Thac's RPMs for Mandrake10.0

Access all of my RPMS for Mandrake10.0

Access all of my SRPMS for Mandrake10.0

My Index rpms for Mandrake10.0

My Networking rpms for Mandrake10.0

My Util rpms for Mandrake10.0

My HamRadio rpms for Mandrake10.0

My Smartcard rpms for Mandrake10.0

My Graphics rpms for Mandrake10.0

My Webb rpms for Mandrake10.0

Updated 2004-10-14

Added ardour-0.9cvs041014

Updated 2004-10-12

Added qjackctl-0.2.12a

Added kernel-multimedia-2.6.7-1.mm.7mdk

Added NVIDIA-1.0-4620

Added NVIDIA-1.0-5341

Added NVIDIA-1.0-6111

Added fglrx-3.9.0

Added fglrx-3.12.0

Updated 2004-10-11

Added qsynth-0.2.2

Added hydrogen-0.9.0

Added jackit-0.99.5

Updated 2004-10-08

Added lilypond-2.3.20

Updated 2004-10-06

Added galan-0.3.0_beta7

Added ZynAddSubFX-2.1.1

Updated 2004-09-30

Added wine-20040505

Added vstserver-0.3.1

Updated 2004-09-29

Added libfst-1.6

Added jack_fst-1.2

Added dssi-vst-0.1

Added ardour-0.9beta19

Added muse-0.7.0

Added libladspavst-0.1.6

Added kvst~-0.2.6

Added vsti-0.0.3

Updated 2004-09-27

Added denemo-0.7.3 040927

Added snd-7.6

Updated 2004-09-26

Added freqtweal-fftw3-0.6.1

Updated 2004-09-22

Added rosegarden-4-alsa-1.0.0beta_cvs040921

Updated 2004-09-08

Added cheesetracker-0.9.9

Updated 2004-09-06

Added liblo-0.9

Added dssi-0.4

Added audacity-1.2.2

Added fluidsynth-1.0.5

Added tap-plugins-0.7.0

Added blop-0.2.8

Added caps-0.1.12

Added pvoc-0.1.10

Added pd-0.37.1-0.20040906

Added iemlib1.15

Added vkeybd-0.0.17

Added ecasound-2.3.3

Added ecamegapedal-0.4.4

Added amsynth-1.0.0

Added beast-0.6.2

Added ExEf-1.17

Updated 2004-08-31

Added kernel-tmb-2.6.7-2.tmb.6mdk

Updated 2004-08-26

Added lilypond-2.2.6

Updated 2004-08-19

Added libalsa2-1.0.6

Added alsa-utils-1.0.6

Added libalsa-oss0-1.0.6

Added alsa-tools-1.0.6

Updated 2004-07-26

Added ams-1.8.6

Added libclalsadrv-1.0.0

Added libclthreads-1.0.0

Added libclxclient-1.0.0

Added aeolus-0.2.1

Added aeolus-stops-0.0.9

Updated 2004-08-11

Added noteedit-2.7.3

Added mammut-0.17

Updated 2004-08-09

Added rosegarden-4-alsa-0.9.9

Added swh-plugins-fftw2-0.4.7

Added swh-plugins-fftw3-0.4.7

Added jamin-0.9.0

Updated 2004-08-02

Added libxsynth-dssi-0.1.0

Updated 2004-07-27

Added evms-2.3.4

Updated 2004-07-19

Added schedtool-1.1.1

Updated 2004-06-23

Added udftools-1.0.0 b3

Updated 2004-06-22

Added gem-0.90.0

Added qarecord-0.0.9

Updated 2004-06-21

Added libftgl

Added stk-4.1.3

Added sndobj-2.5.1

Added iemlib-1.1.4

Added perculate-0.09

Added pd-flext-0.4.5

Added pd-syncgrain-0.2003.04.03

Added pd-fluid-0.2003.12.10

Added pd-dyn-0.1.0

Added pd-fftease-0.0.0

Added pd-idelay-0.2003.07.08

Updated 2004-06-18

Added reser4progs-0.5.5

Added libaal-0.5.2

Added schedtool-1.0

Added abcm2ps-4.5.2

Added abcMIDI-2004_06_12

Updated 2004-06-13

Added schedtool-1.0

Updated 2004-06-10

Added fil-plugins-0.0.1

Added mcp-plugins-0.3.0

Added vco-plugins-0.3.0

Added qamix-0.0.7e

Updated 2004-06-03

Added jcsound-0.2c

Updated 2004-05-06

Added denemo-0.7.2a

Updated 2004-05-03

Added rev-plugins-0.2.1

Added jmax-4.1.0

Added tapir-0.7.1

Updated 2004-04-26

Added ggee-0.2.4

Added kaconnect-1.1.1

Added rhytmbox-0.6.4

Added seq24-0.4.4

Added terminatorX-3.81

Updated 2004-04-23

Added tclabc-0.18.2

Added ceres-0.40

Added creox-0.2.2

Added didgeridoo-0.0.1

Added rtsynth-1.92

Added swami-0.92

Updated 2004-04-22

Added Csound-4.24.1

Added cecilia-2.0.6-0.040305

Added jack-rack-1.4.3

Added pd-chaos-0.2003.12.22

Added pd-creb-0.9.0-0.20030912

Added pd-cxc-0.0.5-0.20030730

Added pd-zexy-1.3-0.20031201


Because im getting a lot of questions about using the latest jackit
jackd -d alsa -d hw:0 -p 512
I have updated to latest jackit-0.98.5 which uses sysv-shm as default
NOTE: If you are using reiserfs or ext3fs or anything except ext2fs
for the directory where JACK puts its temporary files (/tmp by
default), actually it uses /tmp/jack
[edit /etc/fstab and add the following line]
none /tmp tmpfs defaults 0 0
Failure to do this will lead to extremely poor performance from JACK,
since its normal operation will cause bursts of disk I/O that are
completely unnecessary. This suggestion can also be used by ext2fs
users if they wish.

A MANDRAKE HOWTO The Complete Step-by-Step Guide to LINUX Mandrake 10.0
This is a must read to learn how to use Mandrake 10.0.

Type this in a console as root, to add my RPMS to the urpmi database.
urpmi.addmedia thacs.rpms http://www.mde.djura.org/10.0/RPMS with hdlist.cz

Check this page to add some more RPM resources to the urpmi database.
Like contrib and PLF theese two is what i use frequently as needed dependencys
From now on is contrib and PLF required i will not add the dependency rpms to my site anymore.
Easy urpmi config for Mandrake

The Mandrake Audio Workstation HowTo

Ardour brochure PDF

Jacking Pd and Ardour - a tootorial

Recording Audio from JACK-Enabled Applications in Ardour

The ardour documentation project.

