syncfusion-angular-smith-chart
Implement Syncfusion Angular Smith Chart component for high-frequency circuit visualization and transmission line analysis. Use this skill whenever the user needs to create smith charts, visualize impedance or admittance parameters, add multiple series to a smith chart, customize axes and gridlines, configure markers and data labels, implement legends with visibility toggling, add tooltips and export functionality, or styling and accessibility. Covers installation, basic rendering, series management, axis configuration, marker/label customization, legend setup and advanced features.
What this skill does
# Implementing Syncfusion Angular Smith Chart Component
## When to Use This Skill
Use this skill when you need to:
- **Visualize transmission lines** - Plot impedance or admittance parameters on smith charts for circuit analysis
- **Create smith charts** - Render smith chart components with proper configuration and data binding
- **Add multiple series** - Display multiple transmission line series on a single chart
- **Customize axes** - Configure horizontal and radial axes with custom labels, gridlines, and styling
- **Highlight data points** - Add markers and data labels to emphasize key values
- **Display legends** - Implement legends with positioning, alignment, and visibility toggling
- **Enable interactivity** - Add tooltips, print functionality, and event handling
- **Style and theme** - Apply Syncfusion themes, custom colors, and responsive sizing
- **Ensure accessibility** - Support WCAG compliance, keyboard navigation, and RTL layouts
## Component Overview
The **Syncfusion Angular Smith Chart** is a specialized data visualization component for high-frequency circuit applications. It uses two sets of concentric circles (constant resistance and reactance) to plot transmission line parameters for impedance and admittance analysis.
**Key Characteristics:**
- **Dual-axis system** - Horizontal axis (straight line for resistance) and radial axis (circular path for reactance)
- **Render Types** - Support for both `Impedance` (default) and `Admittance` parameters
- **Multi-series support** - Display multiple transmission line series simultaneously with different colors and styles
- **Data binding** - Two methods: `points` array or `dataSource` with `resistance`/`reactance` property mapping
- **Interactive elements** - Markers, data labels, tooltips, legends with visibility toggle, and export functionality
- **Customizable styling** - Axis labels, major/minor gridlines, colors, themes (Material, Bootstrap, Tailwind), responsive sizing
- **Accessibility features** - WCAG compliance, keyboard navigation, RTL (right-to-left) support, screen reader compatibility
- **Event-driven** - Load events, series rendering, legend interactions, and tooltip customization
- **Export capabilities** - PNG, JPEG, SVG formats for reporting and documentation
## Documentation and Navigation Guide
This skill guides you through implementing smith charts. Here are the key topics:
### Getting Started
๐ **Read:** [references/getting-started.md](references/getting-started.md)
- Installation and package setup for Angular 19+
- Basic smith chart component implementation
- Module injection requirements
- Data binding with resistance and rectangle values
- CSS imports and theming
- When to read: Before implementing your first smith chart
### Series and Data Management
๐ **Read:** [references/series-and-data.md](references/series-and-data.md)
- Understanding series concepts and data structure
- Points vs dataSource for data input
- Impedance and Admittance render types
- Series customization (fill, opacity, width, visibility)
- Multiple series examples and patterns
- Smart labels and overlapping prevention
- When to read: Bind data and configure multiple series
### Axis Customization
๐ **Read:** [references/axis-customization.md](references/axis-customization.md)
- Horizontal and radial axis configuration
- Axis labels (positioning, intersection handling, styling)
- Major and minor gridlines (visibility, width, dash patterns, opacity)
- Axis line customization
- Label and value formatting
