# Configuration file for MCE - Unused/legacy items

[TKLock]

# Unlock the tklock if the camera is popped out
#
# 1 to enable, 0 to disable
CameraPopoutUnlock=1

[LEDPatternMonoRX34]

# Patterns used for the RX-34 hardware;
# this hardware has a single-colour LED without a dedicated engine
# Please prefix pattern names with Pattern to avoid name space clashes
#
# Note: For power management purposes, remember to keep try to keep the
#       onPeriod relatively short (not shorter than 50ms though),
#       the offPeriod long; if this is not possible, make sure to have
#       a timeout for the pattern so that it goes off after 15-30 seconds
#
# Priority (0 - highest, 255 - lowest)
# ScreenOn - 0 only show pattern when the display is off
#            1 show pattern even when the display is on
#            2 only show pattern when the display is off, including acting dead
#            3 show pattern even when the display is on, including acting dead
#            4 only show pattern if the display is off, or if in acting dead
#            5 always show pattern, even if LED disabled
# Timeout in seconds before pattern is disabled, 0 for infinite
# OnPeriod time in milliseconds
# OffPeriod time in milliseconds
#      (0 for continuous light; ONLY when the charger is connected!)
# Intensity in steps from 0 (off) to 15 (full intensity)
PatternDeviceOn=254;0;0;75;5000;10
PatternPowerOn=9;3;0;2000;1000;15
PatternPowerOff=10;3;0;2000;1000;15
PatternCommunication=30;1;0;250;2000;15
PatternCommunicationCall=30;1;0;250;2000;15
PatternCommunicationIM=30;1;0;250;2000;15
PatternCommunicationSMS=30;1;0;250;2000;15
PatternCommunicationEmail=30;1;0;250;2000;15
PatternCommonNotification=30;1;0;250;2000;15
PatternWebcamActive=255;0;0;0;0;0
PatternBatteryCharging=50;4;0;500;7500;10
PatternBatteryFull=40;4;0;1500;0;10

# This example pattern has a priority of 42 (all patterns with a *lower*
# priority value will have precedence), an on-period of 0.5 seconds,
# and an off-period of 1.5 seconds.  The pattern will be active for
# 30 seconds, then stop.  The brightness level will be 10 (with 15 being
# the maximum, this would amount to 66%.
# This pattern will be visible even when the display is on.
PatternExample=42;1;30;500;1500;10

[LEDPatternNJoyRX44]