Recording A MIDI Sequence With MusE

HOWTO Use MIDI Sequencers With Softsynths

JACK user documentation

ALSA Soundcard Matrix

Pd Documentation

Bownie's.com including DIY Guide to Recording and Rosegarden tutorial

an Audacity Tutorial

Writing Audio Applications With JACK - A tutorial/journal

Using VST/VSTi Plugins In Linux


Svetoslav Slavtchevs Mandrake rpms i will not build my own kernels anymore i will use the sds kernels instead from now on.
The kernel-sds has changed name to kernel-multimedia.
This kernel includes all the patches below + many more.
The new 2.6.7 kernel includes all Con Kolivas patches.

Realtime Linux Security Module (LSM) SF is a loadable extension for Linux 2.6 kernels.
It selectively grants realtime permissions to specific user groups or applications.
Updated to first official SourceForge version realtime-lsm-0.1.0 with a changed module name to realcap.

Realtime Linux Security Module for 2.6 kernels.
You have to load it manually for now with "modprobe realcap any=1 allcaps=1"
This will make it work as the 2.4 multimedia kernel.

# modprobe realcap any=1
Any program can request realtime privileges. This allows any local
user to crash the system by hogging the CPU in a tight loop or
locking down too much memory. But, it is simple to administer. :-)
# modprobe realcap gid=29
All users belonging to group 29 and programs that are setgid to that
group have realtime privileges. Use any group number you like.
# modprobe realcap mlock=0
Grants realtime scheduling privileges without the ability to lock
memory using mlock() or mlockall() system calls. This option can be
used in conjunction with any of the other options.
# modprobe realcap allcaps=1
Enables all capabilities, including CAP_SETPCAP. This is equivalent
to the 2.4 kernel capabilities patch. It is needed for root
programs to assign realtime capabilities to other processes. This
option can be used in conjunction with any of the other options.

This kernel has 2 capability modules and the other one is loaded by default.
See /etc/modprobe.preload
rmmod capability
rmmod commoncap
modprobe realcap any=1 allcaps=1
if you want to load realcap permanently replace the line capability in /etc/modprobe.preload with realcap
and adjust the realcap settings in modprobe.conf.

Or you can use this script from svetljo that does it for you.

  • preload_mods.sh here

    Con Kolivas Multimedia kernel patches includes patches useful for multmedia purposes.
    Advanced Linux Sound Architecture (ALSA) provides audio and MIDI functionality to the Linux operating system.
    I have added 1.0.6 for the 2.6.7 kernels.
    The 2.6.7 kernel has reiser4 support so i have added reiser4progs.

    Schedtool can be used to query or alter a process' scheduling policy under linux.
    keywords = { sched_batch, batch, sched_iso, sched_rr, batch_scheduling, scheduling, policy, affinity, rt, realtime }

    Enterprise Volume Management System (EVMS) provides a single, unified system for handling all of your storage management tasks.
    EVMS recognizes all of the disks on your system and allows for a variety of partitioning schemes.
    Software-RAID and logical volume groups can be managed in EVMS.
    Filesystems can be created and checked, and are automatically updated when changes are made to the underlying volumes.
    With EVMS, there is no longer a need for several individual utilities for performing each of these tasks.

