config.properties

#=========================
# Generator options
#=========================
font.filename=04B_03__.TTF
font.size=82

#x/y offset for screen capturing generator
#if you define screen.capture.window.size.x as 0, the screen capture generator will be disabled
screen.capture.offset=100
screen.capture.window.size.x=0
#screen.capture.window.size.x=500
screen.capture.window.size.y=300

#=========================
#frames per second, examples: fps=25 (default), fps=0.1
#=========================
fps=25

#=========================
#settings for remote client (client/server)
#=========================
remote.client.fps=10
remote.client.use.compression=false

#=========================
#load a preset if PixelController starts, use nr 0 per default
#=========================
#startup.load.preset.nr=0

#=========================
#start in random mode?
#=========================
startup.in.randommode=false

#=========================
#if the random mode is enabled, create a random visual each n seconds
#if this value is 0, then this feature is disabled
#=========================
randommode.lifetime.in.s=15

#=========================
#per default you get # of output windows + 1 visuals
#maybe you need more, so add them here if you want...
#=========================
additional.visual.screens=0

#=========================
#network port config
#=========================
osc.listening.port=9876

#=========================
#enable pixelcontroller sound analyzer (disable it if you don't have a sound card)
#=========================
sound.analyze.enabled=true

#=========================
#if the audio level falls below this threshold, the volume gets muted
#0.0f is the lowest possible value, 1.0f is the maximum value
#=========================
sound.silence.threshold=0.0005f

#=========================
#Preset fader time
#=========================
#if a new preset is loaded or the current visual is randomized it gets crossfaded to the new content
#preset.loading.fade.time=500

#fade time for visual to visual fadings
#visual.fade.time=1500

#=========================
#GUI: define the maximal window size
#=========================
gui.window.maximal.width=620
gui.window.maximal.height=600

#=========================
#GUI: the size of the software output matrix
#=========================
led.pixel.size=16


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# OUTPUT SETTINGS #
# enable only ONE output device (PixelInvaders, RainbowduinoV2, RainbowduinoV3, Art-Net, TPM2, UDP, Adafruit or Minidmx)
### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ### ###

#=========================
# the resolution of your led matrix
# this setting is not needed for pixelinvaders panels
#=========================
output.resolution.x=8
output.resolution.y=8

#=========================
#flip each second scanline
#=========================
#output.snake.cabling=true

#=========================
# if your led matrix has a fancy ordering, enter the custom mapping here
# the output mapping table should contain output.resolution.x * output.resolution.y entries 
# REMEMBER: the first outputs starts at 0 NOT 1!
#=========================
#output.mapping=0,1,4,5,2,3... 

#=========================
# optional, defines the color order of the output device
# this option is used for ALL output devices, if you have multiple panels you must define
# multiple entries, for example if you have 3 panels you need to define "BRG,BRG,BRG"
#
# if this setting is commented out, RGB color order is assumed for all panels
#=========================
#panel.color.order=RGB,RBG

#=========================
# Apply gamma correction for output panels
# Valid options
#  - NONE
#  - GAMMA_20: apply gamma 2.0 correction
#  - GAMMA_22: apply gamma 2.2 correction
#  - GAMMA_25: apply gamma 2.5 correction
#  - GAMMA_30: apply gamma 3.0 correction
#  - SPECIAL1: apply special gamma correction
#=========================
panel.gamma.tab=GAMMA_22

#=========================
# Settings for PixelInvaders panels, valid options:
#=========================
#   NO_ROTATE,
#   FLIPPEDY,
#   ROTATE_90,
#   ROTATE_90_FLIPPEDY,
#   ROTATE_180,
#   ROTATE_180_FLIPPEDY,
#   ROTATE_270,
#=========================
#HINT: you define how many PixelInvaders panels are in use, in this example we use four panels.
#pixelinvaders.layout.row1=NO_ROTATE,NO_ROTATE
#pixelinvaders.layout.row2=NO_ROTATE,NO_ROTATE

#Use Expeditinvader panels
#pixelinvaders.is.a.expeditinvader=true

#if different panels have different color charateristics, you can fine-tune the color here (subtract)
#example for two panels
#pixelinvaders.coloradjust.r.0=0
#pixelinvaders.coloradjust.g.0=0
#pixelinvaders.coloradjust.b.0=0
#pixelinvaders.coloradjust.r.1=0
#pixelinvaders.coloradjust.g.1=0
#pixelinvaders.coloradjust.b.1=0

#do not try this device for autodetection (speedup application start)
#pixelinvaders.blacklist.devices=/dev/tty.Bluetooth-Serial-1,/dev/cu.Bluetooth-Serial-1,/dev/cu.Bluetooth-Modem,/dev/cu.Bluetooth-Serial-2,/dev/cu.Bluetooth-PDA-Sync,/dev/tty.Bluetooth-PDA-Sync,/dev/cu.Bluetooth-Modem,/dev/tty.Bluetooth-Modem,/dev/tty.Bluetooth-Serial-2,/dev/tty.Bluetooth-Incoming-Port