# Patterns used for the RX-44 hardware;
# this hardware has an RGB LED connected to a NJoy controller
# Please prefix pattern names with Pattern to avoid name space clashes
#
# Priority (0 - highest, 255 - lowest)
# ScreenOn - 0 only show pattern when the display is off
#            1 show pattern even when the display is on
#            2 only show pattern when the display is off, including acting dead
#            3 show pattern even when the display is on, including acting dead
#            4 only show pattern if the display is off, or if in acting dead
#            5 always show pattern, even if LED disabled
# Timeout in seconds before pattern is disabled, 0 for infinite
# R-channel pattern in NJoy format (16 commands at most)
# G-channel pattern in NJoy format (16 commands at most)
# B-channel pattern in NJoy format (16 commands at most)
#
# 0000 -- Jump to the start of the pattern for the channel
# 40xx -- Set channel brightness
# xxyy -- Increment/decrement
#      xx determines the speed;
#         01-3f -- short step time (granularity 0.49ms)
#         41-7f -- long step time (granularity 15.6ms)
#      yy determines the increment/decrement steps
#         00-7f -- increment steps 00 = 0 steps, 7f = 127 steps
#         80-ff -- decrement steps 80 = 0 steps, ff = 127 steps
#
#         Use 0 steps to create pauses
#         Two consecutive increment/decrement sequences are needed
#         to cover the entire range from 0-255
# c000 -- End pattern execution
# e002 -- Send red trigger
# e004 -- Send green trigger
# e008 -- Send blue trigger
# e080 -- Wait for red trigger
# e100 -- Wait for green trigger
# e200 -- Wait for blue trigger
PatternDeviceOn=254;0;0;4000205f20df7f007f007f007f000000;4000205f20df7f007f007f007f000000;4000205f20df7f007f007f007f000000
PatternPowerOn=9;3;0;4000207f207f01ff01ffc000;4000207f207f01ff01ffc000;4000207f207f01ff01ffc000
PatternPowerOff=10;3;0;4000017f017f36ff36ff7f00c000;4000017f017f36ff36ff7f00c000;4000017f017f36ff36ff7f00c000
PatternCommunication=30;1;0;0000;0000;40007f00017f017f050001ff01ff0000
PatternCommunicationCall=30;1;0;0000;0000;40007f00017f017f050001ff01ff0000
PatternCommunicationIM=30;1;0;0000;0000;40007f00017f017f050001ff01ff0000
PatternCommunicationSMS=30;1;0;0000;0000;40007f00017f017f050001ff01ff0000
PatternCommunicationEmail=30;1;0;0000;0000;40007f00017f017f050001ff01ff0000
PatternCommonNotification=30;1;0;0000;0000;40007f00017f017f050001ff01ff0000
PatternWebcamActive=20;1;0;4000027f027fc000;0000;0000
PatternBatteryCharging=50;4;0;0000;4000257f06ff7f0041000000;0000
PatternBatteryFull=40;4;0;0000;407f0000;0000

# This example pattern has a priority of 42 (all patterns with a *lower*
# priority value will have precedence), and will flash in yellow
# This pattern will be visible even when the display is on.
PatternExample=42;1;30;4000167f167f17ff17ff0000;4000167f167f17ff17ff0000;0000

[LEDPatternNJoyRX48]

# Patterns used for the RX-48 hardware;
# this hardware has an RGB LED connected to a NJoy controller
# Please prefix pattern names with Pattern to avoid name space clashes
#
# Priority (0 - highest, 255 - lowest)
# ScreenOn - 0 only show pattern when the display is off
#            1 show pattern even when the display is on
#            2 only show pattern when the display is off, including acting dead
#            3 show pattern even when the display is on, including acting dead
#            4 only show pattern if the display is off, or if in acting dead
#            5 always show pattern, even if LED disabled
# Timeout in seconds before pattern is disabled, 0 for infinite
# R-channel pattern in NJoy format (16 commands at most)
# G-channel pattern in NJoy format (16 commands at most)
# B-channel pattern in NJoy format (16 commands at most)
#
# 0000 -- Jump to the start of the pattern for the channel
# 40xx -- Set channel brightness
# xxyy -- Increment/decrement
#      xx determines the speed;
#         01-3f -- short step time (granularity 0.49ms)
#         41-7f -- long step time (granularity 15.6ms)
#      yy determines the increment/decrement steps
#         00-7f -- increment steps 00 = 0 steps, 7f = 127 steps
#         80-ff -- decrement steps 80 = 0 steps, ff = 127 steps
#
#         Use 0 steps to create pauses
#         Two consecutive increment/decrement sequences are needed
#         to cover the entire range from 0-255
# c000 -- End pattern execution
# e002 -- Send red trigger
# e004 -- Send green trigger
# e008 -- Send blue trigger
# e080 -- Wait for red trigger
# e100 -- Wait for green trigger
# e200 -- Wait for blue trigger
PatternDeviceOn=254;0;0;4000e100207e207ee00420fe20fee0047f007f007f007f000000;4000e0024a15e0804a95e0807f007f007f007f000000;0000
PatternPowerOn=9;3;0;4000207f207f01ff01ffc000;4000207f207f01ff01ffc000;4000207f207f01ff01ffc000
PatternPowerOff=10;3;0;4000017f017f36ff36ff7f00c000;4000017f017f36ff36ff7f00c000;4000017f017f36ff36ff7f00c000
PatternCommunication=30;1;0;0000;0000;40007f00017f017f050001ff01ff0000
PatternCommunicationCall=30;1;0;0000;0000;40007f00017f017f050001ff01ff0000
PatternCommunicationIM=30;1;0;0000;0000;40007f00017f017f050001ff01ff0000
PatternCommunicationSMS=30;1;0;0000;0000;40007f00017f017f050001ff01ff0000
PatternCommunicationEmail=30;1;0;0000;0000;40007f00017f017f050001ff01ff0000
PatternCommonNotification=30;1;0;0000;0000;40007f00017f017f050001ff01ff0000
PatternWebcamActive=20;1;0;4000027f027fc000;0000;0000
PatternBatteryCharging=50;4;0;0000;4000257f06ff7f0041000000;0000
PatternBatteryFull=40;4;0;0000;407f0000;0000

