def __init__(self, mmv_shader_maker):
# Get master class
self.mmv_shader_maker = mmv_shader_maker
self.transformations = self.mmv_shader_maker.transformations
self.utils = Utils()
def __init__(self, context, config: dict, skia_object) -> None:
debug_prefix = "[MMVPianoRoll.__init__]"
self.context = context
self.config = config
self.skia = skia_object
self.utils = Utils()
self.is_deletable = False
self.offset = [0, 0]
self.midi = MidiFile()
self.midi.load(self.context.input_midi, bpm=self.config["bpm"])
self.midi.get_timestamps()
# We have different files with different classes of PianoRolls
# Simple, rectangle bar
if self.config["type"] == "top-down":
self.builder = MMVPianoRollTopDown(self, self.context, self.skia,
self.midi)
self.builder.generate_piano(self.midi.range_notes.min,
self.midi.range_notes.max)
def __init__(self, context, config: dict, skia_object) -> None:
debug_prefix = "[MMVMusicBars.__init__]"
self.context = context
self.config = config
self.skia = skia_object
self.fit_transform_index = FitIndex()
self.functions = Functions()
self.utils = Utils()
self.path = {}
self.x = 0
self.y = 0
self.size = 1
self.is_deletable = False
self.offset = [0, 0]
self.polar = PolarCoordinates()
self.current_fft = {}
self.image = Frame()
# We use separate file and classes for each type of visualizer
# Circle, radial visualizer
if self.config["type"] == "circle":
self.builder = MMVMusicBarsCircle(self, self.context, self.skia)
def __init__(self, interface, depth=LOG_NO_DEPTH):
debug_prefix = "[MMVShaderMain.__init__]"
ndepth = depth + LOG_NEXT_DEPTH
self.interface = interface
self.MMV_SHADER_ROOT = self.interface.MMV_SHADER_ROOT
self.prelude = self.interface.prelude
self.os = self.interface.os
# # Create classes
logging.info(f"{depth}{debug_prefix} Creating Utils")
logging.info(STEP_SEPARATOR)
self.utils = Utils()
logging.info(f"{depth}{debug_prefix} Creating MMVShaderContext")
logging.info(STEP_SEPARATOR)
self.context = MMVShaderContext(self)
logging.info(f"{depth}{debug_prefix} Creating MMVShaderMPV")
logging.info(STEP_SEPARATOR)
self.mpv = MMVShaderMPV(self)
logging.info(f"{depth}{debug_prefix} Creating MMVShaderMaker")
logging.info(STEP_SEPARATOR)
self.shader_maker = MMVShaderMaker(self)
class LAVector():
def __init__(self):
self.utils = Utils()
# Build the coordinates from a given list of coordinates
def from_coordinates(self, coordinates):
self.coordinates = coordinates
# Build the vector based on two points
def from_two_points(self, A, B):
# To get the direction and orientation of a vector based on two points, we have:
# AB = B - A
# So the result of B - A = (b1 - a1, b2 - a2, b3 - a3..., bn - an)
if self.utils.is_matching_type([A, B], [LAPoint, LAPoint]):
if len(A.coordinates) == len(B.coordinates):
self.coordinates = [
B.coordinates[i] - A.coordinates[i]
for i, _ in enumerate(A.coordinates)
]
else:
print("[LA POINT ERROR] Two points with different spaces")
else:
print("[LA VECTOR ERROR] Arguments aren't two LAPoint types")
# Calculate the magnitude of a vector
def magnitude(self):
# Sum every square of the components and get the root of it
return (sum([x**2 for x in self.coordinates]))**0.5
def __init__(self, context, config: dict, skia_object) -> None:
debug_prefix = "[MMVMusicBars.__init__]"
self.context = context
self.config = config
self.skia = skia_object
self.utils = Utils()
self.path = {}
self.x = 0
self.y = 0
self.size = 1
self.is_deletable = False
self.offset = [0, 0]
self.image = Frame()
# We have different files with different classes of ProgressionBars
# Simple, rectangle bar
if self.config["type"] == "rectangle":
self.builder = MMVProgressionBarRectangle(self, self.context,
self.skia)
def __init__(self, mmv, **kwargs) -> None:
debug_prefix = "[MMVSkiaProgressionBarVectorial.__init__]"
self.mmv = mmv
self.config = {}
self.utils = Utils()
self.path = {}
self.x = 0
self.y = 0
self.size = 1
self.is_deletable = False
self.offset = [0, 0]
self.image = Frame()
# General Configuration
self.config["type"] = kwargs.get("bar_type", "rectangle")
self.config["position"] = kwargs.get("position", "bottom")
self.config["shake_scalar"] = kwargs.get("shake_scalar", 14)
# We have different files with different classes of ProgressionBars
# Simple, rectangle bar
if self.config["type"] == "rectangle":
print(debug_prefix, "Builder is MMVSkiaProgressionBarRectangle")
self.builder = MMVSkiaProgressionBarRectangle(self, self.mmv)
else:
raise RuntimeError(debug_prefix, "No valid builder set, kwargs:", kwargs, "config:", self.config)
def __init__(self, profile, width, height, quiet=False):
# Load the profile and a config
self.profile = profile(width, height)
self.width = width
self.height = height
self.quiet = quiet
# Create classes
self.utils = Utils()
# Empty / "static" variables
# self.unique_string = ""
self.nodes = []
self.ROOT = self.utils.get_root()
# Create a empty canvas
self.new_canvas()
def __init__(self, mmv, **kwargs) -> None:
debug_prefix = "[MMVSkiaPianoRollVectorial.__init__]"
self.mmv = mmv
self.config = {}
self.utils = Utils()
self.is_deletable = False
self.offset = [0, 0]
# # General configuration
self.config["bpm"] = kwargs["bpm"]
self.config["type"] = kwargs.get("type", "top-down")
# MMVSkiaPianoRollTopDown
if self.config["type"] == "top-down":
self.config["colors"] = kwargs["colors"]
self.config["do_draw_markers"] = kwargs.get(
"do_draw_markers", True)
self.config["bleed"] = kwargs.get("bleed", 3)
self.config["seconds_of_midi_content"] = kwargs.get(
"seconds_of_midi_content", 3)
self.config["seconds_offset"] = kwargs.get("seconds_offset", 0)
self.config["piano_key_follows_note_color"] = kwargs.get(
"piano_key_follows_note_color", True)
self.config["rounding"] = kwargs["rounding"]
self.config["draw_note_name"] = kwargs["draw_note_name"]
else:
raise RuntimeError(
"No matching MMVSkiaPianoRollVectorial type, kwargs:", kwargs)
# # Load MIDI file, get timestamps
print(debug_prefix, "Loading the MIDI file")
self.midi = MidiFile()
self.midi.load(self.mmv.context.input_midi, bpm=self.config["bpm"])
print(debug_prefix, "Getting notes timestamps")
self.midi.get_timestamps()
# We have different files with different classes of PianoRolls
# Simple, rectangle bar
if self.config["type"] == "top-down":
print(debug_prefix, "Piano roll class is MMVSkiaPianoRollTopDown")
self.builder = MMVSkiaPianoRollTopDown(self.mmv, self)
print(debug_prefix, "Generating Piano Roll")
self.builder.generate_piano(self.midi.range_notes.min,
self.midi.range_notes.max)
def __init__(self, watch_processing_video_realtime: bool = False) -> None:
# Main class of MMV
self.mmv = MMVMain()
# Utilities
self.utils = Utils()
# Start MMV classes that main connects them, do not run
self.mmv.setup()
# Default options of performance and quality, 720p60
self.quality()
# Configuring options
self.quality_preset = QualityPreset(self)
self.audio_processing = AudioProcessingPresets(self)
self.post_processing = self.mmv.canvas.configure
# Has the user chosen to watch the processing video realtime?
self.mmv.context.watch_processing_video_realtime = watch_processing_video_realtime
class MMVShaderMakerLoaders:
def __init__(self, mmv_shader_maker):
# Get master class
self.mmv_shader_maker = mmv_shader_maker
self.transformations = self.mmv_shader_maker.transformations
self.utils = Utils()
def from_yaml(self, path):
debug_prefix = "[MMVShaderMakerLoaders.from_yaml]"
logging.info(f"{debug_prefix} Loading config from YAML file [{path}]")
data = self.utils.load_yaml(path)
def __init__(self, workers=4):
# Create Utils and get this file location
self.utils = Utils()
self.config = Config(self)
self.main = PyGradienterMain()
# Default values
self.n_images = 1
self.width = 200
self.height = 200
self.show_welcome_message = True
self.quiet = False
self.workers = workers
def __init__(self, working_directory, name = None, replaces = {}):
debug_prefix = "[MMVShaderMaker.__init__]"
# Instantiate classes
self.utils = Utils()
self.block_of_code = BlockOfCode
# Refactors
self.transformations = MMVShaderMakerTransformations()
self.loaders = MMVShaderMakerLoaders(mmv_shader_maker = self)
self.macros = MMVShaderMakerMacros(mmv_shader_maker = self)
# Where to place directories and whatnot
self.working_directory = working_directory
# # Sessions and Shader Maker runtime directory
# Reset runtime directory
logging.info(f"{debug_prefix} Resetting directory")
self.utils.reset_dir(self.working_directory)
# # Add stuff
# Attributes
self._includes = []
self._mappings = []
self._functions = []
self._transformations = []
# Get and add name mapping
self.name = name
self.replaces = replaces
# Start with the base shader
self._fragment_shader = BASE_FRAGMENT_SHADER
self._final_shader = None
self._path_on_disk = None
def setup(self) -> None:
debug_prefix = "[MMVSkiaMain.setup]"
self.utils = Utils()
logging.info(f"{debug_prefix} Creating MMVContext() class")
self.context = MMVContext(mmv_skia_main=self)
logging.info(f"{debug_prefix} Creating SkiaNoWindowBackend() class")
self.skia = SkiaNoWindowBackend()
logging.info(f"{debug_prefix} Creating Functions() class")
self.functions = Functions()
logging.info(f"{debug_prefix} Creating Interpolation() class")
self.interpolation = Interpolation()
logging.info(f"{debug_prefix} Creating PolarCoordinates() class")
self.polar_coordinates = PolarCoordinates()
logging.info(f"{debug_prefix} Creating Canvas() class")
self.canvas = MMVSkiaImage(mmvskia_main=self)
logging.info(f"{debug_prefix} Creating Fourier() class")
self.fourier = Fourier()
# The user must explicitly set and override this, mostly for compatibility
# and code cleanup reasons.
self.pipe_video_to = None
logging.info(f"{debug_prefix} Creating AudioFile() class")
self.audio = AudioFile()
logging.info(f"{debug_prefix} Creating AudioProcessing() class")
self.audio_processing = AudioProcessing()
logging.info(f"{debug_prefix} Creating MMVSkiaAnimation() class")
self.mmv_skia_animation = MMVSkiaAnimation(mmv_skia_main=self)
logging.info(f"{debug_prefix} Creating MMVSkiaCore() class")
self.core = MMVSkiaCore(mmvskia_main=self)
def __init__(self, mmv, **kwargs) -> None:
self.mmv = mmv
debug_prefix = "[MMVSkiaMusicBars.__init__]"
self.kwargs = kwargs
self.functions = Functions()
self.utils = Utils()
self.path = {}
self.x = 0
self.y = 0
self.size = 1
self.is_deletable = False
self.offset = [0, 0]
self.polar = PolarCoordinates()
self.current_fft = {}
self.image = Frame()
# Configuration
self.kwargs["fourier"] = {
"interpolation":
MMVSkiaInterpolation(
self.mmv,
function="remaining_approach",
ratio=self.kwargs.get("bar_responsiveness", 0.25),
),
}
# # We use separate file and classes for each type of visualizer
# Circle, radial visualizer
if self.kwargs["type"] == "circle":
self.builder = MMVSkiaMusicBarsCircle(self.mmv, self,
**self.kwargs)
def setup(self) -> None:
debug_prefix = "[MMVMain.__init__]"
self.utils = Utils()
print(debug_prefix, "Creating Context()")
self.context = Context(self)
print(debug_prefix, "Creating SkiaNoWindowBackend()")
self.skia = SkiaNoWindowBackend(self)
print(debug_prefix, "Creating Functions()")
self.functions = Functions()
print(debug_prefix, "Creating Interpolation()")
self.interpolation = Interpolation()
print(debug_prefix, "Creating Canvas()")
self.canvas = MMVImage(self)
print(debug_prefix, "Creating Fourier()")
self.fourier = Fourier()
print(debug_prefix, "Creating FFmpegWrapper()")
self.ffmpeg = FFmpegWrapper(self)
print(debug_prefix, "Creating AudioFile()")
self.audio = AudioFile()
print(debug_prefix, "Creating AudioProcessing()")
self.audio_processing = AudioProcessing()
print(debug_prefix, "Creating MMVAnimation()")
self.mmv_animation = MMVAnimation(self)
print(debug_prefix, "Creating Core()")
self.core = Core(self)
def __init__(self, platform=None, **kwargs) -> None:
debug_prefix = "[MMVPackageInterface.__init__]"
# Versioning
self.version = "2.6"
# Can only run on Python 64 bits, this expression returns 32 if 32 bit installation
# and 64 if 64 bit installation, we assert that (assume it's true, quit if it isn't)
assert (struct.calcsize("P") * 8) == 64, (
"You don't have an 64 bit Python installation, MMV will not work on 32 bit Python "
"because skia-python package only distributes 64 bit Python wheels (bundles).\n"
"This is out of my control, Skia devs don't release 32 bit version of Skia anyways\n\n"
"See issue [https://github.com/kyamagu/skia-python/issues/21]")
# # Get this file's path
sep = os.path.sep
# Where this file is located, please refer using this on the whole package
# Refer to it as self.mmv_skia_main.MMV_PACKAGE_ROOT at any depth in the code
# This deals with the case we used pyinstaller and it'll get the executable path instead
if getattr(sys, 'frozen', True):
self.MMV_PACKAGE_ROOT = os.path.dirname(os.path.abspath(__file__))
print(f"{debug_prefix} Running directly from source code")
print(
f"{debug_prefix} Modular Music Visualizer Python package [__init__.py] located at [{self.MMV_PACKAGE_ROOT}]"
)
else:
self.MMV_PACKAGE_ROOT = os.path.dirname(
os.path.abspath(sys.executable))
print(f"{debug_prefix} Running from release (sys.executable..?)")
print(
f"{debug_prefix} Modular Music Visualizer executable located at [{self.MMV_PACKAGE_ROOT}]"
)
# # Load prelude configuration
print(f"{debug_prefix} Loading prelude configuration file")
# Build the path the prelude file should be located at
prelude_file = f"{self.MMV_PACKAGE_ROOT}{sep}prelude.toml"
print(
f"{debug_prefix} Attempting to load prelude file located at [{prelude_file}], we cannot continue if this is wrong.."
