Autopush

Readme.md

@@ -133,7 +133,7 @@ Note that the 'BONUS!' represents something that _could_ be done, and does not c
 |doj||<ul><li>Having the list of strips accessible</li><li>Design</li><li>Assemble it</li><li>Test it</li></ul>|100% |
 |oneeye||<ul><li>First test with Arduino Trinket</li></ul>|100% |
 |croaker|<ul><li>Replace the work done by <a href="/oneeye/">OneEye</a> by <a href="/croaker/">Croaker</a> - that is, pulse control.</li><li>Get better total ADC speed with an iterleaved move</li><li>Develop a Cletus+Croaker way of working with a gyroscope+accelerometer.</li><li>Have Croaker generate its own AP</li></ul>|<ul><li>Choose the platform (<a href="/toadkiller/">BBB</a>, RPi0, <a href="/croaker/">STM32</a>, ... ?) : that'll be a <code>Feather WICED</code> for this iteration of Croaker</li><li>Getting some images</li><li>Getting images onto a screen</li><li>Getting good resolution images -- see the <a href="/croaker/data/20161217/20161217-TestingArduinoAndPhantom.md">breadboard phantom</a></li></ul>|50% |
-|retroATL3|<ul><li>http://www.biosono.com/PrmtLgd/PrmtLgd.php?id=TrnsRlc</li><li><em>BONUS!</em> Get RealTime acquisition</li><li>Determine the impedance of the transducer seen by <a href="/tobo/">tobo</a> (@ulb ?)</li><li>Do some impedance matching (@ulb ?)</li></ul>|<ul><li>Finding the pins mapping</li><li>Acquire and build ultrasound pictures =)</li><li>Motor in action</li><li>Refill Oil</li><li>Test echoes</li><li><a href="https://hackaday.io/project/9281-murgen-open-source-ultrasound-imaging/log/42113-testing-murgen-with-a-market-probe">Make and insert a video: there</a></li></ul>|66% |
+|retroATL3|<ul><li>Replace the work done by <a href="/oneeye/">OneEye</a> by <a href="/croaker/">Croaker</a> - that is, pulse control.</li><li>Get better total ADC speed with an iterleaved move</li><li>Develop a Cletus+Croaker way of working with a gyroscope+accelerometer.</li><li>Have Croaker generate its own AP</li></ul>|<ul><li>Finding the pins mapping</li><li>Acquire and build ultrasound pictures =)</li><li>Motor in action</li><li>Refill Oil</li><li>Test echoes</li><li><a href="https://hackaday.io/project/9281-murgen-open-source-ultrasound-imaging/log/42113-testing-murgen-with-a-market-probe">Make and insert a video: there</a></li></ul>|60% |
 |toadkiller|<ul><li>Enhance the BBB to transform it into a ultrasound server</li></ul>|<ul><li>Do the quick check up</li><li>Acquire some data</li><li>Post some data</li></ul>|75% |
 |goblin|<ul><li><em>BONUS!</em> Plug it to a <a href="/croaker/">RPi0 or BBB or RPi</a> or else.</li><li>Connect the ADC to a RPi0</li></ul>|<ul><li>Check the power consumption</li><li><a href="/toadkiller/data/test_enveloppe/">Testing the in and out signals</a> of the board with the prudaq.</li><li>Specs to write</li><li>Agreeing on the strips </li><li>Check if 5V and 3.3V are stable</li><li>Defining the ICs to use</li><li>Getting schematics</li><li>Send microcircuits to Edgeflex</li><li>Receive the module</li><li>Publish the sources in KiCAD (@Sofian maybe?)</li><li>CANCELLED - Test it with the <a href="/retired/kina/">EMW3165</a>.</li></ul>|91% |
 |silent||<ul><li>Feather: <a href="/silent/software/featherWICED/SignalGenerator.ino">work with an interrupt</a></li><li>Write code for feather WICED</li><li>Publish this code</li><li>Remove Signal Bias</li><li>Validated with a Feather WICED (<a href="/silent/software/featherWICED/SimpleSignalGenerator.ino">code</a>).</li><li>Feather: remove the average value before inputing in Goblin</li><li><a href="/silent/2016-08-09-SilentPlusTobo.md">Check output with Goblin</a></li></ul>|100% |
@@ -157,10 +157,6 @@ Here's a couple of things we're working on, for which you could help as well.
 * Get better total ADC speed with an iterleaved move (in [croaker](/croaker/))
 * Develop a Cletus+Croaker way of working with a gyroscope+accelerometer. (in [croaker](/croaker/))
 * Have Croaker generate its own AP (in [croaker](/croaker/))
-* http://www.biosono.com/PrmtLgd/PrmtLgd.php?id=TrnsRlc (in [retroATL3](/retroATL3/))
-* <em>BONUS!</em> Get RealTime acquisition (in [retroATL3](/retroATL3/))
-* Determine the impedance of the transducer seen by <a href="/tobo/">tobo</a> (@ulb ?) (in [retroATL3](/retroATL3/))
-* Do some impedance matching (@ulb ?) (in [retroATL3](/retroATL3/))
 * Enhance the BBB to transform it into a ultrasound server (in [toadkiller](/toadkiller/))
 * <em>BONUS!</em> Plug it to a <a href="/croaker/">RPi0 or BBB or RPi</a> or else. (in [goblin](/goblin/))
 * Connect the ADC to a RPi0 (in [goblin](/goblin/))

