AnyMaze Integration
Video tracking software for behavioral research supporting up to 16 cameras with real-time analysis, custom maze configuration, and integrated control of experimental equipment.
| max_cameras_supported | 16 |
| compatible_camera_types | USB cameras, FireWire cameras, DV camcorders, network cameras |
| tracking_capabilities | real-time and pre-recorded video files |
| tracking_conditions | low-light, low-contrast environments |
| compatible_mazes | water mazes, plus mazes, T-mazes, light-dark boxes |
| control_functions | light activation, pellet dispensing, sound playback, syringe pump operation |
AnyMaze Integration provides comprehensive video tracking software for behavioral neuroscience and pharmacology research. The system supports real-time and recorded video analysis across diverse experimental paradigms, from water mazes and elevated plus mazes to custom apparatus configurations. The software integrates with up to 16 cameras simultaneously while maintaining tracking precision in challenging conditions including low-light and low-contrast environments.
The platform enables researchers to define custom experimental zones, program complex behavioral sequences, and control peripheral equipment including lights, feeders, audio systems, and syringe pumps. Multi-animal tracking capabilities allow simultaneous monitoring of multiple subjects within a single session, while the experiment management system handles concurrent protocols across different testing schedules. Data collection encompasses spatial coordinates, temporal measurements, and behavioral event detection with frame-by-frame precision.
How It Works
AnyMaze Integration employs computer vision algorithms to detect and track animal positions through contrast-based object recognition. The system analyzes video input frame-by-frame, identifying the subject based on color contrast with the background environment. Tracking algorithms calculate centroid positions and generate coordinate data streams at video frame rates, typically 30-60 Hz depending on camera specifications.
Zone definition capabilities allow researchers to segment experimental apparatus into regions of interest using geometric shapes or custom boundaries. The software continuously monitors subject position relative to these predefined zones, generating real-time event triggers when boundary crossings occur. Behavioral sequence detection algorithms can identify complex movement patterns, such as alternation behaviors or specific navigation strategies, through programmable criteria sets.
Hardware integration protocols enable synchronized control of external devices through digital and analog output channels. Light activation, audio playback, and feeding mechanisms can be triggered based on positional data, temporal schedules, or behavioral events, creating closed-loop experimental paradigms for operant conditioning and automated reward delivery systems.
Features & Benefits
max_cameras_supported
- 16
compatible_camera_types
- USB cameras, FireWire cameras, DV camcorders, network cameras
tracking_capabilities
- real-time and pre-recorded video files
tracking_conditions
- low-light, low-contrast environments
compatible_mazes
- water mazes, plus mazes, T-mazes, light-dark boxes
control_functions
- light activation, pellet dispensing, sound playback, syringe pump operation
multi_animal_tracking
- simultaneous tracking of multiple animals
experiment_management
- multiple schedules concurrently
Behavioral Construct
- Spatial Learning
- Spatial Memory
- Working Memory
- Reference Memory
- Anxiety
- Exploration
- Locomotor Activity
- Navigation
- Place Learning
- Avoidance Learning
Automation Level
- fully-automated
Research Domain
- Addiction Research
- Aging Research
- Anxiety and Depression
- Behavioral Pharmacology
- Learning and Memory
- Motor Function
- Neurodegeneration
- Neuroscience
- Pain Research
Species
- Gerbil
- Hamster
- Mouse
- Rat
- Guinea pig
Weight
- 21.0 lbs
Dimensions
- L: 43.2 in
- W: 38.0 in
- H: 27.9 in
Comparison Guide
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Camera Input Support | Up to 16 simultaneous cameras with USB, FireWire, DV, and network compatibility | Basic systems typically support 1-4 cameras with limited input types | Enables comprehensive apparatus coverage and high-throughput multi-chamber experiments without camera switching between sessions. |
| Tracking Environment Conditions | Maintains precision in low-light and low-contrast conditions | Standard systems often require optimal lighting and high contrast backgrounds | Supports circadian research and light-sensitive behavioral paradigms without compromising tracking accuracy. |
| Multi-Animal Capability | Simultaneous tracking of multiple animals within single sessions | Many systems require individual animal isolation or sequential testing | Increases experimental throughput and enables social behavior analysis within group housing conditions. |
| Equipment Integration | Built-in control for lights, feeders, audio, and syringe pumps | Basic software often lacks hardware integration requiring separate control systems | Creates closed-loop experimental paradigms with precise stimulus timing synchronized to behavioral events. |
| Apparatus Flexibility | Custom zone definition for any maze configuration including water mazes, plus mazes, T-mazes, and light-dark boxes | Fixed systems typically support predefined apparatus types only | Accommodates novel experimental designs and apparatus modifications without software limitations or additional licensing. |
The system distinguishes itself through comprehensive camera support, environmental adaptability, and integrated equipment control. Multi-animal tracking capabilities and custom apparatus configuration provide experimental flexibility beyond standard fixed-configuration systems.