)
# Load the prelude file
with open(prelude_file, "r") as f:
self.prelude = toml.loads(f.read())
print(
f"{debug_prefix} Loaded prelude configuration file, data: [{self.prelude}]"
)
# # # Logging
# # We can now set up logging as we have where this file is located at
# # Reset current handlers if any
print(
f"{debug_prefix} Resetting Python's logging logger handlers to empty list"
)
# Get logger and empty the list
logger = logging.getLogger()
logger.handlers = []
# Handlers on logging to file and shell output, the first one if the user says to
handlers = [logging.StreamHandler(sys.stdout)]
# Loglevel is defined in the prelude.toml configuration
LOG_LEVEL = {
"critical": logging.CRITICAL,
"debug": logging.DEBUG,
"error": logging.ERROR,
"info": logging.INFO,
"warn": logging.WARN,
"notset": logging.NOTSET,
}.get(self.prelude["logging"]["log_level"])
# If user chose to log to a file, add its handler..
if self.prelude["logging"]["log_to_file"]:
# Hard coded where the log file will be located
# this is only valid for the last time we run this software
self.LOG_FILE = f"{self.MMV_PACKAGE_ROOT}{sep}last_log.log"
# Reset the log file
with open(self.LOG_FILE, "w") as f:
print(
f"{debug_prefix} Reset log file located at [{self.LOG_FILE}]"
)
f.write("")
# Verbose and append the file handler
print(
f"{debug_prefix} Reset log file located at [{self.LOG_FILE}]")
handlers.append(
logging.FileHandler(filename=self.LOG_FILE, encoding='utf-8'))
# .. otherwise just keep the StreamHandler to stdout
log_format = {
"informational":
"[%(levelname)-8s] [%(filename)-32s:%(lineno)-3d] (%(relativeCreated)-6d) %(message)s",
"pretty":
"[%(levelname)-8s] (%(relativeCreated)-5d)ms %(message)s",
"economic":
"[%(levelname)s::%(filename)s::%(lineno)d] %(message)s",
"onlymessage": "%(message)s"
}.get(self.prelude["logging"]["log_format"])
# Start the logging global class, output to file and stdout
logging.basicConfig(
level=LOG_LEVEL,
format=log_format,
handlers=handlers,
)
# Greeter message :)
self.greeter_message()
# Start logging message
bias = " " * ((self.terminal_width // 2) - 13)
print(f"{bias[:-1]}# # [ Start Logging ] # #\n")
print("-" * self.terminal_width + "\n")
# Log what we'll do next
logging.info(
f"{debug_prefix} We're done with the pre configuration of Python's behavior and loading prelude.toml configuration file"
)
# Log precise Python version
sysversion = sys.version.replace("\n", " ").replace(" ", " ")
logging.info(f"{debug_prefix} Running on Python: [{sysversion}]")
# # # FIXME: Python 3.9, go home you're drunk
# Max python version, show info, assert, pretty print
maximum_working_python_version = (3, 8)
pversion = sys.version_info
# Log and check
logging.info(
f"{debug_prefix} Checking if Python <= {maximum_working_python_version} for a working version.. "
)
# Huh we're on Python 2..?
if pversion[0] == 2:
logging.error(
f"{debug_prefix} Please upgrade to at least Python 3")
sys.exit(-1)
# Python is ok
if (pversion[0] <= maximum_working_python_version[0]) and (
pversion[1] <= maximum_working_python_version[1]):
logging.info(f"{debug_prefix} Ok, good python version")
else:
# Warn Python 3.9 is a bit unstable, even the developer had issues making it work
logging.warn(
f"{debug_prefix} Python 3.9 is acting a bit weird regarding some dependencies on some systems, while it should be possible to run, take it with some grain of salt and report back into the discussions troubles or workarounds you found?"
)
input("\n [ Press enter to continue.. ]: ")
# # The operating system we're on, one of "linux", "windows", "macos"
# Get the desired name from a dict matching against os.name
if platform is None:
self.os = {
"posix": "linux",
"nt": "windows",
"darwin": "macos"
}.get(os.name)
else:
logging.info(
f"{debug_prefix} Overriding platform OS to = [{platform}]")
self.os = platform
# Log which OS we're running
logging.info(
f"{debug_prefix} Running Modular Music Visualizer on Operating System: [{self.os}]"
)
logging.info(f"{debug_prefix} (os.path.sep) is [{sep}]")
# # Create interface's classes
logging.info(f"{debug_prefix} Creating Utils() class")
self.utils = Utils()
logging.info(f"{debug_prefix} Creating Download() class")
self.download = Download()
# # Common directories between packages
# Externals
self.externals_dir = f"{self.MMV_PACKAGE_ROOT}{sep}externals"
logging.info(f"{debug_prefix} Externals dir is [{self.externals_dir}]")
self.utils.mkdir_dne(path=self.externals_dir, silent=True)
# Downloads (inside externals)
self.downloads_dir = f"{self.MMV_PACKAGE_ROOT}{sep}externals{sep}downloads"
logging.info(f"{debug_prefix} Downloads dir is [{self.downloads_dir}]")
self.utils.mkdir_dne(path=self.downloads_dir, silent=True)
# Data dir
self.data_dir = f"{self.MMV_PACKAGE_ROOT}{sep}data"
logging.info(f"{debug_prefix} Data dir is [{self.data_dir}]")
self.utils.mkdir_dne(path=self.data_dir, silent=True)
# Windoe juuuust in case
if self.os == "windows":
logging.info(
f"{debug_prefix} Appending the Externals directory to system path juuuust in case..."
)
sys.path.append(self.externals_dir)
# # Common files
self.last_session_info_file = f"{self.data_dir}{sep}last_session_info.toml"
logging.info(
f"{debug_prefix} Last session info file is [{self.last_session_info_file}], resetting it.."
)
# Code flow management
if self.prelude["flow"]["stop_at_initialization"]:
logging.critical(
f"{debug_prefix} Exiting as stop_at_initialization key on prelude.toml is True"
)
sys.exit(0)
# # External dependencies where to append for PATH
# Externals directory for Linux
self.externals_dir_linux = f"{self.MMV_PACKAGE_ROOT}{sep}externals{sep}linux"
logging.info(
f"{debug_prefix} Externals directory for Linux OS is [{self.externals_dir_linux}]"
)
self.utils.mkdir_dne(path=self.externals_dir_linux, silent=True)
# Externals directory for Windows
self.externals_dir_windows = f"{self.MMV_PACKAGE_ROOT}{sep}externals{sep}windows"
logging.info(
f"{debug_prefix} Externals directory for Windows OS is [{self.externals_dir_windows}]"
)
self.utils.mkdir_dne(path=self.externals_dir_windows, silent=True)
# Externals directory for macOS
self.externals_dir_macos = f"{self.MMV_PACKAGE_ROOT}{sep}externals{sep}macos"
logging.info(
f"{debug_prefix} Externals directory for Darwin OS (macOS) is [{self.externals_dir_macos}]"
)
self.utils.mkdir_dne(path=self.externals_dir_macos, silent=True)
# # This native platform externals dir
self.externals_dir_this_platform = self.__get_platform_external_dir(
self.os)
logging.info(
f"{debug_prefix} This platform externals directory is: [{self.externals_dir_this_platform}]"
)
# Update the externals search path (create one in this case)
self.update_externals_search_path()
# Code flow management
if self.prelude["flow"]["stop_at_initialization"]:
logging.critical(
f"{debug_prefix} Exiting as stop_at_initialization key on prelude.toml is True"
)
sys.exit(0)
def __init__(self):
self.utils = Utils()
class LinearAlgebra:
def __init__(self):
self.utils = Utils()
# Distance between two objects
def distance(self, A, B):
# Distance between two points
if self.utils.is_matching_type([A, B], [LAPoint, LAPoint]):
if len(A.coordinates) == len(B.coordinates):
return (sum([(A.coordinates[i] - B.coordinates[i])**2
for i, _ in enumerate(A.coordinates)]))**0.5
else:
print(
"[LA ERROR] Dot product between vectors of different sizes: [%s] and [%s]"
% A.coordinates, B.coordinates)
# Dot product between two LAVectors
def dot_product(self, A, B):
if self.utils.is_matching_type([A, B], [LAVector, LAVector]):
if len(A.coordinates) == len(B.coordinates):
# Sum the multiplication of x1.x2.x3..xK + y1.y2.y3..yK + z1.z2.z3..zK +.. n1.n2.n3..nK
return sum([
A.coordinates[i] * B.coordinates[i]
for i, _ in enumerate(A.coordinates)
])
else:
print(
"[LA ERROR] Dot product between vectors of different sizes: [%s] and [%s]"
% A.coordinates, B.coordinates)
else:
print(
"[LA ERROR] Can only calculate dot product between two vectors"
)
# Get the angle between two vectors in radians
def angle_between_two_vectors(self, A, B):
if self.utils.is_matching_type([A, B], [LAVector, LAVector]):
# The formula is ths one:
# cos(angle) = a.b / |a||b|
# We then just have to calculate angle = cos-1 ( a.b / |a||b| )
# Where . is dot product and || the magnitude of a vector
multiplied_magnitude = (A.magnitude() * B.magnitude())
if not multiplied_magnitude == 0:
# Get the cosine of the angle
cos_angle = self.dot_product(A, B) / multiplied_magnitude
# Rounding errors
if cos_angle < -1:
cos_angle = -1
elif cos_angle > 1:
cos_angle = 1
# Return the angle itself got from cos-1
return math.acos(cos_angle)
else:
return 0
else:
print(
"[LA ERROR] Can only calculate angle between two vectors in this function"
)
# B is the mid point, so get the angle between the two vectors: BA and BC
def angle_between_three_points(self, A, B, C):
if self.utils.is_matching_type([A, B, C], [LAPoint, LAPoint, LAPoint]):
# Create two vector objects
va = LAVector()
vb = LAVector()
# Build them with the points
va.from_two_points(B, A)
vb.from_two_points(B, C)
# Get the angle between two vectors
angle = self.angle_between_two_vectors(va, vb)
return angle
else:
print(
"[LA ERROR] Can only calculate angle between two vectors in this function"
)
def __init__(self, platform=None, **kwargs) -> None:
debug_prefix = "[MMVPackageInterface.__init__]"
self.version = "3.2: rolling"
# Where this file is located, please refer using this on the whole package
# Refer to it as self.mmv_skia_main.MMV_PACKAGE_ROOT at any depth in the code
# This deals with the case we used pyinstaller and it'll get the executable path instead
if getattr(sys, 'frozen', True):
self.MMV_PACKAGE_ROOT = Path(
os.path.dirname(os.path.abspath(__file__)))
print(f"{debug_prefix} Running directly from source code")
else:
self.MMV_PACKAGE_ROOT = Path(
os.path.dirname(os.path.abspath(sys.executable)))
print(f"{debug_prefix} Running from release (sys.executable..?)")
print(
f"{debug_prefix} Modular Music Visualizer Python package [__init__.py] or executable located at [{self.MMV_PACKAGE_ROOT}]"
)
# # Load prelude configuration
print(f"{debug_prefix} Loading prelude configuration file")
# Build the path the prelude file should be located at
prelude_file = self.MMV_PACKAGE_ROOT / "prelude.toml"
print(
f"{debug_prefix} Attempting to load prelude file located at [{prelude_file}], we cannot continue if this is wrong.."
)
# Load the prelude file
with open(prelude_file, "r") as f:
self.prelude = toml.loads(f.read())
print(
f"{debug_prefix} Loaded prelude configuration file, data: [{self.prelude}]"
)
# # # Logging
# # We can now set up logging as we have where this file is located at
# # Reset current handlers if any
print(
f"{debug_prefix} Resetting Python's logging logger handlers to empty list"
)
# Get logger and empty the list
logger = logging.getLogger()
logger.handlers = []
# Handlers on logging to file and shell output, the first one if the user says to
handlers = [logging.StreamHandler(sys.stdout)]
# Loglevel is defined in the prelude.toml configuration
LOG_LEVEL = {
"critical": logging.CRITICAL,
"debug": logging.DEBUG,
"error": logging.ERROR,
"info": logging.INFO,
"warn": logging.warning,
"notset": logging.NOTSET,
}.get(self.prelude["logging"]["log_level"])