    • My schedtool-1.1.1 RPM here
    • My schedtool-1.1.1 SRPM here
    • kernel-multimedia-2.6.7-1.mm.7mdk RPM here
    • kernel-multimedia-win4lin-2.6.7-1.mm.7mdk RPM here
    • kernel-multimedia-enterprise-2.6.7-1.mm.7mdk RPM here
    • kernel-multimedia-win4lin-enterprise-2.6.7-1.mm.7mdk RPM here
    • kernel-multimedia-i686-up-4GB-2.6.7-1.mm.7mdk RPM here
    • kernel-multimedia-win4lin-i686-up-4GB-2.6.7-1.mm.7mdk RPM here
    • kernel-multimedia-source-2.6.7-1.mm.7mdk RPM here
    • kernel-multimedia-2.6.7-1.mm.7mdk SRPM here
    • kernel-tmb-2.6.7-2.tmb.6mdk RPM here
    • kernel-tmb-win4lin-2.6.7-2.tmb.6mdk RPM here
    • kernel-tmb-enterprise-2.6.7-2.tmb.6mdk RPM here
    • kernel-tmb-win4lin-enterprise-2.6.7-2.tmb.6mdk RPM here
    • kernel-tmb-i686-up-4GB-2.6.7-2.tmb.6mdk RPM here
    • kernel-tmb-win4lin-i686-up-4GB-2.6.7-2.tmb.6mdk RPM here
    • kernel-multimedia-source-2.6.7-2.tmb.6mdk RPM here
    • kernel-tmb-2.6.7-2.tmb.6mdk SRPM here
    • udftools-1.0.0 RPM here
    • libudftools1-1.0.0 RPM here
    • libudftools1-devel-1.0.0 RPM here
    • libudftools1-static-devel-1.0.0 RPM here
    • udftools-1.0.0 SRPM here
    • My reiser4progs-0.5.5 RPM here
    • My reiser4progs-devel-0.5.5 RPM here
    • My reiser4progs-0.5.5 SRPM here
    • evms-2.3.4 RPM here
    • evms-plugin-heartbeat-2.3.4 RPM here
    • libevms0-2.3.4 RPM here
    • libevms0-devel-2.3.4 RPM here
    • libevms0-static-devel-2.3.4 RPM here
    • evms-cli-2.3.4 RPM here
    • evms-gui-2.3.4 RPM here
    • evms-ncurses-2.3.4 RPM here
    • evms-2.3.4 SRPM here
    • My libaal2-0.5.2 RPM here
    • My libaal2-devel-0.5.2 RPM here
    • My libaal2-0.5.2 SRPM here
    • My libalsa2-1.0.6 RPM here
    • My libalsa2-devel-1.0.6 rc1RPM here
    • My libalsa-data-1.0.6 RPM here
    • My libalsa2-static-devel-1.0.6 RPM here
    • My libalsa2-docs-1.0.6 RPM here
    • My libalsa2-1.0.6 SRPM here
    • My alsa-utils-1.0.6 RPM here
    • My alsa-utils-1.0.6 SRPM here
    • My ac3dec-1.0.6 RPM here
    • My as10k1-1.0.6 RPM here
    • My cspctl-1.0.6 RPM here
    • My envy24control-1.0.6 RPM here
    • My sbiload-1.0.6 RPM here
    • My sscape_ctl-1.0.6 RPM here
    • My hdsploader-1.0.6 RPM here
    • My hdspmixer-1.0.6 RPM here
    • My mixartloader-1.0.6 RPM here
    • My rmedigicontrol-1.0.6 RPM here
    • My us428control-1.0.6 RPM here
    • My usx2yloader-1.0.6 RPM here
    • My vxloader-1.0.6 RPM here
    • My alsa-tools-1.0.6 SRPM here
    • My libalsa-oss0-1.0.6 RPM here
    • My libalsa-oss0-devel-1.0.6 RPM here
    • My aoss-1.0.6 RPM here
    • My libalsa-oss0-1.0.6 SRPM here
    • My NVIDIA_GLX-1.0-4620 RPM here
    • My NVIDIA_kernel-2.6.7-1.mm.7mdk-1.0-4620 RPM here
    • My NVIDIA_kernel-2.6.7-1.mm.7mdk-enterprise-1.0-4620 RPM here
    • My NVIDIA_kernel-2.6.7-1.mm.7mdk-i686-up-4GB-1.0-4620 RPM here
    • My NVIDIA_kernel-2.6.7-2.tmb.6mdk-1.0-4620 RPM here
    • My NVIDIA_kernel-2.6.7-2.tmb.6mdk-enterprise-1.0-4620 RPM here
    • My NVIDIA_kernel-2.6.7-2.tmb.6mdk-i686-up-4GB-1.0-4620 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-1.0-4620 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-enterprise-1.0-4620 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-i686-up-4GB-1.0-4620 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-p3-smp-64GB-1.0-4620 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-secure-1.0-4620 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-smp-1.0-4620 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-1.0-4620 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-enterprise-1.0-4620 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-i686-up-4GB-1.0-4620 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-p3-smp-64GB-1.0-4620 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-secure-1.0-4620 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-smp-1.0-4620 RPM here
    • My NVIDIA_kernel-2.4.22-21mm.2mdk-1.0-462 RPM here
    • My NVIDIA-devel-1.0-4620 RPM here
    • My NVIDIA-kernel-devel-1.0-4620 RPM here
    • My NVIDIA-1.0-4620 SRPM here
    • My NVIDIA_GLX-1.0-5341 RPM here
    • My NVIDIA_kernel-2.6.7-1.mm.7mdk-1.0-5341 RPM here
    • My NVIDIA_kernel-2.6.7-1.mm.7mdk-enterprise-1.0-5341 RPM here
    • My NVIDIA_kernel-2.6.7-1.mm.7mdk-i686-up-4GB-1.0-5341 RPM here
    • My NVIDIA_kernel-2.6.7-2.tmb.6mdk-1.0-5341 RPM here
    • My NVIDIA_kernel-2.6.7-2.tmb.6mdk-enterprise-1.0-5341 RPM here
    • My NVIDIA_kernel-2.6.7-2.tmb.6mdk-i686-up-4GB-1.0-5341 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-1.0-5341 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-enterprise-1.0-5341 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-i686-up-4GB-1.0-5341 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-p3-smp-64GB-1.0-5341 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-secure-1.0-5341 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-smp-1.0-5341 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-1.0-5341 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-enterprise-1.0-5341 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-i686-up-4GB-1.0-5341 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-p3-smp-64GB-1.0-5341 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-secure-1.0-5341 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-smp-1.0-5341 RPM here
    • My NVIDIA_kernel-2.4.22-21mm.2mdk-1.0-5341 RPM here
    • My NVIDIA-devel-1.0-5341 RPM here
    • My NVIDIA-kernel-devel-1.0-5341 RPM here
    • My NVIDIA-1.0-5341 SRPM here
    • My NVIDIA_GLX-1.0-6111 RPM here
    • My NVIDIA_kernel-2.6.7-1.mm.7mdk-1.0-6111 RPM here
    • My NVIDIA_kernel-2.6.7-1.mm.7mdk-enterprise-1.0-6111 RPM here
    • My NVIDIA_kernel-2.6.7-1.mm.7mdk-i686-up-4GB-1.0-6111 RPM here
    • My NVIDIA_kernel-2.6.7-2.tmb.6mdk-i686-up-4GB-1.0-6111 RPM here
    • My NVIDIA_kernel-2.6.7-2.tmb.6mdk-1.0-6111 RPM here
    • My NVIDIA_kernel-2.6.7-2.tmb.6mdk-enterprise-1.0-6111 RPM here
    • My NVIDIA_kernel-2.6.7-2.tmb.6mdk-i686-up-4GB-1.0-6111 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-1.0-6111 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-enterprise-1.0-6111 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-i686-up-4GB-1.0-6111 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-p3-smp-64GB-1.0-6111 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-secure-1.0-6111 RPM here
    • My NVIDIA_kernel-2.6.3-19mdk-smp-1.0-6111 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-1.0-6111 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-enterprise-1.0-6111 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-i686-up-4GB-1.0-6111 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-p3-smp-64GB-1.0-6111 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-secure-1.0-6111 RPM here
    • My NVIDIA_kernel-2.4.25-9mdk-smp-1.0-6111 RPM here
    • My NVIDIA_kernel-2.4.22-21mm.2mdk-1.0-6111 RPM here
    • My NVIDIA-devel-1.0-6111 RPM here
    • My NVIDIA-kernel-devel-1.0-6111 RPM here
    • My NVIDIA-1.0-6111 SRPM here
    • My fglrx_GLX-3.12.0 RPM here
    • My fglrx-tools-3.12.0 RPM here
    • My fglrx_kernel-2.6.7-1.mm.7mdk-3.12.0 RPM here
    • My fglrx_kernel-2.6.7-1.mm.7mdk-enterprise-3.12.0 RPM here
    • My fglrx_kernel-2.6.7-1.mm.7mdk-i686-up-4GB-3.12.0 RPM here
    • My fglrx_kernel-2.6.7-2.tmb.6mdk-3.12.0 RPM here
    • My fglrx_kernel-2.6.7-2.tmb.6mdk-enterprise-3.12.0 RPM here
    • My fglrx_kernel-2.6.7-2.tmb.6mdk-i686-up-4GB-3.12.0 RPM here
    • My fglrx_kernel-2.6.3-19mdk-3.12.0 RPM here
    • My fglrx_kernel-2.6.3-19mdk-enterprise-3.12.0 RPM here
    • My fglrx_kernel-2.6.3-19mdk-i686-up-4GB-3.12.0 RPM here
    • My fglrx_kernel-2.6.3-19mdk-p3-smp-64GB-3.12.0 RPM here
    • My fglrx_kernel-2.6.3-19mdk-secure-3.12.0 RPM here
    • My fglrx_kernel-2.6.3-19mdk-smp-3.12.0 RPM here
    • My fglrx_kernel-2.4.25-9mdk-3.12.0 RPM here
    • My fglrx_kernel-2.4.25-9mdk-enterprise-3.12.0 RPM here
    • My fglrx_kernel-2.4.25-9mdk-i686-up-4GB-3.12.0 RPM here
    • My fglrx_kernel-2.4.25-9mdk-p3-smp-64GB-3.12.0 RPM here
    • My fglrx_kernel-2.4.25-9mdk-secure-3.12.0 RPM here
    • My fglrx_kernel-2.4.25-9mdk-smp-3.12.0 RPM here
    • My fglrx_kernel-2.4.22-21mm.2mdk-3.12.0 RPM here
    • My fglrx-devel-3.12.0 RPM here
    • My fglrx-kernel-devel-3.12.0 RPM here
    • My fglrx-3.12.0 SRPM here
    • My fglrx_GLX-3.9.0 RPM here
    • My fglrx-tools-3.9.0 RPM here
    • My fglrx_kernel-2.6.7-1.mm.7mdk-3.9.0 RPM here
    • My fglrx_kernel-2.6.7-1.mm.7mdk-enterprise-3.9.0 RPM here
    • My fglrx_kernel-2.6.7-1.mm.7mdk-i686-up-4GB-3.9.0 RPM here
    • My fglrx_kernel-2.6.7-2.tmb.6mdk-3.9.0 RPM here
    • My fglrx_kernel-2.6.7-2.tmb.6mdk-enterprise-3.9.0 RPM here
    • My fglrx_kernel-2.6.7-2.tmb.6mdk-i686-up-4GB-3.9.0 RPM here
    • My fglrx_kernel-2.6.3-19mdk-3.9.0 RPM here
    • My fglrx_kernel-2.6.3-19mdk-enterprise-3.9.0 RPM here
    • My fglrx_kernel-2.6.3-19mdk-i686-up-4GB-3.9.0 RPM here
    • My fglrx_kernel-2.6.3-19mdk-p3-smp-64GB-3.9.0 RPM here
    • My fglrx_kernel-2.6.3-19mdk-secure-3.9.0 RPM here
    • My fglrx_kernel-2.6.3-19mdk-smp-3.9.0 RPM here
    • My fglrx_kernel-2.4.25-9mdk-3.9.0 RPM here
    • My fglrx_kernel-2.4.25-9mdk-enterprise-3.9.0 RPM here
    • My fglrx_kernel-2.4.25-9mdk-i686-up-4GB-3.9.0 RPM here
    • My fglrx_kernel-2.4.25-9mdk-p3-smp-64GB-3.9.0 RPM here
    • My fglrx_kernel-2.4.25-9mdk-secure-3.9.0 RPM here
    • My fglrx_kernel-2.4.25-9mdk-smp-3.9.0 RPM here
    • My fglrx_kernel-2.4.22-21mm.2mdk-3.9.0 RPM here
    • My fglrx-devel-3.9.0 RPM here
    • My fglrx-kernel-devel-3.9.0 RPM here
    • My fglrx-3.9.0 SRPM here

