Implement v2 models. Add test fixture. Make MIDI port normal to zero
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hirsch
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ae5b425bf2
commit
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11 changed files with 623 additions and 55 deletions
267
test.py
Executable file
267
test.py
Executable file
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#!/usr/bin/python
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# Use aconnectgui to wire Midi Through Port-0 out to
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# mustang bridge virtual input port name
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# OR
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# hirsch@z87:~$ aconnect -o
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# client 14: 'Midi Through' [type=kernel]
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# 0 'Midi Through Port-0'
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# client 128: 'RtMidi Input Client' [type=user]
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# 0 'TestPort '
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#
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# Given the above, open RtMidi as: 'RtMidi Input Client 128:0'
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#
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# outport = mido.open_output('Midi Through 14:0')
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from time import sleep
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import sys
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import itertools as it
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import mido
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mido.set_backend('mido.backends.rtmidi')
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pc = mido.Message('program_change')
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cc = mido.Message('control_change')
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def analog_send( outport, sleeptime=0.25 ):
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for value in [ 0, 32, 64, 96, 127, 96, 64, 32, 0 ]:
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cc.value = value
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outport.send( cc )
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sleep( sleeptime )
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def discrete_send( outport, max ):
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for value in it.chain( range(0,max+1), range(max,-1,-1) ):
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cc.value = value
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outport.send( cc )
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sleep( 0.25 )
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# Screen 1 is the same for all models
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def amp_screen1( outport ):
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for i in range( 69, 74 ):
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cc.control = i
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analog_send( outport )
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# Some variation in screen 2 across models
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def amp_screen2( outport, bias_sag, extra ):
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if bias_sag:
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cc.control = 74
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discrete_send( outport, 2 )
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cc.control = 75
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analog_send( outport )
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cc.control = 76
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discrete_send( outport, 4 )
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cc.control = 77
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discrete_send( outport, 12 )
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if extra:
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cc.control = 78
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analog_send( outport )
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cc.control = 79
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analog_send( outport )
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# Step through all amp models
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def amp_select( outport ):
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cc.control = 68
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for i in range( 0, 13 ):
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cc.value = i
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outport.send( cc )
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sleep( 0.5 )
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def run_amp_test( struct, outport ):
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raw_input( "Hit ENTER to run amp model select test...\n" )
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amp_select( outport )
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for i in range( 0, len(struct) ):
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amp_rec = struct[i]
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raw_input( "Hit ENTER to run parm edit check for %s\n" % amp_rec[0] )
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cc.control = 68
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cc.value = amp_rec[1]
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outport.send( cc )
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raw_input( "Enter amp edit mode on Mustang and hit ENTER to proceed...\n" )
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amp_screen1( outport )
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raw_input( "Step to amp edit screen 2 and hit ENTER...\n" )
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amp_screen2( outport, amp_rec[2], amp_rec[3] )
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# Step through all reverb models
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def reverb_select( outport ):
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cc.control = 58
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for i in range( 0, 11 ):
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cc.value = i
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outport.send( cc )
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sleep( 0.5 )
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def run_reverb_test( outport ):
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raw_input( "Hit ENTER to run reverb model select test...\n" )
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reverb_select( outport )
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raw_input( "Enter Reverb edit mode and hit ENTER...\n" )
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for i in range ( 59, 64 ):
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cc.control = i
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analog_send( outport )
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sleep( 0.25 )
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# Step through all delay models
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def delay_select( outport ):
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cc.control = 48
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for i in range( 0, 10 ):
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cc.value = i
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outport.send( cc )
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sleep( 0.5 )
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def run_delay_test( struct, outport ):
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raw_input( "Hit ENTER to run delay model select test...\n" )
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delay_select( outport )
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for i in range( 0, len(struct) ):
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delay_rec = struct[i]
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raw_input( "Hit ENTER to run parm edit check for %s\n" % delay_rec[0] )
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cc.control = 48
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cc.value = delay_rec[1]
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outport.send( cc )
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raw_input( "Enter delay edit mode on Mustang and hit ENTER to proceed...\n" )
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for i in range( 49, 54 ):
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cc.control = i
