature Description

Overview

The current Connection View likely relies on an automatically generated layout that places devices and connections according to predefined positioning rules. While functional for small systems, larger or more complex projects quickly become difficult to interpret because:

• Devices overlap visually

• Connection lines become tangled

• Signal flow is unclear

• Related devices are scattered

• Dense diagrams become overwhelming

This feature would introduce manual layout controls so users can organize the Connection View in a way that reflects:

• Real-world installation structure

• Signal flow logic

• Rack organization

• Room layouts

• Functional groupings

• Installer workflow preferences

The goal is to transform Connection View from:

“an automatically generated technical graph”

into:

“a readable, customizable engineering diagram.”

Core Capabilities

1. Drag-and-Drop Device Positioning

Users should be able to:

• Click and drag devices anywhere on the canvas

• Reposition connection endpoints

• Rearrange equipment clusters

• Organize layouts visually

This allows diagrams to follow meaningful structures such as:

• Left-to-right signal flow

• Top-down hierarchy

• Rack-to-room organization

• Input/output grouping

Example

Instead of:

Random auto-generated placement

Users could create:

Sources → DSP → Amplifier → Speakers

in a clean linear flow.

2. Improved Diagram Readability

Objective

Reduce visual clutter and improve comprehension for:

• Engineers

• Installers

• Project managers

• Clients

Users could organize diagrams to:

• Minimize line crossing

• Separate systems visually

• Group related devices

• Clarify signal paths

Benefits

• Easier troubleshooting

• Faster installation interpretation

• Cleaner project reviews

• Better communication between teams

3. Visual Grouping & Organization

Users should be able to visually group devices by:

• Room

• Rack

• System

• Zone

• Function

• Floor

Example groups:

• Conference Room A

• Rack 1

• Security VLAN

• Audio DSP Chain

Groups could include:

• Labels

• Borders

• Background shading

• Collapse/expand behavior

Benefits

• Cleaner layouts

• Better large-project scalability

• Easier navigation

• More intuitive documentation

4. Persistent Saved Layouts

Once a user arranges the Connection View, the layout should persist:

• Across sessions

• Across team members

• Across exports

• Across revisions

The platform should remember:

• Device positions

• Zoom level

• Group states

• Hidden/collapsed nodes

Benefits

• Preserves engineering effort

• Ensures documentation consistency

• Reduces repetitive rearranging

5. Connection Line Optimization

Problem

Automatically generated diagrams often create:

• Excessive line crossing

• Overlapping paths

• Confusing signal routes

Feature Enhancement

Users should be able to:

• Reposition nodes to clean up routing

• Adjust connection paths

• Use orthogonal/angled line styles

• Reduce crossing complexity

Benefits

• Easier signal tracing

• Cleaner documentation

• Improved installer usability

6. Collapsible & Simplified Device Views

Large devices like:

• Switches

• DSPs

• Matrix systems

• Patch panels

can overwhelm diagrams due to many visible connections.

Users should be able to:

• Collapse ports

• Simplify nodes

• Hide unused details

• Expand only when needed

Benefits

• Reduced clutter

• Better focus

• Cleaner large-system diagrams

7. Zoom, Pan & Navigation Improvements

Manual layouts become significantly more useful when paired with:

• Smooth zooming

• Canvas panning

• Minimap navigation

• Auto-center functionality

• Search-and-focus tools

Benefits

• Better large-project usability

• Faster navigation

• Improved editing experience

8. Presentation-Ready Connection Diagrams

Objective

Allow Connection View to become a true deliverable rather than just an internal engineering tool.

Users could create:

• Installer-facing diagrams

• Client presentation layouts

• Simplified system overviews

• Service documentation

Benefits

• Eliminates duplicate work in Visio/draw.io

• Saves engineering labor

• Improves professionalism

• Increases feature adoption

9. Intelligent Auto-Arrange + Manual Override

Feature Idea

Combine:

• Smart auto-layout
  with

• User customization

The system could:

1. Generate an initial organized layout

2. Allow manual refinement afterward

Benefits

• Faster initial setup

• Flexible customization

• Better scalability

• Reduced engineering effort

10. Layer & Visibility Controls

Users should be able to:

• Hide systems

• Filter cable types

• Collapse rooms

• Focus on specific signal paths

This creates cleaner diagrams for different audiences.

Example

Installer Mode

• Full detail

Client Mode

• Simplified system overview

Troubleshooting Mode

• Focused signal chain

11. Large-Scale System Scalability

Problem

As systems grow:

• Readability degrades rapidly

• Automatic layouts become unusable

Manual layout control becomes essential for:

• Enterprise AV

• Campus systems

• Security deployments

• Multi-rack environments

Benefits

• Enterprise project support

• Better maintainability

• Reduced cognitive overload

12. Professional Diagramming Tool Evolution

Strategic Value

This feature fundamentally changes the role of Connection View.

Without layout control:

“Interesting engineering visualization.”

With layout control:

“A real diagramming environment teams can rely on.”

This significantly increases:

• Daily usability

• Workflow centralization

• Customer retention

• Competitive positioning

Summary of Core Product Value

These capabilities collectively create:

A customizable, readable, and scalable connection diagramming environment.

The feature set enables:

• Manual device arrangement

• Cleaner signal flow visualization

• Better diagram readability

• Reduced visual clutter

• Installer-friendly documentation

• Persistent layouts

• Professional deliverables

• Enterprise-scale usability

Most importantly, it closes the gap between:

“automatically generated technical layouts”
and
“Human-readable engineering diagrams optimized for real-world communication and installation workflows.”