include/AddShoppingList.md

@@ -15,10 +15,6 @@ Here's a couple of things we're working on, for which you could help as well.
 * Get better total ADC speed with an iterleaved move (in [croaker](/croaker/))
 * Develop a Cletus+Croaker way of working with a gyroscope+accelerometer. (in [croaker](/croaker/))
 * Have Croaker generate its own AP (in [croaker](/croaker/))
-* http://www.biosono.com/PrmtLgd/PrmtLgd.php?id=TrnsRlc (in [retroATL3](/retroATL3/))
-* <em>BONUS!</em> Get RealTime acquisition (in [retroATL3](/retroATL3/))
-* Determine the impedance of the transducer seen by <a href="/tobo/">tobo</a> (@ulb ?) (in [retroATL3](/retroATL3/))
-* Do some impedance matching (@ulb ?) (in [retroATL3](/retroATL3/))
 * Enhance the BBB to transform it into a ultrasound server (in [toadkiller](/toadkiller/))
 * <em>BONUS!</em> Plug it to a <a href="/croaker/">RPi0 or BBB or RPi</a> or else. (in [goblin](/goblin/))
 * Connect the ADC to a RPi0 (in [goblin](/goblin/))

include/AddTableAvancement.md

@@ -15,7 +15,7 @@ Note that the 'BONUS!' represents something that _could_ be done, and does not c
 |doj||<ul><li>Having the list of strips accessible</li><li>Design</li><li>Assemble it</li><li>Test it</li></ul>|100% |
 |oneeye||<ul><li>First test with Arduino Trinket</li></ul>|100% |
 |croaker|<ul><li>Replace the work done by <a href="/oneeye/">OneEye</a> by <a href="/croaker/">Croaker</a> - that is, pulse control.</li><li>Get better total ADC speed with an iterleaved move</li><li>Develop a Cletus+Croaker way of working with a gyroscope+accelerometer.</li><li>Have Croaker generate its own AP</li></ul>|<ul><li>Choose the platform (<a href="/toadkiller/">BBB</a>, RPi0, <a href="/croaker/">STM32</a>, ... ?) : that'll be a <code>Feather WICED</code> for this iteration of Croaker</li><li>Getting some images</li><li>Getting images onto a screen</li><li>Getting good resolution images -- see the <a href="/croaker/data/20161217/20161217-TestingArduinoAndPhantom.md">breadboard phantom</a></li></ul>|50% |
-|retroATL3|<ul><li>http://www.biosono.com/PrmtLgd/PrmtLgd.php?id=TrnsRlc</li><li><em>BONUS!</em> Get RealTime acquisition</li><li>Determine the impedance of the transducer seen by <a href="/tobo/">tobo</a> (@ulb ?)</li><li>Do some impedance matching (@ulb ?)</li></ul>|<ul><li>Finding the pins mapping</li><li>Acquire and build ultrasound pictures =)</li><li>Motor in action</li><li>Refill Oil</li><li>Test echoes</li><li><a href="https://hackaday.io/project/9281-murgen-open-source-ultrasound-imaging/log/42113-testing-murgen-with-a-market-probe">Make and insert a video: there</a></li></ul>|66% |
+|retroATL3|<ul><li>Replace the work done by <a href="/oneeye/">OneEye</a> by <a href="/croaker/">Croaker</a> - that is, pulse control.</li><li>Get better total ADC speed with an iterleaved move</li><li>Develop a Cletus+Croaker way of working with a gyroscope+accelerometer.</li><li>Have Croaker generate its own AP</li></ul>|<ul><li>Finding the pins mapping</li><li>Acquire and build ultrasound pictures =)</li><li>Motor in action</li><li>Refill Oil</li><li>Test echoes</li><li><a href="https://hackaday.io/project/9281-murgen-open-source-ultrasound-imaging/log/42113-testing-murgen-with-a-market-probe">Make and insert a video: there</a></li></ul>|60% |