# If user chose to log to a file, add its handler..
if self.prelude["logging"]["log_to_file"]:
# Hard coded where the log file will be located
# this is only valid for the last time we run this software
self.LOG_FILE = self.MMV_PACKAGE_ROOT / "last_log.log"
# Reset the log file
with open(self.LOG_FILE, "w") as f:
print(
f"{debug_prefix} Reset log file located at [{self.LOG_FILE}]"
)
f.write("")
# Verbose and append the file handler
print(
f"{debug_prefix} Reset log file located at [{self.LOG_FILE}]")
handlers.append(
logging.FileHandler(filename=self.LOG_FILE, encoding='utf-8'))
# .. otherwise just keep the StreamHandler to stdout
log_format = {
"informational":
"[%(levelname)-8s] [%(filename)-32s:%(lineno)-3d] (%(relativeCreated)-6d) %(message)s",
"pretty":
"[%(levelname)-8s] (%(relativeCreated)-5d)ms %(message)s",
"economic":
"[%(levelname)s::%(filename)s::%(lineno)d] %(message)s",
"onlymessage": "%(message)s"
}.get(self.prelude["logging"]["log_format"])
# Start the logging global class, output to file and stdout
logging.basicConfig(
level=LOG_LEVEL,
format=log_format,
handlers=handlers,
)
# Greeter message :)
self.greeter_message()
# Start logging message
bias = " " * ((self.terminal_width // 2) - 13)
print(f"{bias[:-1]}# # [ Start Logging ] # #\n")
print("-" * self.terminal_width + "\n")
# Log what we'll do next
logging.info(
f"{debug_prefix} We're done with the pre configuration of Python's behavior and loading prelude.toml configuration file"
)
# Log precise Python version
sysversion = sys.version.replace("\n", " ").replace(" ", " ")
logging.info(f"{debug_prefix} Running on Python: [{sysversion}]")
# # The operating system we're on, one of "linux", "windows", "macos"
# Get the desired name from a dict matching against os.name
if platform is None:
self.os = {
"posix": "linux",
"nt": "windows",
"darwin": "macos"
}.get(os.name)
else:
logging.info(
f"{debug_prefix} Overriding platform OS to = [{platform}]")
self.os = platform
# Log which OS we're running
logging.info(
f"{debug_prefix} Running Modular Music Visualizer on Operating System: [{self.os}]"
)
# # Create interface's classes
logging.info(f"{debug_prefix} Creating Utils() class")
self.utils = Utils()
logging.info(f"{debug_prefix} Creating Download() class")
self.download = Download()
# # Common directories between packages
# Externals
self.externals_dir = self.MMV_PACKAGE_ROOT / "externals"
self.externals_dir.mkdir(parents=True, exist_ok=True)
logging.info(f"{debug_prefix} Externals dir is [{self.externals_dir}]")
# Downloads (inside externals)
self.downloads_dir = self.MMV_PACKAGE_ROOT / "externals" / "downloads"
self.downloads_dir.mkdir(parents=True, exist_ok=True)
logging.info(f"{debug_prefix} Downloads dir is [{self.downloads_dir}]")
# Assets dir
self.assets_dir = self.MMV_PACKAGE_ROOT / "assets"
self.assets_dir.mkdir(parents=True, exist_ok=True)
logging.info(f"{debug_prefix} Assets dir is [{self.assets_dir}]")
# Data dir
self.data_dir = self.MMV_PACKAGE_ROOT / "data"
self.data_dir.mkdir(parents=True, exist_ok=True)
logging.info(f"{debug_prefix} Data dir is [{self.data_dir}]")
# Shaders dir
self.shaders_dir = self.MMV_PACKAGE_ROOT / "shaders"
self.shaders_dir.mkdir(parents=True, exist_ok=True)
logging.info(f"{debug_prefix} Shaders dir is [{self.shaders_dir}]")
# Screenshots dir
self.screenshots_dir = self.MMV_PACKAGE_ROOT / "screenshots"
self.screenshots_dir.mkdir(parents=True, exist_ok=True)
logging.info(f"{debug_prefix} Shaders dir is [{self.screenshots_dir}]")
# Runtime dir
self.runtime_dir = self.MMV_PACKAGE_ROOT / "runtime"
logging.info(
f"{debug_prefix} Runtime dir is [{self.runtime_dir}], deleting..")
shutil.rmtree(self.runtime_dir, ignore_errors=True)
self.runtime_dir.mkdir(parents=True, exist_ok=True)
# Windoe juuuust in case
if self.os == "windows":
logging.info(
f"{debug_prefix} Appending the Externals directory to system path juuuust in case..."
)
sys.path.append(self.externals_dir)
# # Common files
# Code flow management
if self.prelude["flow"]["stop_at_initialization"]:
logging.critical(
f"{debug_prefix} Exiting as stop_at_initialization key on prelude.toml is True"
)
sys.exit(0)
# # External dependencies where to append for PATH
# Externals directory for Linux
self.externals_dir_linux = self.MMV_PACKAGE_ROOT / "externals" / "linux"
if self.os == "linux":
logging.info(
f"{debug_prefix} Externals directory for Linux OS is [{self.externals_dir_linux}]"
)
self.externals_dir_linux.mkdir(parents=True, exist_ok=True)
# Externals directory for Windows
self.externals_dir_windows = self.MMV_PACKAGE_ROOT / "externals" / "windows"
if self.os == "windows":
logging.info(
f"{debug_prefix} Externals directory for Windows OS is [{self.externals_dir_windows}]"
)
self.externals_dir_windows.mkdir(parents=True, exist_ok=True)
# Externals directory for macOS
self.externals_dir_macos = self.MMV_PACKAGE_ROOT / "externals" / "macos"
if self.os == "macos":
logging.info(
f"{debug_prefix} Externals directory for Darwin OS (macOS) is [{self.externals_dir_macos}]"
)
self.externals_dir_macos.mkdir(parents=True, exist_ok=True)
# # This native platform externals dir
self.externals_dir_this_platform = self.__get_platform_external_dir(
self.os)
logging.info(
f"{debug_prefix} This platform externals directory is: [{self.externals_dir_this_platform}]"
)
# Update the externals search path (create one in this case)
self.update_externals_search_path()
# Code flow management
if self.prelude["flow"]["stop_at_initialization"]:
logging.critical(
f"{debug_prefix} Exiting as stop_at_initialization key on prelude.toml is True"
)
sys.exit(0)
def __init__(self, top_level_interace, depth=LOG_NO_DEPTH, **kwargs):
debug_prefix = "[MMVSkiaInterface.__init__]"
ndepth = depth + LOG_NEXT_DEPTH
self.top_level_interace = top_level_interace
self.os = self.top_level_interace.os
# Where this file is located, please refer using this on the whole package
# Refer to it as self.mmv_main.mmvskia_interface.MMV_SKIA_ROOT at any depth in the code
# This deals with the case we used pyinstaller and it'll get the executable path instead
if getattr(sys, 'frozen', True):
self.MMV_SKIA_ROOT = os.path.dirname(os.path.abspath(__file__))
logging.info(
f"{depth}{debug_prefix} Running directly from source code")
logging.info(
f"{depth}{debug_prefix} Modular Music Visualizer Python package [__init__.py] located at [{self.MMV_SKIA_ROOT}]"
)
else:
self.MMV_SKIA_ROOT = os.path.dirname(
os.path.abspath(sys.executable))
logging.info(
f"{depth}{debug_prefix} Running from release (sys.executable..?)"
)
logging.info(
f"{depth}{debug_prefix} Modular Music Visualizer executable located at [{self.MMV_SKIA_ROOT}]"
)
# # Prelude configuration
prelude_file = f"{self.MMV_SKIA_ROOT}{os.path.sep}mmv_skia_prelude.toml"
logging.info(
f"{depth}{debug_prefix} Attempting to load prelude file located at [{prelude_file}], we cannot continue if this is wrong.."
)
with open(prelude_file, "r") as f:
self.prelude = toml.loads(f.read())
# Log prelude configuration
logging.info(
f"{depth}{debug_prefix} Prelude configuration is: {self.prelude}")
# # # Create MMV classes and stuff
# Main class of MMV and tart MMV classes that main connects them, do not run
self.mmv_main = MMVSkiaMain(interface=self)
self.mmv_main.setup(depth=ndepth)
# Utilities
self.utils = Utils()
# Configuring options
self.audio_processing = AudioProcessingPresets(self)
self.post_processing = self.mmv_main.canvas.configure
# Log a separator to mark the end of the __init__ phase
logging.info(f"{depth}{debug_prefix} Initialize phase done!")
logging.info(LOG_SEPARATOR)
self.configure_mmv_main()
# Quit if code flow says so
if self.prelude["flow"]["stop_at_interface_init"]:
logging.critical(
f"{ndepth}{debug_prefix} Not continuing because stop_at_interface_init key on prelude.toml is True"
)
sys.exit(0)
class MMVSkiaInterface:
# This top level interface is the "global package manager" for every subproject / subimplementation of
# MMV, it is the class that will deal with stuff not directly related to functionality of this class
# and package here, mainly dealing with external deps, micro managing stuff, setting up logging,
# loading "prelude" configurations, that is, defining behavior, not configs related to this package
# and functionality.
#
# We create a MMV{Skia,Shader}Main class and we send this interface to it, and we send that instance
# of MMV*Main to every other sub class so if we access self.mmv_main.mmvskia_interface we are accessing this
# file here, MMVSkiaInterface, and we can quickly refer to the most top level package by doing
# self.mmv_main.mmvskia_interface.top_level_interface, since this interface here is just the MMVSkia
# interface for the mmvskia package while the top level one manages both MMVSkia and MMVShader
#
def __init__(self, top_level_interace, depth=LOG_NO_DEPTH, **kwargs):
debug_prefix = "[MMVSkiaInterface.__init__]"
ndepth = depth + LOG_NEXT_DEPTH
self.top_level_interace = top_level_interace
self.os = self.top_level_interace.os
# Where this file is located, please refer using this on the whole package
# Refer to it as self.mmv_main.mmvskia_interface.MMV_SKIA_ROOT at any depth in the code
# This deals with the case we used pyinstaller and it'll get the executable path instead
if getattr(sys, 'frozen', True):
self.MMV_SKIA_ROOT = os.path.dirname(os.path.abspath(__file__))
logging.info(
f"{depth}{debug_prefix} Running directly from source code")
logging.info(
f"{depth}{debug_prefix} Modular Music Visualizer Python package [__init__.py] located at [{self.MMV_SKIA_ROOT}]"
)
else:
self.MMV_SKIA_ROOT = os.path.dirname(
os.path.abspath(sys.executable))
logging.info(
f"{depth}{debug_prefix} Running from release (sys.executable..?)"
)
logging.info(
f"{depth}{debug_prefix} Modular Music Visualizer executable located at [{self.MMV_SKIA_ROOT}]"
)
# # Prelude configuration
prelude_file = f"{self.MMV_SKIA_ROOT}{os.path.sep}mmv_skia_prelude.toml"
logging.info(
f"{depth}{debug_prefix} Attempting to load prelude file located at [{prelude_file}], we cannot continue if this is wrong.."
)
with open(prelude_file, "r") as f:
self.prelude = toml.loads(f.read())
# Log prelude configuration
logging.info(
f"{depth}{debug_prefix} Prelude configuration is: {self.prelude}")
# # # Create MMV classes and stuff
# Main class of MMV and tart MMV classes that main connects them, do not run
self.mmv_main = MMVSkiaMain(interface=self)
self.mmv_main.setup(depth=ndepth)
# Utilities
self.utils = Utils()
# Configuring options
self.audio_processing = AudioProcessingPresets(self)
self.post_processing = self.mmv_main.canvas.configure
# Log a separator to mark the end of the __init__ phase
logging.info(f"{depth}{debug_prefix} Initialize phase done!")
logging.info(LOG_SEPARATOR)
self.configure_mmv_main()
# Quit if code flow says so
if self.prelude["flow"]["stop_at_interface_init"]:
logging.critical(
f"{ndepth}{debug_prefix} Not continuing because stop_at_interface_init key on prelude.toml is True"
)
sys.exit(0)
# Read the function body for more info
def configure_mmv_main(self, **kwargs):
# Has the user chosen to watch the processing video realtime?
self.mmv_main.context.audio_amplitude_multiplier = kwargs.get(
"audio_amplitude_multiplier", 1)
self.mmv_main.context.skia_render_backend = kwargs.get(
"render_backend", "gpu")
# # Encoding options
# FFmpeg
self.mmv_main.context.ffmpeg_pixel_format = kwargs.get(
"ffmpeg_pixel_format", "auto")
self.mmv_main.context.ffmpeg_dumb_player = kwargs.get(
"ffmpeg_dumb_player", "auto")
self.mmv_main.context.ffmpeg_hwaccel = kwargs.get(
"ffmpeg_hwaccel", "auto")
# x264 specific
self.mmv_main.context.x264_use_opencl = kwargs.get(
"x264_use_opencl", False)
self.mmv_main.context.x264_preset = kwargs.get("x264_preset", "slow")
self.mmv_main.context.x264_tune = kwargs.get("x264_tune", "film")
self.mmv_main.context.x264_crf = kwargs.get("x264_crf", "17")
# Pipe writer
self.mmv_main.context.max_images_on_pipe_buffer = kwargs.get(
"max_images_on_pipe_buffer", 20)
# Execute MMV with the configurations we've done
def run(self, depth=PACKAGE_DEPTH) -> None:
debug_prefix = "[MMVSkiaInterface.run]"
ndepth = depth + LOG_NEXT_DEPTH
logging.info(LOG_SEPARATOR)
# Log action
logging.info(
f"{depth}{debug_prefix} Configuration phase done, executing MMVSkiaMain.run().."
)
# Run configured mmv_main class
self.mmv_main.run(depth=ndepth)
# Define output video width, height and frames per second, defaults to 720p60
def quality(self,
width: int = 1280,
height: int = 720,
fps: int = 60,
batch_size=2048,
depth=PACKAGE_DEPTH) -> None:
debug_prefix = "[MMVSkiaInterface.quality]"
ndepth = depth + LOG_NEXT_DEPTH
logging.info(
f"{depth}{debug_prefix} Setting width={width} height={height} fps={fps} batch_size={batch_size}"
)
# Assign values
self.mmv_main.context.width = width
self.mmv_main.context.height = height
self.mmv_main.context.fps = fps
self.mmv_main.context.batch_size = batch_size
self.width = width
self.height = height
self.resolution = [width, height]
# Create or reset a mmv canvas with that target resolution
logging.info(
f"{depth}{debug_prefix} Creating / resetting canvas with that width and height"
)
self.mmv_main.canvas.create_canvas(depth=ndepth)
logging.info(STEP_SEPARATOR)
# Set the input audio file, raise exception if it does not exist
def input_audio(self, path: str, depth=PACKAGE_DEPTH) -> None:
debug_prefix = "[MMVSkiaInterface.input_audio]"
ndepth = depth + LOG_NEXT_DEPTH
# Log action, do action
logging.info(
f"{depth}{debug_prefix} Set audio file path: [{path}], getting absolute path.."
)
self.mmv_main.context.input_audio_file = self.get_absolute_path(
path, depth=ndepth)
logging.info(STEP_SEPARATOR)
# Set the input audio file, raise exception if it does not exist
def input_midi(self, path: str, depth=PACKAGE_DEPTH) -> None:
debug_prefix = "[MMVSkiaInterface.input_midi]"
ndepth = depth + LOG_NEXT_DEPTH
# Log action, do action
logging.info(
f"{depth}{debug_prefix} Set MIDI file path: [{path}], getting absolute path.."
)
self.mmv_main.context.input_midi = self.get_absolute_path(path,
depth=ndepth)
logging.info(STEP_SEPARATOR)
# Output path where we'll be saving the final video
def output_video(self, path: str, depth=PACKAGE_DEPTH) -> None:
debug_prefix = "[MMVSkiaInterface.output_video]"
ndepth = depth + LOG_NEXT_DEPTH
# Log action, do action
logging.info(
f"{depth}{debug_prefix} Set output video path: [{path}], getting absolute path.."
