How to know which parameters will be controlled in a device? (Answered!)
Greetings all, I would like to start by saying that I’m really enjoying using Remotify!
I was starting to dig into learning python for the sake of creating my own Midi Scripts and can I just say this is a major game changer! I’ve already made a couple little things for my Launchpad and messed around a bit with the Midi Fighter Twister as a mixer control – it’s awesome!
However I am curious about a few things. I’m trying to create a device control mapping with my Midi Fighter twister (16×16 knob controller with 4 banks) specifically for controlling the instrument devices in Live such as Operator, Analog and Collision to give a more hands on approach to Synthesis. If I use a device parameter control mapping in Remotify, how can I know what Parameters will be affected? I know if I have macros set it will automatically control those. But when I use a parameter control mapping from Remotify on just the Operator device for example it controls the Filter Cutoff and Resonance (Parameter 1 and 2) The Coarse and Fine knobs on Oscillator A (Parameters 3 and 4) the Coarse, Fine, and Level knobs for Oscillator B (Parameters 4, 5, and 6) and then the Master Volume of the Device (Parameter 8) I would really like to be able to control things such as the Oscillator envelope and the envelope of the filters. I did do a device Parameter Bank mapping set to a specific track but it doesn’t seem to switch through the parameters as expected. I figured that mapping the device bank controls to the selected track is a feature that’s available in the Pro version of the App.
So my second question is: If I upgrade to the pro version of the App, which I’m really considering, are these additional features I will be able to map? Can I set up mappings to be able to control specific parameters or are they still going to be a specific set of controls – aka macros -?
Thanks a ton! I look forward to learning more.
JR
Can you check if these EQ Eight values are correct for you (live 10) please:
Device Name: EQ Eight
1. Output Gain
2. Scale
3. Adaptive Q
4. 1 Filter On A
5. 1 Filter Type A
6. 1 Frequency A
7. 1 Gain A
8. 1 Resonance A
9. 1 Filter On B
10. 1 Filter Type B
11. 1 Frequency B
12. 1 Gain B
13. 1 Resonance B
14. 2 Filter On A
15. 2 Filter Type A
16. 2 Frequency A
17. 2 Gain A
18. 2 Resonance A
19. 2 Filter On B
20. 2 Filter Type B
21. 2 Frequency B
22. 2 Gain B
23. 2 Resonance B
24. 3 Filter On A
25. 3 Filter Type A
26. 3 Frequency A
27. 3 Gain A
28. 3 Resonance A
29. 3 Filter On B
30. 3 Filter Type B
31. 3 Frequency B
32. 3 Gain B
33. 3 Resonance B
34. 4 Filter On A
35. 4 Filter Type A
36. 4 Frequency A
37. 4 Gain A
38. 4 Resonance A
39. 4 Filter On B
40. 4 Filter Type B
41. 4 Frequency B
42. 4 Gain B
43. 4 Resonance B
44. 5 Filter On A
45. 5 Filter Type A
46. 5 Frequency A
47. 5 Gain A
48. 5 Resonance A
49. 5 Filter On B
50. 5 Filter Type B
51. 5 Frequency B
52. 5 Gain B
53. 5 Resonance B
54. 6 Filter On A
55. 6 Filter Type A
56. 6 Frequency A
57. 6 Gain A
58. 6 Resonance A
59. 6 Filter On B
60. 6 Filter Type B
61. 6 Frequency B
62. 6 Gain B
63. 6 Resonance B
64. 7 Filter On A
65. 7 Filter Type A
66. 7 Frequency A
67. 7 Gain A
68. 7 Resonance A
69. 7 Filter On B
70. 7 Filter Type B
71. 7 Frequency B
72. 7 Gain B
73. 7 Resonance B
74. 8 Filter On A
75. 8 Filter Type A
76. 8 Frequency A
77. 8 Gain A
78. 8 Resonance A
79. 8 Filter On B
80. 8 Filter Type B
81. 8 Frequency B
82. 8 Gain B
83. 8 Resonance B
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