Nos movemos a la carpeta descomprimida:

Change to Directory uncompressed:

• cd reaper_*

Ejecutamos el instalador:

We run the installer script:

• sudo ./install-reaper.sh --install /opt --integrate-desktop --usr-local-bin-symlink --quiet

REAPER Funcionando--Running 

1. $HOME/.vst

2. $HOME/.vst3

3. /lib/vst

4. /lib/vst/carla.vst

5. /lib/vst3

6. /usr/lib/vst

7. /usr/lib/vst3

8. /usr/local/lib/vst

9. /usr/local/lib/vst3

10. $HOME/.lv2

11. /lib/lv2

12. /usr/lib/lv2

13. /usr/local/lib/lv2

14. /lib/lxvst

15. /usr/lib/lxvst

16. /lib/clap

17. /usr/lib/clap

18. /usr/local/lib/clap

Abrimos Reaper, vamos a Opciones-> Preferencias-> VST -> Edit path list Agregamos las siguientes rutas:

Open Reaper, go to Options-> Preferences-> VST -> Edit path list Add the next paths:

1. $HOME/.vst;$HOME/.vst3;/lib/vst;/lib/vst3;/lib/lxvst;/usr/lib/vst;/usr/lib/vst3;/usr/lib/lxvst;/usr/local/lib/vst;/usr/local/lib/vst3;/usr/lib/lxvst;/lib/vst/carla.vst/;

O elegimos Choose Directory  y seleccionamos cada ruta individualmente tras ello el botón Re-Scan tras esto reiniciamos Reaper y tendremos mas plugins disponibles. 

Or press Choose Directory and select every path individually then push Re-Scan button, then close and re-open Reaper now we have more plugins available.

Abrimos Reaper, vamos a Opciones-> Preferencias-> LV2/CLAP -> Edit path list Agregamos las siguientes rutas:

Open Reaper, go to Options-> Preferences-> LV2/CLAP -> Edit path list Add the next paths:

1.  /usr/lib/lv2;/usr/local/lib/lv2;$HOME/.lv2;/lib/lv2;/usr/modep/lv2;

O elegimos Choose Directory  y seleccionamos cada ruta individualmente tras ello el botón Re-Scan tras esto reiniciamos Reaper y tendremos más plugins disponibles.

Or press Choose Directory and select every path individually then push Re-Scan button, then close and re-open Reaper now we have more plugins available.

1. /usr/local/lib/clap;/usr/lib/clap;$HOME/.clap;%CLAP_PATH%;/lib/clap;/usr/local/lib/clap;

Raspberry Pi OS 64 bit:

Copiar y pegar el siguiente listado--Copy and paste the next list

1. sudo apt install -y vitalium \

2. zynaddsubfx \

3. zynaddsubfx-dssi \

4. zynaddsubfx-lv2 \

5. zynaddsubfx-vst \

6. wah-plugins \

7. swh-lv2 \

8. swankyamp \

9. swankyamp-lv2 \

10. swankyamp-vst \

11. sorcer \

12. yoshimi \

13. carla \

14. carla-lv2 \

15. helm \

16. airwindows \

17. cardinal \

18. cardinal-lv2 \

19. cardinal-vst2 \

20. cardinal-vst3 \

21. phasex \

22. lmms \

23. adlplug \

24. ams \

25. amsynth \

26. ardour \

27. drumkv1-lv2 \

28. fomp \

29. hydrogen \

30. padthv1-lv2 \

31. zam-plugins \

32. wolf-spectrum \

33. wolf-shaper \

34. teragonaudio-plugins \

35. temper \

36. shiro-plugins \

37. tal-plugins \

38. pizmidi-plugins \

39. pitcheddelay \

40. oxefmsynth \

41. obxd \

42. mda-lv2 \

43. luftikus \

44. lufsmeter \

45. linuxsampler-vst \

46. juced-plugins \

47. klangfalter \

48. juce-opl \

49. jackass \

50. hybridreverb2 \

51. easyssp \

52. drumgizmo \

53. drowaudio-plugins \

54. dpf-plugins \

55. dpf-plugins-common \

56. dpf-plugins-dssi \

57. dpf-plugins-lv2 \

58. dpf-plugins-vst \

59. distrho-plugin-ports \

60. dexed arctican-plugins \

61. vocproc \

62. tap-lv2 \

63. synthv1 \

64. synthv1-lv2 \

65. zlfo \

66. so-synth-lv2 \

67. sherlock.lv2 \

68. samplv1 \

69. samplv1-lv2 \

70. rubberband-ladspa \

71. rubberband-lv2 \

72. noise-repellent \

73. moony.lv2 \

74. mod-pitchshifter \

75. mod-distortion \

76. melmatcheq.lv2 \

77. lv2vocoder \

78. kxstudio-recommended-audio-plugins-lv2 \

79. infamous-plugins \

80. gxvoxtonebender \

81. gxplugins \

82. guitarix \

83. geonkick \

84. eq10q \

85. drmr \

86. caps-lv2 \

87. calf-plugins \

88. calf-ladspa \

89. bshapr \

90. bsequencer \

91. blop-lv2 \

92. bjumblr \

93. beatslash-lv2 \

94. abgate \

95. fabla \

96. wolpertinger \

97. iem-plugin-suite-vst \

98. cv-lfo-blender-lv2 \

99. dragonfly-reverb-lv2 \

100. dragonfly-reverb-vst \

101. invada-studio-plugins-ladspa \

102. invada-studio-plugins-lv2 \

103. ir.lv2 \

104. amb-plugins \

105. autotalent \

106. blepvco \

107. blop \

108. blop-lv2 \

109. bs2b-ladspa \

110. cmt \

111. csladspa \

112. fil-plugins \

113. mcp-plugins \

114. omins \

115. rev-plugins \

116. ste-plugins \

117. swh-plugins \

118. tap-plugins \

119. vco-plugins \

120. vlevel \

121. a2jmidid \

122. gmidimonitor \

123. jack-keyboard \

124. jackd \

125. jackd2 \

126. japa \

127. jconvolver \

128. jkmeter \

129. jmeters \

130. jnoise \

131. klick \

132. meterbridge \

133. qjackctl \

134. qjackrcd \

135. qmidiarp \

136. qtractor \

137. radium-compressor \

138. rotter \

139. fst-dev \

140. foo-yc20 \

141. freewheeling \

142. horgand \

143. muse \

144. nama \

145. gxtuner \

146. sox \

147. sweep \

148. terminatorx

149. sudo apt install -y avldrums.lv2 avldrums.lv2-soundfont

150. sudo dpkg -i --force-overwrite /var/cache/apt/archives/avldrums.lv2-soundfont*.deb

VST2 Raspberry Pi OS 64 bit:

1. cd

2. url="https://github.com/lsp-plugins/lsp-plugins/releases/latest" ; \

latest_version=$(curl -sSL $url | grep -oP '\/lsp-plugins\/lsp-plugins\/releases\/tag\/\K[0-9.]+' | head -n 1 | tr -d '\n') ; \

wget "https://github.com/lsp-plugins/lsp-plugins/releases/download/${latest_version}/lsp-plugins-vst2-${latest_version}-Linux-aarch64.tar.gz"

3. tar -xzvf lsp*.tar.gz

4. cd lsp-plugins-vst2*/

5. sudo cp -r usr/* /usr

6. cd

7. rm -rf lsp*

VST3 Raspberry Pi OS 32 bit:

1. cd

2. url="https://github.com/lsp-plugins/lsp-plugins/releases/latest" ; \

latest_version=$(curl -sSL $url | grep -oP '\/lsp-plugins\/lsp-plugins\/releases\/tag\/\K[0-9.]+' | head -n 1 | tr -d '\n') ; \

wget "https://github.com/lsp-plugins/lsp-plugins/releases/download/${latest_version}/lsp-plugins-vst3-${latest_version}-Linux-arm32.tar.gz"

3. tar -xzvf lsp*.tar.gz

4. cd lsp-plugins-vst3*/

5. sudo cp -r usr/* /usr

6. cd

7. rm -rf lsp*

VST3 Raspberry Pi OS 64 bit:

1. cd

2. url="https://github.com/lsp-plugins/lsp-plugins/releases/latest" ; \

latest_version=$(curl -sSL $url | grep -oP '\/lsp-plugins\/lsp-plugins\/releases\/tag\/\K[0-9.]+' | head -n 1 | tr -d '\n') ; \

wget "https://github.com/lsp-plugins/lsp-plugins/releases/download/${latest_version}/lsp-plugins-vst3-${latest_version}-Linux-aarch64.tar.gz"

3. tar -xzvf lsp*.tar.gz

4. cd lsp-plugins-vst3*/

5. sudo cp -r usr/* /usr

6. cd

7. rm -rf lsp*

LV2 Raspberry Pi OS 32 bit:

1. cd

2. url="https://github.com/lsp-plugins/lsp-plugins/releases/latest" ; \

latest_version=$(curl -sSL $url | grep -oP '\/lsp-plugins\/lsp-plugins\/releases\/tag\/\K[0-9.]+' | head -n 1 | tr -d '\n') ; \

wget "https://github.com/lsp-plugins/lsp-plugins/releases/download/${latest_version}/lsp-plugins-lv2-${latest_version}-Linux-arm32.tar.gz"

3. tar -xzvf lsp*.tar.gz

4. cd lsp-plugins-lv2*/

5. sudo cp -r usr/* /usr

6. cd

7. rm -rf lsp*

LV2 Raspberry Pi OS 64 bit:

1. cd

2. url="https://github.com/lsp-plugins/lsp-plugins/releases/latest" ; \

latest_version=$(curl -sSL $url | grep -oP '\/lsp-plugins\/lsp-plugins\/releases\/tag\/\K[0-9.]+' | head -n 1 | tr -d '\n') ; \

wget "https://github.com/lsp-plugins/lsp-plugins/releases/download/${latest_version}/lsp-plugins-lv2-${latest_version}-Linux-aarch64.tar.gz"

3. tar -xzvf lsp*.tar.gz

4. cd lsp-plugins-lv2*/

5. sudo cp -r usr/* /usr

6. cd

7. rm -rf lsp*

JACK Raspberry Pi OS 32 bit:

1. cd

2. url="https://github.com/lsp-plugins/lsp-plugins/releases/latest" ; \

latest_version=$(curl -sSL $url | grep -oP '\/lsp-plugins\/lsp-plugins\/releases\/tag\/\K[0-9.]+' | head -n 1 | tr -d '\n') ; \

wget "https://github.com/lsp-plugins/lsp-plugins/releases/download/${latest_version}/lsp-plugins-jack-${latest_version}-Linux-arm32.tar.gz"

3. tar -xzvf lsp*.tar.gz

4. cd lsp-plugins-jack*/

5. sudo cp -r usr/* /usr

6. cd

7. rm -rf lsp*

JACK Raspberry Pi OS 64 bit:

1. cd

2. url="https://github.com/lsp-plugins/lsp-plugins/releases/latest" ; \

latest_version=$(curl -sSL $url | grep -oP '\/lsp-plugins\/lsp-plugins\/releases\/tag\/\K[0-9.]+' | head -n 1 | tr -d '\n') ; \

wget "https://github.com/lsp-plugins/lsp-plugins/releases/download/${latest_version}/lsp-plugins-jack-${latest_version}-Linux-aarch64.tar.gz"

3. tar -xzvf lsp*.tar.gz

4. cd lsp-plugins-jack*/

5. sudo cp -r usr/* /usr

6. cd

7. rm -rf lsp*

LADSPA Raspberry Pi OS 32 bit:

1. cd

2. url="https://github.com/lsp-plugins/lsp-plugins/releases/latest" ; \

latest_version=$(curl -sSL $url | grep -oP '\/lsp-plugins\/lsp-plugins\/releases\/tag\/\K[0-9.]+' | head -n 1 | tr -d '\n') ; \

wget "https://github.com/lsp-plugins/lsp-plugins/releases/download/${latest_version}/lsp-plugins-ladspa-${latest_version}-Linux-arm32.tar.gz"

3. tar -xzvf lsp*.tar.gz

4. cd lsp-plugins-ladspa*/

5. sudo cp -r usr/* /usr

6. cd

7. rm -rf lsp*

LADSPA Raspberry Pi OS 64 bit:

1. cd

2. url="https://github.com/lsp-plugins/lsp-plugins/releases/latest" ; \

latest_version=$(curl -sSL $url | grep -oP '\/lsp-plugins\/lsp-plugins\/releases\/tag\/\K[0-9.]+' | head -n 1 | tr -d '\n') ; \

wget "https://github.com/lsp-plugins/lsp-plugins/releases/download/${latest_version}/lsp-plugins-ladspa-${latest_version}-Linux-aarch64.tar.gz"

3. tar -xzvf lsp*.tar.gz

4. cd lsp-plugins-ladspa*/

5. sudo cp -r usr/* /usr

6. cd

7. rm -rf lsp*

CLAP Raspberry Pi OS 32 bit:

1. cd

2. url="https://github.com/lsp-plugins/lsp-plugins/releases/latest" ; \

latest_version=$(curl -sSL $url | grep -oP '\/lsp-plugins\/lsp-plugins\/releases\/tag\/\K[0-9.]+' | head -n 1 | tr -d '\n') ; \

wget "https://github.com/lsp-plugins/lsp-plugins/releases/download/${latest_version}/lsp-plugins-clap-${latest_version}-Linux-arm32.tar.gz"

3. tar -xzvf lsp*.tar.gz

4. cd lsp-plugins-clap*/

5. sudo cp -r usr/* /usr

6. cd

7. rm -rf lsp*

Ahora listamos los paquetes necesarios que requerimos para la compilación:

Now we ar ready to get the necessary dependencies for compile properly:

• grep apt-get azure-pipelines.yml

Nos mencionará los paquetes a instalar, los seleccionamos y pegamos en la terminal todos juntos y presionamos Enter para que comience la instalación:

The previous command tells us, that we need to install all this packages, so just copy the result from the Terminal and paste in the same Terminal:

1. sudo apt-get update

2. sudo apt-get install -y libgtk-3-dev

3. sudo apt-get install -y libwebkit2gtk-4.0

4. sudo apt-get install -y libwebkit2gtk-4.0-dev

5. sudo apt-get install -y libcurl4-openssl-dev

6. sudo apt-get install -y alsa

7. sudo apt-get install -y alsa-tools

8. sudo apt-get install -y libasound2-dev

9. sudo apt-get install -y libjack-dev

10. sudo apt-get install -y libfreetype6-dev

11. sudo apt-get install -y libxinerama-dev

12. sudo apt-get install -y libxcb-xinerama0

13. sudo apt-get install -y libxinerama1

14. sudo apt-get install -y x11proto-xinerama-dev

15. sudo apt-get install -y libxrandr-dev

16. sudo apt-get install -y libgl1-mesa-dev

17. sudo apt-get install -y libxcursor-dev

18. sudo apt-get install -y libxcursor1

19. sudo apt-get install -y libxcb-cursor-dev

20. sudo apt-get install -y libxcb-cursor0

21. sudo apt-get install -y --fix-missing

También debemos instalar requerimientos propios de cualquier compilación:

We need to install common requirements of normal compilation too:

1. sudo apt install -y build-essential \

2. libcairo-dev \

3. libxkbcommon-x11-dev \

4. libxkbcommon-dev \

5. libxcb-cursor-dev \

6. libxcb-keysyms1-dev \

7. libxcb-util-dev \

8. libxrandr-dev \

9. libxinerama-dev \

10. libxcursor-dev \

11. libasound2-dev \

12. libjack-jackd2-dev \

13. cmake

Ahora si, a construir Surge:

We are ready, now build Surge:

1. cd

2. cd surge

3. ./build-linux.sh build

Esto toma tiempo unos 10 minutos así que vamos por un cafe. Al finalizar la compilación realizamos la instalación en nuestro sistema:

This take like 10 minutes easily, go for a coffee or see the sun. When the compilation finished, we will install what we've compiled in our system:

1. sudo ./build-linux.sh install

2. rm -rf ../surge

3. cd

Solo nos queda realizar el overclock ya que satura un poco el sonido por exceso de uso del CPU, vamos a ello:

Only rest make a little overclock, because sature the sound for excess of CPU usage, so lets overclock:

Pi OS Bullseye:

• sudo nano /boot/config.txt

Pi OS Bookworm:

1. sudo nano /boot/firmware/config.txt

Agregamos al final del archivo las siguientes líneas (NO HAGAS ESTO EN PI5):

To the end of the file we will add the next lines (DONT USE THIS ON PI5):

1. #Overclock para Surge

2. arm_freq=2000

3. over_voltage=8

Raspberry Pi OS 64bit Bookworm:

1. cd

2. sudo apt install -y build-essential \

3. libcairo-dev \

4. libxkbcommon-x11-dev \

5. libxkbcommon-dev \

6. libxcb-cursor-dev \

7. libxcb-keysyms1-dev \

8. libxcb-util-dev \

9. libxrandr-dev \

10. libxinerama-dev \

11. libxcursor-dev \

12. libasound2-dev \

13. libjack-jackd2-dev \

14. cmake

15. git clone https://github.com/surge-synthesizer/surge.git

16. cd surge

17. git submodule update --init --recursive

18. sudo apt install -y clang

19. cmake -Bignore/s13clang -DCMAKE_C_COMPILER=clang -DCMAKE_CXX_COMPILER=clang++

20. cmake --build ignore/s13clang --target surge-xt_Standalone --parallel 3

21. cd

22. cd surge

23. cd ignore

24. cd s13clang

25. sudo make install

Compilamos CMake -- Compile CMake:

1. cd

2. sudo apt update

3. sudo apt install -y libssl-dev

4. url="https://github.com/Kitware/CMake/releases/latest/" ; \

CMAKE=$(curl -sSL $url | grep -o 'tag/v[0-9.]*' | head -n 1 | cut -d '/' -f 2 | sed 's/^v//') ; \

wget -c "https://github.com/Kitware/CMake/releases/download/v${CMAKE}/cmake-${CMAKE}.tar.gz"

5. tar -xf cmake*.tar.gz

6. cd cmake*/

7. ./bootstrap

8. gmake

9. sudo make install

10. rm -rf $HOME/cmake*/

11. rm $HOME/cmake*.gz

Now Compile Stochas

Raspberry Pi OS 32 bit:

1. cd

2. sudo apt update

3. sudo apt-get install -y git \

4. build-essential \

5. libgtk-3-dev \

6. libwebkit2gtk-4.0 \

7. libwebkit2gtk-4.0-dev \

8. libcurl4-openssl-dev \

9. alsa-tools \

10. libasound2-dev \

11. libjack-dev \

12. libfreetype6-dev \

13. libxinerama-dev \

14. libxcb-xinerama0 \

15. libxinerama1 \

16. x11proto-xinerama-dev \

17. libxrandr-dev \

18. libgl1-mesa-dev \

19. libxcursor-dev \

20. libxcursor1 \

21. libxcb-cursor-dev \

22. libxcb-cursor0

23. git clone https://github.com/surge-synthesizer/stochas.git

24. cd stochas/

25. git submodule update --depth 1 --init --recursive

26. export SVER=`cat VERSION`

27. export GH=`git log -1 --format=%h`

28. echo "Version ${SVER} hash ${GH}"

29. cmake -Bbuild -DSTOCHAS_VERSION=${SVER}

30. cmake --build build --config Release

31. cp -rf $HOME/stochas/build/stochas_artefacts/VST3/Stochas.vst3 $HOME/.vst3

32. rm -rf $HOME/stochas

33. cd

Raspberry Pi OS Buster 64bit:

1. cd

2. sudo apt update

3. sudo apt-get install -y git \

4. build-essential \

5. libgtk-3-dev \

6. libwebkit2gtk-4.0 \

7. libwebkit2gtk-4.0-dev \

8. libcurl4-openssl-dev \

9. alsa-tools \

10. libasound2-dev \

11. libjack-dev \

12. libfreetype6-dev \

13. libxinerama-dev \

14. libxcb-xinerama0 \

15. libxinerama1 \

16. x11proto-xinerama-dev \

17. libxrandr-dev \

18. libgl1-mesa-dev \

19. libxcursor-dev \

20. libxcursor1 \

21. libxcb-cursor-dev \

22. libxcb-cursor0

23. git clone https://github.com/surge-synthesizer/stochas.git

24. cd stochas/

25. git submodule update --depth 1 --init --recursive

26. export SVER=`cat VERSION`

27. export GH=`git log -1 --format=%h`

28. echo "Version ${SVER} hash ${GH}"