    Swh-plugins is a website for GPL'd (free software) audio plugins.
    At the moment the only ones here are for LADSPA, the Linux Audio Developers Plugin API.
    This one is built with sse optimization enabled.
    Added the latest version of swh plugins-0.4.7 built 2 versions for fftw2 and fftw-3.0

    • My swh-plugins-fftw3-0.4.7 RPM here
    • My swh-plugins-fftw3-0.4.7 SRPM here
    • My libfftw3-3.0.1 RPM here
    • My libfftw3-devel-3.0.1 RPM here
    • My libfftw3-threads-3.0.1 RPM here
    • My libfftw3-threads-devel-3.0.1 RPM here
    • My fftw-3.0-3.0.1 SRPM here
    • My swh-plugins-fftw2-0.4.7 RPM here
    • My swh-plugins-fftw2-0.4.7 SRPM here
    • My libfftw2-2.1.5 RPM here
    • My libfftw2-devel-2.1.5 RPM here
    • My libfftw2-mpi-2.1.5 RPM here
    • My libfftw2-mpi-devel-2.1.5 RPM here
    • My libfftw2-threads-2.1.5 RPM here
    • My libfftw2-threads-devel-2.1.5 RPM here
    • My fftw-2.1.5 SRPM here

    BLOP - Bandlimited Oscillator Plugins comprises a set of LADSPA plugins that generate bandlimited sawtooth,
    square, variable pulse and slope-variable triangle waves, for use in LADSPA hosts,
    principally for use with one of the many modular software synthesisers available.

    • blop-0.2.8 RPM here
    • blop-0.2.8 SRPM here

    Caps-plugins the C* Audio Plugin Suite, is a collection of refined LADSPA units including instrument amplifier emulation,
    stomp-box classics, versatile 'virtual analog' oscillators, fractal oscillation, reverb, equalization and others.

    • caps-plugins-0.1.12 RPM here
    • caps-plugins-0.1.12 SRPM here

    MCP-plugins A set of audio plugins for LADSPA by Fons Adriaensen. Currently contains a phaser, a chorus and a moog vcf

    • mcp-plugins-0.3.0 RPM here
    • mcp-plugins-0.3.0 SRPM here

    Pvoc is a collection of LADSPA units and a command line tool for time compression/expansion of sound data making use of the phase-vocoding technique''

    • pvoc-0.1.10 RPM here
    • pvoc-0.1.10 SRPM here

    VCO-plugins Pulse-VCO: Anti-aliased dirac pulse oscillator (flat amplitude spectrum) Saw-VCO : Anti-aliased sawtooth oscillator (1/F amplitude spectrum)

    • vco-plugins-0.3.0 RPM here
    • vco-plugins-0.3.0 SRPM here

    FIL-plugins a four-band parametric equaliser.
    Each section has an active/bypass switch, frequency, bandwidth and gain controls.
    There is also a global bypass switch and gain control.

    • fil-plugins-0.0.1 RPM here
    • fil-plugins-0.0.1 SRPM here

    TAP-plugins - Tom's Audio Processing plugins is a bunch of LADSPA plugins for digital audio processing,
    intended for use in a professional DAW environment such as Ardour.

    • tap-plugins-0.7.0 RPM here
    • tap-plugins-0.7.0 SRPM here

    REV-plugins This reverb is based on gverb by Juhana Sadeharju, but the code (now C++) is entirely original.

    • rev-plugins-0.2.1 RPM here
    • rev-plugins-0.2.1 SRPM here

    cmt-The Computer Music Toolkit is a collection of LADSPA plugins for use with
    software synthesis and recording packages on Linux.

    Creox is a real-time sound processor.
    You can plug your electric guitar or any other musical instrument directly to the PC's sound card and start experimenting with various sound effects.
    Creox has a nice user-friendly GUI, a preset support, a low-latency DSP engine and each effect parameter can be altered "on the fly".
    As Creox is a JACK application, the output sound can be routed to the other JACK-aware applications, and the audio input can be taken as the output from the other JACK client.

    • creox-0.2.2-0.rc2 RPM here
    • creox-0.2.2-0.rc2 SRPM here

    JAMin is the JACK Audio Connection Kit (JACK) Audio Mastering interface.
    JAMin is designed to perform professional audio mastering of any number of input streams.
    It uses LADSPA for its backend DSP work, specifically the swh plugins created by Steve Harris.
    Steve is the JAMin principle author and team leader.