 |toadkiller|<ul><li>Enhance the BBB to transform it into a ultrasound server</li></ul>|<ul><li>Do the quick check up</li><li>Acquire some data</li><li>Post some data</li></ul>|75% |
 |goblin|<ul><li><em>BONUS!</em> Plug it to a <a href="/croaker/">RPi0 or BBB or RPi</a> or else.</li><li>Connect the ADC to a RPi0</li></ul>|<ul><li>Check the power consumption</li><li><a href="/toadkiller/data/test_enveloppe/">Testing the in and out signals</a> of the board with the prudaq.</li><li>Specs to write</li><li>Agreeing on the strips </li><li>Check if 5V and 3.3V are stable</li><li>Defining the ICs to use</li><li>Getting schematics</li><li>Send microcircuits to Edgeflex</li><li>Receive the module</li><li>Publish the sources in KiCAD (@Sofian maybe?)</li><li>CANCELLED - Test it with the <a href="/retired/kina/">EMW3165</a>.</li></ul>|91% |
 |silent||<ul><li>Feather: <a href="/silent/software/featherWICED/SignalGenerator.ino">work with an interrupt</a></li><li>Write code for feather WICED</li><li>Publish this code</li><li>Remove Signal Bias</li><li>Validated with a Feather WICED (<a href="/silent/software/featherWICED/SimpleSignalGenerator.ino">code</a>).</li><li>Feather: remove the average value before inputing in Goblin</li><li><a href="/silent/2016-08-09-SilentPlusTobo.md">Check output with Goblin</a></li></ul>|100% |

retroATL3/Readme.md

@@ -84,24 +84,24 @@ The aim of this echOmod is to get the mechanical movement of the piezos. Salvage
 * We have found an interesting doc: the ATL manual for the ultrasound machine - and specs for the whole set of transducers -- [found here](/include/ultramark/UltraMark_4-Manual.pdf)
 
 
-## Discussions
+### Discussions
 
-### Where to source?
+#### Where to source?
 
 Mostly ebay:
 * 60$ for 1 probe - - http://www.ebay.com/itm/ATL-Access-C-3-0-MHZ-12-7mm-dia-Ultrasound-Transducer-P-N-101-25909-72-3862-/111898969844?hash=item1a0db2c6f4:m:mY5GvKHR7qPhPuufxAHnjyA
 * 290$ for 2 probes - 2x ATL Access A  (3MHz) - http://www.ebay.com/itm/ATL-Access-A-Ultrasound-Probe-LOT-2-/131588905820?hash=item1ea34f5b5c:g:COUAAOSwyQtV3Xkg
 * 5MHz @ http://www.ebay.com/itm/ATL-Access-A-5-0MHz-12-7mm-Dia-6cm-FP-Ultrasound-Probe-3359-/111904941527?hash=item1a0e0de5d7:m:m35HcHQafc7p8BdFvI01GZg (104$)
 
-### How to connect the motor?
+#### How to connect the motor?
 
 I have not used any feedback action, just tried to provide a constant voltage.
 
 ![](/retroATL3/images/motor_pins.jpg)
 
 Using 160mA@4V
 
-### Good images achieved! [RESOLVED]
+#### Good images achieved! [RESOLVED]
 
 [Please refer to this log to read more about how we got this image](/include/20160814/2016-08-14-HackingAUltrasoundProbe.md). Here's an example of the image we got:
 
@@ -132,7 +132,7 @@ Those were done with a bitscope at 5Msps.. with 'non-null' delays between each l
 #### Getting an echo
 
 An echo appears with [Murgen](https://github.com/kelu124/murgen-dev-kit), gain at 0.6V
-
+s
 ![](/retroATL3/images/TEK0005.JPG)
 
 #### Getting an image while the probe is rotating