)
self.mmv_main.context.output_video = self.utils.get_abspath(
path, depth=ndepth)
logging.info(STEP_SEPARATOR)
# Offset where we cut the audio for processing, mainly for interpolation latency compensation
def offset_audio_steps(self, steps: int = 0, depth=PACKAGE_DEPTH):
debug_prefix = "[MMVSkiaInterface.offset_audio_steps]"
ndepth = depth + LOG_NEXT_DEPTH
# Log action, do action
logging.info(
f"{depth}{debug_prefix} Offset audio in N steps: [{steps}]")
self.mmv_main.context.offset_audio_before_in_many_steps = steps
logging.info(STEP_SEPARATOR)
# # [ MMV Objects ] # #
# Add a given object to MMVSkiaAnimation content on a given layer
def add(self, item, layer: int = 0, depth=PACKAGE_DEPTH) -> None:
debug_prefix = "[MMVSkiaInterface.add]"
ndepth = depth + LOG_NEXT_DEPTH
# Make layers until this given layer if they don't exist
logging.info(
f"{depth}{debug_prefix} Making animations layer until N = [{layer}]"
)
self.mmv_main.mmv_animation.mklayers_until(layer, depth=ndepth)
# Check the type and add accordingly
if self.utils.is_matching_type([item], [MMVSkiaImage]):
logging.info(
f"{depth}{debug_prefix} Add MMVSkiaImage object [{item}]")
self.mmv_main.mmv_animation.content[layer].append(item)
if self.utils.is_matching_type([item], [MMVSkiaGenerator]):
logging.info(
f"{depth}{debug_prefix} Add MMVSkiaGenerator object [{item}]")
self.mmv_main.mmv_animation.generators.append(item)
logging.info(STEP_SEPARATOR)
# Get a blank MMVSkiaImage object with the first animation layer build up
def image_object(self, depth=PACKAGE_DEPTH) -> MMVSkiaImage:
debug_prefix = "[MMVSkiaInterface.image_object]"
ndepth = depth + LOG_NEXT_DEPTH
# Log action
logging.info(
f"{depth}{debug_prefix} Creating blank MMVSkiaImage object and initializing first animation layer, returning it afterwards"
)
# Create blank MMVSkiaImage, init the animation layers for the user
mmv_image_object = MMVSkiaImage(self.mmv_main, depth=ndepth)
mmv_image_object.configure.init_animation_layer(depth=ndepth)
# Return a pointer to the object
logging.info(STEP_SEPARATOR)
return mmv_image_object
# Get a blank MMVSkiaGenerator object
def generator_object(self, depth=PACKAGE_DEPTH):
debug_prefix = "[MMVSkiaInterface.generator_object]"
ndepth = depth + LOG_NEXT_DEPTH
# Log action
logging.info(
f"{depth}{debug_prefix} Creating blank MMVSkiaGenerator object, returning it afterwards"
)
# Create blank MMVSkiaGenerator, return a pointer to the object
logging.info(STEP_SEPARATOR)
return MMVSkiaGenerator(self.mmv_main, depth=ndepth)
# # [ Utilities ] # #
# Random file from a given path directory (loading random backgrounds etc)
def random_file_from_dir(self, path, depth=PACKAGE_DEPTH):
debug_prefix = "[MMVSkiaInterface.random_file_from_dir]"
ndepth = depth + LOG_NEXT_DEPTH
logging.info(
f"{depth}{debug_prefix} Get absolute path and returning random file from directory: [{path}]"
)
logging.info(STEP_SEPARATOR)
return self.utils.random_file_from_dir(self.utils.get_abspath(
path, depth=ndepth),
depth=ndepth)
# Make the directory if it doesn't exist
def make_directory_if_doesnt_exist(self,
path: str,
depth=PACKAGE_DEPTH,
silent=True) -> None:
debug_prefix = "[MMVSkiaInterface.make_directory_if_doesnt_exist]"
ndepth = depth + LOG_NEXT_DEPTH
# Log action
logging.info(
f"{depth}{debug_prefix} Make directory if doesn't exist [{path}], get absolute realpath and mkdir_dne"
)
# Get absolute and realpath, make directory if doens't exist (do the action)
path = self.utils.get_abspath(path, depth=ndepth, silent=silent)
self.utils.mkdir_dne(path, depth=ndepth)
logging.info(STEP_SEPARATOR)
# Make the directory if it doesn't exist
def delete_directory(self,
path: str,
depth=PACKAGE_DEPTH,
silent=False) -> None:
debug_prefix = "[MMVSkiaInterface.delete_directory]"
ndepth = depth + LOG_NEXT_DEPTH
# Log action
logging.info(
f"{depth}{debug_prefix} Delete directory [{path}], get absolute realpath and rmdir"
)
# Get absolute and realpath, delete directory (do the action)
path = self.utils.get_abspath(path, depth=ndepth, silent=silent)
self.utils.rmdir(path, depth=ndepth)
logging.info(STEP_SEPARATOR)
# Get the absolute path to a file or directory, absolute starts with / on *nix and LETTER:// on Windows
# we expect it to exist so we quit if don't since this is the interface class?
def get_absolute_path(self, path, message="path", depth=PACKAGE_DEPTH):
debug_prefix = "[MMVSkiaInterface.get_absolute_path]"
ndepth = depth + LOG_NEXT_DEPTH
# Log action
logging.info(
f"{depth}{debug_prefix} Getting absolute path of [{path}], also checking its existence"
)
# Get the absolute path
path = self.utils.get_abspath(path, depth=ndepth)
if not os.path.exists(path):
raise FileNotFoundError(f"Input {message} does not exist {path}")
logging.info(STEP_SEPARATOR)
return path
# If we ever need any unique id..?
def get_unique_id(self):
return self.utils.get_unique_id()
# # [ Experiments / sub projects ] # #
# Get a pygradienter object with many workers for rendering
def pygradienter(self, depth=PACKAGE_DEPTH, **kwargs):
debug_prefix = "[MMVSkiaInterface.pygradienter]"
ndepth = depth + LOG_NEXT_DEPTH
# Log action
logging.info(
f"{depth}{debug_prefix} Generating and returning one PyGradienter object"
)
logging.info(STEP_SEPARATOR)
return PyGradienter(self.mmv_main, depth=ndepth, **kwargs)
# Returns a cmn_midi.py MidiFile class
def get_midi_class(self):
return MidiFile()
# # [ Advanced ] # #
def advanced_audio_processing_constants(self,
where_decay_less_than_one,
value_at_zero,
depth=PACKAGE_DEPTH):
debug_prefix = "[MMVSkiaInterface.advanced_audio_processing_constants]"
ndepth = depth + LOG_NEXT_DEPTH
# Log action
logging.info(
f"{depth}{debug_prefix} Setting AudioProcessing constants to where_decay_less_than_one=[{where_decay_less_than_one}], value_at_zero=[{value_at_zero}]"
)
self.mmv_main.audio.where_decay_less_than_one = where_decay_less_than_one
self.mmv_main.audio.value_at_zero = value_at_zero
class MMVPackageInterface:
# Hello world!
def greeter_message(self) -> None:
debug_prefix = "[MMVPackageInterface.greeter_message]"
# Get a bias for printing the message centered
self.terminal_width = shutil.get_terminal_size()[0]
bias = " " * (math.floor(self.terminal_width / 2) - 14)
message = \
f"""{debug_prefix} Show greeter message\n{"-"*self.terminal_width}
{bias} __ __ __ __ __ __
{bias}| \\/ | | \\/ | \\ \\ / /
{bias}| |\\/| | | |\\/| | \\ \\ / /
{bias}| | | | | | | | \\ V /
{bias}|_| |_| |_| |_| \\_/
{bias}
{bias} Modular Music Visualizer
{(2 + int( (self.terminal_width/2) - (len("Version") + len(self.version)/2) ))*" "}Version {self.version}
{"-"*self.terminal_width}
"""
logging.info(message)
# Thanks message with some official links, warnings
def thanks_message(self):
debug_prefix = "[MMVPackageInterface.thanks_message]"
# Get a bias for printing the message centered
self.terminal_width = shutil.get_terminal_size()[0]
bias = " " * (math.floor(self.terminal_width / 2) - 45)
message = \
f"""{debug_prefix} Show thanks message
\n{"-"*self.terminal_width}\n
{bias}[+-------------------------------------------------------------------------------------------+]
{bias} | |
{bias} | :: Thanks for using the Modular Music Visualizer project !! :: |
{bias} | ============================================================== |
{bias} | |
{bias} | Here's a few official links for MMV: |
{bias} | |
{bias} | - Telegram group: [ https://t.me/modular_music_visualizer ] |
{bias} | - GitHub Repository: [ https://github.com/Tremeschin/modular-music-visualizer ] |
{bias} | - GitLab Repository: [ https://gitlab.com/Tremeschin/modular-music-visualizer ] |
{bias} | |
{bias} | > Always check for the copyright info on the material you are using (audios, images) |
{bias} | before distributing the content generated with MMV, I take absolutely no responsibility |
{bias} | for any UGC (user generated content) violations. See LICENSE file as well. |
{bias} | |
{bias} | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ |
{bias} | |
{bias} | Don't forget sharing your releases made with MMV on the discussion groups :) |
{bias} | Feel free asking for help or giving new ideas for the project as well !! |
{bias} | |
{bias}[+-------------------------------------------------------------------------------------------+]
\n{"-"*self.terminal_width}
"""
logging.info(message)
# MMVShader for some post processing or visualization generation
def ___printshadersmode(self):
if not hasattr(self, "___printshader"):
self.___printshader = None
self.terminal_width = shutil.get_terminal_size()[0]
bias = " " * (math.floor(self.terminal_width / 2) - 19)
message = \
f"""Show extension\n{"="*self.terminal_width}
{bias} _____ _ _
{bias}/ ___| | | |
{bias}\\ `--.| |__ __ _ __| | ___ _ __ ___
{bias} `--. \\ '_ \\ / _` |/ _` |/ _ \\ '__/ __|
{bias}/\\__/ / | | | (_| | (_| | __/ | \\__ \\
{bias}\\____/|_| |_|\\__,_|\\__,_|\\___|_| |___/
{bias}
{bias}
{bias} + MMV Mode +
{"="*self.terminal_width}
"""
logging.info(message)
# Get a moderngl wrapper / interface for rendering fragment shaders, getting their
# contents, map images, videos and even other shaders into textures
def get_mmv_shader_mgl(self, **kwargs):
self.___printshadersmode()
from mmv.mmvshader.mmv_shader_mgl import MMVShaderMGL
return MMVShaderMGL
# Return shader maker interface
def get_mmv_shader_maker(self, **kwargs):
self.___printshadersmode()
from mmv.mmvshader.mmv_shader_maker import MMVShaderMaker
return MMVShaderMaker
# Return one (usually required) setting up encoder unless using preview window
def get_ffmpeg_wrapper(self):
debug_prefix = "[MMVPackageInterface.get_ffmpeg_wrapper]"
from mmv.common.wrappers.wrap_ffmpeg import FFmpegWrapper
logging.info(f"{debug_prefix} Return FFmpegWrapper")
return FFmpegWrapper(ffmpeg_binary_path=self.find_binary("ffmpeg"))
# Return FFplay wrapper, rarely needed but just in case
def get_ffplay_wrapper(self):
debug_prefix = "[MMVPackageInterface.get_ffplay_wrapper]"
from mmv.common.wrappers.wrap_ffplay import FFplayWrapper
logging.info(f"{debug_prefix} Return FFplayWrapper")
return FFplayWrapper()
# # Audio sources
# Real time, reads from a loopback device
def get_audio_source_realtime(self):
debug_prefix = "[MMVPackageInterface.get_audio_source_realtime]"
from mmv.common.cmn_audio import AudioSourceRealtime
return AudioSourceRealtime()
# File source, used for headless rendering
def get_audio_source_file(self):
debug_prefix = "[MMVPackageInterface.get_audio_source_file]"
from mmv.common.cmn_audio import AudioSourceFile
return AudioSourceFile(ffmpeg_wrapper=self.get_ffmpeg_wrapper())
# Real time, reads from a loopback device
def get_jumpcutter(self):
debug_prefix = "[MMVPackageInterface.get_jumpcutter]"
self.terminal_width = shutil.get_terminal_size()[0]
bias = " " * (math.floor(self.terminal_width / 2) - 28)
message = \
f"""{debug_prefix} Show extension\n{"="*self.terminal_width}
{bias} ___ _____ _ _
{bias} |_ | / __ \\ | | | |
{bias} | |_ _ _ __ ___ _ __ | / \\/_ _| |_| |_ ___ _ __
{bias} | | | | | '_ ` _ \\| '_ \\| | | | | | __| __/ _ \\ '__|
{bias}/\\__/ / |_| | | | | | | |_) | \\__/\\ |_| | |_| || __/ |
{bias}\\____/ \\__,_|_| |_| |_| .__/ \\____/\\__,_|\\__|\\__\\___|_|
{bias} | |
{bias} |_|
{bias}
{bias} + MMV Extension +
{"="*self.terminal_width}
"""
logging.info(message)
from mmv.extra.extra_jumpcutter import JumpCutter
return JumpCutter(ffmpeg_wrapper=self.get_ffmpeg_wrapper())
# Main interface class, mainly sets up root dirs, get config, distributes classes
# Send platform = "windows", "macos", "linux" for forcing a specific one
def __init__(self, platform=None, **kwargs) -> None:
debug_prefix = "[MMVPackageInterface.__init__]"
self.version = "3.2: rolling"
# Where this file is located, please refer using this on the whole package
# Refer to it as self.mmv_skia_main.MMV_PACKAGE_ROOT at any depth in the code
# This deals with the case we used pyinstaller and it'll get the executable path instead
if getattr(sys, 'frozen', True):
self.MMV_PACKAGE_ROOT = Path(
os.path.dirname(os.path.abspath(__file__)))
print(f"{debug_prefix} Running directly from source code")
else:
self.MMV_PACKAGE_ROOT = Path(
os.path.dirname(os.path.abspath(sys.executable)))
print(f"{debug_prefix} Running from release (sys.executable..?)")
print(
f"{debug_prefix} Modular Music Visualizer Python package [__init__.py] or executable located at [{self.MMV_PACKAGE_ROOT}]"
)
# # Load prelude configuration
print(f"{debug_prefix} Loading prelude configuration file")
# Build the path the prelude file should be located at
prelude_file = self.MMV_PACKAGE_ROOT / "prelude.toml"
print(
f"{debug_prefix} Attempting to load prelude file located at [{prelude_file}], we cannot continue if this is wrong.."
