PowerTune

PowerTune is a Modern Gauge Display for written in QT5.8 and supports the following ECU's:

Additional ECU's supported via Daemon (these are items you can purchase from us)

Adaptronic Modular ECU's (Adaptronic CAN Protocol)
Haltech CAN V2 Protocol comapatible ECU's
Microtech CAN Protocol comapatible ECU's (LT9c,LT10c,LT15c)
Link G4 with CAN BUS ( via Haltech or Microtech Protocol)
VIPEC with CAN BUS ( via Haltech or Microtech Protocol)
Nissan Consult I
Holley EFI (CANBUS)
OBD II (Serial ELM327 Cable only)
GT86 BRZ FRS (CANBUS)

Testet Platforms :

Ubuntu 17.04 Windows 10 (CANBUS only on LINUX) Raspbian Jessie 2017-04-10 Raspbian Stretch

Implemented PowerFC variants:

Mazda :

"13B1 "
"13B-REW "
"13B-REW2"
"13B-REW3"
"13BT1PRO"
"13BR1PRO"
"13BR2PRO"
"13BR3PRO"

Nissan Power FC Variants

"NISSAN-L"
"CA18DET "
"SR20DE1 "
"SR20DE2 "
"SR20DE3 "
"SR20DE4 "
"SR20DET1"
"SR20DET2"
"SR20DET3"
"SR20DET4"
"SR20DET5"
"SR20DET6"
"RB20DET "
"RB25DET "
"RB25DET2"
"RB26DETT"
"VG30DETT"
"CA181PRO"
"SR2N1PRO"
"SR2N2PRO"
"SR2N3PRO"
"SR2N4PRO"
"SR201PRO"
"SR202PRO"
"SR203PRO"
"SR204PRO"
"SR205PRO"
"SR206PRO"
"RB201PRO"
"RB251PRO"
"RB252PRO"
"RB261PRO"
"RB262PRO"
"RB26Pro "
"RB26PRO "
"RB26PRO1"
"RB25PRO2"
"CA18T1-D"
"SR20T1-D"
"SR20T2-D"
"SR20T3-D"
"SR20T4-D"
"SR20T5-D"
"RB26_1-D"
"RB26_2-D"
"VG30TT-D"

Toyota Power FC Variants

"TOYOTA-L"
"1ZZ-FE "
"1ZZ-FET "
"2ZZ-GE "
"3S-GE "
"3SGET "
"1JZ-GTE "
"1JZGT-AT"
"4A-G1 "
"4A-G2 "
"1JGT1PRO"
"TOYOTA-D"
"4A-GE "
"4A-GE1 "
"4A-GE2 "
"4A-GE3 "
"4AGE1-TH"
"4AGE2-TH"
"4AGE3-TH"
"4E-FTE1 "
"4E-FTE2 "
"1JZGT-D "
"3S-GE1 "
"3S-GE2 "
"3S-GTE "
"3S-GTE2 "
"3S-GTE3 "
"1JZ-GTE2"
"1JZ-GTE3"
"2JZ-GTE1"
"2JZ-GTE2"
"4AGE1PRO"
"4AGE2PRO"
"4AGE3PRO"
"4EFT1PRO"
"4EFT2PRO"
"3SGE1PRO"
"3SGT1PRO"
"3SGT2PRO"
"3SGT3PRO"
"1JGT2PRO"
"1JGT3PRO"
"2JGT1PRO"
"2JGT2PRO"

Mitsubishi Power FC Variants

"4G63 "
"4G63-US "
"4G63-3 "
"4G63-5 "
"4G63-6 "
"4G63-7 "
"4G63D_US"
"4G63-D "
"4G63-D3 "
"4G63-D4 "
"4G63-D5 "
"4G63-D6 "
"4G63-D7 "

Honda Power FC Variants

"D15B "
"B16A1 "
"B16A-US "
"B16A2 "
"B16A1-TH"
"B16B "
"B16B2 "
"B16BT "
"B16B1-TH"
"B16B2-TH"
"B18C "
"B18C-US "
"B18C2 "
"B18CT "
"B18C1-TH"
"B16A1PRO"
"B16A2PRO"
"B16B1PRO"
"B16B2PRO"
"B18C1PRO"
"H22A "

Tested Vehicles Apexi PFC :	ECU Variant:	FC Hako:	FC Datalogit:	Confirmed by :
Mazda RX7 FD3S	(13B-REW)	✓		Markus Ippy
Toyota MR2	(3S-GTE3)	✓		Tolis Kofoglou
Toyota MR2	(3S-GTE )		✓	Juan Pena
Nissan Skyline R33 GTST ENR33	(RB25DETT)		✓	Michael Kwaaitaal
Nissan Skyline R32 GT-R BNR32	(RB26DETT)		✓	Alpheus Booth
Toyota Soarer	(1JZ-GTE3)	✓		Kieron Sandhu
	(SR20DET1)	✓		Damian James Holmes

Adaptronic Variants :

Adaptronic Select series:
All variants
Adaptronic Modular series :
All variants

Tested Vehicles Adaptronic:	ECU Variant:	Interface:	Confirmed:	Confirmed by :
Mazda RX7 FD3S	(13B-REW) Select Plugin S8*	Serial	✓	Bastian Gschrey
Mazda RX7 FD3S	(13B-REW) Modular	CAN (PICAN2)	✓	Bastian Gschrey

