Linux-audio-dev

linux-audio-dev@lists.linuxaudio.org

3 participants
7520 discussions

by Pau Arumi

Wed Feb 8 2006 CLAM 0.90 Released ====================================== ´New multiplied build-system, fancy applications and inter- connectivity' What is CLAM? CLAM is a framework for research and application development in the Audio and Music Domain. It offers a conceptual model as well as tools for the analysis, synthesis and processing of audio signals. We are glad to announce that our new 0.90 release is already available at our (also brand new) website: http://clam.iua.upf.edu. This release represents a big step forward to our soon to come first stable 1.0 release and includes major improvements. For the first time the CLAM framework and all related applications are available in binary form for all major platforms: deb packages are provided for Ubuntu/Debian GNU/Linux, dmg images for Mac OSX and setup executables for Windows. This change has represented a complete but necessary (and painful!) rework of our build system, which is now based on small binary libraries and uses Scons as the build tool. We expect it to reduce drastically the complexity of the compilation and installation of clam applications for the end-user. Other major improvements include a complete rework of the SMSTools, application GUI, which is now based on Qt, as well as many additions to the Annotator app. A CLAM Network can now also become an Open Sound Control (OSC) node, opening up the possibility of interconnection to external applications. In the 'Application Prototyping' chapter we'd like to mention that we have also added complete tools to create both VST and LADSPA plugins out of a previously designed network. It is also worth noticing the possibility of creating stand-alone applications with a GUI created using the great Qt-designer and the CLAM Qt-plugins. Such standalone applications can behave either as a Jack client (for GNU/Linux and Mac OSX) or use audio backends like alsa or Portaudio. Please read these and other improvements in the attached changelog and visit our website and/our mailing list for further announcements. Although we are continuing to work toward the 1.0 release and we expect to come up with new improvements soon, we hope all these additions already convert the framework into a more usable and useful tool and, as always, we expect as much feedback as possible from all our users. The CLAM team CLAM ChangeLog 2006-02-07 CLAM_0_90_0 'New multiplatform build-system, fancy applications and interconnectivity' * Building and packaging + New build system based on scons + Binary libraries + Standard library installation + CLAM applications just link against the libraries + CLAM and all provided applications are working multiplatform (Linux/MacOSX/Windows) + Easy to use installers for MacOSX, Windows and Linux (Debian) + Ported to g++ 4.0 * Rappid prototyping infrastructure + New external-generators/sinks and external-control-senders/receiver classes. o They glue specific architecture (jack, portaudio, ladspa, vst) ports with a clam network. * New hierarchy of network-players classes, with these (final) classes: + JACKNetworkPlayer, + PortAudioNetworkPlayer, + BlockingNetworkPlayer, * LADSPA Plugins (Linux): A generic plugin that embeds a network can be easily created by just providing the path to a valid network xml file. * VST Plugins (Mac/Windows): A generic plugin that embeds a network can be easily created by just providing the path to a valid network xml file. * OSC (Open Sound Control): A network (for instance from the Network Editor) can now send an receive OSC messages and interconnect to other applications that follow this protocol. * MIDI files + New classes to read/write standard MIDI files * Qt Visualization Module + Support for multidisplay plots. + BPFEditor: multiple BPF allowed + Faster rendering of plots using buffered pixmaps * QtSMSTools2: New! A total rewrite of SMSTools2 GUI using the Qt toolkit. + Multidisplay implementation sharing common axis o Spectrogram (Color,Black&White) o Improved player: audio and fundamental frequency o More suitable dialogs to configure projects * NetworkEditor + New callback audio-driving mode. This allow different modes (specified as command line options) o Jack client mode (not in Windows) o PortAudio mode o Blocking mode * Annotator + New segment editor: o Different annotation restrictions depending on the schema. Right now: # Continuous segmentation (no gap) # Discontinous segmentation (gaps but not overlaps) o Consistent dragging o Tooltips are faster to appear o Tooltips say just the position of the hovered element instead the cursor position. o Hovering highlights the limit + Optimizations on the song switching and on the display + Inserting and removing segments now has its reflexion on the pool + Playing the wav and the auralization on different channels. + Description schema browser + Now, viable projects can be built from the interface * Spectral Analysis Synthesis + FFTOoura: o By defining a compilation flag, FFTOoura can be choosen instead of fftw by default o FFTOoura is now also implemented in the inverse FFT process 2005-07-21 CLAM_0_8_0 'Prototyper with streaming SMS transformations' * SMS Transformations on the network editor: + All SMS Transformations have been refactored in order to work in streaming mode and not only in offline mode. * New Prototyping way: + Prototyper: Allows to bind a Qt desinger interface to a Network XML definition so you can have an CLAM GUI application up an running without a single line of code. Current features: o It uses the widget names and classes to Automagically relate widgets to processings, ports and controls. o Binds sliders, knobs and so to in-controls on the network o Binds monitoring plots to out-ports on the network o Binds buttons to play/stop actions on the network * QtPlots add-ons: + Editable segmentation marks on all the plots + QtSpectrogram: o Plot to view sonogram (Color/B&W) + BPFEditor: o Editable/auralizable plot (Audio and MIDI support) * Compiler compatibility: + CLAM and its applications now compiles in GNU g++3.4 (as well as 3.3) * Audio file I/O facilities: + MP3 I/O: Bug fixed: that prevented XING headers from being used to compute duration + MP3 I/O: Bug fixed in conversion from milliseconds to seconds + Vorbis I/O: Feature addition: now the # of samples is computed for Vorbis bitstreams * Memory leak review: + FFT internal buffer was not freed on destruction * XML related changes: + Now XmlStorage::Dump does indentation by default. A new optional parameter disables indentation. + XercesC 2.6 is required in order to pass the tests and be memory leak free (even 2.3 should be enough to compile and run CLAM). + XML Storage Error Handling (This solves issue #0000022): o Catchable CLAM::XmlStorageErr excepetions are thrown whenever: # I/O error happens # Malformed XML is readed # Read elements or contents does not match with CLAM objects structure # CLAM objects detect some semantic constraints. + XPath (like) navigation (This solves issue #0000045): o The implementation of XmlStorage::Select allows using: # XmlStorage::AppendToDocument(object, path, filename) # XmlStorage::RestoreFromFragment(object, path, istream) # Using atomic primitives for doing some similar hacks like writing fragments of the XML for an object to disk. + Alternative XML Backends (LibXml++) o Unification of the way XmlStorage interfaces the library dependant code. o LibXml++ Backend implemented. It is planned to be the default backend on future releases but still some work is needed to get the error messages correctly reported. * Network refactoring: + Published{In|Out}{Controls|Ports} -> {In|Out}{Control|Port}Registry * Descriptors: + SpectralDescriptors::HighFrequencyCoefficent -> HighFrequencyContent as specified by the original literature. * Other: + ConnectPorts overloaded to connect free ports (that is not belonging to any processing, normally used for injecting or extracting data) * Build System: + Changes in order to not abort ./configure script when some library is not found (and not specifyed with the --without-libname option) 2004-11-18 CLAM_0_7_0 'Easier deployment, better plots and Processing Networks' etc.