29. cmake -Bbuild -DSTOCHAS_VERSION=${SVER}

30. cmake --build build --config Release

31. cp -rf $HOME/stochas/build/stochas_artefacts/VST3/Stochas.vst3 $HOME/.vst3

32. rm -rf $HOME/stochas

33. cd

Raspberry Pi OS 64 bit:

1. sudo apt install -y libjack-jackd2-dev

Note:

If the newest version does not work for your setup, get the previous from GitHub repo.

Raspberry Pi OS 32 bit:

1. cd

1. url="https://github.com/cfillion/reapack/releases/latest/" ; \

latest_version=$(curl -sSL $url | grep -o 'tag/v[0-9.]*' | head -n 1 | cut -d '/' -f 2 | sed 's/^v//') ; \

wget -c "https://github.com/cfillion/reapack/releases/download/v${latest_version}/reaper_reapack-armv7l.so"

2. cp reaper_reapack*.so $HOME/.config/REAPER/UserPlugins/

3. rm reaper_reapack*.so

Raspberry Pi OS 64 bit:

1. cd

2. url="https://github.com/cfillion/reapack/releases/latest/" ; \

latest_version=$(curl -sSL $url | grep -o 'tag/v[0-9.]*' | head -n 1 | cut -d '/' -f 2 | sed 's/^v//') ; \

wget -c "https://github.com/cfillion/reapack/releases/download/v${latest_version}/reaper_reapack-aarch64.so"

3. cp reaper_reapack*.so $HOME/.config/REAPER/UserPlugins/

4. rm reaper_reapack*.so

Raspberry Pi OS 64 bit:

1. cd $HOME/.config/REAPER/

2. url="https://standingwaterstudios.com/" ; \

curl -sSL "$url" > p.html ; \

download=$(awk -F'"' '/download\/featured\/sws-[0-9.]*-Linux-aarch64.tar.xz/ {print $2; exit}' p.html) ; \

full_url="${url}${download}" ; \

wget -c "${full_url}"

3. rm p.html

4. tar -Jxvf sws*.tar.xz

5. rm sws*

6. cd

Experimental Pre-Release 2024:

Raspberry Pi OS 32 bit:

1. cd $HOME/.config/REAPER/

2. url="https://www.sws-extension.org/download/pre-release/" ; \

html_content=$(curl -sSL "$url") \

download=$(echo "$html_content" | grep -m 1 -oE '<a href="([^"]+\.tar\.xz)">sws-[0-9.]+-Linux-armv7l-[0-9a-f]+\.tar\.xz</a>' | sed -E 's/<a href="([^"]+)".*/\1/')  ; \

full_url="${url}${download}" ; \

wget -c "${full_url}"

3. tar -Jxvf sws*.tar.xz

4. rm sws*

5. cd

Raspberry Pi OS 64 bit:

1. cd $HOME/.config/REAPER/

2. url="https://www.sws-extension.org/download/pre-release/" ; \

html_content=$(curl -sSL "$url") ; \

download=$(echo "$html_content" | grep -m 1 -oE '<a href="([^"]+\.tar\.xz)">sws-[0-9.]+-Linux-aarch64-[0-9a-f]+\.tar\.xz</a>' | sed -E 's/<a href="([^"]+)".*/\1/')  ; \

full_url="${url}${download}" ; \

wget -c "${full_url}"

3. tar -Jxvf sws*.tar.xz

4. rm sws*

5. cd

Necesitamos agregar el Repositorio de Tukan Studios a ReaPack

Abrimos REAPER vamos al nuevo menu Extensions -> ReaPack -> Import repositories.. y pegamos la siguiente linea en la caja de texto y aceptamos pulsandod OK

We need to add the Tukan Studios's Repository to ReaPack:

Open REAPER go to the new menu Extensions -> ReaPack -> Import repositories.. and paste the next line n the box, then clic OK.

