Application WaveTool Data Analysis Path

This contains the extension modules to analyze data out of Wavetool Evaluation Software

UDP Modules to transfer data from Wavetool to other applications
SDK to interface with the M4 Evaluation Platform firmware
ADI Study Watch SDK Source and iOS binaries
Reference Flutter App Source code

The license for this is in License file and the third party licenses are added in NOTICE file.

Wavetool_UDP

Python Modules

Requirement: Applications WaveTool 5.0.0. Python: 3.7.1+

Running MATLAB Example.

Open Applications Wavetool
Connect to COM port
Load a specific DCFG for ADPD4xxx
Play the data in Applications Wavetool (ADPD view)
Enable UDP
Run the Matlab awt_udp_parser.m file

Running Labview Example

Open Applications Wavetool
Connect to COM port
Load a specific DCFG for ADPD4xxx
Play the data in Applications Wavetool (ADPD view)
Enable UDP
Run the AwtTransferModule.vi
Stop UDP to stop the data transfer and before closing the VI

Running Python example:

Open Applications Wavetool
Mention the COM port in the python example
Mention specific DCFG for ADPD4xxx in the example

Open example.py

CONTROL_UDP_RX_PORT = 50002
CONTROL_UDP_TX_PORT = 50001
DATA_TXPORT = 50007

COM_PORT = 3   #Replace with the COM port you are using
DCFG_FILE = 'ADPD4100_PPG_Default.dcfg' #Replace with the dcfg of your choice 
                                        #but the dcfg should be in the Wavetool cfg folder
Host_IP = "localhost"

COM_PORT: COM Port the evaluation board is connected. This allows the python script to connect to device, as would using the Applications WaveTool Connect button.

DCFG_FILE: The DCFG file to load from the local folder. See you WaveTool installation cfg folder.

CONTROL_UDP_RX_PORT, CONTROL_UDP_TX_PORT, DATA_TXPORT: See Applications WaveTool Settings->UDP for the ports being used. The selection above is the default selection.

Sample output

(base) > python3 example.py

Response Data: b'\x99\x00\x00' Response Status: Success Device Connected successfully Opening ADPD View Enter OpenView command with any of above choice as shown below..

01 )ADPDCL Device
02 )ADXL Device
03 )ECG App
04 )PPG View

Response Status: Success Response Data: b'\x9e\x00\x00' Response Status: Success Modifying OPMODE Register Response Data: b'\x81\x00\x00' Response Status: Success Reading OPMODE Register Response Data: b'\x80\x00\x02' 0 Register Value is 0 Response Status: Success Reading Chip Register Response Data: b'\x80\x00\x02' 450 Register Value is 450 Response Status: Success

Available DCFG File

01 )AD5940.dcfg
02 )ADPD.dcfg
03 )ADPD108.dcfg
04 )ADPD1080Z-GST_EVAL_ANGLE_Nominal_01.dcfg
05 )ADPD1080Z-GST_EVAL_GEST_Nominal_01.dcfg
06 )ADPD1080Z-PRX_EVAL_PROX_LEDwaNominal_01.dcfg
07 )ADPD1081Z-PPG_EVAL_Float_01.dcfg
08 )ADPD1081Z-PPG_EVAL_Normal_01.dcfg
09 )ADPD144RIZ-SF_EVAL_PPG_EarOrig_01.dcfg
0A )ADPD188BIZ_EVAL_default_r120519.dcfg
0B )ADPD188GGZ_EVAL_PPG_FloatMode.dcfg
0C )ADPD188GGZ_TEST_PPGECG_AD8233_01.dcfg
0D )ADPD2140Z_EVAL_ANGLE_02.dcfg
0E )ADPD4000Z_EVAL_ECG_sAIN34_01.dcfg
0F )ADPD4000_digital_int_IW.dcfg
10 )ADPD4000_ECG_PPG.DCFG
11 )ADPD4100_ECG_PPG_RevF.dcfg
12 )ADPD4100_ECG_RevF.dcfg
13 )ADPD4100_PPG_Default.dcfg
14 )ADXL.dcfg

Enter load config command with any of above choice as shown below..

    Eg.,0D 01 <01/02/03...>choice

Response Data: b'\x95\xd0t'

Loading the DCFG File ADPD4100_PPG_Default.dcfg

Response Data: b'\x97\x00\x00' Response Status: Success Selecting Plot 1 with Slot A Response Data: b'\x88\x00\x00' Response Status: Success Selecting Plot 2 with Slot B Response Data: b'\x88-\x00'

Playing the data from the sensor for 20 seconds

Response Data: b'\x82\x00\x00' Response Status: Success

Enabling the Log and UDP Data transfer for 20 seconds

Response Data: b'\x85\x00\x00' Response Status: Success Response Data: b'\x86\x00\x00' Response Status: Success UDP connection status :0 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ UDP TRANSFER TOOL

UDP Port Number: 50007 Version : 1.0

++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ \

[210.0, 214.0, 207.0, 210.0, 209.0, 210.0, 214.0, 216.0, 205.0, 208.0, 212.0, ...] ...

Disabling the Log

Response Data: b'\x85\x00\x00' Response Status: Success

Disabling the UDP Data transfer

Response Data: b'\x86\x00\x00' Response Status: Success

Stopping the Playback of the ADPD sensor data

Response Data: b'\x83\x00\x00' Response Status: Success

Disconnecting the device

Response Data: b'\x91\x00\x00' Response Status: Success

M4_Eval_SDK

Software Development Kit that contains APIs interfacing with the firmware and can be used to build applications on other platforms.

SDK - Windows

This contains the C++ and Python libraries and samples for Windows platform Hardware - EVAL-ADPDUCZ connected to ADPD sensor board

SDK - Linux

This contains the Python libraries and samples for Linux platform Hardware - EVAL-ADPDUCZ connected to ADPD sensor board

iOS_SDK

Software Development Kit (binaries) for interfacing with the Study Watch firmware and can be used for building iOS applications

StudyWatch_SDK_App

Software DevelopmentKit C++ source code and a reference Flutter App that interfaces with the C++ SDK

analogdevicesinc / ApplicationsWaveTool