19 years, 10 months

Re: [linux-audio-dev] Re: [linux-audio-user] rosegarden dssi problem

by Emanuel Rumpf

Chris Cannam wrote: >I think we need some more debug info, or a debugger run, to find out why >MappedPluginSlot::~MappedPluginSlot is being called (if it is). > > Which tools (ide/debugger) do you use? But think I won't help here, as I have no idea, how to debug C programs >btw, is this build done with or without debug information? > > DEBUG_DSSI 1 DEBUG_DSSI_PROCESS 1 were set Emanuel

19 years, 10 months

[linux-audio-dev] Re: [linux-audio-user] rosegarden dssi problem

by Emanuel Rumpf

Chris Cannam wrote: >It doesn't appear to be anything to do with the audio connections to or from >the plugin -- rather, the plugin doesn't seem to be being referred to at all >during playback. > >A couple of things I ought to check, if you don't mind: > > * Does it make any difference whether you have the default autoload file or >your custom one? That is, if you move ~/.kde/config/rosegarden/autoload.rg >out of the way and run again with "factory settings", do you still get this >problem? Just vaguely wondering whether it's connected to the synth >configuration in the autoload. > > * Is this a 32 or 64-bit build? > 32 bit Deleting the default-studio did not help The mystery: When the file "test_dssi_01.rg" is saved as default-studio and opened at start, or from the menu "File/New" the sound is ok. When the file "test_dssi_01.rg" is opened from the menu with "File/Open", there is no sound. Here is again some output. >From playhead command 'play' to playhead command 'stop' only. The first is the from the working file, the second from the non-working file. (Note: It is both the same file, but once loaded as 'defaul-studio' and secondly loaded from the file via "File/Open") Note: In the non-working output there are DSSIPluginInstance messages missing. Thanks for having a look at it Emanuel ######################################################### # start working output (sound) AlsaDriver::setMIDIClockInterval( 0.020833333R) AlsaDriver::stopClocks AlsaDriver::stopClocks: ALSA time now is 0.000000000R AlsaDriver - initialisePlayback Adding NOTE OFF at 0.121333332R AlsaDriver::processSoftSynthEventOut: instrument 10000, now 0 AlsaDriver::processSoftSynthEventOut: time 0.000000000R DSSIPluginInstance::sendEvent at 0.000000000R Adding NOTE OFF at 0.374999999R AlsaDriver::startClocks AlsaDriver::startClocks: Need JACK start (m_playing = 1) AlsaDriver::startClocks: playing, prebuffer audio DSSIPluginInstance::setIdealChannelCount: channel count 2 (was 2) DSSIPluginInstance::silence: m_run 1, m_runSinceReset 0 DSSIPluginInstance::run( 0.000000000R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.000000000R, blockTime 0.000000000R, frameOffset 0, blockSize 512 Type: 6, pitch: 60, velocity: 100 DSSIPluginInstance::run: running with 1 events JackDriver::startTransport RosegardenSequencerApp::isTransportSyncComplete: token 30, current token 30 JackDriver::startTransport: asking JACK transport to start, setting wait state AlsaDriver::startClocks: Waiting for startClocksApproved RosegardenSequencerApp::incrementTransportToken: incrementing to 31 Received non-controller event (dest=129:0, controller is 129:2) AlsaDriver::getMappedComposition - STOP Received non-controller event (dest=129:0, controller is 129:2) AlsaDriver::getMappedComposition - got unhandled MIDI event type from ALSA sequencer(34) seq time is 0.000000000R, last MTC receive 0.000000000R, first time -1 seq time is 0.000000000R, last MTC receive 0.000000000R, first time -1 JackDriver::jackSyncCallback: state 3 [starting], frame 0, waiting 1, playing 1 JackDriver::jackSyncCallback: m_waitingState 3, unique_1 104, unique_2 104 JackDriver::jackSyncCallback: rate 48000, bar 0, beat 0, tick 134662393, bpm 1.37604e-269 RosegardenSequencerApp::isTransportSyncComplete: token 30, current token 31 JackDriver::jackSyncCallback: Sync complete seq time is 0.000000000R, last MTC receive 0.000000000R, first time -1 JackDriver::jackSyncCallback: state 3 [starting], frame 0, waiting 1, playing 1 JackDriver::jackSyncCallback: m_waitingState 3, unique_1 105, unique_2 105 JackDriver::jackSyncCallback: rate 48000, bar 0, beat 0, tick 134662393, bpm 1.37604e-269 RosegardenSequencerApp::isTransportSyncComplete: token 30, current token 31 JackDriver::jackSyncCallback: Sync complete seq time is 0.000000000R, last MTC receive 0.000000000R, first time -1 JackDriver::jackProcess: transport rolling, telling ALSA driver to go! AlsaDriver::startClocks: startClocksApproved AlsaDriver::startClocks AlsaDriver::startClocks: started clocks Received non-controller event (dest=129:0, controller is 129:2) AlsaDriver::getMappedComposition - CONTINUE seq time is 0.000156000R, last MTC receive 0.000000000R, first time -1 seq time is 0.011499182R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.010666666R) DSSIPluginInstance::run: running with 0 events seq time is 0.029156298R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.021333332R) DSSIPluginInstance::run: running with 0 events seq time is 0.041513604R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.031999998R) DSSIPluginInstance::run: running with 0 events seq time is 0.052742348R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.042666664R) DSSIPluginInstance::run: running with 0 events DSSIPluginInstance::run( 0.053333330R) DSSIPluginInstance::run: running with 0 events seq time is 0.065915654R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.063999996R) DSSIPluginInstance::run: running with 0 events seq time is 0.077566398R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.074666662R) DSSIPluginInstance::run: running with 0 events seq time is 0.088989142R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.085333328R) DSSIPluginInstance::run: running with 0 events seq time is 0.101249886R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.095999994R) DSSIPluginInstance::run: running with 0 events seq time is 0.113531192R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.106666660R) DSSIPluginInstance::run: running with 0 events seq time is 0.124510374R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.117333326R) DSSIPluginInstance::run: running with 0 events seq time is 0.136223118R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.127999992R) DSSIPluginInstance::run: running with 0 events DSSIPluginInstance::run( 0.138666658R) DSSIPluginInstance::run: running with 0 events seq time is 0.151209548R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.149333324R) DSSIPluginInstance::run: running with 0 events seq time is 0.162577292R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.159999990R) DSSIPluginInstance::run: running with 0 events seq time is 0.174093036R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.170666656R) DSSIPluginInstance::run: running with 0 events seq time is 0.185328218R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.181333322R) DSSIPluginInstance::run: running with 0 events seq time is 0.197321524R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.191999988R) DSSIPluginInstance::run: running with 0 events seq time is 0.210021830R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.202666654R) DSSIPluginInstance::run: running with 0 events seq time is 0.221326012R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.213333320R) DSSIPluginInstance::run: running with 0 events AlsaDriver::processSoftSynthEventOut: instrument 10000, now 0 AlsaDriver::processSoftSynthEventOut: time 0.374999999R DSSIPluginInstance::sendEvent at 0.374999999R seq time is 0.232393194R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.223999986R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.223999986R, frameOffset 7248, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events seq time is 0.243292938R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.234666652R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.234666652R, frameOffset 6735, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events seq time is 0.254317120R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.245333318R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.245333318R, frameOffset 6223, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events seq time is 0.265529302R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.255999984R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.255999984R, frameOffset 5712, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events DSSIPluginInstance::run( 0.266666650R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.266666650R, frameOffset 5199, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events seq time is 0.277690608R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.277333316R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.277333316R, frameOffset 4687, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events seq time is 0.297640848R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.287999982R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.287999982R, frameOffset 4176, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events seq time is 0.309102592R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.298666648R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.298666648R, frameOffset 3663, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events DSSIPluginInstance::run( 0.309333314R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.309333314R, frameOffset 3151, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events seq time is 0.320642336R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.319999980R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.319999980R, frameOffset 2640, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events seq time is 0.333725642R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.330666646R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.330666646R, frameOffset 2127, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events seq time is 0.344299824R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.341333312R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.341333312R, frameOffset 1615, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events Adding NOTE OFF at 0.621333332R AlsaDriver::processSoftSynthEventOut: instrument 10000, now 0 AlsaDriver::processSoftSynthEventOut: time 0.500000000R DSSIPluginInstance::sendEvent at 0.500000000R Adding NOTE OFF at 0.874999999R seq time is 0.356253568R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.351999978R) DSSIPluginInstance::run: event buffer has 2 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.351999978R, frameOffset 1104, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events seq time is 0.367556312R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.362666644R) DSSIPluginInstance::run: event buffer has 2 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.362666644R, frameOffset 591, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: running with 0 events seq time is 0.379323056R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.373333310R) DSSIPluginInstance::run: event buffer has 2 event(s) in it DSSIPluginInstance::run: evTime 0.374999999R, blockTime 0.373333310R, frameOffset 79, blockSize 512 Type: 7, pitch: 60, velocity: 127 DSSIPluginInstance::run: evTime 0.500000000R, blockTime 0.373333310R, frameOffset 6079, blockSize 512 Type: 6, pitch: 60, velocity: 100 DSSIPluginInstance::run: running with 1 events seq time is 