)
# Load the prelude file
with open(prelude_file, "r") as f:
self.prelude = toml.loads(f.read())
print(
f"{debug_prefix} Loaded prelude configuration file, data: [{self.prelude}]"
)
# # # Logging
# # We can now set up logging as we have where this file is located at
# # Reset current handlers if any
print(
f"{debug_prefix} Resetting Python's logging logger handlers to empty list"
)
# Get logger and empty the list
logger = logging.getLogger()
logger.handlers = []
# Handlers on logging to file and shell output, the first one if the user says to
handlers = [logging.StreamHandler(sys.stdout)]
# Loglevel is defined in the prelude.toml configuration
LOG_LEVEL = {
"critical": logging.CRITICAL,
"debug": logging.DEBUG,
"error": logging.ERROR,
"info": logging.INFO,
"warn": logging.warning,
"notset": logging.NOTSET,
}.get(self.prelude["logging"]["log_level"])
# If user chose to log to a file, add its handler..
if self.prelude["logging"]["log_to_file"]:
# Hard coded where the log file will be located
# this is only valid for the last time we run this software
self.LOG_FILE = self.MMV_PACKAGE_ROOT / "last_log.log"
# Reset the log file
with open(self.LOG_FILE, "w") as f:
print(
f"{debug_prefix} Reset log file located at [{self.LOG_FILE}]"
)
f.write("")
# Verbose and append the file handler
print(
f"{debug_prefix} Reset log file located at [{self.LOG_FILE}]")
handlers.append(
logging.FileHandler(filename=self.LOG_FILE, encoding='utf-8'))
# .. otherwise just keep the StreamHandler to stdout
log_format = {
"informational":
"[%(levelname)-8s] [%(filename)-32s:%(lineno)-3d] (%(relativeCreated)-6d) %(message)s",
"pretty":
"[%(levelname)-8s] (%(relativeCreated)-5d)ms %(message)s",
"economic":
"[%(levelname)s::%(filename)s::%(lineno)d] %(message)s",
"onlymessage": "%(message)s"
}.get(self.prelude["logging"]["log_format"])
# Start the logging global class, output to file and stdout
logging.basicConfig(
level=LOG_LEVEL,
format=log_format,
handlers=handlers,
)
# Greeter message :)
self.greeter_message()
# Start logging message
bias = " " * ((self.terminal_width // 2) - 13)
print(f"{bias[:-1]}# # [ Start Logging ] # #\n")
print("-" * self.terminal_width + "\n")
# Log what we'll do next
logging.info(
f"{debug_prefix} We're done with the pre configuration of Python's behavior and loading prelude.toml configuration file"
)
# Log precise Python version
sysversion = sys.version.replace("\n", " ").replace(" ", " ")
logging.info(f"{debug_prefix} Running on Python: [{sysversion}]")
# # The operating system we're on, one of "linux", "windows", "macos"
# Get the desired name from a dict matching against os.name
if platform is None:
self.os = {
"posix": "linux",
"nt": "windows",
"darwin": "macos"
}.get(os.name)
else:
logging.info(
f"{debug_prefix} Overriding platform OS to = [{platform}]")
self.os = platform
# Log which OS we're running
logging.info(
f"{debug_prefix} Running Modular Music Visualizer on Operating System: [{self.os}]"
)
# # Create interface's classes
logging.info(f"{debug_prefix} Creating Utils() class")
self.utils = Utils()
logging.info(f"{debug_prefix} Creating Download() class")
self.download = Download()
# # Common directories between packages
# Externals
self.externals_dir = self.MMV_PACKAGE_ROOT / "externals"
self.externals_dir.mkdir(parents=True, exist_ok=True)
logging.info(f"{debug_prefix} Externals dir is [{self.externals_dir}]")
# Downloads (inside externals)
self.downloads_dir = self.MMV_PACKAGE_ROOT / "externals" / "downloads"
self.downloads_dir.mkdir(parents=True, exist_ok=True)
logging.info(f"{debug_prefix} Downloads dir is [{self.downloads_dir}]")
# Assets dir
self.assets_dir = self.MMV_PACKAGE_ROOT / "assets"
self.assets_dir.mkdir(parents=True, exist_ok=True)
logging.info(f"{debug_prefix} Assets dir is [{self.assets_dir}]")
# Data dir
self.data_dir = self.MMV_PACKAGE_ROOT / "data"
self.data_dir.mkdir(parents=True, exist_ok=True)
logging.info(f"{debug_prefix} Data dir is [{self.data_dir}]")
# Shaders dir
self.shaders_dir = self.MMV_PACKAGE_ROOT / "shaders"
self.shaders_dir.mkdir(parents=True, exist_ok=True)
logging.info(f"{debug_prefix} Shaders dir is [{self.shaders_dir}]")
# Screenshots dir
self.screenshots_dir = self.MMV_PACKAGE_ROOT / "screenshots"
self.screenshots_dir.mkdir(parents=True, exist_ok=True)
logging.info(f"{debug_prefix} Shaders dir is [{self.screenshots_dir}]")
# Runtime dir
self.runtime_dir = self.MMV_PACKAGE_ROOT / "runtime"
logging.info(
f"{debug_prefix} Runtime dir is [{self.runtime_dir}], deleting..")
shutil.rmtree(self.runtime_dir, ignore_errors=True)
self.runtime_dir.mkdir(parents=True, exist_ok=True)
# Windoe juuuust in case
if self.os == "windows":
logging.info(
f"{debug_prefix} Appending the Externals directory to system path juuuust in case..."
)
sys.path.append(self.externals_dir)
# # Common files
# Code flow management
if self.prelude["flow"]["stop_at_initialization"]:
logging.critical(
f"{debug_prefix} Exiting as stop_at_initialization key on prelude.toml is True"
)
sys.exit(0)
# # External dependencies where to append for PATH
# Externals directory for Linux
self.externals_dir_linux = self.MMV_PACKAGE_ROOT / "externals" / "linux"
if self.os == "linux":
logging.info(
f"{debug_prefix} Externals directory for Linux OS is [{self.externals_dir_linux}]"
)
self.externals_dir_linux.mkdir(parents=True, exist_ok=True)
# Externals directory for Windows
self.externals_dir_windows = self.MMV_PACKAGE_ROOT / "externals" / "windows"
if self.os == "windows":
logging.info(
f"{debug_prefix} Externals directory for Windows OS is [{self.externals_dir_windows}]"
)
self.externals_dir_windows.mkdir(parents=True, exist_ok=True)
# Externals directory for macOS
self.externals_dir_macos = self.MMV_PACKAGE_ROOT / "externals" / "macos"
if self.os == "macos":
logging.info(
f"{debug_prefix} Externals directory for Darwin OS (macOS) is [{self.externals_dir_macos}]"
)
self.externals_dir_macos.mkdir(parents=True, exist_ok=True)
# # This native platform externals dir
self.externals_dir_this_platform = self.__get_platform_external_dir(
self.os)
logging.info(
f"{debug_prefix} This platform externals directory is: [{self.externals_dir_this_platform}]"
)
# Update the externals search path (create one in this case)
self.update_externals_search_path()
# Code flow management
if self.prelude["flow"]["stop_at_initialization"]:
logging.critical(
f"{debug_prefix} Exiting as stop_at_initialization key on prelude.toml is True"
)
sys.exit(0)
# Get the target externals dir for this platform
def __get_platform_external_dir(self, platform):
debug_prefix = "[MMVPackageInterface.__get_platform_external_dir]"
# # This platform externals dir
externals_dir = {
"linux": self.externals_dir_linux,
"windows": self.externals_dir_windows,
"macos": self.externals_dir_macos,
}.get(platform)
# mkdir dne just in case cause we asked for this?
externals_dir.mkdir(parents=True, exist_ok=True)
# log action
logging.info(
f"{debug_prefix} Return external dir for platform [{platform}] -> [{externals_dir}]"
)
return externals_dir
# Update the self.EXTERNALS_SEARCH_PATH to every recursive subdirectory on the platform's externals dir
def update_externals_search_path(self):
debug_prefix = "[MMVPackageInterface.update_externals_search_path]"
# The subdirectories on this platform externals folder
externals_subdirs = self.utils.get_recursively_all_subdirectories(
self.externals_dir_this_platform)
# When using some function like Utils.get_executable_with_name, it have an argument
# called extra_paths, add this for searching for the full externals directory.
# Preferably use this interface methods like find_binary instead
self.EXTERNALS_SEARCH_PATH = [self.externals_dir_this_platform]
# If we do have subdirectories on this platform externals then append to it
if externals_subdirs:
self.EXTERNALS_SEARCH_PATH += externals_subdirs
# Search for something in system's PATH, also searches for the externals folder
# Don't append the extra .exe because Linux, macOS doesn't have these, returns False if no binary was found
def find_binary(self, binary):
debug_prefix = "[MMVPackageInterface.find_binary]"
# Append .exe for Windows
if (self.os == "windows") and (not binary.endswith(".exe")):
binary += ".exe"
# Log action
logging.info(
f"{debug_prefix} Finding binary in PATH and EXTERNALS directories: [{binary}]"
)
return self.utils.get_executable_with_name(
binary, extra_paths=self.EXTERNALS_SEARCH_PATH)
# Make sure we have some target Externals, downloads latest release for them.
# For forcing to download the Windows binaries for a release, send platform="windows" for overwriting
# otherwise it'll be set to this class's os.
#
# For FFmpeg, mpv: Linux and macOS people please install from your distro's package manager.
#
# Possible values for target are: ["ffmpeg", "mpv", "musescore"]
#
def check_download_externals(self, target_externals=[], platform=None):
debug_prefix = "[MMVPackageInterface.check_download_externals]"
# Overwrite os if user set to a specific one
if platform is None:
platform = self.os
else:
# Error assertion, only allow linux, macos or windows target os
valid = ["linux", "macos", "windows"]
if not platform in valid:
err = f"Target os [{platform}] not valid: should be one of {valid}"
logging.error(f"{debug_prefix} {err}")
raise RuntimeError(err)
# Force the externals argument to be a list
target_externals = self.utils.force_list(target_externals)
# Log action
logging.info(
f"{debug_prefix} Checking externals {target_externals} for os = [{platform}]"
)
# We're frozen (running from release..)
if getattr(sys, 'frozen', False):
logging.info(
f"{debug_prefix} Not checking for externals because is executable build.. (should have them bundled?)"
)
return
# Short hand
sep = os.path.sep
# The target externals dir for this platform, it must be windows if we're here..
target_externals_dir = self.__get_platform_external_dir(platform)
# For each target external
for external in target_externals:
debug_prefix = "[MMVPackageInterface.check_download_externals]"
logging.info(
f"{debug_prefix} Checking / downloading external: [{external}] for platform [{platform}]"
)
# # FFmpeg / FFprobe
if external == "ffmpeg":
debug_prefix = f"[MMVPackageInterface.check_download_externals({external})]"
# We're on Linux / macOS so checking ffmpeg external dependency on system's path
if platform in ["linux", "macos"]:
self.__cant_micro_manage_external_for_you(binary="ffmpeg")
continue
# If we don't have FFmpeg binary on externals dir
if not self.find_binary("ffmpeg.exe"):
# Get the latest release number of ffmpeg
repo = "https://api.github.com/repos/BtbN/FFmpeg-Builds/releases/latest"
logging.info(
f"{debug_prefix} Getting latest release info on repository: [{repo}]"
)
ffmpeg_release = json.loads(
self.download.get_html_content(repo))
# The assets (downloadable stuff)
assets = ffmpeg_release["assets"]
logging.info(
f"{debug_prefix} Available assets to download (checking for non shared, gpl, non vulkan release):"
)
# Parsing the version we target and want
for item in assets:
# The name of the
name = item["name"]
logging.info(f"{debug_prefix} - [{name}]")
# Expected stuff
is_lgpl = "lgpl" in name
is_shared = "shared" in name
have_vulkan = "vulkan" in name
from_master = "N" in name
# Log what we expect
logging.info(
f"{debug_prefix} - :: Is LGPL: [{is_lgpl:<1}] (expect: 0)"
)
logging.info(
f"{debug_prefix} - :: Is Shared: [{is_shared:<1}] (expect: 0)"
)
logging.info(
f"{debug_prefix} - :: Have Vulkan: [{have_vulkan:<1}] (expect: 0)"
)
logging.info(
f"{debug_prefix} - :: Master branch (N in name): [{from_master:<1}] (expect: 0)"
)
# We have a match!
if not (is_lgpl + is_shared + have_vulkan +
from_master):
logging.info(
f"{debug_prefix} - >> :: We have a match!!")
download_url = item["browser_download_url"]
break
# Where we'll download from
logging.info(
f"{debug_prefix} Download URL: [{download_url}]")
# Where we'll save the compressed zip of FFmpeg
ffmpeg_zip = self.downloads_dir + f"{sep}{name}"
# Download FFmpeg build
self.download.wget(download_url, ffmpeg_zip,
f"FFmpeg v={name}")
# Extract the files
self.download.extract_zip(ffmpeg_zip, target_externals_dir)
else: # Already have the binary
logging.info(
f"{debug_prefix} Already have [ffmpeg] binary in externals / system path!!"
)
# # MPV FIXME: deprecate future version
if external == "mpv":
debug_prefix = f"[MMVPackageInterface.check_download_externals({external})]"
# We're on Linux / macOS so checking ffmpeg external dependency on system's path
if platform in ["linux", "macos"]:
self.__cant_micro_manage_external_for_you(
binary="mpv",
help_fix=f"Visit [https://mpv.io/installation/]")
continue
# If we don't have mpv binary on externals dir or system's path
if not self.find_binary("mpv"):
mpv_7z_version = "mpv-x86_64-20201220-git-dde0189.7z"
# Where we'll save the compressed zip of FFmpeg
mpv_7z = self.downloads_dir + f"{sep}{mpv_7z_version}"
# Download mpv build
self.download.wget(
f"https://sourceforge.net/projects/mpv-player-windows/files/64bit/{mpv_7z_version}/download",
mpv_7z, f"MPV v=20201220-git-dde0189")
# Where to extract final mpv
mpv_extracted_folder = f"{self.externals_dir_this_platform}{sep}" + mpv_7z_version.replace(
".7z", "")
self.utils.mkdir_dne(path=mpv_extracted_folder)
# Extract the files
self.download.extract_file(mpv_7z, mpv_extracted_folder)
else: # Already have the binary
logging.info(
f"{debug_prefix} Already have [mpv] binary in externals / system path!!"