Nissan Consult :

Soon to be tested :	ECU Variant:	Variant:	Confirmed:	Confirmed by :
Nissan Silvia S14	(SR20DET1)	Nistune

Haltech V2 Protocol:

Tested Vehicles :	ECU Variant:	Interface:	Confirmed:	Confirmed by :
Mazda RX7 FD3S	Haltech Elite 2000	CAN (PICAN2)	✓	Bastian Gschrey
Mazda RX7 FD3S	Adaptronic Modular	CAN (PICAN2)	✓	Bastian Gschrey

Microtech CAN Protocol:

Tested Vehicles :	ECU Variant:	Interface:	Confirmed:	Confirmed by :
?	LINK G4	CAN (PICAN2)	✓	Damian Holmes
Mazda RX7 FD3S	Microtech LT9c	CAN (Modtronix im1	✓	Jaques Hanekom

Implemented Features :

Remote control GoPro Recording on off
Logging to CSV file
Differential Aux input Settings for Power FC
GPS for NMEA 0183 compliant devices via Serial (Tested with BU-353S4 GPS Mouse)
Switching between metric and Imperial values

Build a Raspberry Pi image with Buildroot:

This was tested on Ubuntu 17.04

  $ git clone https://github.com/MarkusIppy/buildroot.git

  $ cd buildroot

  $ make powertune_rpi3_defconfig

If you use another screen than the official pi Screen , edit the following file

  $ nano /buildroot/board/powertune/rpi3/rootfs/profile.d/qt5-env.sh

Press "Ctrl+x" when you finished modifing the file and plress "y" to save

  $ make

This will download all required sourcecode into a seperate folder called "dl" Once the compilation has finished it will create a pi image called "powertune.img" in the folder /buildroot/output/images

Flash the image to your SD card ( you can user Etcher or do it via command Line ) Etcher can be downloaded her https://etcher.io/

The image currently has a boot time of approx 17 seconds until PowerTune is starting ( i am still working on optimization )

About the image : The username and password are :

user: pi pw: raspberry

Not all linux commands are supported and there is no need to use sudo

Should you wish to use Wlan :

quit PowerTune
Log in with user and password from above
Switch to root user $ sudo su root
Type the following:

$ wpa_passphrase "YourSSIDHere" "YourPasswordHere" >> /etc/wpa_supplicant/wpa_supplicant.conf

Replace your WLAN SSID and Password Above

Pro-tip: edit the file and delete the line: #psk=YourPasswordHere

$ reboot

Now your pi will always log into WLAN at boot

Build your own Debian Stretch image:

On a fresh Debian Stretch image build QT5.8 I made some scripts here :

https://github.com/MarkusIppy/QT5.x-raspbian-stretch

Now download the sourcecode for PowerTune

$ git clone https://github.com/BastianGschrey/PowerTune.git

Your source code is now available in /home/pi/PowerTune

Now creade a directory where we compile and start PowerTune from :

$ sudo mkdir /opt/PowerTune

$ sudo chown pi:pi /opt/PowerTune

Compile PowerTune:

$ cd /opt/PowerTune

$ qmake /home/pi/PowerTune/PowerTuneQMLGui.pro

$ make -j4

now PowerTune is installed in /opt/PowerTune

Create a start script for PowerTune :

$ sudo nano /home/pi/startPowerTune.sh

Insert the following text into startPowerTune.sh

export QT_QPA_EGLFS_PHYSICAL_WIDTH=155
export QT_QPA_EGLFS_PHYSICAL_HEIGHT=86
/opt/PowerTune/PowerTuneQMLGui

save the file by pressing "ctrl"+"x" and then press "y"

Make the script executable :

$ sudo chmod +x /home/pi/startPowerTune.sh

Test the script

$ ./startPowerTune.sh

Now we can build ourselfs a update script for PowerTune

$ sudo nano /home/pi/update.sh

Insert the following into the file

cd /home/pi/PowerTune
git pull
cd /opt/PowerTune
qmake /home/pi/PowerTune/PowerTuneQMLGui.pro
make -j4

save the file by pressing "ctrl"+"x" and then press "y"

Make the script executable :

$ sudo chmod +x /home/pi/update.sh

Making PowerTune Autostart at Boot

Create a sercive to launch the startPowerTune.sh script at boot

$ sudo nano /etc/systemd/system/PowerTune.service

Insert the following text into PowerTune.service

[Unit]

Description=PowerTune

[Service]

Type=simple

ExecStart=/home/pi/startPowerTune.sh

[Install]

WantedBy=multi-user.target

Test if the script works:

$ sudo systemctl start PowerTune.service

If PowerTune is launching, quit PowerTune

Now enable the script

$ sudo systemctl enable PowerTune.service

Reboot your pi and you should see PowerTune starting at boot

$ sudo reboot

12.Launch a custom video at boot with OMXPlayer

$ sudo nano /etc/systemd/system/bootsplash.service

Copy the following content into the file and save it ( this example assumes you have a video called "bootvideo.mp4" in the folder: "/home/pi/" :

[Unit]
Description=BootSplash
DefaultDependencies=no
After=local-fs.target
Before=basic.target

[Service]
Type=simple
ExecStart=/usr/bin/omxplayer -b /home/pi/bootvideo.mp4

[Install]
WantedBy=getty.target