    • My jamin-0.9.0 RPM here
    • My jamin-0.9.0 SRPM here
    • My jackit-0.99.5 RPM here
    • My jackit-example-clients-0.99.5 RPM here
    • My libjack0-0.99.5 RPM here
    • My libjack0-devel-0.99.5 RPM here
    • My jackit-0.99.5 SRPM here
    • My libportaudio18_1-18.1 RPM here
    • My libportaudio18_1-18.1 RPM here
    • My portaudio-18.1 SRPM here
    • My libfftw3-3.0.1 RPM here
    • My libfftw3-devel-3.0.1 RPM here
    • My libfftw3-threads-3.0.1 RPM here
    • My libfftw3-threads-devel-3.0.1 RPM here
    • My fftw-3.0 SRPM here
    • My liblo0-0.8 RPM here
    • My liblo0-devel-0.8 RPM here
    • My liblo-0.8 SRPM here

    Nyquist is a language for sound synthesis and music composition.
    Unlike score languages that tend to deal only with
    events, or signal processing languages that tend to deal only with
    signals and synthesis, Nyquist handles both in a single integrated
    system. Nyquist is also flexible and easy to use because it is based
    on an interactive Lisp interpreter.

    • nyquist-2.29 RPM here
    • nyquist-2.29 SRPM here

    Qjackctl is a simple Qt application to control the JACK sound server daemon,
    specific for the Linux Audio Desktop infrastructure.

    • My qjackctl-0.2.12a RPM here
    • My qjackctl-0.2.12a SRPM here

    Jack-Rack is an effects "rack" for the JACK low latency audio API.
    The rack can be filled with LADSPA effects plugins. It's phat; it turns your computer into an effects box.
    Jackit is a low-latency audio server, written for POSIX conformant operating systems.
    Portaudio is a free, cross platform, open-source, audio I/O library.
    It lets you write simple audio programs in 'C' that will compile and run on many platforms including Windows, Macintosh (8,9,X), Unix (OSS), SGI, and BeOS.
    LASH Audio Session Handler (LASH) is a session management system for JACK and ALSA audio applications on GNU/Linux.
    Qjackconnect is a QT based patchbay for the JACK Audio Connection Kit (jackit).
    liblrdf is a library to make it easy to manipulate RDF files describing LADSPA plugins.Built on Raptor.
    Raptor contains the Redland RDF Parser that reads RDF encoded in XML.

    • My jack-rack-1.4.3 RPM here
    • My jack-rack-1.4.3 SRPM here
    • My qjackconnect-0.0.3b RPM here
    • My qjackconnect-0.0.3b SRPM here
    • My jackit-0.99.5 RPM here
    • My jackit-example-clients-0.99.5 RPM here
    • My libjack0-0.99.5 RPM here
    • My libjack0-devel-0.99.5 RPM here
    • My jackit-0.99.5 SRPM here
    • My libportaudio18_1-18.1 RPM here
    • My libportaudio18_1-18.1 RPM here
    • My portaudio-18.1 SRPM here
    • My liblrdf2-0.3.7 RPM here
    • My liblrdf2-devel-0.3.7 RPM here
    • My liblrdf2-0.3.7 SRPM here
    • My raptor-1.3.1 RPM here
    • My libraptor1-1.3.1 RPM here
    • My libraptor1-devel-1.3.1 RPM here
    • My raptor-1.3.1 SRPM here
    • My ladcca-0.4.0 RPM here
    • My libladcca2-0.4.0 RPM here
    • My libladcca2-devel-0.4.0 RPM here

    Csound is a software synthesis program. But more than that, Csound doesn't
    suffer the same kinds of limitations that other software & hardware
    synthesizers have. There are no limits to the amount of oscillators or filters
    one can use. Csound is also completely modular, so that any function
    in Csound can be used in an array of ways.
    This is built from Istvan Varga's optimized Csound.
    Built with shared libs.

    • My Csound-4.24.1 RPM here
    • My libCsound0-4.24.1 RPM here
    • My libCsound0-devel-4.24.1 RPM here
    • My Csound-4.24.1 SRPM here
    • My libfftw3-3.0.1 RPM here
    • My libfftw3-devel-3.0.1 RPM here
    • My libfftw3-threads-3.0.1 RPM here
    • My libfftw3-threads-devel-3.0.1 RPM here
    • My fftw-3.0.1 SRPM here

    Cecilia is a graphic user interface for the sound synthesis and sound processing package CSound.
    Cecilia enables the user to build very quickly graphic interfaces with
    sliders and curves to control CSound intruments.
    It is also an editor to CSound with syntax highlighting and
    a built-in reference. Cecilia is also a great tool to explore
    the parameters of a new opcode in an interactive and intuitive way.
    New version with alot of Mandrake fixes.
    Added cecilia-2.0.6 cvs040305
    It works perfectly with newer versions of csound like csound 4.24.1

    • My cecilia-2.0.6 cvs040305 RPM here
    • My cecilia-2.0.6 cvs040305 SRPM here

    Jcsound a jack-audio and alsa-sequencer client wrapper for csound.
    It requires csound to be installed as a shared library.

    • My jcsound-0.2c RPM here
    • My jcsound-0.2c SRPM here
    • My jackit-0.99.5 RPM here
    • My jackit-example-clients-0.99.5 RPM here
    • My libjack0-0.99.5 RPM here
    • My libjack0-devel-0.99.5 RPM here
    • My jackit-0.99.5 SRPM here
    • My libportaudio18_1-18.1 RPM here
    • My libportaudio18_1-18.1 RPM here
    • My portaudio-18.1 SRPM here

    Didgeridoo is a voice controlled resonance instrument for the jack-audio-connection-kit.
    This is the alsa version not jackified.

    • My didgeridoo-0.0.1 RPM here
    • My didgeridoo-0.0.1 SRPM here

    RTSynth a midi event triggered real time synth for Linux.
    This is the alsa version not jackified.

    • My rtsynth-1.9.2 RPM here
    • My rtsynth-1.9.2 SRPM here
    • My jackit-0.99.5 RPM here
    • My jackit-example-clients-0.99.5 RPM here
    • My libjack0-0.99.5 RPM here
    • My libjack0-devel-0.99.5 RPM here
    • My jackit-0.99.5 SRPM here
    • My libportaudio18_1-18.1 RPM here
    • My libportaudio18_1-18.1 RPM here
    • My portaudio-18.1 SRPM here

    Qsynth is a fluidsynth GUI front-end application.

    • My qsynth-0.2.2 RPM here
    • My qsynth-0.2.2 SRPM here

    Fluidsynth is a real-time software synthesizer based on the Soundfont2 specifications.
    It is a "software sampler".
    Note: FluidSynth was previously called IIWU Synth.

    • My fluidsynth-1.0.5 RPM here
    • My libfluidsynth1-1.0.5 RPM here
    • My libfluidsynth1-devel-1.0.5 RPM here
    • My fluidsynth-1.0.5 SRPM here
    • My jackit-0.99.5 RPM here
    • My jackit-example-clients-0.99.5 RPM here
    • My libjack0-0.99.5 RPM here
    • My libjack0-devel-0.99.5 RPM here
    • My jackit-0.99.5 SRPM here
    • My libportaudio18_1-18.1 RPM here
    • My libportaudio18_1-18.1 RPM here
    • My portaudio-18.1 SRPM here
    • My ladcca-0.4.0 RPM here
    • My libladcca2-0.4.0 RPM here
    • My libladcca2-devel-0.4.0 RPM here

    Swami Sample Waveforms and Audio for Magical Instruments - is an instrument patch editor
    with plans to be much more. It currently allows editing of SoundFont files and
    uses iiwusynth for software synthesis, so pretty much any sound card can be used.
    iiwusynth gives us real time effect control and SoundFont 2.01 modulator support for
    controlling effects in real time with MIDI controls.