)
# # Musescore
if external == "musescore":
debug_prefix = f"[MMVPackageInterface.check_download_externals({external})]"
# We're on Linux / macOS so checking ffmpeg external dependency on system's path
if platform in ["linux", "macos"]:
self.__cant_micro_manage_external_for_you(
binary="musescore",
help_fix=
f"Go to [https://musescore.org/en/download] and install for your platform"
)
continue
# If we don't have musescore binary on externals dir or system's path
if not self.find_binary("musescore"):
# Version we want
musescore_version = "v3.5.2/MuseScorePortable-3.5.2.311459983-x86.paf.exe"
# Download musescore
self.download.wget(
f"https://cdn.jsdelivr.net/musescore/{musescore_version}",
f"{self.externals_dir_this_platform}{sep}musescore.exe",
f"Musescore Portable v=[{musescore_version}]")
else: # Already have the binary
logging.info(
f"{debug_prefix} Already have [musescore] binary in externals / system path!!"
)
# Update the externals search path because we downloaded stuff
self.update_externals_search_path()
# Ensure we have an external dependency we can't micro manage because too much entropy
def __cant_micro_manage_external_for_you(self, binary, help_fix=None):
debug_prefix = "[MMVPackageInterface.__cant_micro_manage_external_for_you]"
logging.warning(
f"{debug_prefix} You are using Linux or macOS, please make sure you have [{binary}] package binary installed on your distro or on homebrew, we'll just check for it now, can't continue if you don't have it.."
)
# Can't continue
if not self.find_binary(binary):
logging.error(
f"{debug_prefix} Couldn't find lowercase [{binary}] binary on PATH, install from your Linux distro package manager / macOS homebrew, please install it"
)
# Log any extra help we give the user
if help_fix is not None:
logging.error(f"{debug_prefix} {help_fix}")
# Exit with non zero error code
sys.exit(-1)
class PyGradienterProcessing():
def __init__(self, profile, width, height, quiet=False):
# Load the profile and a config
self.profile = profile(width, height)
self.width = width
self.height = height
self.quiet = quiet
# Create classes
self.utils = Utils()
# Empty / "static" variables
# self.unique_string = ""
self.nodes = []
self.ROOT = self.utils.get_root()
# Create a empty canvas
self.new_canvas()
# Create a black canvas as a list and starting image
def new_canvas(self):
self.canvas = np.zeros([self.height, self.width, 4], dtype=np.uint8)
# Set alpha channel to 255
for i, _ in enumerate(self.canvas):
for j, _ in enumerate(self.canvas[i]):
self.canvas[i][j][3] = 255
# Replace "width" with self.width and "height" with self.height on the setting
def pos_replace(self, s):
return str(s).replace("width",
str(self.width)).replace("height",
str(self.height))
# Main routine on making the images
def generate(self, image_id):
random.seed(uuid.uuid4())
# Add profile nodes
for node in self.profile.generate_nodes():
self.nodes.append(node)
if not self.quiet:
print("Generating image id [%s]" % image_id)
# Loop through the image X and Y pixels
for y in range(self.height):
for x in range(self.width):
# The sum of the distances
distances = np.zeros(len(self.nodes))
# The actual pixel we'll be setting the color to
this_pixel = np.array([0, 0, 0])
# For each node, calculate its distance
for i, node in enumerate(self.nodes):
# Calculate the raw distance between two nodes
distance = self.profile.calculate_distance_between_nodes(
[x, y], node.la)
# Add to the total sum
distances[i] = distance
# If there is only one node or the distance is zero to a note, set it to the node color
if distances[-1] == 0:
this_pixel = list(node.color)
# Loop through the colors
# If the pixel is not inside a node
if not 0 in distances:
this_pixel = self.profile.get_pixel_by_distances_and_nodes(
distances, self.nodes)
# Generate (hopefully) a unique string to save the images
# self.unique_string += str(distances[-1] * this_pixel[0] * this_pixel[1] * this_pixel[2] * time.time())[0:1]
# Change and activate the pixel colors by their value
self.canvas[y][x] = self.profile.pixel_color_transformations(
this_pixel, x, y, distances)
if not self.quiet:
print("Finished generating image id [%s]" % image_id)
# Save an image to disk
def save(self, path):
if not self.config["quiet"]:
print("Save id [%s]" % self.id)
# Get a image from the numpy array, smooth it a bit and save
img = Image.fromarray(self.canvas, mode="RGBA")
img = img.filter(ImageFilter.SMOOTH)
img.save(path, quality=95)
class MMVPackageInterface:
# Hello world!
def greeter_message(self) -> None:
debug_prefix = "[MMVPackageInterface.greeter_message]"
self.terminal_width = shutil.get_terminal_size()[0]
bias = " " * (math.floor(self.terminal_width / 2) - 14)
message = \
f"""{debug_prefix} Show greeter message\n{"-"*self.terminal_width}
{bias} __ __ __ __ __ __
{bias}| \\/ | | \\/ | \\ \\ / /
{bias}| |\\/| | | |\\/| | \\ \\ / /
{bias}| | | | | | | | \\ V /
{bias}|_| |_| |_| |_| \\_/
{bias}
{bias} Modular Music Visualizer
{bias[:-1]}{(21-len("Version")-len(self.version))*" "}Version {self.version}
{"-"*self.terminal_width}
"""
logging.info(message)
def thanks_message(self):
debug_prefix = "[MMVPackageInterface.thanks_message]"
# # Print thanks message :)
self.terminal_width = shutil.get_terminal_size()[0]
bias = " " * (math.floor(self.terminal_width / 2) - 45)
message = \
f"""{debug_prefix} Show thanks message
\n{"-"*self.terminal_width}\n
{bias}[+-------------------------------------------------------------------------------------------+]
{bias} | |
{bias} | :: Thanks for using the Modular Music Visualizer project !! :: |
{bias} | ============================================================== |
{bias} | |
{bias} | Here's a few official links for MMV: |
{bias} | |
{bias} | - Telegram group: [ https://t.me/modular_music_visualizer ] |
{bias} | - GitHub Repository: [ https://github.com/Tremeschin/modular-music-visualizer ] |
{bias} | - GitLab Repository: [ https://gitlab.com/Tremeschin/modular-music-visualizer ] |
{bias} | |
{bias} | > Always check for the copyright info on the material you are using (audios, images) |
{bias} | before distributing the content generated with MMV, I take absolutely no responsibility |
{bias} | for any UGC (user generated content) violations. See LICENSE file as well. |
{bias} | |
{bias} | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ |
{bias} | |
{bias} | Don't forget sharing your releases made with MMV on the discussion groups :) |
{bias} | Feel free asking for help or giving new ideas for the project as well !! |
{bias} | |
{bias}[+-------------------------------------------------------------------------------------------+]
\n{"-"*self.terminal_width}
"""
logging.info(message)
# MMVSkia works with glfw plus Skia to draw on a GL canvas and pipe
# through FFmpeg to render a final video. Have Piano Roll options
# and modules as well!!
def get_skia_interface(self, **kwargs):
debug_prefix = "[MMVPackageInterface.get_skia_interface]"
from mmv.mmvskia import MMVSkiaInterface
logging.info(
f"{debug_prefix} Get and return MMVSkiaInterface, kwargs: {kwargs}"
)
return MMVSkiaInterface(top_level_interace=self, **kwargs)
# MMVShader works with GLSL shaders through MPV. Currently most
# applicable concept is post processing which bumps MMV quality
# by a lot
def get_shader_interface(self):
debug_prefix = "[MMVPackageInterface.get_shader_interface]"
from mmv.mmvshader import MMVShaderInterface
logging.info(f"{debug_prefix} Return MMVShaderInterface")
return MMVShaderInterface(top_level_interace=self)
# Return one (usually required) setting up encoder
def get_ffmpeg_wrapper(self):
debug_prefix = "[MMVPackageInterface.get_ffmpeg_wrapper]"
from mmv.common.wrappers.wrap_ffmpeg import FFmpegWrapper
logging.info(f"{debug_prefix} Return FFmpegWrapper")
return FFmpegWrapper()
# Return FFplay wrapper, rarely needed but just in case
def get_ffplay_wrapper(self):
debug_prefix = "[MMVPackageInterface.get_ffplay_wrapper]"
from mmv.common.wrappers.wrap_ffplay import FFplayWrapper
logging.info(f"{debug_prefix} Return FFplayWrapper")
return FFplayWrapper()
# Main interface class, mainly sets up root dirs, get config, distributes classes
# Send platform = "windows", "macos", "linux" for forcing a specific one
def __init__(self, platform=None, **kwargs) -> None:
debug_prefix = "[MMVPackageInterface.__init__]"
# Versioning
self.version = "2.6"
# Can only run on Python 64 bits, this expression returns 32 if 32 bit installation
# and 64 if 64 bit installation, we assert that (assume it's true, quit if it isn't)
assert (struct.calcsize("P") * 8) == 64, (
"You don't have an 64 bit Python installation, MMV will not work on 32 bit Python "
"because skia-python package only distributes 64 bit Python wheels (bundles).\n"
"This is out of my control, Skia devs don't release 32 bit version of Skia anyways\n\n"
"See issue [https://github.com/kyamagu/skia-python/issues/21]")
# # Get this file's path
sep = os.path.sep
# Where this file is located, please refer using this on the whole package
# Refer to it as self.mmv_skia_main.MMV_PACKAGE_ROOT at any depth in the code
# This deals with the case we used pyinstaller and it'll get the executable path instead
if getattr(sys, 'frozen', True):
self.MMV_PACKAGE_ROOT = os.path.dirname(os.path.abspath(__file__))
print(f"{debug_prefix} Running directly from source code")
print(
f"{debug_prefix} Modular Music Visualizer Python package [__init__.py] located at [{self.MMV_PACKAGE_ROOT}]"
)
else:
self.MMV_PACKAGE_ROOT = os.path.dirname(
os.path.abspath(sys.executable))
print(f"{debug_prefix} Running from release (sys.executable..?)")
print(
f"{debug_prefix} Modular Music Visualizer executable located at [{self.MMV_PACKAGE_ROOT}]"
)
# # Load prelude configuration
print(f"{debug_prefix} Loading prelude configuration file")
# Build the path the prelude file should be located at
prelude_file = f"{self.MMV_PACKAGE_ROOT}{sep}prelude.toml"
print(
f"{debug_prefix} Attempting to load prelude file located at [{prelude_file}], we cannot continue if this is wrong.."
)
# Load the prelude file
with open(prelude_file, "r") as f:
self.prelude = toml.loads(f.read())
print(
f"{debug_prefix} Loaded prelude configuration file, data: [{self.prelude}]"
)
# # # Logging
# # We can now set up logging as we have where this file is located at
# # Reset current handlers if any
print(
f"{debug_prefix} Resetting Python's logging logger handlers to empty list"
)
# Get logger and empty the list
logger = logging.getLogger()
logger.handlers = []
# Handlers on logging to file and shell output, the first one if the user says to
handlers = [logging.StreamHandler(sys.stdout)]
# Loglevel is defined in the prelude.toml configuration
LOG_LEVEL = {
"critical": logging.CRITICAL,
"debug": logging.DEBUG,
"error": logging.ERROR,
"info": logging.INFO,
"warn": logging.WARN,
"notset": logging.NOTSET,
}.get(self.prelude["logging"]["log_level"])
# If user chose to log to a file, add its handler..
if self.prelude["logging"]["log_to_file"]:
# Hard coded where the log file will be located
# this is only valid for the last time we run this software
self.LOG_FILE = f"{self.MMV_PACKAGE_ROOT}{sep}last_log.log"
# Reset the log file
with open(self.LOG_FILE, "w") as f:
print(
f"{debug_prefix} Reset log file located at [{self.LOG_FILE}]"
)
f.write("")
# Verbose and append the file handler
print(
f"{debug_prefix} Reset log file located at [{self.LOG_FILE}]")
handlers.append(
logging.FileHandler(filename=self.LOG_FILE, encoding='utf-8'))
# .. otherwise just keep the StreamHandler to stdout
log_format = {
"informational":
"[%(levelname)-8s] [%(filename)-32s:%(lineno)-3d] (%(relativeCreated)-6d) %(message)s",
"pretty":
"[%(levelname)-8s] (%(relativeCreated)-5d)ms %(message)s",
"economic":
"[%(levelname)s::%(filename)s::%(lineno)d] %(message)s",
"onlymessage": "%(message)s"
}.get(self.prelude["logging"]["log_format"])
# Start the logging global class, output to file and stdout
logging.basicConfig(
level=LOG_LEVEL,
format=log_format,
handlers=handlers,
)
# Greeter message :)
self.greeter_message()
# Start logging message
bias = " " * ((self.terminal_width // 2) - 13)
print(f"{bias[:-1]}# # [ Start Logging ] # #\n")
print("-" * self.terminal_width + "\n")
# Log what we'll do next
logging.info(
f"{debug_prefix} We're done with the pre configuration of Python's behavior and loading prelude.toml configuration file"
)
# Log precise Python version
sysversion = sys.version.replace("\n", " ").replace(" ", " ")
logging.info(f"{debug_prefix} Running on Python: [{sysversion}]")
# # # FIXME: Python 3.9, go home you're drunk
# Max python version, show info, assert, pretty print
maximum_working_python_version = (3, 8)
pversion = sys.version_info
# Log and check
logging.info(
f"{debug_prefix} Checking if Python <= {maximum_working_python_version} for a working version.. "
)
# Huh we're on Python 2..?
if pversion[0] == 2:
logging.error(
f"{debug_prefix} Please upgrade to at least Python 3")
sys.exit(-1)
# Python is ok
if (pversion[0] <= maximum_working_python_version[0]) and (
pversion[1] <= maximum_working_python_version[1]):
logging.info(f"{debug_prefix} Ok, good python version")
else:
# Warn Python 3.9 is a bit unstable, even the developer had issues making it work
logging.warn(
f"{debug_prefix} Python 3.9 is acting a bit weird regarding some dependencies on some systems, while it should be possible to run, take it with some grain of salt and report back into the discussions troubles or workarounds you found?"