# This example pattern has a priority of 42 (all patterns with a *lower*
# priority value will have precedence), and will flash in yellow
# This pattern will be visible even when the display is on.
PatternExample=42;1;30;4000167f167f17ff17ff0000;4000167f167f17ff17ff0000;0000

[LEDPatternLystiRX51]

# Patterns used for the RX-51 hardware;
# this hardware has an RGB LED connected to a Lysti controller
# Please prefix pattern names with Pattern to avoid name space clashes
#
# Priority (0 - highest, 255 - lowest)
# ScreenOn - 0 only show pattern when the display is off
#            1 show pattern even when the display is on
#            2 only show pattern when the display is off, including acting dead
#            3 show pattern even when the display is on, including acting dead
#            4 only show pattern if the display is off, or if in acting dead
#            5 always show pattern, even if LED disabled
# Timeout in seconds before pattern is disabled, 0 for infinite
# LED(s) to map to Engine 1/Engine 2
#         "r", "g", "b" maps the LED to engine 1
#         "R", "G", "B" maps the LED to engine 2
#         Example:
#            "rG" maps the red LED to engine 1,
#                      the green LED to engine 2,
#                      and leaves the blue LED unmapped
#         Avoid mapping the same LEDs to both engines...
# Engine 1 pattern in Lysti format (16 commands at most)
# Engine 2 pattern in Lysti format (16 commands at most)
#
# 0000 -- Jump to the start of the pattern for the channel
# 40xx -- Set channel brightness
# 9d80 -- Refresh Mux (use as first command in every pattern!)
# xxyy -- Increment/decrement
#      xx determines the speed;
#         02-3f -- short step time (granularity 0.49ms)
#         42-7f -- long step time (granularity 15.6ms)
#
#         If xx is even, increment
#         If xx is odd, decrement
#      yy determines the increment/decrement steps
#         00-ff -- in/decrement steps
#
#         Use 0 steps to create pauses
# c000 -- End pattern execution
# e002 -- Send engine 1 trigger
# e004 -- Send engine 2 trigger
# e008 -- Send engine 3 trigger <used by key backlight!>
# e080 -- Wait for engine 1 trigger
# e100 -- Wait for engine 2 trigger
# e200 -- Wait for engine 3 trigger <used by key backlight!>
PatternDeviceOn=254;0;0;rgb;9d804000422043207f100000;9d800000
PatternPowerOn=9;3;0;rgb;9d80400042ff02ffc000;9d800000
PatternPowerOff=10;3;0;rgb;9d80400001ff43ff7f007f00c000;9d800000
PatternCommunication=30;1;0;b;9d80400002ff03ff02ff03ff71080000;9d800000
PatternCommunicationCall=30;1;0;b;9d80400002ff03ff02ff03ff71080000;9d800000
PatternCommunicationIM=30;1;0;b;9d80400002ff03ff02ff03ff71080000;9d800000
PatternCommunicationSMS=30;1;0;b;9d80400002ff03ff02ff03ff71080000;9d800000
PatternCommunicationEmail=30;1;0;b;9d80400002ff03ff02ff03ff71080000;9d800000
PatternCommonNotification=30;1;0;b;9d80400002ff03ff02ff03ff71080000;9d800000
PatternWebcamActive=20;1;0;r;9d80400004ffc0000000;9d800000
PatternBatteryCharging=50;4;0;rg;9d804000427f0d7f7f007f0042000000;9d800000
PatternBatteryFull=40;4;0;g;9d80407f0000;9d800000

