ENG-CANSAT-MISSION1-CAPTURE - Historique des versions

Admin : /* The code explained */

2022-03-06T17:20:43Z

The code explained

2018-10-30T16:27:43Z

About testing

2018-10-29T23:23:57Z

Introduction

2018-10-29T23:07:06Z

Fault tolerant design

2018-10-29T23:06:29Z

Fault tolerant design

2018-10-29T22:51:19Z

The code explained

2018-10-29T22:43:31Z

Structuring the data

2018-10-29T22:41:47Z

About testing

2018-10-29T22:31:33Z

About testing

2018-10-29T22:31:16Z

About testing

@@ Ligne 158 : / Ligne 158 : @@
 == The code explained ==
-Here some explanation about the {fname|mission1-serial-radio-capture.ino}} sketch used in the CanSat.
+Here some explanation about the {{fname|mission1-serial-radio-capture.ino}} sketch used in the CanSat.
 This Arduino sketch would:

@@ Ligne 71 : / Ligne 71 : @@
 # Going autonomous (removing Serial Connexion waiting) + add the Lipo
-The code proposed here under has been tested up to 22620128 (22.6 millions) iterations without issue, time when we decided to ends the test :-) .
+The code proposed here under has been tested up to 23197 iterations without issue, time when we decided to ends the test :-) .
 Once uploaded to your Feather, open the Serial Monitor and set it to 9600 bauds. '''The sketch would wait until you open the Serial Monitor to start transmitting the data'''.

@@ Ligne 2 : / Ligne 2 : @@
 == Introduction ==
-{{ambox|text=Before starting this point, we recommand to follow all the sensors testing steps (BMP280 sensor, TMP36 Sensor, RFM69HCW radio and RFM69HCW Testing).
+{{ambox|text=Before starting this point, we recommand to follow all the sensors testing steps (BMP280 sensor, TMP36 Sensor, RFM69HCW radio, RFM69HCW Testing and onboard NeoPixel).
 It contains all the details about the wiring, install needed libraries and conduct basic testing.}}
@@ Ligne 9 : / Ligne 9 : @@
 * Air temperature
 * Air pressure
-and transmissing the information via the RFM69HCW radio module.
+and transmitting the information via the RFM69HCW radio module.
 == Wiring ==

@@ Ligne 400 : / Ligne 400 : @@
 == Fault tolerant design ==
-The goal is to transmit the data to the ground station.
+The goal is to transmit the data to the ground station.<br />The code of the Emitter (this section) and Receiver (next section) are doing the job.
 However, what would happens to your data if the antenna did break? All the data are lots!

@@ Ligne 404 : / Ligne 404 : @@
 The code of the Emitter (this section) and Receiver (next section) are doing the job.
-However, what would happens to your data if the antenna did break!
+However, what would happens to your data if the antenna did break? All the data are lots!
-This is where the
+This is where the "Extra Flash" would be a great help!
 {{ENG-CANSAT-TRAILER}}

@@ Ligne 398 : / Ligne 398 : @@
+}
 </syntaxhighlight>
 {{ENG-CANSAT-TRAILER}}

@@ Ligne 88 : / Ligne 88 : @@
 So to transport the data to the receiver, we need to transform the values (float, integer) into their string representation.
-But having multiple data in string representation is not enough, they must be organized. '''They final format must be easy to parse and very compact''' (smaller is the radio message and higher is the chance for him to get to the ground without error).
+When having multiple data in their string representation is not enough, they must also been organized.
 We propose the following format:

← Version précédente		Version du 29 octobre 2018 à 22:41
Ligne 78 :		Ligne 78 :

	[[Fichier:ENG-CANSAT-MISSION1-CAPTURE-20.png]]		[[Fichier:ENG-CANSAT-MISSION1-CAPTURE-20.png]]
		+
		+	Where we could see the transmitted messages with the packetnum packet index, timing and data.
		+
		+	The screen also displays the '''ACK''' acknowledgement send back by the receiver.

	== Structuring the data ==		== Structuring the data ==

@@ Ligne 77 : / Ligne 77 : @@
 You should see the following messages appears on the Serial Monitor.
-[Fichier:ENG-CANSAT-MISSION1-CAPTURE-20.png]
+[[Fichier:ENG-CANSAT-MISSION1-CAPTURE-20.png]]
 == Structuring the data ==

← Version précédente		Version du 29 octobre 2018 à 22:31
Ligne 72 :		Ligne 72 :

	The code proposed here under has been tested up to 22620128 (22.6 millions) iterations without issue, time when we decided to ends the test :-) .		The code proposed here under has been tested up to 22620128 (22.6 millions) iterations without issue, time when we decided to ends the test :-) .
		+
		+	Once uploaded to your Feather, open the Serial Monitor and set it to 9600 bauds. '''The sketch would wait until you open the Serial Monitor to start transmitting the data'''.
		+
		+	You should see the following messages appears on the Serial Monitor.
		+
		+	[Fichier:ENG-CANSAT-MISSION1-CAPTURE-20.png]

	== Structuring the data ==		== Structuring the data ==