0.390316238R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.383999976R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.500000000R, blockTime 0.383999976R, frameOffset 5568, blockSize 512 Type: 6, pitch: 60, velocity: 100 DSSIPluginInstance::run: running with 0 events seq time is 0.403426106R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.394666642R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.500000000R, blockTime 0.394666642R, frameOffset 5055, blockSize 512 Type: 6, pitch: 60, velocity: 100 DSSIPluginInstance::run: running with 0 events seq time is 0.414295288R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.405333308R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.500000000R, blockTime 0.405333308R, frameOffset 4543, blockSize 512 Type: 6, pitch: 60, velocity: 100 DSSIPluginInstance::run: running with 0 events seq time is 0.426105032R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.415999974R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.500000000R, blockTime 0.415999974R, frameOffset 4032, blockSize 512 Type: 6, pitch: 60, velocity: 100 DSSIPluginInstance::run: running with 0 events DSSIPluginInstance::run( 0.426666640R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.500000000R, blockTime 0.426666640R, frameOffset 3519, blockSize 512 Type: 6, pitch: 60, velocity: 100 DSSIPluginInstance::run: running with 0 events seq time is 0.439008338R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.437333306R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.500000000R, blockTime 0.437333306R, frameOffset 3007, blockSize 512 Type: 6, pitch: 60, velocity: 100 DSSIPluginInstance::run: running with 0 events seq time is 0.450445082R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.447999972R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.500000000R, blockTime 0.447999972R, frameOffset 2496, blockSize 512 Type: 6, pitch: 60, velocity: 100 DSSIPluginInstance::run: running with 0 events seq time is 0.463313388R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.458666638R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.500000000R, blockTime 0.458666638R, frameOffset 1983, blockSize 512 Type: 6, pitch: 60, velocity: 100 DSSIPluginInstance::run: running with 0 events seq time is 0.474297570R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.469333304R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.500000000R, blockTime 0.469333304R, frameOffset 1471, blockSize 512 Type: 6, pitch: 60, velocity: 100 DSSIPluginInstance::run: running with 0 events seq time is 0.485281752R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.479999970R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.500000000R, blockTime 0.479999970R, frameOffset 960, blockSize 512 Type: 6, pitch: 60, velocity: 100 DSSIPluginInstance::run: running with 0 events seq time is 0.498070620R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.490666636R) DSSIPluginInstance::run: event buffer has 1 event(s) in it DSSIPluginInstance::run: evTime 0.500000000R, blockTime 0.490666636R, frameOffset 447, blockSize 512 Type: 6, pitch: 60, velocity: 100 DSSIPluginInstance::run: running with 1 events DSSIPluginInstance::run( 0.501333302R) DSSIPluginInstance::run: running with 0 events seq time is 0.514479612R, last MTC receive 0.000000000R, first time -1 DSSIPluginInstance::run( 0.511999968R) DSSIPluginInstance::run: running with 0 events seq time is 0.526663918R, last MTC receive 0.000000000R, first time -1 AlsaDriver - stopPlayback JackDriver::stopTransport: resetting m_haveAsyncAudioEvent JackDriver::stop: frames this play: 39094272, elapsed 1139414455.715766000R RosegardenSequencerApp::isTransportSyncComplete: token 30, current token 31 JackDriver::stop: internal request, asking JACK transport to stop DSSIPluginInstance::discardEvents DSSIPluginInstance::setIdealChannelCount: channel count 2 (was 2) DSSIPluginInstance::silence: m_run 1, m_runSinceReset 1 DSSIPluginInstance::deactivate dssi:/usr/local/lib/dssi/less_trivial_synth.so:LTS DSSIPluginInstance[0x82ad1c0]::activate DSSIPluginInstance::activate: setting port 1 to 440 DSSIPluginInstance::activate: setting port 2 to 0.1189 DSSIPluginInstance::activate: setting port 3 to 0.0793 DSSIPluginInstance::activate: setting port 4 to 35 DSSIPluginInstance::activate: setting port 5 to 0.3292 DSSIPluginInstance::activate: setting port 6 to 0.19 AlsaDriver::punchOut AlsaDriver::stopClocks AlsaDriver::stopClocks: ALSA time now is 0.000000000R AlsaDriver::startClocks: startClocksApproved AlsaDriver::startClocks AlsaDriver::startClocks: started clocks RosegardenSequencerApp::incrementTransportToken: incrementing to 32 Received non-controller event (dest=129:0, controller is 129:2) AlsaDriver::getMappedComposition - STOP Received non-controller event (dest=129:0, controller is 129:2) AlsaDriver::getMappedComposition - got unhandled MIDI event type from ALSA sequencer(34) Received non-controller event (dest=129:0, controller is 129:2) AlsaDriver::getMappedComposition - CONTINUE AudioPlayQueue::~AudioPlayQueue() AudioPlayQueue::~AudioPlayQueue() # end working output ######################################################### ######################################################### # start failed output (no-sound) AlsaDriver::setMIDIClockInterval( 0.020833333R) AlsaDriver::stopClocks AlsaDriver::stopClocks: ALSA time now is 0.000000000R AlsaDriver - initialisePlayback Adding NOTE OFF at 0.099999999R AlsaDriver::processSoftSynthEventOut: instrument 10000, now 0 Adding NOTE OFF at 0.374999999R AlsaDriver::startClocks AlsaDriver::startClocks: Need JACK start (m_playing = 1) AlsaDriver::startClocks: playing, prebuffer audio JackDriver::startTransport RosegardenSequencerApp::isTransportSyncComplete: token 20, current token 20 JackDriver::startTransport: asking JACK transport to start, setting wait state AlsaDriver::startClocks: Waiting for startClocksApproved RosegardenSequencerApp::incrementTransportToken: incrementing to 21 Received non-controller event (dest=129:0, controller is 129:2) AlsaDriver::getMappedComposition - STOP Received non-controller event (dest=129:0, controller is 129:2) AlsaDriver::getMappedComposition - got unhandled MIDI event type from ALSA sequencer(34) seq time is 0.000000000R, last MTC receive 0.000000000R, first time -1 JackDriver::jackSyncCallback: state 3 [starting], frame 0, waiting 1, playing 1 JackDriver::jackSyncCallback: m_waitingState 3, unique_1 96, unique_2 96 JackDriver::jackSyncCallback: rate 48000, bar 0, beat 0, tick 134662393, bpm 1.37604e-269 RosegardenSequencerApp::isTransportSyncComplete: token 20, current token 21 JackDriver::jackSyncCallback: Sync complete seq time is 0.000000000R, last MTC receive 0.000000000R, first time -1 JackDriver::jackSyncCallback: state 3 [starting], frame 0, waiting 1, playing 1 JackDriver::jackSyncCallback: m_waitingState 3, unique_1 97, unique_2 97 JackDriver::jackSyncCallback: rate 48000, bar 0, beat 0, tick 134662393, bpm 1.37604e-269 RosegardenSequencerApp::isTransportSyncComplete: token 20, current token 21 JackDriver::jackSyncCallback: Sync complete seq time is 0.000000000R, last MTC receive 0.000000000R, first time -1 JackDriver::jackProcess: transport rolling, telling ALSA driver to go! AlsaDriver::startClocks: startClocksApproved AlsaDriver::startClocks AlsaDriver::startClocks: started clocks Received non-controller event (dest=129:0, controller is 129:2) AlsaDriver::getMappedComposition - CONTINUE seq time is 0.000226000R, last MTC receive 0.000000000R, first time -1 seq time is 0.039325480R, last MTC receive 0.000000000R, first time -1 seq time is 0.052404786R, last MTC receive 0.000000000R, first time -1 seq time is 0.066573216R, last MTC receive 0.000000000R, first time -1 seq time is 0.080642084R, last MTC receive 0.000000000R, first time -1 seq time is 0.093585390R, last MTC receive 0.000000000R, first time -1 seq time is 0.106012696R, last MTC receive 0.000000000R, first time -1 seq time is 0.119615564R, last MTC receive 0.000000000R, first time -1 seq time is 0.139419804R, last MTC receive 0.000000000R, first time -1 seq time is 0.158640044R, last MTC receive 0.000000000R, first time -1 seq time is 0.177669722R, last MTC receive 0.000000000R, first time -1 seq time is 0.192489714R, last MTC receive 0.000000000R, first time -1 seq time is 0.206581582R, last MTC receive 0.000000000R, first time -1 seq time is 0.219373888R, last MTC receive 0.000000000R, first time -1 AlsaDriver::processSoftSynthEventOut: instrument 10000, now 0 seq time is 0.243305938R, last MTC receive 0.000000000R, first time -1 seq time is 0.256898806R, last MTC receive 0.000000000R, first time -1 seq time is 0.269274550R, last MTC receive 0.000000000R, first time -1 seq time is 0.285225104R, last MTC receive 0.000000000R, first time -1 seq time is 0.299553972R, last MTC receive 0.000000000R, first time -1 seq time is 0.313780402R, last MTC receive 0.000000000R, first time -1 seq time is 0.329023832R, last MTC receive 0.000000000R, first time -1 seq time is 0.341850700R, last MTC receive 0.000000000R, first time -1 Adding NOTE OFF at 0.599999999R AlsaDriver::processSoftSynthEventOut: instrument 10000, now 0 Adding NOTE OFF at 0.874999999R seq time is 0.356041568R, last MTC receive 0.000000000R, first time -1 seq time is 0.368840874R, last MTC receive 0.000000000R, first time -1 seq time is 0.382692742R, last MTC receive 0.000000000R, first time -1 seq time is 0.397487734R, last MTC receive 0.000000000R, first time -1 seq time is 0.410835040R, last MTC receive 0.000000000R, first time -1 seq time is 0.424666908R, last MTC receive 0.000000000R, first time -1 seq time is 0.437555776R, last MTC receive 0.000000000R, first time -1 seq time is 0.451884644R, last MTC receive 0.000000000R, first time -1 seq time is 0.467914198R, last MTC receive 0.000000000R, first time -1 seq time is 0.480876504R, last MTC receive 0.000000000R, first time -1 seq time is 0.503458430R, last MTC receive 0.000000000R, first time -1 seq time is 0.516676298R, last MTC receive 0.000000000R, first time -1 seq time is 0.529573604R, last MTC receive 0.000000000R, first time -1 seq time is 0.542605910R, last MTC receive 0.000000000R, first time -1 seq time is 0.566951960R, last MTC receive 0.000000000R, first time -1 seq time is 0.579670266R, last MTC receive 0.000000000R, first time -1 seq time is 0.595584258R, last MTC receive 0.000000000R, first time -1 seq time is 0.611719812R, last MTC receive 0.000000000R, first time -1 AlsaDriver - stopPlayback JackDriver::stopTransport: resetting m_haveAsyncAudioEvent JackDriver::stop: frames this play: 36195328, elapsed 1139414395.325778000R RosegardenSequencerApp::isTransportSyncComplete: token 20, current token 21 JackDriver::stop: internal request, asking JACK transport to stop AlsaDriver::punchOut AlsaDriver::stopClocks AlsaDriver::stopClocks: ALSA time now is 0.000000000R AlsaDriver::startClocks: startClocksApproved AlsaDriver::startClocks AlsaDriver::startClocks: started clocks RosegardenSequencerApp::incrementTransportToken: incrementing to 22 Received non-controller event (dest=129:0, controller is 129:2) AlsaDriver::getMappedComposition - STOP Received non-controller event (dest=129:0, controller is 129:2) AlsaDriver::getMappedComposition - got unhandled MIDI event type from ALSA sequencer(34) Received non-controller event (dest=129:0, controller is 129:2) AlsaDriver::getMappedComposition - CONTINUE AudioPlayQueue::~AudioPlayQueue() AudioPlayQueue::~AudioPlayQueue() # end failed output (no-sound) #########################################################