# This example pattern has a priority of 42 (all patterns with a *lower*
# priority value will have precedence), and will flash in yellow
# This pattern will be visible even when the display is on.
PatternExample=42;1;30;rg;9d80400044ff45ff0000;9d800000

[LEDPatternLystiRM680]

# Patterns used for the RM-680/RM-690 hardware;
# this hardware has a single-colour LED connected to a Lysti controller
# Please prefix pattern names with Pattern to avoid name space clashes
#
# Priority (0 - highest, 255 - lowest)
# ScreenOn - 0 only show pattern when the display is off
#            1 show pattern even when the display is on
#            2 only show pattern when the display is off, including acting dead
#            3 show pattern even when the display is on, including acting dead
#            4 only show pattern if the display is off, or if in acting dead
#            5 always show pattern, even if LED disabled
# Timeout in seconds before pattern is disabled, 0 for infinite
# Pattern in Lysti format (16 commands at most)
#
# 0000 -- Jump to the start of the pattern for the channel
# 40xx -- Set channel brightness
# 9d80 -- Refresh Mux (use as first command in every pattern!)
# xxyy -- Increment/decrement
#      xx determines the speed;
#         02-3f -- short step time (granularity 0.49ms)
#         42-7f -- long step time (granularity 15.6ms)
#
#         If xx is even, increment
#         If xx is odd, decrement
#      yy determines the increment/decrement steps
#         00-ff -- in/decrement steps
#
#         Use 0 steps to create pauses
# c000 -- End pattern execution

PatternPowerOn=9;3;0;9d80400012ff03ffc000
PatternPowerOff=10;3;0;9d80400002ff1bffc000
PatternCommunication=30;1;0;9d80400004ff05ff04ff05ff437f0000
PatternBatteryCharging=50;4;0;9d804000427f437f433f0000
PatternBatteryChargingFlat=50;4;0;9d80407f7f007f007f007f004000437f0000
PatternBatteryFull=40;4;0;9d80407f0000

# Patterns only for use by combination rules
PatternCommunicationAndBatteryFull=29;1;0;9d8040ff05ff04ff05ff04ff42bf0000

# A combination-rule describes pattern transformations
# Please prefix combination-rule names with Combination
# to avoid name space clashes
#
# The first entry is the name of the pattern that holds the combined
# pattern; the following entries are the pre-requisites
# If all pre-requisites are true, then the combination pattern
# is activated
#
# Note: Ensure that the combination pattern always has a higher priority
# than the highest priority component
CombinationCommunicationAndBatteryFull=PatternCommunicationAndBatteryFull;PatternCommunication;PatternBatteryFull

# This example pattern has a priority of 42 (all patterns with a *lower*
# priority value will have precedence), and will flash
# This pattern will be visible even when the display is on.
PatternExample=42;1;30;9d80400044ff45ff0000

[LEDPatternNJoyRM696]