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# Multitap Delay has a single discrete control
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if i==53 and delay_rec[2]:
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discrete_send( outport, 3 )
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else:
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analog_send( outport )
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if delay_rec[3]:
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analog_send( outport )
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# Step through all mod models
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def mod_select( outport ):
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cc.control = 38
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for i in range( 0, 12 ):
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cc.value = i
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outport.send( cc )
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sleep( 0.5 )
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def run_mod_test( struct, outport ):
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raw_input( "Hit ENTER to run mod model select test...\n" )
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mod_select( outport )
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for i in range( 0, len(struct) ):
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mod_rec = struct[i]
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raw_input( "Hit ENTER to run parm edit check for %s\n" % mod_rec[0] )
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cc.control = 38
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cc.value = mod_rec[1]
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outport.send( cc )
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raw_input( "Enter mod edit mode on Mustang and hit ENTER to proceed...\n" )
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for i in range( 39, 44 ):
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cc.control = i
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if (i==42 and mod_rec[2]) or (i==43 and mod_rec[3]):
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discrete_send( outport, 1 )
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else:
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analog_send( outport )
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# Step through all stomp models
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def stomp_select( outport ):
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cc.control = 28
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for i in range( 0, 8 ):
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cc.value = i
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outport.send( cc )
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sleep( 0.5 )
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def run_stomp_test( struct, outport ):
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raw_input( "Hit ENTER to run stomp model select test...\n" )
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stomp_select( outport )
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for i in range( 0, len(struct) ):
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stomp_rec = struct[i]
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raw_input( "Hit ENTER to run parm edit check for %s\n" % stomp_rec[0] )
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cc.control = 28
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cc.value = stomp_rec[1]
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outport.send( cc )
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raw_input( "Enter stomp edit mode on Mustang and hit ENTER to proceed...\n" )
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for i in range( 29, 34 ):
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cc.control = i
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if i==33 and stomp_rec[2]:
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discrete_send( outport, 1 )
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elif i==29 and stomp_rec[3]:
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discrete_send( outport, 3 )
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break
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else:
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analog_send( outport )
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# Step through program changes
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def program_change_test( outport ):
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raw_input( "Hit ENTER to run program change test...\n" )
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for i in ( 0, 25, 75, 99, 60, 40, 20, 0 ):
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pc.program = i
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outport.send( pc )
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sleep( 0.5 )
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args = sys.argv
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if not len(args) == 3:
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print "Usage: test.py <virtual_port_name> <midi_channel>\n"
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sys.exit( 1 )
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try:
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pc.channel = cc.channel = int( args[2] ) - 1
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except ValueError:
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print "Arg2 must be numeric!\n"
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sys.exit( 1 )
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outport = mido.open_output( args[1] )
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program_change_test( outport )
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# Model # 33 Dig?
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stomp_test = (
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( "Overdrive", 1, False, False ),
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( "Wah", 2, True, False ),
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( "Simple Comp", 6, False, True ),
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( "Comp", 7, False, False )
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)
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run_stomp_test( stomp_test, outport )
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# Model # 42 Dig? 43 Dig?
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mod_test = (
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( "Sine Chorus", 1, False, False ),
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( "Vibratone", 5, False, False ),
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( "Vintage Trem", 6, False, False ),
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( "Ring Mod", 8, True, False ),
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( "Phaser", 10, False, True ),
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( "Pitch Shift", 11, False, False )
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)
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run_mod_test( mod_test, outport )
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run_reverb_test( outport )
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# Model # 53 Dig?, Has 54?
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delay_test = (
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( "Mono Delay", 1, False, False ),
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( "Multitap", 4, True, False ),
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( "Tape Delay", 8, False, False )
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)
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run_delay_test( delay_test, outport )
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# Model, #, Bias/Sag?, Extra?
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amp_test = (
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( "Fender 65 Twin", 6, True, False ),
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( "Fender SuperSonic", 7, True, True ),
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( "British 60s", 8, True, True ),
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( "British 70s", 9, True, True ),
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( "British 80s", 10, True, True )
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)
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run_amp_test( amp_test, outport )
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