#if you have multiple pixelinvaders panels wired up special, you can define this here.
#if you don't define this setting, the "default wiring" is expected
#example (the number define the wiring direction):
# +---+---+---+
# | 0 | 3 | 4 |
# +---+---+---+
# | 1 | 2 | 5 |
# +---+---+---+
#HINT: the first panel is 0!
#pixelinvaders.panel.order=0,3,4,1,2,5

#networked pixelinvader settings, use with ser2net
#pixelinvaders.panel.ip=192.168.111.22
#pixelinvaders.panel.port=5333

#=========================
#settings for null output
#=========================
nulloutput.devices.row1=2
nulloutput.devices.row2=0

#=========================
#settings for rainbowduinoV2
#=========================
#i2c destination address + layout definition
#layout.row1.i2c.addr=5,6
#layout.row2.i2c.addr=8,9

#=========================
#settings for rainbowduinoV3
#=========================
#serial device names + layout definition
#  on Linux/OSX use names like "/dev/ttyUSB1"
#  on Windows use names like "COM1"
#layout.row1.serial.devices=/dev/ttyUSB0,/dev/ttyUSB1
#layout.row2.serial.devices=/dev/ttyUSB2,/dev/ttyUSB3


#=========================
#settings for Art-Net devices
#Info: PixelController supports more than 1 universe
#do NOT FORGET to define the output resolution above!
#=========================
#HINT: you define how many artnet panels are in use, in this example we use four panels.
artnet.layout.row1=NO_ROTATE
#artnet.layout.row2=NO_ROTATE,NO_ROTATE

#controller ip address
artnet.ip=192.168.1.231

#define the default artnet broadcast address, default is 2.255.255.255
artnet.broadcast.address=255.255.255.0

#define how many rgb pixels are used on a universe, maximal 170 (=510 Channels)
#Example: if you use two 8x8 RGB Led matrix, you connected the first matrix on universe 1
#         and the second matrix on universe 2, you would set artnet.pixels.per.universe=64 
artnet.pixels.per.universe=64

#define the first universe id
artnet.first.universe.id=1


#=========================
#settings for E1.31 devices
#Info: PixelController supports more than 1 universe
#do NOT FORGET to define the output resolution above!
#=========================
#HINT: you define how many e1.31 panels are in use, in this example we use four panels.
#e131.layout.row1=NO_ROTATE,NO_ROTATE
#e131.layout.row2=NO_ROTATE,NO_ROTATE

#controller ip address
#hint, use unicast address or 239.255.0.0 for multicast 
#e131.ip=239.255.0.0

#define how many rgb pixels are used on a universe, maximal 170 (=510 Channels)
#Example: if you use two 8x8 RGB Led matrix, you connected the first matrix on universe 1
#         and the second matrix on universe 2, you would set artnet.pixels.per.universe=64 
#e131.pixels.per.universe=170

#define the first universe id
#e131.first.universe.id=1


#=========================
#settings for tpm2.net device
#do NOT FORGET to define the output resolution above!
#=========================
#tpm2net.ip=192.168.111.25

#define layout, valid options:
#   NO_ROTATE (default),
#   FLIPPEDY,
#   ROTATE_90,
#   ROTATE_90_FLIPPEDY,
#   ROTATE_180,
#   ROTATE_180_FLIPPEDY,
#   ROTATE_270
#HINT: you define how many Tpm2Net panels are in use, in this example we use four panels.
#tpm2net.layout.row1=NO_ROTATE,NO_ROTATE
#tpm2net.layout.row2=NO_ROTATE,NO_ROTATE

#=========================
# rotate output panel
# used for UDP, tpm2 and minidmx
#=========================
#optional rotate image, valid options:
#   NO_ROTATE (default),
#   FLIPPEDY,
#   ROTATE_90,
#   ROTATE_90_FLIPPEDY,
#   ROTATE_180,
#   ROTATE_180_FLIPPEDY,
#   ROTATE_270
#output.layout=NO_ROTATE

#=========================
#settings for udp "device"
#do NOT FORGET to define the output resolution above!
#=========================
#send to this address
#udp.ip=192.168.111.25
#udp.port=6803

#=========================
#settings for tpm2 device
#do NOT FORGET to define the output resolution above!
#=========================
#Where is the TPM2 device connected?
#  on Linux/OSX use names like "/dev/ttyUSB1"
#  on Windows use names like "COM1"
#tpm2.device=/whatever/youwant
#tpm2.baudrate=115200

#=========================
#settings for Raspberry Pi WS2801 device
#do NOT FORGET to define the output resolution above!
#=========================
#rpiws2801.spi.speed=1000000


#=========================
#settings for miniDmx (like the SEDU board)
#do NOT FORGET to define the output resolution above!
#=========================
#minidmx.baudrate=115200


#EOF