# Patterns used for the RM-696 hardware;
# this hardware has a single-colour LED connected to a NJoy controller
# Please prefix pattern names with Pattern to avoid name space clashes
#
# Priority (0 - highest, 255 - lowest)
# ScreenOn - 0 only show pattern when the display is off
#            1 show pattern even when the display is on
#            2 only show pattern when the display is off, including acting dead
#            3 show pattern even when the display is on, including acting dead
#            4 only show pattern if the display is off, or if in acting dead
#            5 always show pattern, even if LED disabled
# Timeout in seconds before pattern is disabled, 0 for infinite
# Pattern in NJoy format (16 commands at most)
#
# 0000 -- Jump to the start of the pattern for the channel
# 40xx -- Set channel brightness
# xxyy -- Increment/decrement
#      xx determines the speed;
#         01-3f -- short step time (granularity 0.49ms)
#         41-7f -- long step time (granularity 15.6ms)
#      yy determines the increment/decrement steps
#         00-7f -- increment steps 00 = 0 steps, 7f = 127 steps
#         80-ff -- decrement steps 80 = 0 steps, ff = 127 steps
#
#         Use 0 steps to create pauses
#         Two consecutive increment/decrement sequences are needed
#         to cover the entire range from 0-255
# c000 -- End pattern execution

PatternPowerOn=9;3;0;4000087f087f01ff01ffc000
PatternPowerOff=10;3;0;4000017f017fc000
PatternCommunication=30;1;0;4000027f027f02ff02ff027f027f02ff02ff41ff0000
PatternBatteryCharging=50;4;0;4000417f41ff41bf0000
PatternBatteryChargingFlat=50;4;0;407f5f005f005f005f00400041ff0000
PatternBatteryFull=40;4;0;407f0000

# Patterns only for use by combination rules
PatternCommunicationAndBatteryFull=29;1;0;40ff02ff02ff027f027f02ff02ff027f027f417f413f0000

# A combination-rule describes pattern transformations
# Please prefix combination-rule names with Combination
# to avoid name space clashes
#
# The first entry is the name of the pattern that holds the combined
# pattern; the following entries are the pre-requisites
# If all pre-requisites are true, then the combination pattern
# is activated
#
# Note: Ensure that the combination pattern always has a higher priority
# than the highest priority component
CombinationCommunicationAndBatteryFull=PatternCommunicationAndBatteryFull;PatternCommunication;PatternBatteryFull

# This example pattern has a priority of 42 (all patterns with a *lower*
# priority value will have precedence), and will flash
# This pattern will be visible even when the display is on.
PatternExample=42;1;30;4000427f427f42ff42ff0000

[Display-c1]

# Color phase adjustments for the c1.* display revision
# Each value consists of sets of 12 numbers, each forming a entry for certain
# brightness range, the sets contain, brightness values in lux*3.3
# (330 = 100 lux):
#  - brightness range lower limit (one of the ranges should start from 0)
#  - brightness range upper limit (one of the ranges should have -1 = unlimited)
#  - high brightness mode level
#  - 3 coefficients for output red channel (red, green, blue)
#  - 3 coefficients for output green channel (red, green, blue)
#  - 3 coefficients for output blue channel (red, green, blue)

Neutral=0;330;0;195;48;13;22;206;28;8;8;240;330;9900;0;195;48;13;22;206;28;8;8;240
Vivid=0;33000;0;255;0;0;0;255;0;0;0;255;33000;-1;0;275;-10;-10;-10;275;-10;-10;-10;275;33000;-1;1;295;-20;-20;-20;295;-20;-20;-20;295;33000;-10;2;315;-30;-30;-30;315;-30;-30;-30;315
Muted=0;-1;0;156;79;21;40;165;51;32;32;192

[Display-fe]

# Color phase adjustments for the fe.* display revision
# See above for details

Neutral=0;330;0;199;28;28;8;209;38;8;8;239;330;9900;0;199;28;28;8;209;38;8;8;239
Vivid=0;33000;0;255;0;0;0;255;0;0;0;255;33000;-1;0;275;-10;-10;-10;275;-10;-10;-10;275;33000;-1;1;295;-20;-20;-20;295;-20;-20;-20;295;33000;-10;2;315;-30;-30;-30;315;-30;-30;-30;315
Muted=0;-1;0;159;48;48;15;167;73;32;32;191