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Advanced CODAS Analysis Software

Sophisticated Analysis Functions Not Available in WinDaq Waveform Browser Software

$595.00

Select Version: 

  • Creates Calculated Channels of Any Length
  • Operates directly on WinDaq (.WDQ and .WDH) files
  • Seamless Access From WinDaq Playback Software
  • Automatic File Management
  • Automatic EU scaling
  • Seven waveform calculation modules
  • Derivative
  • Integration
  • Moving average filters
  • Arithmetic operations
  • And more...
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Advanced CODAS Data Acquisition Analysis Software
Check out the new Advanced CODAS user interface.
Advanced CODAS User Interface

Learn about the Advanced CODAS user interface and analysis features.

Description

Advanced CODAS offers sophisticated analysis functions not available in WinDaq Waveform Browser playback software. Beginning with acquired waveforms, Advanced CODAS creates calculated channels without ever leaving the WinDaq Waveform Browser environment. The calculation functions, used individually or in any combination, may be applied to any waveform with fully automatic calibration in any desired unit of measure. Calculated channels are cleanly inserted into the waveform file and assume the characteristics of an acquired channel.

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WinDaq Add-ons and Utilities

Library

Library of Free utilities and add-on packages for WinDaq Software. All utilities and add-ons available here are not supported by DATAQ Instruments and come as-is.

WinDaq Data Acquisition Add-on Software

Specifications

Supported Software WinDaq
Program Capacities
Data File Length: Limited only by hard drive size
Number of channels: 240 Max
User Interface
DOS Command Line: Single line DOS command for each Advanced CODAS utility. Suitable for batch file processing.
Menu Driven: Menu-driven interface for ease-of-use allows each Advanced CODAS parameter to be specified independently.
Accessibility
From DOS Command Level: Operates on the entire waveform file specified by the command line
From within WINDAQ using Cut/Paste: Operates only on selected portions of the waveform file currently in use by the software
From within WINDAQ using hot key: Operates on the entire waveform data file currently in use by the software
Waveform Integral Function
Integration reset methods: As a function of time(t): 5µs to 145 hours (sample rate dependent)
As a function of level (L): -1.79×10-308 L 1.79×10308
As a function of input waveform zerocrossing
As a function of peak capture markers from another channel
No reset
Input rectification modes: Bipolar (no rectification); Positive only (+ half wave); Negative only (- half wave); Absolute value (full wave)
Output waveform modes: Continuous integrated waveform; Peak integral before reset with hold function
Output waveform units: Complete engineering unit preservation (input waveform units × seconds)
Output waveform screen scaling: Automatic for maximum signal transition
Waveform Derivative Function
Selectable output waveform filtering: Smoothing factor of 2 (no smoothing) to 64, balanced
Output waveform engineering units: Complete engineering unit preservation (input waveform ÷ seconds)
Output waveform screen scaling: Automatic for maximum signal preservation
Waveform Rectification Function
Input rectification modes: Bipolar (no rectification); Positive only (+ half wave); Negative only (- half wave); Absolute value (full wave)
Output waveform engineering units: Same as input waveform
Output waveform screen scaling: Same as input waveform
Waveform Moving Average Function
Selectable output waveform filtering (low pass): Smoothing factor of 1 (no smoothing, for copying channels ) to 10000, balanced
Selectable output waveform filtering (high pass): Smoothing factor of -10000 to -1 (no smoothing, for copying channels ), balanced
Output waveform engineering units: Same as input waveform
Output waveform screen scaling: Same as input waveform
Waveform Peak Capture Function
Scope: Sample-by-sample min and/or max waveform inflection detection
Sensitivity: Adjustable from 1 to 99% of peak signal excursions
Output: Marks input waveform with positiveand negative-going markers at detected inflection points. Markers may be viewed and edited by Playback software
Waveform Report Generator Function
Cycle definitions: Peak-to-peak; peak-to-valley; valley-topeak; valley-to-valley
Output: Value at peak and/or valley with corresponding sample numbers, mean, cycle time (selectable Hz, cycles/minute, or interval in seconds)
Output format: Selectable spreadsheet (CSV) or ASYST/ASYSTANT
Waveform Mathematical Functions
Supported operations: +; -; ×; ÷; sqrt; unary; exp; log10; loge; abs; phase shifting
Max formula constant precision: 16 significant digits
Formula grouping: Supports parentheses ( ) for grouped operations
Max formula result range: ±1 × 10308
Phase shifting range: +1 to +20 samples
Output Waveform Calibration: Automatic for maximum signal transitions
Computer System Requirements
Computer: Any computer capable of running Windows 95 or greater
Supported Products: WINDAQ Waveform Browser playback software

Videos

Check out the new Advanced CODAS user interface.
New User Interface

Check out the new Advanced CODAS user interface.
 
Integration Using Advanced CODAS (calculating the area under a curve)
Integration

In this example we integrate a flow rate waveform to determine flow volume.
Demonstrating the Power of Advanced CODAS - A Real-World Example
Real-world Example

In this example we derive and report the time between the rising edges of pulses in a pulse train.
Eliminate High Frequency Noise Using the Moving Average Feature in Advanced CODAS
Moving Average Feature

In this example we eliminate high frequency noise using the moving average feature.
Using the Derivative Function to Differentiate a Waveform With New Advanced CODAS
The Derivative Function

How to differentiate a waveform calculating velocity and acceleration.
Performing a Periodic Reset Using the Integral Function in Advanced CODAS
The Integral Function

Use a periodic reset to determine the total flow after every five second period.
Perform a Level Reset When Integrating a Waveform In Advanced CODAS
Level Reset

In this example, we'll perform a level reset when integrating a flow waveform to calculate volume.
Peak Detection
Peak Detection

In this example we'll use Advanced CODAS to peak detect a waveform.

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