19 years, 10 months

[linux-audio-dev] Re: templates - little bit OT

by Kjetil S. Matheussen

Lars Luthman: > > On Thu, 2006-01-19 at 00:41 +0100, conrad berhörster wrote: >> class MyClass >> { >> MyClass(); >> MyClass(n,n); >> private: >> matrix<n,n> >> }; >> >> this means, at runtime, i want to set the size of the matrix. is this >> possible? this are divers concepts (templates and runtime) , aren't they? > > It is not possible. Templates are instantiated at compile time. > Nah, its possible on the fly to generate code, compile the code, and link it. I have done that many times. --

19 years, 10 months

[linux-audio-dev] [ANN] jack_capture v0.0.1

by Kjetil S. Matheussen

http://www.notam02.no/arkiv/src/ ABOUT ----- jack_capture is a small simple program to capture whatever sound is going out to your speakers into a file. This is the program I always wanted to have for jack, but no one made. So here it is. USAGE ----- jack_capture [-f filename] [ -b bitdepth ] [-c channels] [ -B bufsize ] Filename is by default auotogenerated to something like "jack_capture_<date+exact_time>.wav" Bitdepth is by default FLOAT. Channels is by default 2. Bufsize is by default 262144. ACKNOWLEDGMENT -------------- Mostly based on the jackrec program in the jack distribution made by Paul Davies and Jack O'Quin. Automatic filename generation code taken from the timemachine program by Steve Harries. --

