Js-visg-m-s Manual

: 0–22mA range with 0.01mA precision (sampling resistor ≤ 500Ω). Display : 4-digit LED showing two decimal places. Controls : Rotary encoder knob with 20 pulses per circle. Wiring and Connection Guide

// M-step: Load the data model vis.bindModel( nodes: data.nodes, edges: data.edges, dimensions: ['x', 'y', 'value'] ); js-visg-m-s manual

// 2. Initialize core const container = document.getElementById('visg-container'); const viz = new VisgCore(container, width: 800, height: 400, backgroundColor: '#fafafa' ); : 0–22mA range with 0

“Clarity in code yields clarity in insight.” – The JS-VISG-M-S team const viz = new VisgCore(container

Before diving into code, understand the four fundamental objects in JS-VISG-M-S:

: Rotate the knob to change values. In "Fine" mode (F001=1), small rotations result in precise 0.01 increments.

: 0–22mA range with 0.01mA precision (sampling resistor ≤ 500Ω). Display : 4-digit LED showing two decimal places. Controls : Rotary encoder knob with 20 pulses per circle. Wiring and Connection Guide

// M-step: Load the data model vis.bindModel( nodes: data.nodes, edges: data.edges, dimensions: ['x', 'y', 'value'] );

// 2. Initialize core const container = document.getElementById('visg-container'); const viz = new VisgCore(container, width: 800, height: 400, backgroundColor: '#fafafa' );

“Clarity in code yields clarity in insight.” – The JS-VISG-M-S team

Before diving into code, understand the four fundamental objects in JS-VISG-M-S:

: Rotate the knob to change values. In "Fine" mode (F001=1), small rotations result in precise 0.01 increments.