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

Test if the script works:

$ sudo systemctl start bootsplash.service

If the video is playing , then enable the script:

$ sudo systemctl enable bootsplash.service

Reboot your pi and you should see your video at boot

$ sudo reboot

if you want to create your own Dashboards here are the possible Sensors ( not every car supports every Sensor):

QML Sensor Inputs:	Description
Dashboard.revs	RPM
Dashboard.Intakepress
Dashboard.PressureV	MAP Sensor Voltage
Dashboard.ThrottleV	Throttle Voltage
Dashboard.Primaryinp
Dashboard.Fuelc
Dashboard.Leadingign	Leading ignition degree
Dashboard.Trailingign	Trailing ignition degree
Dashboard.Fueltemp	Fueltemp
Dashboard.Moilp	Oil pump
Dashboard.Boosttp	Precontrol Duty %
Dashboard.Boostwg	Wastegate Duty %
Dashboard.Watertemp	Water temperature
Dashboard.Intaketemp	Intake temperature
Dashboard.Knock	Knock
Dashboard.BatteryV	Battery Voltage
Dashboard.speed	Vehicle Speed
Dashboard.Iscvduty
Dashboard.O2volt	O2 Sensor Voltage
Dashboard.O2volt_2	O2 Sensor2 Voltage
Dashboard.Secinjpulse	Secondary injector pulse width
Dashboard.InjDuty	Injector duty %
Dashboard.pim
Dashboard.EngLoad	Engine Load %
Dashboard.MAF1V	MAF 1 voltage
Dashboard.MAF2V	MAF 2 voltage
Dashboard.injms
Dashboard.Inj
Dashboard.Ign
Dashboard.Dwell
Dashboard.BoostPres
Dashboard.BoostDuty
Dashboard.MAFactivity