)
input("\n [ Press enter to continue.. ]: ")
# # The operating system we're on, one of "linux", "windows", "macos"
# Get the desired name from a dict matching against os.name
if platform is None:
self.os = {
"posix": "linux",
"nt": "windows",
"darwin": "macos"
}.get(os.name)
else:
logging.info(
f"{debug_prefix} Overriding platform OS to = [{platform}]")
self.os = platform
# Log which OS we're running
logging.info(
f"{debug_prefix} Running Modular Music Visualizer on Operating System: [{self.os}]"
)
logging.info(f"{debug_prefix} (os.path.sep) is [{sep}]")
# # Create interface's classes
logging.info(f"{debug_prefix} Creating Utils() class")
self.utils = Utils()
logging.info(f"{debug_prefix} Creating Download() class")
self.download = Download()
# # Common directories between packages
# Externals
self.externals_dir = f"{self.MMV_PACKAGE_ROOT}{sep}externals"
logging.info(f"{debug_prefix} Externals dir is [{self.externals_dir}]")
self.utils.mkdir_dne(path=self.externals_dir, silent=True)
# Downloads (inside externals)
self.downloads_dir = f"{self.MMV_PACKAGE_ROOT}{sep}externals{sep}downloads"
logging.info(f"{debug_prefix} Downloads dir is [{self.downloads_dir}]")
self.utils.mkdir_dne(path=self.downloads_dir, silent=True)
# Data dir
self.data_dir = f"{self.MMV_PACKAGE_ROOT}{sep}data"
logging.info(f"{debug_prefix} Data dir is [{self.data_dir}]")
self.utils.mkdir_dne(path=self.data_dir, silent=True)
# Windoe juuuust in case
if self.os == "windows":
logging.info(
f"{debug_prefix} Appending the Externals directory to system path juuuust in case..."
)
sys.path.append(self.externals_dir)
# # Common files
self.last_session_info_file = f"{self.data_dir}{sep}last_session_info.toml"
logging.info(
f"{debug_prefix} Last session info file is [{self.last_session_info_file}], resetting it.."
)
# Code flow management
if self.prelude["flow"]["stop_at_initialization"]:
logging.critical(
f"{debug_prefix} Exiting as stop_at_initialization key on prelude.toml is True"
)
sys.exit(0)
# # External dependencies where to append for PATH
# Externals directory for Linux
self.externals_dir_linux = f"{self.MMV_PACKAGE_ROOT}{sep}externals{sep}linux"
logging.info(
f"{debug_prefix} Externals directory for Linux OS is [{self.externals_dir_linux}]"
)
self.utils.mkdir_dne(path=self.externals_dir_linux, silent=True)
# Externals directory for Windows
self.externals_dir_windows = f"{self.MMV_PACKAGE_ROOT}{sep}externals{sep}windows"
logging.info(
f"{debug_prefix} Externals directory for Windows OS is [{self.externals_dir_windows}]"
)
self.utils.mkdir_dne(path=self.externals_dir_windows, silent=True)
# Externals directory for macOS
self.externals_dir_macos = f"{self.MMV_PACKAGE_ROOT}{sep}externals{sep}macos"
logging.info(
f"{debug_prefix} Externals directory for Darwin OS (macOS) is [{self.externals_dir_macos}]"
)
self.utils.mkdir_dne(path=self.externals_dir_macos, silent=True)
# # This native platform externals dir
self.externals_dir_this_platform = self.__get_platform_external_dir(
self.os)
logging.info(
f"{debug_prefix} This platform externals directory is: [{self.externals_dir_this_platform}]"
)
# Update the externals search path (create one in this case)
self.update_externals_search_path()
# Code flow management
if self.prelude["flow"]["stop_at_initialization"]:
logging.critical(
f"{debug_prefix} Exiting as stop_at_initialization key on prelude.toml is True"
)
sys.exit(0)
# Get the target externals dir for this platform
def __get_platform_external_dir(self, platform):
debug_prefix = "[MMVPackageInterface.__get_platform_external_dir]"
# # This platform externals dir
externals_dir = {
"linux": self.externals_dir_linux,
"windows": self.externals_dir_windows,
"macos": self.externals_dir_macos,
}.get(platform)
# log action
logging.info(
f"{debug_prefix} Return external dir for platform [{platform}] -> [{externals_dir}]"
)
return externals_dir
# Update the self.EXTERNALS_SEARCH_PATH to every recursive subdirectory on the platform's externals dir
def update_externals_search_path(self):
debug_prefix = "[MMVPackageInterface.update_externals_search_path]"
# The subdirectories on this platform externals folder
externals_subdirs = self.utils.get_recursively_all_subdirectories(
self.externals_dir_this_platform)
# When using some function like Utils.get_executable_with_name, it have an argument
# called extra_paths, add this for searching for the full externals directory.
# Preferably use this interface methods like find_binary instead
self.EXTERNALS_SEARCH_PATH = [self.externals_dir_this_platform]
# If we do have subdirectories on this platform externals then append to it
if externals_subdirs:
self.EXTERNALS_SEARCH_PATH += externals_subdirs
# Search for something in system's PATH, also searches for the externals folder
# Don't append the extra .exe because Linux, macOS doesn't have these, returns False if no binary was found
def find_binary(self, binary):
debug_prefix = "[MMVPackageInterface.find_binary]"
logging.info(STEP_SEPARATOR)
# Append .exe for Windows
if self.os == "windows":
binary += ".exe"
# Log action
logging.info(
f"{debug_prefix} Finding binary in PATH and EXTERNALS directories: [{binary}]"
)
return self.utils.get_executable_with_name(
binary, extra_paths=self.EXTERNALS_SEARCH_PATH)
# Make sure we have some target Externals, downloads latest release for them.
# For forcing to download the Windows binaries for a release, send platform="windows" for overwriting
# otherwise it'll be set to this class's os.
#
# For FFmpeg, mpv: Linux and macOS people please install from your distro's package manager.
#
# Possible values for target are: ["ffmpeg", "mpv", "musescore"]
#
def check_download_externals(self, target_externals=[], platform=None):
debug_prefix = "[MMVPackageInterface.check_download_externals]"
# Overwrite os if user set to a specific one
if platform is None:
platform = self.os
else:
# Error assertion, only allow linux, macos or windows target os
valid = ["linux", "macos", "windows"]
if not platform in valid:
err = f"Target os [{platform}] not valid: should be one of {valid}"
logging.error(f"{debug_prefix} {err}")
raise RuntimeError(err)
# Force the externals argument to be a list
target_externals = self.utils.force_list(target_externals)
# Log action
logging.info(
f"{debug_prefix} Checking externals {target_externals} for os = [{platform}]"
)
# We're frozen (running from release..)
if getattr(sys, 'frozen', False):
logging.info(
f"{debug_prefix} Not checking for externals because is executable build.. (should have them bundled?)"
)
return
# Short hand
sep = os.path.sep
# The target externals dir for this platform, it must be windows if we're here..
target_externals_dir = self.__get_platform_external_dir(platform)
# For each target external
for external in target_externals:
debug_prefix = "[MMVPackageInterface.check_download_externals]"
logging.info(
f"{debug_prefix} Checking / downloading external: [{external}] for platform [{platform}]"
)
# # FFmpeg / FFprobe
if external == "ffmpeg":
debug_prefix = f"[MMVPackageInterface.check_download_externals({external})]"
# We're on Linux / macOS so checking ffmpeg external dependency on system's path
if platform in ["linux", "macos"]:
self.__cant_micro_manage_external_for_you(binary="ffmpeg")
continue
# If we don't have FFmpeg binary on externals dir
if not self.find_binary("ffmpeg"):
# Get the latest release number of ffmpeg
repo = "https://api.github.com/repos/BtbN/FFmpeg-Builds/releases/latest"
logging.info(
f"{debug_prefix} Getting latest release info on repository: [{repo}]"
)
ffmpeg_release = json.loads(
self.download.get_html_content(repo))
# The assets (downloadable stuff)
assets = ffmpeg_release["assets"]
logging.info(
f"{debug_prefix} Available assets to download (checking for non shared, gpl, non vulkan release):"
)
# Parsing the version we target and want
for item in assets:
# The name of the
name = item["name"]
logging.info(f"{debug_prefix} - [{name}]")
# Expected stuff
is_lgpl = "lgpl" in name
is_shared = "shared" in name
have_vulkan = "vulkan" in name
from_master = "N" in name
# Log what we expect
logging.info(
f"{debug_prefix} - :: Is LGPL: [{is_lgpl:<1}] (expect: 0)"
)
logging.info(
f"{debug_prefix} - :: Is Shared: [{is_shared:<1}] (expect: 0)"
)
logging.info(
f"{debug_prefix} - :: Have Vulkan: [{have_vulkan:<1}] (expect: 0)"
)
logging.info(
f"{debug_prefix} - :: Master branch (N in name): [{from_master:<1}] (expect: 0)"
)
# We have a match!
if not (is_lgpl + is_shared + have_vulkan +
from_master):
logging.info(
f"{debug_prefix} - >> :: We have a match!!")
download_url = item["browser_download_url"]
break
logging.info(
f"{debug_prefix} Download URL: [{download_url}]")
# Where we'll save the compressed zip of FFmpeg
ffmpeg_zip = self.downloads_dir + f"{sep}{name}"
# Download FFmpeg build
self.download.wget(download_url, ffmpeg_zip,
f"FFmpeg v={name}")
# Extract the files
self.download.extract_zip(ffmpeg_zip, target_externals_dir)
else: # Already have the binary
logging.info(
f"{debug_prefix} Already have [ffmpeg] binary in externals / system path!!"
)
# # MPV
if external == "mpv":
debug_prefix = f"[MMVPackageInterface.check_download_externals({external})]"
# We're on Linux / macOS so checking ffmpeg external dependency on system's path
if platform in ["linux", "macos"]:
self.__cant_micro_manage_external_for_you(
binary="mpv",
help_fix=f"Visit [https://mpv.io/installation/]")
continue
# If we don't have mpv binary on externals dir or system's path
if not self.find_binary("mpv"):
mpv_7z_version = "mpv-x86_64-20201220-git-dde0189.7z"
# Where we'll save the compressed zip of FFmpeg
mpv_7z = self.downloads_dir + f"{sep}{mpv_7z_version}"
# Download mpv build
self.download.wget(
f"https://sourceforge.net/projects/mpv-player-windows/files/64bit/{mpv_7z_version}/download",
mpv_7z, f"MPV v=20201220-git-dde0189")
# Where to extract final mpv
mpv_extracted_folder = f"{self.externals_dir_this_platform}{sep}" + mpv_7z_version.replace(
".7z", "")
self.utils.mkdir_dne(path=mpv_extracted_folder)
# Extract the files
self.download.extract_file(mpv_7z, mpv_extracted_folder)
else: # Already have the binary
logging.info(
f"{debug_prefix} Already have [mpv] binary in externals / system path!!"
)
# # MPV
if external == "musescore":
debug_prefix = f"[MMVPackageInterface.check_download_externals({external})]"
# We're on Linux / macOS so checking ffmpeg external dependency on system's path
if platform in ["linux", "macos"]:
self.__cant_micro_manage_external_for_you(
binary="musescore",
help_fix=
f"Go to [https://musescore.org/en/download] and install for your platform"
)
continue
# If we don't have musescore binary on externals dir or system's path
if not self.find_binary("musescore"):
musescore_version = "v3.5.2/MuseScorePortable-3.5.2.311459983-x86.paf.exe"
# Download musescore
self.download.wget(
f"https://cdn.jsdelivr.net/musescore/{musescore_version}",
f"{self.externals_dir_this_platform}{sep}musescore.exe",
f"Musescore Portable v=[{musescore_version}]")
else: # Already have the binary
logging.info(
f"{debug_prefix} Already have [musescore] binary in externals / system path!!"
)
# Update the externals search path because we downloaded stuff
self.update_externals_search_path()
logging.info(STEP_SEPARATOR)
# Ensure we have an external dependency we can't micro manage because too much entropy
def __cant_micro_manage_external_for_you(self, binary, help_fix=None):
debug_prefix = "[MMVPackageInterface.__cant_micro_manage_external_for_you]"
logging.info(
f"{debug_prefix} You are using Linux or macOS, please make sure you have [{binary}] package binary installed on your distro or on homebrew, we'll just check for it nowm, can't continue if you don't have it.."
)
# Can't continue
if not self.find_binary(binary):
logging.error(
f"{debug_prefix} Couldn't find lowercase [{binary}] binary on PATH, install from your Linux distro package manager / macOS homebrew, please install it"
)
# Log any extra help we give the user
if help_fix is not None:
logging.error(f"{debug_prefix} {help_fix}")
sys.exit(-1)
class mmv:
# Start default configs, creates wrapper classes
def __init__(self, watch_processing_video_realtime: bool = False) -> None:
# Main class of MMV
self.mmv = MMVMain()
# Utilities
self.utils = Utils()
# Start MMV classes that main connects them, do not run
self.mmv.setup()
# Default options of performance and quality, 720p60
self.quality()
# Configuring options
self.quality_preset = QualityPreset(self)
self.audio_processing = AudioProcessingPresets(self)
