Add initial dotfiles
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228
.config/glava/rc.glsl
Executable file
228
.config/glava/rc.glsl
Executable file
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/* The module to use. A module is a set of shaders used to produce
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the visualizer. The structure for a module is the following:
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module_name [directory]
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1.frag [file: fragment shader],
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2.frag [file: fragment shader],
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...
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Shaders are loaded in numerical order, starting at '1.frag',
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continuing indefinitely. The results of each shader (except
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for the final pass) is given to the next shader in the list
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as a 2D sampler.
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See documentation for more details. */
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#request mod bars
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/* Window hints */
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#request setfloating true
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#request setdecorated false
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#request setfocused false
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#request setmaximized true
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/* Set window background opacity mode. Possible values are:
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"native" - True transparency provided by the compositor. Can
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reduce performance on some systems, depending on
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the compositor used.
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"xroot" - Maintain a copy of the root window's pixmap
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(usually the desktop background) to provide a
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pseudo-transparent effect. Useful when no compositor
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is available or native transparency isn't nessecary.
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Has very little performance impact.
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"none" - Disable window opacity completely. */
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#request setopacity "native"
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/* Whether to mirror left and right audio input channels from PulseAudio.*/
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#request setmirror false
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/* OpenGL context and GLSL shader versions, do not change unless
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you *absolutely* know what you are doing. */
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#request setversion 3 3
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#request setshaderversion 330
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/* Window title */
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#request settitle "GLava"
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/* Window geometry (x, y, width, height) */
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/* #request setgeometry 0 0 2560 750
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#request setgeometry 0 0 2560 750
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/* Window background color (RGB format).
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Does not work with `setopacity "xroot"` */
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#request setbg 00000000
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/* (X11 only) EWMH Window type. Possible values are:
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"desktop", "dock", "toolbar", "menu",
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"utility", "splash", "dialog", "normal"
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This will set _NET_WM_WINDOW_TYPE to _NET_WM_WINDOW_TYPE_(TYPE),
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where (TYPE) is the one of the window types listed (after being
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converted to uppercase).
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Alternatively, you can set this value to "!", which will cause
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the window to be unmanaged. If this is set, then `addxwinstate`
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will do nothing, but you can use "!+" and "!-" to stack on top
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or below other windows.
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*/
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#request setxwintype "normal"
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/* (X11 only) EWMH Window state atoms (multiple can be specified).
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Possible values are:
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"modal", "sticky", "maximized_vert", "maximized_horz",
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"shaded", "skip_taskbar", "skip_pager", "hidden", "fullscreen",
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"above", "below", "demands_attention", "focused", "pinned"
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This will add _NET_WM_STATE_(TYPE) atoms to _NET_WM_STATE,
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where (TYPE) is one of the window states listed (after being
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converted to uppercase).
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The lines below (commented out by default) are of relevance
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if you are trying to get GLava to behave as a desktop widget
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and your WM is not correctly responding to the "desktop" value
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for `setxwintype`.
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*/
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#request addxwinstate "sticky"
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#request addxwinstate "skip_taskbar"
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#request addxwinstate "skip_pager"
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#request addxwinstate "below"
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// #request addxwinstate "pinned"
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/* (X11 only) Use the XShape extension to support clicking through
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the GLava window. Useful when you want to interact with other
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desktop windows (icons, menus, desktop shells). Enabled by
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default when GLava itself is a desktop window. */
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#request setclickthrough true
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/* Audio source
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When the "pulseaudio" backend is set, this can be a number or
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a name of an audio sink or device to record from. Set to "auto"
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to use the default output device.
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When the "fifo" backend is set, "auto" is interpreted as
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"/tmp/mpd.fifo". Otherwise, a valid path should be provided. */
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#request setsource "auto"
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/* Buffer swap interval (vsync), set to '0' to prevent
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waiting for refresh, '1' (or more) to wait for the specified
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amount of frames. */
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#request setswap 1
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/* Linear interpolation for audio data frames. Drastically
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improves smoothness with configurations that yield low UPS
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(`setsamplerate` and `setsamplesize`), or monitors that have
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high refresh rates.
