def readCCmap(ifile, override=False):
# CCmap: [buttonindex, procedureindex , additional procedure parameter, voice]
CCmap=[]
try:
sheet=readcsv(ifile)
for i in range(len(sheet)):
voice=0
if override:
x=sheet[i].pop(0)
try:
voice=int(x)
except:
print("%s: Invalid voice %s, ignoring %s" %(ifile, x, str(sheet[i])))
gv.ConfigErr=True
continue
if sheet[i][0]!=gv.UA: # skip unassigned controllers
values=[0,"",None,voice]
x=gv.getindex(sheet[i][0],gv.controllerCCs)
if x<0:
print("%s: Controller %s not defined, ignoring %s" %(ifile, sheet[i][0], str(sheet[i])))
gv.ConfigErr=True
continue
elif len(sheet[i])>1: # skip empty lines
if sheet[i][1]!=gv.UA: # skip unassigned controls
if len(sheet[i])<4:
print("%s: ignored %s" %(ifile, str(sheet[i])))
gv.ConfigErr=True
continue
for j in xrange(len(CCmap)):
if CCmap[j][0]==x and CCmap[j][3]==voice:
print ("%s: Controller '%s' already mapped, ignored %s" %(ifile,gv.controllerCCs[x][0],sheet[i]))
gv.ConfigErr=True
continue
if gv.getindex(sheet[i][3].lower(),["continuous","toggle","switch","switchon","switchoff"],True)<0:
print("%s: Mode '%s' unrecognized, ignored: %s" %(ifile, sheet[i][3], str(sheet[i])))
gv.ConfigErr=True
elif (sheet[i][3].lower()!="continuous" and gv.controllerCCs[x][2]==-1 or sheet[i][3].lower()=="continuous" and gv.controllerCCs[x][2]!=-1):
print("%s: Continuous/switch controller mapped to incompatible function, ignored: %s" %(ifile, str(sheet[i])))
gv.ConfigErr=True
else:
values[0]=x # identify controller
# Normalize/correct the input
if sheet[i][1].upper()==gv.FIXED.upper():
mc=sheet[i][2]
else:
mc=sheet[i][1]
values[2]=sheet[i][2]
y=gv.getindex(mc,gv.MC)
if y>-1:
values[1]=y
CCmap.append(values)
else:
print("%s: Control '%s' unrecognized, ignored %s" %(ifile, mc, str(sheet[i])))
gv.ConfigErr=True
except:
if not override:
print "%s: No default controller mapping found" %(ifile)
return CCmap
def notes_sav(
val=None): # boolean, but as read variable it's always 0=no/false
global newnotemap, nm_map
if val != None:
if gv.parseBoolean(
val
) and nm_map != "": # do we want to save a map and do we know the name to save it ?
newnotemap = []
changes_added = False
j = 0
for i in range(len(gv.notemap)):
if gv.notemap[i][0] != nm_map:
newnotemap.append(gv.notemap[i])
else:
if not changes_added: # insert all existing/changed/new values at once
notes_newmaplines()
changes_added = True
if not changes_added:
notes_newmaplines()
gv.currnotemap = nm_map
gv.notemap = newnotemap
gv.notemaps = []
for m in gv.notemap:
if m[0] not in gv.notemaps:
gv.notemaps.append(m[0])
if nm_map not in gv.notemaps:
nm_map = ""
if gv.rootprefix == "":
subprocess.call(['mount', '-vo', 'remount,rw', gv.samplesdir])
else:
print "Not running dedicated, so no remount as we're most likely already R/W"
fname = gv.samplesdir + gv.presetlist[gv.getindex(
gv.PRESET, gv.presetlist)][1] + "/" + gv.NOTEMAP_DEF
with open(fname, 'w') as mapfile:
mapfile.write(
"Set,Fractions,Key,Note,Retune,Playvoice,unote\n")
for i in range(len(newnotemap)):
note = gv.midinote2notename(newnotemap[i][3],
newnotemap[i][1])
key = newnotemap[i][2]
j = gv.getindex("%d" % key, gv.keynames)
if j > 0: key = gv.keynames[j][1]
mapfile.write(
'%s,%s,%s,%s,%s,%s,%s\n' %
(newnotemap[i][0], newnotemap[i][1], key, note,
newnotemap[i][4], newnotemap[i][5], newnotemap[i][6]))
if gv.rootprefix == "":
subprocess.call(['mount', '-vo', 'remount,ro', gv.samplesdir])
return 0
def xvoice(*z): # Does the effects voice (voice=0) exist ?