self.post_processing = self.mmv.canvas.configure
# Has the user chosen to watch the processing video realtime?
self.mmv.context.watch_processing_video_realtime = watch_processing_video_realtime
# Execute MMV with the configurations we've done
def run(self) -> None:
self.mmv.run()
# Define output video width, height and frames per second
def quality(self,
width: int = 1280,
height: int = 720,
fps: int = 60,
batch_size=2048) -> None:
self.mmv.context.width = width
self.mmv.context.height = height
self.mmv.context.fps = fps
self.mmv.context.batch_size = batch_size
self.width = width
self.height = height
self.resolution = [width, height]
self.mmv.canvas.create_canvas()
def set_path(self, path, message="path"):
path = self.utils.get_abspath(path)
if not os.path.exists(path):
raise FileNotFoundError(f"Input {message} does not exist {path}")
return path
# Set the input audio file, raise exception if it does not exist
def input_audio(self, path: str) -> None:
self.mmv.context.input_file = self.set_path(path)
# Set the input audio file, raise exception if it does not exist
def input_midi(self, path: str) -> None:
self.mmv.context.input_midi = self.set_path(path)
# Output path where we'll be saving the final video
def output_video(self, path: str) -> None:
path = self.utils.get_abspath(path)
self.mmv.context.output_video = path
def offset_audio_steps(self, steps=0):
self.mmv.context.offset_audio_before_in_many_steps = steps
# Set the assets dir
def set_assets_dir(self, path: str) -> None:
# Remove the last "/"", pathing intuition under MMV scripts gets easier
if path.endswith("/"):
path = path[:-1]
path = self.utils.get_abspath(path)
self.utils.mkdir_dne(path)
self.assets_dir = path
self.mmv.context.assets = path
# # [ MMV Objects ] # #
# Add a given object to MMVAnimation content on a given layer
def add(self, item, layer: int = 0) -> None:
# Make layers until this given layer if they don't exist
self.mmv.mmv_animation.mklayers_until(layer)
# Check the type and add accordingly
if self.utils.is_matching_type([item], [MMVImage]):
self.mmv.mmv_animation.content[layer].append(item)
if self.utils.is_matching_type([item], [MMVGenerator]):
self.mmv.mmv_animation.generators.append(item)
# Get a blank MMVImage object
def image_object(self) -> None:
return MMVImage(self.mmv)
# Get a pygradienter object with many workers for rendering
def pygradienter(self, workers=4):
return pygradienter(workers=workers)
# Get a blank MMVGenerator object
def generator_object(self):
return MMVGenerator(self.mmv)
# # [ Utilities ] # #
def random_file_from_dir(self, path):
return self.utils.random_file_from_dir(path)
def get_unique_id(self):
return self.utils.get_hash(str(uuid.uuid4()))
# # [ APPS ] # #
def pyskt_test(self, *args, **kwargs):
print(args, kwargs)
return PysktMain(self.mmv, *args, **kwargs)
class MMVShaderMaker:
def __init__(self, working_directory, name = None, replaces = {}):
debug_prefix = "[MMVShaderMaker.__init__]"
# Instantiate classes
self.utils = Utils()
self.block_of_code = BlockOfCode
# Refactors
self.transformations = MMVShaderMakerTransformations()
self.loaders = MMVShaderMakerLoaders(mmv_shader_maker = self)
self.macros = MMVShaderMakerMacros(mmv_shader_maker = self)
# Where to place directories and whatnot
self.working_directory = working_directory
# # Sessions and Shader Maker runtime directory
# Reset runtime directory
logging.info(f"{debug_prefix} Resetting directory")
self.utils.reset_dir(self.working_directory)
# # Add stuff
# Attributes
self._includes = []
self._mappings = []
self._functions = []
self._transformations = []
# Get and add name mapping
self.name = name
self.replaces = replaces
# Start with the base shader
self._fragment_shader = BASE_FRAGMENT_SHADER
self._final_shader = None
self._path_on_disk = None
def clone(self): return copy.deepcopy(self)
def set_name(self, name): self.name = name
# Build the shader and save to the working directory, returns the final path
# Append suffix is useful for layer shaders, set to False for includes
def finish(self, append_prefix = True):
debug_prefix = "[MMVShaderMaker.finish]"
if self.name is None:
self.name = str(uuid.uuid4())
elif append_prefix:
self.name = f"[{len(os.listdir(self.working_directory))}]_{self.name}"
save = self.working_directory / f"{self.name}.glsl"
logging.info(f"{debug_prefix} Finishing shader [{self.name}] saving to [{save}]")
self.build_final_shader()
self.save_shader_to_file(save)
return self.get_path()
# Load full shader from path
def load_shader_from_path(self, path: Path, replaces = {}, get_name_from_file = True):
debug_prefix = "[MMVShaderMaker.load_from_path]"
path = self.utils.enforce_pathlib_Path(path)
# Concatenate both dictionaries
for key, item in self.replaces.items():
replaces[key] = item
# Log action
logging.info(f"{debug_prefix} Loading shader from path [{path}]")
logging.info(f"{debug_prefix} Replaces: {replaces}")
# Assign same name of the file
if (self.name is None) or get_name_from_file:
logging.info(f"{debug_prefix} No name so far, getting filename.. will error if not pathlib.Path")
self.name = path.stem
logging.info(f"{debug_prefix} Ok! Name is [{self.name}]")
# Load file on path
with open(path, "r") as f:
data = f.read()
# Replace stuff
for key, value in replaces.items():
logging.info(f"{debug_prefix} | Replacing [{key}] -> [{value}]")
data = data.replace(f"{{{key}}}", f"{value}")
# Assign data to fragment shader
self._fragment_shader = data
# # # # Add functions
# # Mappings
# Return a pretty dictionary and commented with //, multi lines like:
# //#mmv { // //
# // 'anisotropy': 16, // //
# // 'height': None,
# ...
# //}
def __pretty_mapper(self, dictionary):
pretty = pprint.pformat(dictionary)[1:-1].split("\n")
# Add newlines on {}
pretty.insert(0, "{")
pretty.append("//}")
# Iterate on lines
processing = []
for index, line in enumerate(pretty):
# Add coment if not start or end (because we put //#mmv)
if not ( (index == 0) or (index == len(pretty) - 1) ):
line = f"// {line}"
# Append and join
processing.append(line)
return '\n'.join(processing)
# Add image from file mapping to a target width and height.
# Uses the resolution of the read file if some width or height is None (or both)
def add_image_mapping(self, name, path, width = None, height = None, repeat_x = True, repeat_y = True, mipmaps = True, anisotropy = 16):
debug_prefix = "[MMVShaderMaker.add_image_mapping]"
path = self.utils.enforce_pathlib_Path(path)
mapping = {"type": "map", "name": name, "loader": "image", "value": str(path), "width": width, "height": height, "mipmaps": mipmaps, "repeat_x": repeat_x, "repeat_y": repeat_y, "anisotropy": anisotropy}
mapping = self.__pretty_mapper(dictionary = mapping)
self._mappings.append(BlockOfCode(f"//#mmv {mapping}", scoped = False, name = f"{debug_prefix}"))
# Video mapping to a target width and height
def add_video_mapping(self, name, path, width, height, anisotropy = 16):
debug_prefix = "[MMVShaderMaker.add_video_mapping]"
path = self.utils.enforce_pathlib_Path(path)
mapping = {"type": "map", "name": name, "loader": "video", "value": str(path), "width": width, "height": height, "anisotropy": anisotropy}
mapping = self.__pretty_mapper(dictionary = mapping)
self._mappings.append(BlockOfCode(f"//#mmv {mapping}", scoped = False, name = f"{debug_prefix}"))
# Pipeline (as) texture is for communicating big arrays from Python to ModernGL's shader being executed
def add_pipeline_texture_mapping(self, name, width, height, depth, repeat_x = False, repeat_y = False, mipmaps = True, anisotropy = 16):
debug_prefix = "[MMVShaderMaker.add_pipeline_texture_mapping]"
mapping = {"type": "map", "name": name, "loader": "pipeline_texture", "width": width, "height": height, "depth": depth, "repeat_x": repeat_x, "repeat_y": repeat_y, "mipmaps": mipmaps, "anisotropy": anisotropy}
mapping = self.__pretty_mapper(dictionary = mapping)
self._mappings.append(BlockOfCode(f"//#mmv {mapping}", scoped = False, name = f"{debug_prefix}"))
# Strict shader only renders at this target resolution internally, regardless of output dimensions
def add_strict_shader_mapping(self, name, path, width, height, anisotropy = 16):
debug_prefix = "[MMVShaderMaker.add_strict_shader_mapping]"
path = self.utils.enforce_pathlib_Path(path)
mapping = {"type": "map", "name": name, "loader": "shader", "value": str(path), "width": width, "height": height, "anisotropy": anisotropy}
mapping = self.__pretty_mapper(dictionary = mapping)
self._mappings.append(BlockOfCode(f"//#mmv {mapping}", scoped = False, name = f"{debug_prefix}"))
# Dynamic shader adapts to the viewport / output dimensions, recommended
def add_dynamic_shader_mapping(self, name, path, anisotropy = 16):
debug_prefix = "[MMVShaderMaker.add_dynamic_shader_mapping]"
path = self.utils.enforce_pathlib_Path(path)
mapping = {"type": "map", "name": name, "loader": "dynshader", "value": str(path), "anisotropy": anisotropy}
mapping = self.__pretty_mapper(dictionary = mapping)
self._mappings.append(BlockOfCode(f"//#mmv {mapping}", scoped = False, name = f"{debug_prefix}"))
# Name the shader on this class's name
def _add_name_mapping(self):
debug_prefix = "[MMVShaderMaker.add_name_mapping]"
mapping = {"type": "name", "value": self.name}
mapping = self.__pretty_mapper(dictionary = mapping)
self._mappings.append(BlockOfCode(f"//#mmv {mapping}", scoped = False, name = f"{debug_prefix}"))
# # Functions
# Append some function to this shader
def add_function(self, function: BlockOfCode):
debug_prefix = "[MMVShaderMaker.add_include]"
function.scoped = False # Enforce non scoped functions
self._functions.append(function)
# # Includes
# Include some file
def add_include(self, include: str, mode = "multiple"):
debug_prefix = "[MMVShaderMaker.add_include]"
mapping = {"type": "include", "value": include, "mode": mode}
self._includes.append(BlockOfCode(f"//#mmv {mapping}", scoped = False, name = f"{debug_prefix}"))
# # Transformations
# Append some transformation to this shader (executed in main function)
def add_transformation(self, transformation: BlockOfCode):
debug_prefix = "[MMVShaderMaker.add_transformation]"
self._transformations.append(transformation)
# # # # Generating, saving, getting strings
def __replace_progressive(self, marker: str, data: str, indent: str):
debug_prefix = "[MMVShaderMaker.__replace_progressive]"
self._fragment_shader = self._fragment_shader.replace(f"{indent}{marker}", f"{data}{indent}{marker}")
# # Core loop
# Build the final shader, assign it to self._final_shader
def build_final_shader(self) -> BlockOfCode:
debug_prefix = "[MMVShaderMaker.build_final_shader]"
self._add_name_mapping()
# Replaces pair of name on the final shader and the items
replaces = [
["includes", self._includes],
["mappings", self._mappings],
["functions", self._functions],
["transformations", self._transformations],
]
# For each pair, replace with that object's content
for mapping_type, items in replaces:
# The marker we search for
marker = f"//#shadermaker {mapping_type}"
for block_of_code in items:
have_marker = False
for line in self._fragment_shader.split("\n"):
if marker in line:
indent = line.split(marker)[0]
have_marker = True
if have_marker:
self.__replace_progressive(
marker = marker,
data = block_of_code.get_string_content(indent = indent),
indent = indent,
)
# Assign final shader
self._final_shader = BlockOfCode(self._fragment_shader, scoped = False, name = self.name)
# String of the final shader
def get_final_shader_string(self) -> str:
debug_prefix = "[MMVShaderMaker.get_final_shader_string]"
# Can't get shader if didn't run .build_final_shader()
assert self._final_shader is not None, "You haven't run .build_final_shader()"
return self._final_shader.get_string_content()
# Save this shader to a file
def save_shader_to_file(self, path):
debug_prefix = "[MMVShaderMaker.save_shader_to_file]"
self._path_on_disk = path
# Log action
logging.info(f"{debug_prefix} Saving shader name [{self.name}] to path [{path}]")
# Open the file on the path and write the strings
with open(path, "w") as shader_file:
shader_file.write(self.get_final_shader_string())
# Get the shader's path
def get_path(self):
assert self._path_on_disk is not None, "You haven't run .save_shader_to_file()"
return self._path_on_disk
class MMVShaderMakerTransformations:
def __init__(self):
self.utils = Utils()
# Blit some image at some x, y at certain scale, angle, etc.
def image(self,
image, assign_to_variable = "layered", new_variable = True,
x = 0, y = 0, scale = 1.0, angle = 0,
canvas = "layered", uv = "stuv", anchor = "vec2(0.5, 0.5)",
shift = "vec2(0.5, 0.5)", repeat = False,
undo_gamma = True, gamma = 2.0, **kwargs
):
debug_prefix = "[MMVShaderMakerTransformations.image]"
new = "vec4 " if new_variable else ""
repeat = self.utils.bool_to_string(repeat)
undo_gamma = self.utils.bool_to_string(undo_gamma)
boc = BlockOfCode((
f"{new}{assign_to_variable} = mmv_blit_image(\n"
f" {canvas}, // Canvas\n"
f" {image}, // Image\n"
f" {image}_resolution, // Resolution\n"
f" {uv}, // UV\n"
f" {anchor}, // Anchor\n"
f" {shift}, // Shift\n"
f" {scale}, // Scale\n"
f" {angle}, // Angle\n"
f" {repeat}, // Repeat\n"
f" {undo_gamma}, // Undo gamma\n"
f" {gamma} // Gamma\n"
f")"
), scoped = kwargs.get("scoped", True))
logging.info(f"{debug_prefix} Returning BlockOfCode:")
for line in boc.get_content(): logging.info(f"{debug_prefix} | {line}")
return boc
def get_texture(self, texture_name, uv = "stuv", assign_to_variable = "processing", new_variable = True, **kwargs):
debug_prefix = "[MMVShaderMakerTransformations.get_texture]"
new = "vec4 " if new_variable else ""
boc = BlockOfCode((
f"{new}{assign_to_variable} = texture({texture_name}, {uv});"
), scoped = kwargs.get("scoped", True))
logging.info(f"{debug_prefix} Returning BlockOfCode:")
for line in boc.get_content(newline = False): logging.info(f"{debug_prefix} | {line}")
return boc
# Alpha
def alpha_composite(self, new, old = "layered", **kwargs):
debug_prefix = "[MMVShaderMakerTransformations.alpha_composite]"
boc = BlockOfCode((
f"layered = mmv_alpha_composite({new}, {old});"
), scoped = kwargs.get("scoped", False))
logging.info(f"{debug_prefix} Returning BlockOfCode:")
for line in boc.get_content(newline = False): logging.info(f"{debug_prefix} | {line}")
return boc
def gamma_correction(self, exponent = 2.0, **kwargs):
debug_prefix = "[MMVShaderMakerTransformations.gamma_coorection]"
boc = BlockOfCode((
f"layered = pow(layered, vec4(1.0 / {exponent}));"
), scoped = kwargs.get("scoped", False))
logging.info(f"{debug_prefix} Returning BlockOfCode:")
for line in boc.get_content(newline = False): logging.info(f"{debug_prefix} | {line}")
return boc
def fade_in(self, formula = "(atan(mmv_time*mmv_time)*2) / 3.141596", stop_after = 10):
debug_prefix = "[MMVShaderMakerTransformations.fade_in]"
boc = BlockOfCode((
f"if (mmv_time < {stop_after}) {{\n"
f" float fadein = {formula};\n"
f" layered = fadein * layered;\n"
f"}}"
), scoped = True)
logging.info(f"{debug_prefix} Returning BlockOfCode:")
for line in boc.get_content(newline = False): logging.info(f"{debug_prefix} | {line}")
return boc
