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v1.0 Available for Windows

Simulation Viewer

Visualize 2D/3D simulation data, create cross-sections, and compare multiple datasets on an infinite whiteboard.

Windows 10/11 • 64-bit • Portable application

Simulation Viewer
Simulation Viewer Interface showing 3D surface plots, 2D heatmaps, and data comparisons on an infinite canvas

Drag simulation files onto the canvas to start analyzing.

Compatibility

Supports Your Existing Data

Directly import industry-standard simulation formats without any conversion steps or data loss.

.cht

Photon Design

OmniSim / FIMMPROP chart files

.fgd

Photon Engineering

Field data files

.fits

FITS Standard

Flexible Image Transport System

Uses Apache ECharts for ultra-fast, interactive visual rendering.

Workflow

Application Workflow

A streamlined process to visualize and analyze your simulation data from start to finish.

01

Data Input

Drag and drop supported files (.cht, .fgd, .fits) to begin. Data is automatically parsed and listed in the workspace sidebar.

02

Workspace Layout

Position heatmaps, 3D surfaces, and plots on the infinite whiteboard. Elements can be resized and rearranged to build custom comparison views.

03

Analysis Tools

Generate 1D cross-sections and polar views with interactive controls. Overlay multiple datasets to compare results across different simulation runs.

04

Export Results

Save workspace snapshots as high-resolution images for publication, or export the entire session to JSON for future analysis.

Advanced Features

Professional Analysis Tools

Providing high-precision data visualization and comparative analysis in one workspace.

Precision Analysis

Instant 1D Cross-Sections

Transform static heatmaps into dynamic discovery tools. Click any point to generate precise line plots along X or Y axes. Extract peak intensities, FWHM, and distribution profiles in real-time.

Sub-pixel coordinate precision
Automatic unit scaling
Interactive data cursors
Simulation Viewer
Default view with cross-section plots generated from a heatmap
Comparison Engine

Unified Dataset Comparison

Stop switching between tabs. Merge multiple simulation results into a single synchronized view. Overlapping plots allow for immediate identification of variance and optimization trends.

Synchronized axis scaling
Customizable trace styling
Batch comparison export
Simulation Viewer
Default view with merged cross-section comparison chart
Angular Insight

Advanced Polar Mapping

Perfect for photonics and acoustics. Switch your analysis to polar coordinates to visualize angular distributions. Our engine handles the coordinate transformation natively, keeping your workflow fluid.

Native circular axis support
Angular slice extraction
Symmetry analysis tools
Simulation Viewer
Polar view showing cross-sections and merged comparison

Technical Specifications

A standalone desktop environment designed for low-latency data interaction and consistent workflow management.

Spatial Organization

Infinite Canvas Layout

Place heatmaps, 3D surfaces, and polar plots on an unconstrained whiteboard. Arrange and resize elements to build the exact comparison view required for your analysis.

Local Execution

Offline Standalone App

A self-contained desktop environment that requires no internet connection or external server processing. Data is parsed and rendered entirely on your local hardware.

System Performance

High-Density Rendering

Built on Apache ECharts for low-latency interactivity even with high-resolution datasets.

Data Persistence

JSON Workspace Files

Export the complete state of your workspace to portable JSON files. This allows for reopening exact configurations, including chart positions and cross-section overlays.

FAQ

Frequently Asked Questions

.cht (Photon Design OmniSim/FIMMPROP), .fgd (Photon Design field data), and .fits (FITS standard).

Windows 10/11 (64-bit). We recommend 8GB RAM for larger datasets. A dedicated GPU improves 3D rendering performance but is not required.

Click anywhere on a 2D heatmap to create a 1D slice at that position. The cross-section appears as a separate line chart. You can create multiple slices and overlay them.

Charts export as PNG images. Workspace layouts (including chart positions and settings) save to JSON files.

No. The application runs entirely locally. No data is uploaded anywhere.

The application is designed for large simulation datasets. Performance depends on your system's RAM and GPU. GPU-accelerated rendering helps with complex 3D surfaces.

Simulation Viewer uses Apache ECharts to render fast, interactive charts and plots.

Yes. Save your canvas layout, including all charts and their positions, to a JSON workspace file. Reopen it anytime to continue where you left off.

Have other questions? Email support@technixbycbs.com or use our contact us

Ready to Analyze Faster?

Download Simulation Viewer for Windows 10/11. Portable application, no installation required. Start visualizing your data in seconds.

Download for Windows

v1.0 • Portable executable

Questions or feedback? Email us at support@technixbycbs.com or via our contact us