    • My swami-0.9.2 RPM here
    • My libswami0-0.9.2 RPM here
    • My libswami0-devel-0.9.2 RPM here
    • My swami-0.9.2 SRPM here
    • My fluidsynth-1.0.5 RPM here
    • My libfluidsynth1-1.0.5 RPM here
    • My libfluidsynth1-devel-1.0.5 RPM here
    • My fluidsynth-1.0.5 SRPM here

    Muse is a MIDI/Audio sequencer with recording and editing capabilities.
    Some Highlights:
    * standard midifile (smf) import-/export
    * organizes songs in tracks and parts which you can arrange with the part editor
    * midi editors: pianoroll, drum, list, controller
    * score editor with high quality postscript printer output
    * realtime: editing while playing
    * unlimited number of open editors
    * unlimited undo/redo
    * realtime and step-recording
    * multiple midi devices
    * unlimited number of tracks
    * audio playback/recording
    This is not the same version as in cooker contrib, this version
    is compiled with fluidsynth, jackit-0.99.5 ,graphviz and ladcca-0.4.0 support.
    This version is also compiled with fst support.
    Added wrapper that sets the needed vst varable.
    fst vst plugin libfst makes vst-instruments located in ~/vstplugins appear in the softsynth dialog box.

    • My muse-0.7.0 RPM here
    • My libmuse0-0.7.0 RPM here
    • My libmuse0-static-0.7.0 RPM here
    • My muse-0.7.0 SRPM here
    • My fluidsynth-1.0.5 RPM here
    • My libfluidsynth1-1.0.5 RPM here
    • My libfluidsynth1-devel-1.0.5 RPM here
    • My fluidsynth-1.0.5 SRPM here
    • My jackit-0.99.5 RPM here
    • My jackit-example-clients-0.99.5 RPM here
    • My libjack0-0.99.5 RPM here
    • My libjack0-devel-0.99.5 RPM here
    • My jackit-0.99.5 SRPM here
    • My libportaudio18_1-18.1 RPM here
    • My libportaudio18_1-18.1 RPM here
    • My portaudio-18.1 SRPM here
    • My ladcca-0.4.0 RPM here
    • My libladcca2-0.4.0 RPM here
    • My libladcca2-devel-0.4.0 RPM here
    • My libfst0-1.6 RPM here
    • My libfst0-devel-1.6 RPM here
    • My fst-1.6 SRPM here
    • wine-20040505 RPM here
    • wine-utils-20040505 RPM here
    • libwine1-20040505 RPM here
    • libwine1-capi-20040505 RPM here
    • libwine1-twain-20040505 RPM here
    • libwine1-devel-20040505 RPM here
    • wine-20040505 SRPM here

    Pd is a free real-time computer music software package resembling Max.
    To start pd just type ``pd'' in the command line. This version of pd will use by default the alsa sound driver.
    Type ``pd -oss'' to force it to use the alsa oss emulation layer.
    Pd now has jack support, just type ``pd -jack'' to connect to an already running jack server (Jack is the Jack Audio Connection Kit).

    • My pd-0.37.1 cvs20040906 RPM here
    • My pd-devel-0.37.1 cvs20040906 RPM here
    • My pd-0.37.1 cvs20040906 SRPM here

    Chaos A set of objects for PD which calculate various "Chaotic Attractors";
    including: lorenz, rossler, henon, ikeda, attract1, base, base3, dejong, gingerbreadman, hopalong, latoocarfian,
    latoomutalpha, latoomutbeta, latoomutgamma, logistic, lotka_volterra, martin, mlogistic, pickover, popcorn,
    quadruptwo, standardmap, strange1, tent, three_d, threeply, tinkerbell and unity.'
    Start pd with "-lib chaos".

    • My pd-chaos-0.2003.12.22 RPM here
    • My pd-chaos-0.2003.12.22 SRPM here

    Creb is a collection of pd externals. My bag of tricks.
    Start pd with "-lib creb -lib zexy".

    • My pd-creb-0.9.0-0.20030912 RPM here
    • My pd-creb-0.9.0-0.20030912 SRPM here

    Cxc Many useful externals.
    Start pd with "-lib cxc -lib zexy".

    • My pd-cxc-0.05-0.20030730 RPM here
    • My pd-cxc-0.05-0.20030730 SRPM here

    Dyn dynamic object management for PD.
    Start pd with "-lib dyn".

    • My pd-dyn-0.1.0-0.20031211 RPM here
    • My pd-dyn-0.1.0-0.20031211 SRPM here

    FFTease A set of Live Spectral Processors.
    Start pd with "-lib fftease".

    • My pd-fftease-0.0.0-0.20031128 RPM here
    • My pd-fftease-0.0.0-0.20031128 SRPM here

    Fluid is an external built around the free fluidsynth soundfont synthesizer available on www.fluidsynth.org.
    Soundfonts collect digitally sampled instruments.
    Fluid converts Pd or (x)Max to a fullblown orchestra with just a single external.

    • My pd-fluid-0.2003.12.10 RPM here
    • My pd-fluid-0.2003.12.10 SRPM here

    Gem is the Graphics Environment for Multimedia.
    It was written by Mark Danks to generate real-time computer graphics, especially for audio-visual compositions.
    Because GEM is a visual programming environment, users do not need any experience in traditional computer languages.
    GEM is a collection of externals which allow the user to create OpenGL graphics within Pd.
    To load the Gem library add ``-lib Gem'' to the pd command line.

    • My gem-0.90.0 RPM here
    • My gem-0.90.0 SRPM here
    • My libftgl0-2.0.9 RPM here
    • My libftgl0-devel-2.0.9 RPM here
    • My ftgl-2.0.9 SRPM here

    Ggee is a collection of externals.
    They serve different purposes, ranging from objects for building a simple User interface for pd patches,
    to objects interfacing Perry Cooks STK, streaming audio over the LAN, Filter implementations and other.

    • My ggee-0.24 RPM here
    • My ggee-0.24 SRPM here

    Idelay interpolating delay using flext layer.
    Start pd with "-lib idelay".

    • My pd-idelay-0.2003.07.08 RPM here
    • My pd-idelay-0.2003.07.08 SRPM here

    IEMLIB is an extension for the computer music/multimedia programming environment Pure Data (pd)
    consisting of many highly configurable graphical user interfaces (such as horizonal and vertical sliders,
    vu-meter, toggles and radiobuttons) and of many signal processing and conversion utilities.
    To load all the Iem libraries add ``-lib iemlib1 -lib iemlib2 -lib iem_t3_lib -lib iem_mp3'' to the Pd command line or your .pdrc.
    Go to ``Help'', ``Pure Documentation'', ``5.reference'' and ``iemhelp''.
    Click on 7_guis-INTRO.pd for an overall view of what is available.