Practical Tips
Establish coordinate scaling using reference objects with known dimensions within each camera field of view.
Why: Accurate spatial calibration ensures precise distance measurements and velocity calculations across different experimental setups.
Regularly clean camera lenses and verify lighting consistency between experimental sessions.
Why: Maintaining optimal image quality prevents tracking errors and ensures consistent detection parameters across experimental days.
Test detection parameters with representative animals before beginning data collection protocols.
Why: Pre-validation of tracking accuracy prevents data loss and ensures optimal detection sensitivity for specific animal strains and experimental conditions.
Monitor tracking confidence indicators during real-time experiments to identify potential detection issues.
Why: Early identification of tracking problems allows immediate protocol adjustments rather than discovering data quality issues during post-hoc analysis.
Optimize contrast settings and background uniformity if tracking accuracy decreases in specific apparatus regions.
Why: Uneven lighting or background patterns can create detection dead zones that compromise behavioral measurement completeness.
Archive raw video files alongside processed tracking data for future re-analysis with updated algorithms.
Why: Preservation of original video data enables retrospective analysis improvements and validation of behavioral scoring modifications.
Setup Guide
What’s in the Box
- AnyMaze software installation media
- Software license and activation credentials
- User manual and protocol documentation
- Hardware interface drivers (typical)
- Camera configuration utilities (typical)
- Technical support contact information
Warranty
ConductScience provides standard manufacturer warranty coverage with technical support for software installation, configuration assistance, and troubleshooting guidance. Extended support packages are available for protocol development and advanced feature implementation.
Compliance
References
Background reading relevant to this product:
What video formats and frame rates does the software support for analysis?
The system accepts standard video formats from USB cameras, FireWire cameras, DV camcorders, and network cameras. Consult product datasheet for specific codec compatibility and maximum frame rate specifications for optimal tracking precision.
How does the software handle occlusion events when tracking multiple animals?
The multi-animal tracking algorithms maintain individual identity through predictive position algorithms and size-based discrimination. However, consult product datasheet for limitations regarding extended occlusion periods and recommended animal density per camera field.
What hardware interfaces are available for controlling external equipment?
The system provides digital and analog output capabilities for light activation, pellet dispensing, sound playback, and syringe pump operation. Specific port configurations and voltage specifications should be confirmed in the technical documentation.
Can the software integrate with existing laboratory data management systems?
Data export capabilities include standard formats for integration with statistical analysis software and laboratory information management systems. Consult technical specifications for supported file formats and database connectivity options.
What are the minimum computer system requirements for real-time tracking?
System requirements vary based on number of cameras, resolution settings, and tracking complexity. Multi-camera configurations require dedicated processing resources for maintaining real-time performance across concurrent video streams.
How does tracking performance compare to manual scoring methods?
Automated tracking provides consistent measurement precision without observer bias, particularly beneficial for long-duration experiments and subtle behavioral measurements. Manual verification capabilities allow validation of automated detection accuracy.
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