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This feature itself, however, will effect performance as it
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will have to interpolate data every frame on the CPU. It will
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automatically (and temporarily) disable itself if the update
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rate is close to, or higher than the framerate:
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if (update_rate / frame_rate > 0.9) disable_interpolation;
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This will delay data output by one update frame, so it can
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desync audio with visual effects on low UPS configs. */
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#request setinterpolate true
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/* Frame limiter, set to the frames per second (FPS) desired or
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simply set to zero (or lower) to disable the frame limiter. */
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#request setframerate 0
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/* Suspends rendering if a fullscreen window is focused while
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GLava is still visible (ie. on another monitor). This prevents
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rendering from interfering with other graphically intensive
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tasks.
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If GLava is minimized or completely obscured, it will not
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render regardless of this option. */
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#request setfullscreencheck true
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/* Enable/disable printing framerate every second. 'FPS' stands
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for 'Frames Per Second', and 'UPS' stands for 'Updates Per
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Second'. Updates are performed when new data is submitted
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by pulseaudio, and require transformations to be re-applied
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(thus being a good measure of how much work your CPU has to
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perform over time) */
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#request setprintframes true
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/* PulseAudio sample buffer size. Lower values result in more
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frequent audio updates (also depends on sampling rate), but
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will also require all transformations to be applied much
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more frequently (CPU intensive).
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High (>2048, with 22050 Hz) values will decrease accuracy
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(as some signals can be missed by transformations like FFT)
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The following settings (@22050 Hz) produce the listed rates:
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Sample UPS Description
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- 2048 -> 43.0 (low accuracy, cheap), use with < 60 FPS
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- 1024 -> 86.1 (high accuracy, expensive), use with >= 60 FPS
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- 512 -> 172.3 (extreme accuracy, very expensive), use only
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for graphing accurate spectrum data with
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custom modules.
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If the framerate drops below the update rate, the update rate
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will be locked to the framerate (to prevent wasting CPU time).
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This behaviour means you can use a 1024 sample size on a 60Hz
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monitor with vsync enabled to get 60FPS and 60UPS.
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For high refresh rate monitors (120+ Hz), it's recommended to
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also stick with the 1024 sample size and use interpolation to
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smooth the data, as accuracy beyond this setting is mostly
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meaningless for visual purposes.
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*/
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#request setsamplesize 1024
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/* Audio buffer size to be used for processing and shaders.
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Increasing this value can have the effect of adding 'gravity'
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to FFT output, as the audio signal will remain in the buffer
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longer.
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This value has a _massive_ effect on FFT performance and
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quality for some modules. */
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#request setbufsize 4096
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/* PulseAudio sample rate. Lower values can add 'gravity' to
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FFT output, but can also reduce accuracy. Most hardware
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samples at 44100Hz.
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Lower sample rates also can make output more choppy, when
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not using interpolation. It's generally OK to leave this
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value unless you have a strange PulseAudio configuration.
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This option does nothing when using the "fifo" audio
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backend. Instead, an ideal rate should be be configured
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in the application generating the output. */
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#request setsamplerate 22050
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/* ** DEPRECATED **
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Force window geometry (locking the window in place), useful
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for some pesky WMs that try to reposition the window when
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embedding in the desktop.
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This routinely sends X11 events and should be avoided. */
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#request setforcegeometry false
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/* ** DEPRECATED **
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Force window to be raised (focused in some WMs), useful for
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WMs that have their own stacking order for desktop windows.
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This routinely sends X11 events and should be avoided. */
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#request setforceraised false
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/* ** DEPRECATED **
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Scale down the audio buffer before any operations are
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performed on the data. Higher values are faster.
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This value can affect the output of various transformations,
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since it applies (crude) averaging to the data when shrinking
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the buffer. It is reccommended to use `setsamplerate` and
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`setsamplesize` to improve performance or accuracy instead. */
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#request setbufscale 1
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