    • My iemlib-1.15 RPM here
    • My iemlib-1.15 SRPM here

    PeRColate is a library originally written for Max/MSP and Nato by Dan Trueman and others.
    It is a (partial) port of the Synthesis Toolkit (STK) by Perry Cook.
    It includes a variety of synthesis objects, including physical modeling, modal and PhISM (Physically Inspired Sonic Modeling) class instruments.
    There are also some other objects, some of them coming from RTcmix.

    • My percolate-0.09 RPM here
    • My percolate-0.09 SRPM here

    SyncGrain implements synchronous granular synthesis.
    The source sound for the grains is obtained by reading a function table containing the samples of the source waveform.
    The grain generator has full control of frequency (grains/sec), overall amplitude, grain pitch (a sampling increment) and grain size (in millisecs).

    • My pd-syncgrain-0.2003.04.03 RPM here
    • My pd-syncgrain-0.2003.04.03 SRPM here

    pd-flext C++ layer for Max/MSP and pd (pure data) externals.

    • My pd-flext-0.4.5 RPM here
    • My pd-flext-0.4.5 SRPM here

    Pd-ZEXY is a compilation of some of my externals I hope it might be useful...
    To load the Zexy library add ``-lib zexy'' to the Pd command line or to your .pdrc.
    Go to ``Help'', ``Pure Documentation'', ``5.reference'' and ``zexy''.
    Click on 0.INTRO.txt for a list of externals included in the library.

    • My pd-zexy-1.3 RPM here
    • My pd-zexy-1.3 SRPM here

    SndObj (Sound Object Library) is an object-oriented audio processing library.
    It provides objects for synthesis and processing of sound that can be used to build applications for computer-generated music.
    The core code, including soundfile and text input/output, is fully portable across Windows/UNIX/MacOS platforms.

    • My sndobj-2.5.1 RPM here
    • My sndobj-2.5.1 SRPM here

    Synthesis ToolKit in C++ (STK) is a set of open source audio signal processing and algorithmic synthesis classes written in C++.
    STK was designed to facilitate rapid development of music synthesis and audio
    processing software, with an emphasis on cross-platform functionality,
    realtime control, ease of use, and educational example code.
    The Synthesis ToolKit is extremely portable (it's mostly platform-independent C and C++
    code), and it's completely user-extensible (all source included, no unusual
    libraries, and no hidden drivers).

    • My stk-4.1.3 RPM here
    • My stk-4.1.3 SRPM here
    • My jackit-0.99.5 RPM here
    • My jackit-example-clients-0.99.5 RPM here
    • My libjack0-0.99.5 RPM here
    • My libjack0-devel-0.99.5 RPM here
    • My jackit-0.99.5 SRPM here
    • My libportaudio18_1-18.1 RPM here
    • My libportaudio18_1-18.1 RPM here
    • My portaudio-18.1 SRPM here

    VSTServer is a wine program that must be running when using programs
    using vstlib.
    Vstlib libvst is a library that can be used by programs to run windows
    vst audio plugins under linux/freebsd/i386solaris/etc.
    vst ladspa plugin libladspavst makes vst plugins located in /usr/lib/wine appear as ladspa plugins.
    k_vst~, a Pd tilde object for hosting VST plug-ins.This replaces the old plugin~.
    Wine im using the Mandrake 10.0 version now.

    SnapshotThis is a picture of PD in Linux running two GRM tools
    plugins using the vst k_vst~ object, and the NorthPole
    plugin using the ladspa plugin~ object, in realtime. And
    much smoother than it would do in windows (of course).

    • My vstserver-0.3.1 RPM here
    • My libvst-0.3.1 RPM here
    • My libvst-devel-0.3.1 RPM here
    • My vstserver-0.3.1 SRPM here
    • My vsti-0.0.3 RPM here
    • My vsti-0.0.3 SRPM here
    • My libladspavst-0.1.6 RPM here
    • My libladspavst-0.1.6 SRPM here
    • My k_vst~-0.2.6 RPM here
    • My k_vst~-devel-0.2.6 RPM here
    • My plugin~-0.2 RPM here
    • My k_vst~-0.2.6 SRPM here
    • wine-20040505 RPM here
    • wine-utils-20040505 RPM here
    • libwine1-20040505 RPM here
    • libwine1-capi-20040505 RPM here
    • libwine1-twain-20040505 RPM here
    • libwine1-devel-20040505 RPM here
    • wine-20040505 SRPM here
    • My jackit-0.99.5 RPM here
    • My jackit-example-clients-0.99.5 RPM here
    • My libjack0-0.99.5 RPM here
    • My libjack0-devel-0.99.5 RPM here
    • My jackit-0.99.5 SRPM here
    • My libportaudio18_1-18.1 RPM here
    • My libportaudio18_1-18.1 RPM here
    • My portaudio-18.1 SRPM here

    Ceres a greatly updated new version (0.37) from Kjetil S. Matheussen.
    Ceres3 is a cut-and-paste spectral editor with musically enhanced
    graphic control over spectral activity of a sound file. It is a free
    educational program with no other aims, and it owes most of its
    framework to Oyvind Hammer's Ceres and Jonathan Lee's Ceres2. It has
    an X-window Motif/Lesstif based GUI, organized around four principal
    menus with simple keyboard shortcuts.

    • My ceres-0.40 RPM here
    • My libceres-0.40 RPM here
    • My ceres-0.40 SRPM here

    Mammut will FFT your sound in one single gigantic analysis (no windows).
    These spectral data, where the development in time is incorporated in
    mysterious ways, may then be transformed by different algorithms prior
    to resynthesis. An interesting aspect of Mammut is its completely non-intuitive
    sound transformation approach.

    • My mammut-0.17 RPM here
    • My libmammut-0.17 RPM here
    • My mammut-0.17 SRPM here

    Ardour Ardour is a multichannel hard disk recorder (HDR) and digital audio workstation (DAW).
    It is capable of simultaneous recording 24 or more channels of 32 bit audio at 48kHz.
    Ardour is intended to function as a "professional" HDR system, replacing dedicated hardware solutions such as the Mackie HDR,
    the Tascam 2424 and more traditional tape systems like the Alesis ADAT series.
    It is also intended to provide the same or better functionality as proprietary software DAWs such as ProTools, Samplitude, Logic Audio,
    Nuendo and Cubase VST (we acknowledge these and all other names as trademarks of their respective owners).
    It supports MIDI Machine Control, and so can be controlled from any MMC controller, such as the Mackie Digital 8 Bus mixer and many other modern digital mixers.
    The new files written by ardour will be unusable with just about any other linux software,
    they will work with "pro" audio apps that support BWF(BROADBAND WAVE FORMAT) (eg. logic, protools etc.)-bwf version
    To use ardour with other Linux apps use the native format (WAVE FORMAT support).
    You choose which format to use from the settings dialog
    Added ardour-0.9cvs041014 RPMS.

