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General| Type | Portable Photosynthesis System |
|---|---|
| Light Source | LED |
| Leaf Temperature Measurement | Thermocouple |
| Operating Temperature Range | 5-45 °C |
| Measurement Type | Gas Exchange |
| CO2 Measurement Range | 0 to 2000 µmol mol-1 |
| H2O Measurement Range | 0-75 mmol mol-1 |
| Light Intensity Range | 0 to 2000 µmol m-2 s-1 |
| Relative Humidity Range | 0 to 100% |
| Data Storage | Internal memory |
| Power | Rechargeable lithium-ion battery |
| Display | Color touchscreen |
| Measurement Principle | Infrared Gas Analysis (IRGA) |
Defines key terms and highlights used in the manual for clarity and consistent understanding.
Explains the role of Python in Background Programs and introduces basic syntax and data types.
Guides users on interpreting and utilizing hints within the BP configuration interface.
Recommends Virtual Network Computing for easier input of expressions and names during BP development.
Illustrates the typical sequence of operations for building and running Background Programs.
Provides a guided walkthrough of launching and interacting with existing Background Programs.
Details the step-by-step process for creating a new Background Program from scratch.
Demonstrates creating a BP for automated dark-adapted fluorescence readings.
Explores different ways to implement autologging with BPs, including timing adjustments.
Shows how to create a BP that logs data based on an environmental condition like light level.
Details methods for adjusting log intervals dynamically within a BP.
Explains how to use a BP to monitor the system's match mode status.
Demonstrates using BPs to record and playback time-series data, like light intensity.
Illustrates creating a simple response curve using the LOOP step and setpoints.
Shows how to manage multiple environmental controls within a response loop.
Explains how to measure response surfaces with multiple independent variables.
Details methods for setting dynamic wait times based on stability criteria.
Interface for launching, loading, and creating Background Programs.
Environment for adding, arranging, and managing BP steps.
Screen for configuring attributes and parameters for individual BP steps.
Interface for testing and running the developed Background Program.
Explains how to step through a BP execution for debugging purposes.
Details the file structure and locations for Background Programs.
Creates and assigns values to local variables within a program.
Controls log file operations: opening, recording remarks, data, and closing.
Enables repetitive execution of a sequence of steps based on count, duration, list, or file.
Suspends program execution for a specified duration, stability, event, or time.
Allows setting a control or system constant by accessing the control dictionary.
Creates a user interface dialog for input and interaction within a BP.
Executes Python code or functions, enabling extended functionality.
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