Several command line tools to play/process/stream/... ILDA files.
Install the Rust compiler by following instructions on rustup.rs.
Compile binaries with
cargo build --releaseBinaries are compiled into the target/release directory.
Displays ILDA data in an OpenGL window.
USAGE:
ilda2gui [FLAGS] [OPTIONS] [FILE]
FLAGS:
-n, --nosleep Does not sleep between rendering frames. Only needed if the window should stay reactive with very
low fps.
-r, --repeat Plays the given ILDA data in an infinite loop.
-h, --help Prints help information
-V, --version Prints version information
OPTIONS:
-f, --fps <FPS> The number of frames per second for this animation. [default: 20.0]
-s, --size <SIZE> Sets the width and height of the window. [default: 800]
ARGS:
<FILE> Read data from this file. If not given, use STDIN instead.
Generates a wav file for an ILDA projector hooked to a sound card.
USAGE:
ilda2wav [FLAGS] [OPTIONS] <CHANNELS> [FILES]...
FLAGS:
-a, --raw Output raw PCM data. (Do not write wav header)
-r, --repeat Repeats the input animation forever. Can only be used if outputting raw PCM samples to STDOUT.
-h, --help Prints help information
-V, --version Prints version information
OPTIONS:
-b, --bps <BPS> Bits per sample of the output wav. [default: 16]
-c, --correctness <CORRECTNESS> Defines how much time should be used as a minimum per point.
0~1: points may be dropped
1: Guarantee at least pps points per second (default)
1~: Use extra time per point
A value above 1 may lower the pps of your device on frames with a lot of points.
For example a value of 2 will allocate the double amount of time per point,
effectively cutting pps in half.
If a frame contains too many points for the projector to handle, a value below 1
allows points to be dropped from rendering.
Points that are close to each other are more likely to be dropped.
Any value above zero may slow down the animation. [default: 1.0]
-f, --fps <FPS> Try to draw this number of frames per second. [default: 20.0]
-m, --mdps <MDPS> Meh - Need to think about how to implement this constraint. This should probably
be related to the pps setting [default: 100]
-p, --pps <PPS> Point per second of the projector. The maximum limit of points that is sent to
the projector per second. [default: 10000]
-s, --sample-rate <SAMPLERATE> Sample rate of the output wav. [default: 44100]
ARGS:
<CHANNELS> A string that defines the output channel configuration. Use one or more of the following
characters:
x: X-Axis
X: X-Axis mirrored
y: Y-Axis
Y: Y-Axis mirrored
r: Intensity of Red component
g: Intensity of Green component
b: Intensity of Blue component
l: Blanking signal
1: Always high
0: Always low
_: Silence
Ex:
A stereo file that controls the axis only: xy
A 5.1 channel file that controls the axis with rear channels and includes the blanking signal:
__l_xy
<FILES>... Specify 0~2 filenames.
0 filename: Read the input from STDIN and write the output to STDOUT
1 filename with .ild extension: Read the input from the given file and write the output to STDOUT
1 filename with .wav extension: Read the input from STDIN and write the output to the given file
2 filenames: Read the input from the first file and write the output to the second file
Warning: If writing to STDOUT, the output file will be buffered unless raw PCM samples are
requested.
Creates an ilda file from a wav file that contains laser projector control signals. (e.g. files that have been created
with the ilda2wav tool.
USAGE:
ildawav2ilda [FLAGS] [OPTIONS] <CHANNELS> [FILES]...
FLAGS:
-r, --raw Input data does not contain a wav header. (raw pcm samples)
-h, --help Prints help information
-V, --version Prints version information
OPTIONS:
-b, --bps <BPS> Bits per sample of raw pcm. This value is ignored unless the input is raw pcm.
[default: 16]
-f, --fps <FPS> The number of frames per second. This will determine the amount of samples that go
into one frame. [default: 20.0]
-s, --sample-rate <SAMPLERATE> Sample rate of raw pcm data. This value is ignored unless the input is raw pcm.
[default: 44100]
ARGS:
<CHANNELS> A string that defines the channel configuration of the file. Use one or more of the following
characters:
x: X-Axis
X: X-Axis mirrored
y: Y-Axis
Y: Y-Axis mirrored
r: Intensity of Red component
g: Intensity of Green component
b: Intensity of Blue component
l: Blanking signal
_: Ignore
The channel count must match the input file channel count.
Ex:
A stereo file that controls the axis only: xy
A 5.1 channel file that controls the axis with rear channels and includes the blanking signal:
__l_xy
<FILES>... Specify 0~2 filenames.
0 filename: Read the input from STDIN and write the output to STDOUT
1 filename with .wav extension: Read the input from the given file and write the output to STDOUT
1 filename with .ild extension: Read the input from STDIN and write the output to the given file
2 filenames: Read the input from the first file and write the output to the second file
Generates an ILDA file from svg.
USAGE:
svg2ilda [FLAGS] [OPTIONS] [FILES]...
FLAGS:
-i, --invert Inverts colors. Particular usefull with black and white files.
-h, --help Prints help information
-V, --version Prints version information
OPTIONS:
-c, --company <COMPANY_NAME> The company name to write into the ILDA header. If not given, 'svg2ilda' will be
used.Please note that the company name in the header can only hold 8 bytes and will
be cut if it is longer.
-n, --name <NAME> The name to write into the ILDA header. If not given, the filename is used.If the
input comes from STDIN, 's_YYMMDD' is used with YYMMDD being substituted by the
current date.Please note that the name in the header can only hold 8 bytes and will
be cut if it is longer.
-t, --tolerance <TOLERANCE> Tolerance when plotting curves. Lower values (above 0) will produce smoother curves.
[default: 0.1]
ARGS:
<FILES>... Specify 0~2 filenames.
0 filename: Read the input from STDIN and write the output to STDOUT
1 filename with .svg extension: Read the input from the given file and write the output to STDOUT
1 filename with .ild extension: Read the input from STDIN and write the output to the given file
2 filenames: Read the input from the first file and write the output to the second file
A sound visualizer tool that creates ilda animations from wav files.
USAGE:
wav2ilda [FLAGS] [OPTIONS] [FILES]...
FLAGS:
-r, --raw Input data does not contain a wav header. (raw pcm samples)
-h, --help Prints help information
-V, --version Prints version information
OPTIONS:
-i, --bins <BINS> Amount of equalizer bins for the visualization. Higher values lead to more complex
but more detailed output. [default: 64]
-b, --bps <BPS> Bits per sample of raw pcm. This value is ignored unless the input is raw pcm.
[default: 16]
-f, --fps <FPS> The number of frames per second. [default: 20.0]
-s, --sample-rate <SAMPLERATE> Sample rate of raw pcm data. This value is ignored unless the input is raw pcm.
[default: 44100]
ARGS:
<FILES>... Specify 0~2 filenames.
0 filename: Read the input from STDIN and write the output to STDOUT
1 filename with .wav extension: Read the input from the given file and write the output to STDOUT
1 filename with .ild extension: Read the input from STDIN and write the output to the given file
2 filenames: Read the input from the first file and write the output to the second file
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