    The version that i have online is compiled without vst support on request by Paul Davis.
    To enable vst support Download the src.rpm and make a rpm --rebuild its enabled by default.

    Added wrapper that sets the needed vst varable.
    fst vst plugin libfst makes vst-instruments located in ~/vstplugins appear in ardour.

    • My ardour-0.9cvs041014 RPM here
    • My libardour-0.9cvs041014 RPM here
    • My libardour-devel-0.9cvs041014 RPM here
    • My ksiardour-0.9cvs041014 RPM here
    • My ardour-pixmaps-0.9cvs041014 RPM here
    • My ardour-0.9cvs041014 SRPM here
    • My ardour-0.9beta19 RPM here
    • My libardour-0.9beta19 RPM here
    • My libardour-devel-0.9beta19 RPM here
    • My ksiardour-0.9beta19 RPM here
    • My ardour-pixmaps-0.9beta19 RPM here
    • My ardour-0.9beta19 SRPM here
    • My jackit-0.99.5 RPM here
    • My jackit-example-clients-0.99.5 RPM here
    • My libjack0-0.99.5 RPM here
    • My libjack0-devel-0.99.5 RPM here
    • My jackit-0.99.5 SRPM here
    • My libportaudio18_1-18.1 RPM here
    • My libportaudio18_1-18.1 RPM here
    • My portaudio-18.1 SRPM here
    • My liblrdf2-0.3.7 RPM here
    • My liblrdf2-devel-0.3.7 RPM here
    • My liblrdf2-0.3.7 SRPM here
    • My raptor-1.3.1 RPM here
    • My libraptor1-1.3.1 RPM here
    • My libraptor1-devel-1.3.1 RPM here
    • My raptor-1.3.1 SRPM here
    • My libfst0-1.6 RPM here
    • My libfst0-devel-1.6 RPM here
    • My fst-1.6 SRPM here
    • My jack_fst-1.2 RPM here
    • My jack_fst-1.2 SRPM here
    • wine-20040505 RPM here
    • wine-utils-20040505 RPM here
    • libwine1-20040505 RPM here
    • libwine1-capi-20040505 RPM here
    • libwine1-twain-20040505 RPM here
    • libwine1-devel-20040505 RPM here
    • wine-20040505 SRPM here

    Vkeyb s a virtual keyboard for AWE, MIDI and ALSA drivers.
    It's a simple fake of a MIDI keyboard on X-windows system.
    Enjoy a music with your mouse and "computer" keyboard.

    • My vkeybd-0.1.17 RPM here
    • My vkeybd-0.1.17 SRPM here
    • My ladcca-0.4.0 RPM here
    • My libladcca2-0.4.0 RPM here
    • My libladcca2-devel-0.4.0 RPM here

    Kalsatools currently implements five applications:
    kaconnect,kwaveview,qamix annd qarecord the fifth has it own homepage.
    AlsaModularSynth is a realtime modular synthesizer and effect processor. It features

    * MIDI controlled modular software synthesis
    * Realtime effect processing with capture from e.g. "Line In" or "Mic In".
    * Full control of all synthesis and effect parameters via MIDI.

    It is possible to use (almost) any LADSPA plugin with AlsaModularSynth.
    Many commented examples and demo patches show how to use AlsaModularSynth.

    KWaveView is a realtime scope and spectrum analyzer.

    Kaconnect is a QT version of the aconnect utility for the ALSA sequencer system.

    • My ams-1.8.7 RPM here
    • My ams-1.8.7 SRPM here
    • My kaconnect-1.1.1 RPM here
    • My kaconnect-1.1.1 SRPM here
    • My qamix-0.0.7e RPM here
    • My qamix-0.0.7e SRPM here
    • My qarecord-0.0.9 RPM here
    • My qarecord-0.0.9 SRPM here
    • My jackit-0.99.5 RPM here
    • My jackit-example-clients-0.99.5 RPM here
    • My libjack0-0.99.5 RPM here
    • My libjack0-devel-0.99.5 RPM here
    • My jackit-0.99.5 SRPM here
    • My libportaudio18_1-18.1 RPM here
    • My libportaudio18_1-devel-18.1 RPM here
    • My portaudio-18.1 SRPM here
    • My libfftw2-2.1.5 RPM here
    • My libfftw2-devel-2.1.5 RPM here
    • My libfftw2-mpi-2.1.5 RPM here
    • My libfftw2-mpi-devel-2.1.5 RPM here
    • My libfftw2-threads-2.1.5 RPM here
    • My libfftw2-threads-devel-2.1.5 RPM here
    • My fftw-2.1.5 SRPM here
    • My libclalsadrv1-1.0.0 RPM here
    • My libclalsadrv1-devel-1.0.0 RPM here
    • My libclalsadrv1-1.0.0 SRPM here

    Rosegarden is an attractive, user-friendly MIDI and audio sequencer, notation editor,
    and general-purpose music composition and editing application for Unix and Linux.
    This is my Rosegarden RPMS one for arts and one for alsa and the needed tools which is not included in Mandrake10.0.
    Built with ladspa support for both arts and alsa version and also jack support for alsa version.
    I can only build the alsa version beacuse of missing kde arts headers in Mandrake 10.0.
    Added rosegarden-4-0.9.9 and dssi and liblo
    Added of rosegarden-4-1.0.0beta from cvs040921

    • My rosegarden-4-1.0.0beta_cvs040921 RPM here
    • My librosegarden0-4-alsa-1.0.0beta_cvs040921 RPM here
    • My librosegarden0-4-alsa-devel-1.0.0beta_cvs040921 RPM here
    • My Rosegarden-4-1.0.0beta_cvs040921 SRPM here
    • My Rosegarden-4-alsa-0.9.9 RPM here
    • My librosegarden0-4-alsa-0.9.9 RPM here
    • My librosegarden0-4-alsa-devel-0.9.9 RPM here
    • My Rosegarden-4-0.9.9 SRPM here
    • My jackit-0.99.5 RPM here
    • My jackit-example-clients-0.99.5 RPM here
    • My libjack0-0.99.5 RPM here
    • My libjack0-devel-0.99.5 RPM here
    • My jackit-0.99.5 SRPM here
    • My libportaudio18_1-18.1 RPM here
    • My libportaudio18_1-18.1 RPM here
    • My portaudio-18.1 SRPM here
    • My dssi-0.4 RPM here
    • My libdssi0-0.4 RPM here
    • My libdssi0-devel-0.4 RPM here
    • My dssi-0.4 SRPM here
    • My libxsynth-dssi0-0.1.0 RPM here
    • My libxsynth-dssi0-devel-0.1.0 RPM here
    • My xsynth-dssi-0.1.0 SRPM here
    • My liblo0-0.9 RPM here
    • My liblo0-devel-0.9 RPM here
    • My liblo-0.9 SRPM here
    • My dssi-vst-0.1 RPM