[general]
# log_level is the logging level
# CRITICAL=50
# ERROR=40
# WARNING=30
# INFO=20
# DEBUG=10
# NOTSET=0
log_level=20

# Control Modules
# display_ctrl is a boolean parameter to enable/disable control of the display resolution (limited to desktop OS)
# audio_ctrl is a boolean parameter to enable/disable control of audio devices
# plugin_ctrl is a boolean parameter to enable/disable control of 3rd party audio backends (A2DP/AirPlay/PlexAmp/Spotify/etc)
display_ctrl=True
audio_ctrl=True
plugin_ctrl=False

[audio_ctrl]
# audio_mode instructs the system to use either manual or automatic mode
# io_device_mode determines the type of source for an input/output card (mic or aux) *Blank defaults to the device description
audio_mode=automatic
io_device_mode=aux

# audio_listener_mode determines the type of audio listening mode (supports either local or usb)
# audio_listener_enabled determines whether or not to listen for audio files
# audio_listener_random determines whether or not to randomize playback of audio files
audio_listener_mode=local
audio_listener_enabled=False
audio_listener_random=True

# Local audio listening allows you to specify a media location (local must also be specified in audio_listener_mode)
# local_listener_path the path to listen for physical audio files
local_listener_enabled=True
local_listener_path=

# usb_listener_enabled determines whether or not to listen for USB devices (usb must also be specified in audio_listener_mode)
# To remove USB prompt on Desktop OS goto file explorer -> Edit -> Preferences -> Volume Management -> Disable show available options for removable media when they are inserted
usb_listener_enabled=True

[automatic]
# sink_device_type defines whether or not to use internal or an external sound card for sound output. Leave blank for either.
# sink_device_volume is the desired output from .00 - 1.0 *Must be a float
sink_device_type=
sink_device_volume=1.0

# source_device_type defines whether or not to use mic or aux input devices.  Leave blank to use either
# source_device_volume is the desired output from .00 - 1.0 *Must be a float
# Note: aux input device is handled through looback-modules whereas mic is not to avoid echos
source_device_type=
source_device_volume=1.0

# card_profile_types defines the type of card profile in the order listed (input|input-output|output)
# card_profile_modes defines the type of formats accepted
card_profile_types=input-output,input,output
card_profile_modes=analog-stereo,analog-mono,stereo-fallback,mono-fallback,hdmi-stereo

[manual]
# For more granular device control you can manually specify devices.
# Please refer to the audio configurations where devices can be defined

# combined_sink_volume is the desired output from .00 - 1.0 *Must be a float
combined_sink_volume=1.0

[projectm]
# If set to true, the application will start in fullscreen mode
window.fullscreen = true

# If set to true, the application windows will have no window decorations if the OS supports it.
# This will possibly make the window immovable.
window.borderless = false

# Set the monitor to initially display the window on.
# 0 will use system defaults for placement, 1 and above select a specific monitor.
# If the number is too large, that last available monitor is used.
window.monitor = 0

# Fullsceen resolution settings.  For 'desktop' OS this will enforce the display resolution using Wayland or X
# For 'lite' OS this will leverage fullscreen exclusive mode to enforce the resolution.
# To ensure a smooth experience, ensure you have your resolution set accordingly:
# - Raspberry Pi 4 (HDMI):		width: 720 height:576
# - Raspberry Pi 4 (Composite): width: 720 height:480
# - Raspberry Pi 5 (HDMI):		width: 1280 height:720
# - Raspberry Pi 5 (Composite): width: 720 height:576
window.fullscreen.width = 1280
window.fullscreen.height = 720

# Window size if not in fullscreen
window.width = 800
window.height = 600

# If overridePosition is true, the window will be placed at these coordinates.
# Note this will include any window decoration, to the actual window contents might be offset to the bottom-right.
window.left = 0
window.top = 60

# Wait for vertical sync interval before displaying the next frame.
# This will limit max FPS to the vertical sync frequency but prevents tearing.
window.waitForVerticalSync = true

# Tries to use adaptive vertical sync if waitForVerticalSync is enabled.
# When using a monitor capable of adaptive sync, setting projectM.fps to 0 gives the best results.
window.adaptiveVerticalSync = true

# If true, displays the current preset name (and locked state) in the window title.
# If false, the window title is fixed to "projectM".
window.displayPresetNameInTitle = true

### projectM settings

# Default path where ProjectMAR will search for presets and textures. The directory will be searched recursively.
# To add additional preset paths, add them as shown in the examples below.
projectM.presetPath = /opt/ProjectMAR/presets
#projectM.presetPath.1 = /yet/another/preset/path
#projectM.presetPath.2 = /yet/another/preset/path

# Default setting/path where ProjectMAR will backup presets that were deleted
projectM.presetDeleteBachupEnabled = True
projectM.presetDeleteBachupPath = /opt/ProjectMAR/preset_backup

# Default path where ProjectMAR will search for additional textures. The directory will be searched recursively.
# To add additional texture paths, add them as shown in the examples below.
projectM.texturePath = /opt/ProjectMAR/textures
#projectM.texturePath.1 = /yet/another/texture/path
#projectM.texturePath.2 = /yet/another/texture/path

# If true, displays the built-in projectM logo preset on startup.
projectM.enableSplash = false

# Preset display duration in seconds. If the time has passed, a soft cut is done to the next preset.
projectM.displayDuration = 60

# If enabled, presets are selected randomly from the current playlist. Otherwise, they are played in order.
projectM.shuffleEnabled = True

# If enabled, the current/initial preset can only be changed manually.
projectM.presetLocked = false

# Target FPS, usually 60.
projectM.fps = 60

# Per-pixel mesh size. This is the grid in which "per-pixel" code is executed, once per cell.
# Do not set this value too high, as it severely impacts performance. On low-end hardware, set this to a small
# value, e.g. 64x32. This does *NOT* affect the actual render/shader resolution!
projectM.meshX = 64
projectM.meshY = 32

# Transition time in seconds for soft cuts
projectM.transitionDuration = 0

# ProjectM's sensitivity to music, to better match the music's rhythm
projectM.beatSensitivity = 2.0

# Hard cuts are immediate presets transitions on an intensive beat.
# If enabled, after "hardCutDuration" seconds have passed and an intensive beat is detected,
# a hard cut is performed. "hardCutDuration" should be set lower than "displayDuration" to have an effect.
# Adjust hardCutSensitivity to better match the music's rhythm
projectM.hardCutsEnabled = true
projectM.hardCutDuration = 30
projectM.hardCutSensitivity = 2.0

# Controls aspect ration correction in presets. Not all presets use aspect ratio, so this setting  only has an effect
# on presets using the aspect ration actively.
projectM.aspectCorrectionEnabled = true

# Touch screen support for preset navigation
# Left half of screen = previous preset, Right half = next preset
touch.enabled = true

# Touch rotation in degrees clockwise to map physical panel rotation
# Controls which region of the screen is used for previous/next preset navigation
# Allowed values: 0, 90, 180, 270
touch.rotation_degrees = 0