19 years, 10 months

[linux-audio-dev] ANN: Csound 5.00 Release

by Istvan Varga

After what has seemed a very long time (because it was...) we are releasing csound5.00 The binary, manuals and source files are on http://sourceforge.net/projects/csound and look for the csound5 files. The opportunity has been taken to tidy up the assembly of csound4.23 and earlier files and we are leaving the 4.23 files for a short while. Main message -- everyone should change to csound5. More robust, faster, more facilities, more fun, more music. ==John ffitch Release Notes for Csound 5.00 ----------------------------- The developers are very pleased to be releasing Csound5, for Linux (32 and 64 bit), Mac OSX and Windows, together with an uptodate manual. The system can be downloaded from http://sourceforge.net/projects/csound More details and further information can be found in the csound-devel mailing list at sourceforge and the main user mailing list at csound(a)lists.bath.ac.uk The changes from version 4.23 are extensive. The internal structure of the code has been radically changed, but the language remains compatible with Csound4, and all old orchestra/scores should run unchanged. The main visible change is that we are using a plugin style of system. Many of the opcodes are now loaded at start-up. This opens the way for private opcode libraries, and opcodes released under other licences than LGPL. The other major change is a move to the use of external libraries where possible. All the internal code for sound files, realtime audio etc has been replaced. We are now using libsndfile for audio file I/O, and one of ALSA, PortAudio, CoreAudio, MME or ASIO for realtime. MIDI may be handled by PortMIDI as well. The incorporation of Open Sound Control facilities uses the liblo library. A number of opcodes from csoundAV and csoundVST are now part of the main system. Another major change is that Csound5 is embeddable in other programming systems, using an API for information linkage. We are including Python, Java and other bindings for the API. Csound5 can also have multiple instances and is re-entrant. In addition there are a number of new opcodes, and of course bug fixes. We believe that csound5 is faster than csound4, and we encourage all users to move to it. NOTE: IT MAY BE NECESSARY ON SOME PLATFORMS TO HAVE EITHER ENVIRONMENT VARIABLES OPCODEDIR OR OPCODEDIR64 SET TO POINT TO DIRECTORY WHERE OPCODES LIVE. THE RELEASED FILES ARE BELIEVED TO BE SAFE AND CORRECT IN THIS RESPECT BUT BEWARE! New features: ------------ Access to multiple ALSA devices FLTK widgets reworked and synchronised with csoundAV User defined gens with names (rather than numbers) --expression-opt command option Information on time for each phase of csound if required Command line options to set ID tags in output soundfile (title/copyright etc) Jack available as output device --sched option now accepts a priority value -+rtaudio option to select output system Many new command line options Utilities to create csd files from orc/score Tcl/TK frontends (cstclsh and cswish) Can use looping structures in WAV files as well as AIFF Increased number of possible input and output audio file formats named channels #ifdef in orchestra removed limitation of only one track in MIDI input files MIDI output can also be written to a file (this is somewhat limited) MIDI-style extra time and release (xtratim, linsegr, etc.) is now also possible with score notes string variables (of type S) automatic conversion of some C-style escape sequences (\n, \r, ASCII code in octal \ooo format, etc) in string constants made internal indexes to orchestra variables 32 bit (was 16 bit in Csound 4), allowing for larger and more complex instruments replaced old PVOC format with PVOC-EX in all related opcodes SADIR SSDIR and INCDIR can now be a sdemicolon separated list of directories New Opcodes: ----------- maxk tab, tabw, and tb0()..tb15() vst4cs plugin opcodes pconvolve ftconv loris opcodes Python opcodes fluid opcodes chani and chano; chnset and chnget (string indexed) GEN43 a number of pvs (streaming phase vocoder) opcodes moogladder statevar fofilter syncgrain miditempo event_i reverbsc (Sean Costello's waveguide reverb) freeverb gentune GEN operation GEN51 GEN52 diskin2 turnoff2 a-rate int() and frac(), and round(), floor(), and ceil() << and >> operators STK (Perry Cook) instruments available from original code k() function Mixer opcodes OSCrecv, OSClisten, OSCsend loop opcodes printf, printf_i string hacking opcodes Bug Fixes: --------- Error in tablew fixed Minor fixed in dcblock Include files were confused by sections Improved reading of command line Fixes in dynamic fgen numbers gogobel and vibraphone amplitude fix Arguments to schewhen were wrong Better checking in bqrez minor checking in grain wguide2, wguide1 avoid very low frequencies wgpluck bug fix Some error messages corrected and typos fixed FLsetVal arguments were wrong outo missed out channel 6 fixed bugs and improved error reporting in ^+ and ^- code. kread, kdump and a number of other opcodes will take string arguments from the score bug fix in sinc window (gen20) Added iskip options to moogvcf, vco, bqrez, pareq, tbvcf and rezzy values rounded rather than truncated in deltap, comb, and delay removed spurious initial values from some MIDI opcodes Joystick was upside down lpshold and loopseg changed to agree with csoundAV marimba now allows zero probability of a multiple strike Added skipinit argument to diskin and soundin wave-terrain fixes for phase error accumulation (on long notes) new optional argument to delayr and all deltap opcodes, to allow delay taps to read from any of the nested delayr/delayw pairs, not just the last new optional argument to distort1 opcode (defaults to zero), to select amplitude scaling mode (0: default, compatible with original version; 1: relative to 0dBFS, same as mode 0 if 0dbfs is 32768; 2: unscaled) valpass fixed parameter overwriting Improved accuracy in some filters Improvements in bowedbar JPff -- 1 Feb 2006 Files on Sourceforge ==================== Sources: Csound5.00_src.tar.gz Csound5.00_src.zip Csound5.00_OS9_src.smi.bin Csound5.00_src_all.tar.gz (including Loris and STK code) Csound5.00_src_all.zip (including Loris and STK code) Manual Csound5.00_manual_chm.zip Csound5.00_manual_html.zip Csound5.00_manual_pdf.zip Csound5.00_manual_pdf_A4.zip Csound5.00_manual_single_file.zip OS9: Csound5.00_OS9.smi.bin OSX: Csound5.00_OSX10.3.tar.gz Csound5.00_OSX10.4.tar.gz Linux Csound5.00_i686.rpm Csound5.00_x86_64.rpm [Linux for non-root users Csound5.00_x86_64d.tar.gz Csound5.00_x86_64f.tar.gz ] Windows Csound5.00_win32.i686.zip Csound5.00_win32.exe (with installer)