- When to read: Customize axis appearance and behavior
### Markers and Data Labels
๐ **Read:** [references/markers-and-labels.md](references/markers-and-labels.md)
- Marker configuration and visibility
- Data label display and formatting
- Positioning markers and labels without overlap
- Custom label content (resistance, reactance values)
- Formatting numeric values
- When to read: Highlight specific data points or show detailed values
### Legend and Interaction
๐ **Read:** [references/legend-and-interaction.md](references/legend-and-interaction.md)
- Legend visibility and positioning (top, bottom, left, right, custom)
- Legend alignment and placement
- Legend shape customization (circle, rectangle, triangle)
- Legend sizing and responsiveness
- Series visibility toggle with legend clicks
- When to read: Add and configure legends for series identification
### Advanced Features
๐ **Read:** [references/advanced-features.md](references/advanced-features.md)
- Tooltip configuration and formatting
- Print and export functionality
- RTL (Right-to-Left) support
- Theming and CSS customization
- Container sizing and responsive behavior
- WCAG accessibility compliance
- Keyboard navigation
- Event handling (click, hover, legend toggle)
- When to read: Implement complex features like tooltips, export, events, or accessibility
### Troubleshooting
๐ **Read:** [references/troubleshooting.md](references/troubleshooting.md)
- Common implementation issues and solutions
- Data format validation and errors
- Module import troubleshooting
- Performance optimization tips
- Chart rendering and display issues
- When to read: Debug issues or optimize chart performance
## Quick Start Example
Here's a minimal example to render a basic smith chart:
```typescript
import { SmithchartModule } from '@syncfusion/ej2-angular-charts'
import { Component } from '@angular/core';
@Component({
imports: [SmithchartModule],
standalone: true,
selector: 'app-container',
template: `<ejs-smithchart
id='smithchart-container'
[series]="series">
</ejs-smithchart>`
})
export class AppComponent {
series = [{
points: [
{ resistance: 10, reactance: 10 },
{ resistance: 20, reactance: 15 },
{ resistance: 30, reactance: 5 },
{ resistance: 40, reactance: -5 },
{ resistance: 50, reactance: -15 }
]
}]
}
```
**Output:** A basic smith chart with one series showing transmission line impedance values.
## Common Patterns
### Pattern 1: Multi-Series Transmission Line Comparison
Display multiple transmission line series with different colors for impedance comparison:
```typescript
series = [
{
name: 'Transmission Line A',
points: [
{ resistance: 0.2, reactance: 0.1 },
{ resistance: 0.5, reactance: 0.3 },
{ resistance: 1.0, reactance: 0.5 }
],
fill: '#0066CC',
marker: { visible: true },
tooltip: { visible: true }
},
{
name: 'Transmission Line B',
points: [
{ resistance: 0.3, reactance: 0.15 },
{ resistance: 0.6, reactance: 0.4 },
{ resistance: 1.2, reactance: 0.6 }
],
fill: '#FF6633',
marker: { visible: true },
tooltip: { visible: true }
}
]
```
### Pattern 2: Interactive Tooltips, Legends, and Markers
Enable legends for series identification, tooltips for detailed values, and markers to highlight data points:
```typescript
@Component({
template: `
<ejs-smithchart [series]="series" [legendSettings]="legendSettings">
</ejs-smithchart>
`
})
export class AppComponent {
series = [
{
name: 'Device A',
marker: {
visible: true,
shape: 'Circle',
width: 8,
height: 8,
dataLabel: { visible: true } // โ dataLabel INSIDE marker
},
tooltip: { visible: true, template: 'R:${resistance}+jX:${reactance}' },
points: [...]
}
];
legendSettings = {
visible: true,
position: 'Bottom',
alignment: 'Center'
};
}
```
### Pattern 3: Admittance Render Type with Axis Customization
Switch to Admittance rendering and customize axes with gridlines:
```typescript
@Component({
template: `
<ejs-smithchart
renderType: 'Admittance'
[series]="series"
[horizontalAxis]="hAxis"
[radialAxis]="rAxis">
</ejs-smithchart>
`
})
export class AppComponent {
series = [
{
points: [...],
}
];
hAxis = {
labelPosition: 'Outside',
majorGridLines: { visRelated in Design
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