• https://raw.githubusercontent.com/TukanStudios/TUKAN_STUDIOS_PLUGINS/main/index2.xml

Now we go to Extensions -> ReaPack -> Browse packages.. type tukan choose Select All then Actions -> Install/update selection -> OK

Vamos a Extensions -> ReaPack -> Browse packages.. Escribimos tukan Elegimos Select All luego Actions -> Install/update selection -> OK

Para obtener en el futuro actualizaciones de Tukan Studios solo debemos ir a Extensions -> ReaPack -> Syncronize packages

In the future we can get updates for Tukan Studios going to Extensions -> ReaPack -> Syncronize packages

Virus

Solo podemos usar una Rom a la vez, así que elegí B ó C y seguí la opción correspondiente.

We can only use one Rom, so choose B or C and just follow the correspondent option.

Si elegimos la Rom Virus B --- If you choose Rom Virus B:

1. cd

2. wget -c "https://archive.org/download/access-virus-b-c-roms/Access%20Virus%20B%20%28am29f040b_4v9%29.zip/Access%20Virus%20B%20%28am29f040b_4v9%29.BIN"

3. sudo cp "Access Virus B (am29f040b_4v9).BIN" /usr/local/lib/vst/

Si elegimos la Rom Virus C --- If you choose Rom Virus C:

1. cd

2. wget -c "https://archive.org/download/access-virus-b-c-roms/Access%20Virus%20C%20%28am29f040b_6v6%29.zip/Access%20Virus%20C%20%28am29f040b_6v6%29.BIN"

3. sudo cp "Access Virus C (am29f040b_6v6).BIN" /usr/local/lib/vst/

Si deseamos intercambiar las ROMS, primero borramos la versión que se encuentre en las carpetas lxvst y vst3, luego repetimos el comando sudo cp.

If you want interchange ROMS, first remove the version you have in lxvst and vst folder first, then repeat sudo cp commands.

Cambiando C por B --- Changing C for B:

1. sudo rm "/usr/local/lib/vst3/Access Virus C (am29f040b_6v6).BIN"

2. sudo cp "Access Virus B (am29f040b_4v9).BIN" /usr/local/lib/vst/

Instalamos -- Install MODEP:

1. sudo apt update

2. sudo apt install -y pisound \

3. pisound-btn \

4. pisound-ctl \

5. pisound-ctl-scripts-common \

6. pisound-ctl-scripts-puredata \

7. pisound-ctl-scripts-system \

8. modep \

9. modep-browsepy \

10. modep-btn-scripts \

11. modep-common \

12. modep-ctl-scripts \

13. modep-demo-content \

14. modep-fluidsynth \

15. modep-lv2-amsynth \

16. modep-lv2-artyfx \

17. modep-lv2-bolliedelay \

18. modep-lv2-calf \

19. modep-lv2-caps \

20. modep-lv2-dpf-plugins \

21. modep-lv2-fat1 \

22. modep-lv2-fil4 \

23. modep-lv2-fluidplug \

24. modep-lv2-fomp \

25. modep-lv2-freaked \

26. modep-lv2-guitarix \

27. modep-lv2-gx-slowgear \

28. modep-lv2-gx-switchless-wah \

29. modep-lv2-infamousplugins \

30. modep-lv2-invada-studio \

31. modep-lv2-mclk \

32. modep-lv2-mda \

33. modep-lv2-midifilter \

34. modep-lv2-midigen \

35. modep-lv2-mod-distortion \

36. modep-lv2-mod-pitchshifter \

37. modep-lv2-mod-utilities \

38. modep-lv2-mtc \

39. modep-lv2-rkrlv2 \

40. modep-lv2-setbfree \

41. modep-lv2-shiroplugins \

42. modep-lv2-sooperlooper \

43. modep-lv2-stepseq \

44. modep-lv2-tap \

45. modep-lv2-tinygain \

46. modep-lv2-triceratops \

47. modep-lv2-tuna \

48. modep-lv2-xfade \

49. modep-lv2-zam-plugins \

50. modep-mod-host \

51. modep-mod-midi-merger \

52. modep-mod-ui \

53. modep-touchosc2midi \

54. puredata \

55. mec