19 years, 10 months

[linux-audio-dev] beatfish (codedump :)

by Conrad Parker

Hi, a few years ago I made a drum machine with scrubbing, and showed it to some people at the LAD booth at LinuxTag 2003. Recently (at linux.conf.au 2006) I realized I've sat on the code and not released it. This is not a "release", but a challenge; here's some code, and some instructions for building it: http://trac.metadecks.org/wiki/BeatfishInstall Beatfish is built on libremix (which is also not-quite-released; I'd like to freeze the API sometime this year though ;-) and Evas (a very high performance graphics canvas built for Enlightenment 17). The plan is to make a way of developing cute music machines, using DSSI and all that's good. For now, beatfish is a pretty basic Jack toy. enjoy :) Conrad.

19 years, 10 months

[linux-audio-dev] Re: open standards for file formats

by Item State

hello, yes, peak/overview files and metadata is two different things. metadata should be stored in a open and extensible format such as XML. the problem with peak files is, different programmes rely on different resolution and representation. to give an example, in eisenkraut i use four peak files in four decimation scales ; only the highest resolution (1:256 (?)) is saved permanently, the others are created on the fly. since i want to support floating point files, i decided to store peak waveform in float32 format, which is rather big ; other sound editors will decide to not do this. also i store both peak and RMS information, others wish to store only peak, or peak and spectral focus or whatever. so unless two programmes are rather similiar, i wouldn't be too optimistic about using a uniform peak display. also i wouldn't deal with commercial software, honestly. if two software companies, say bias (for peak) and emagic/apple (for logic) are too dumb to agree on one format, i see no point why open source software should go and beg those companies to share their format. rather, if there are a few de facto standard open source softwares, it would make sense that they define a standard that they share. for eisenkraut i use normal AIFF files als overviews, i think that's pretty straight format, and since most programmes will store some form of PCM data, it shouldn't be too difficult to sync two -- if they work in a similar resolution and representation. there are some standards already, like SDIF for spectral information for example. best, -sciss- ____________________________________________________ Do you Yahoo!? Never miss an Instant Message - Yahoo! Messenger for SMS http://au.mobile.yahoo.com/mweb/index.html

19 years, 10 months

[linux-audio-dev] Re: [linux-audio-user] rosegarden dssi problem

by Emanuel Rumpf

Chris Cannam wrote: >On Tuesday 24 Jan 2006 13:17, Emanuel Rumpf wrote: > > >>The problem occures on all files, that have dssi-plugins assigned. >>Here is a simple test file with a track "bass" that has the "Less >>trivial synth" applied. >>If I open and play it, there is no sound. >> >> > >I can't reproduce this at all. The example file works fine for me. That's >rather troubling. > >Did you build this from CVS yourself? Are you in a position to build it again >with some debug output enabled? If so, I'd like to see what is printed by >the sequencer process when the two lines > >#define DEBUG_DSSI 1 >#define DEBUG_DSSI_PROCESS 1 > >at the top of sound/DSSIPluginInstance.cpp are uncommented. > > >Chris > > > Did the output I've sent help somehow? Has anyone else reported a similar problem? If this is related to my system only, do you have any idea why/how this could be? Dssi is working on my system, also in rosegarden, only when loading a new file, the tracks with dssi-plugins are muted somehow... then I have to re-assign the plugins for each track for the sound to come back. Emanuel

19 years, 10 months

[linux-audio-dev] Re: [linux-audio-user] LAD site, linuxdj.com needs a new home

by Benno Senoner

I mailed Paul the link to fetch the whole LAD web tree and files, about 5.7GB ( the content that was on www.linuxdj.com/audio ) next step should be deciding wheter to put the content on a nicer domain. ( and having linuxdj.com/audio redirect to that domain/site so that search engine and website links get redirected to the correct place). I'll wait for Paul's reply how to proceed (redirect linuxdj.com etc). cheers, Benno Paul Davis wrote: >On Mon, 2006-01-30 at 17:44 -0500, Paul Davis wrote: > > >>On Tue, 2006-01-31 at 01:10 +0100, Esben Stien wrote: >> >> >>>Benno Senoner <sbenno(a)gardena.net> writes: >>> >>> >>> >>>>consumes so much bandwidth >>>> >>>> >>>Why don't we put these videos on archive.org?. >>> >>> >>I currently have 1870GB/month bandwidth, and it climbs by 16GB/week >>right now. Last month, I used 0.1% of my bandwidth. Its not an issue. >> >> > >lets get this transfer started ... > > > >

19 years, 10 months

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Linux-audio-dev