try:
if gv.getindex(0, gv.voicelist) > -1:
return True
except:
pass
return False
def ARPord(val=None): # value in ARPordlist
try:
if val != None:
if isinstance(val, int): arp.ordnum(val)
else: arp.ordnum(gv.getindex(val, arp.modes, True))
return arp.mode
except:
return 0
def PLtype(val=None): # value in PLtypes
try:
if val != None:
if isinstance(val, int): Cpp.PLsetType(val)
else: Cpp.PLsetType(gv.getindex(val, Cpp.PLtypes, True))
return Cpp.PLtype
except:
return 0
def LFOtype(val=None): # value in LFOtypes
try:
if val != None:
if isinstance(val, int): LFO.setType(val)
else: LFO.setType(gv.getindex(val, LFO.effects, True))
return LFO.effect
except:
return 0
def CHOrus(val=None): # value in CHOtypes
try:
if val != None:
if isinstance(val, int): chorus.setType(val)
else: chorus.setType(gv.getindex(val, chorus.effects, True))
return chorus.effect
except:
return 0
def IP(val=None): global IPaddress try: IPs=IPlist() if len(IPs)==0: IPaddress="Not connected" elif val==None: if IPaddress in IPs: val=gv.getindex(IPaddress,IPs,True) if val<0:val=0 else: val=0 elif not isinstance(val,int): val=gv.getindex(val,IPs,True) if val<0: val=0 elif val>=len(IPs) or val<0: val=0 IPaddress=IPs[val] return IPaddress except: return "?.?.?.?"
def MIDIdev(val=None): # Pseudo update to serve the button menu system
global mididev
try:
devs = MIDIdevs()
if len(devs) == 0:
mididev = "None"
elif val == None:
val = gv.getindex(mididev, devs, True)
if val < 0: val = 0
elif not isinstance(val, int):
val = gv.getindex(val, mididevs, True)
if val < 0: val = 0
elif val >= len(mididevs) or val < 0:
val = 0
mididev = mididevs[val]
return mididev
except:
return "Error"
def Button(val=None):
try:
if val != None:
if isinstance(val, int): but = int(val)
else: but = gv.getindex(val, butmenu.buttons, True)
if but > -1:
butmenu.nav(but, 4)
return True
return False
except:
return False
def Preset(val=None): # 0-127
try:
if val != None:
if val >= 0 and val <= 127:
if gv.PRESET != val:
if gv.getindex(val, gv.presetlist) > -1:
gv.PRESET = val
gv.LoadSamples()
else:
print("Preset %d does not exist, ignored" % val)
#else: print ("Preset %d already loaded" %val)
return gv.ActuallyLoading
return gv.PRESET
except:
return 0
def ODreset(scope=-1):
ODtype = 0 # -1 turns of the effect, undefined values cover midi controller turn off
if scope in [-2, -3, -4]: # also reset values
ODtype = gv.getindex(gv.cp.get(gv.cfg, "Overdrive".lower()), ODtypes,
True, False)
if ODtype < 0:
ODtype = 0
#if scope == -3: # load sample set default
# load sample set default
#else: # system default
ODsetBoost((gv.cp.getfloat(gv.cfg, "ODboost".lower()) - 15) / 50 * 127)
ODsetDrive((gv.cp.getfloat(gv.cfg, "ODdrive".lower()) - 1) / 10 * 127)
ODsetTone((gv.cp.getfloat(gv.cfg, "ODtone".lower())) * 1.27)
ODsetMix(gv.cp.getfloat(gv.cfg, "ODlvl".lower()) * 127)
ODsetType(ODtype)
def FVreset(scope=-1):
FVtype = 0 # -1 turns of the effect, undefined values cover midi controller turn off
if scope in [-2, -3, -4]: # also reset values
FVtype = gv.getindex(gv.cp.get(gv.cfg, "Reverb".lower()), FVtypes,
True, False)
if FVtype < 0:
FVtype = 0
#if scope == -3: # load sample set default
# load sample set default
#else: # system default
FVsetroomsize(gv.cp.getfloat(gv.cfg, "FVroomsize".lower()) * 127)
FVsetdamp(gv.cp.getfloat(gv.cfg, "FVdamp".lower()) * 127)
FVsetlevel(gv.cp.getfloat(gv.cfg, "FVlevel".lower()) * 127)
FVsetwidth(gv.cp.getfloat(gv.cfg, "FVwidth".lower()) * 127)
FVsetType(FVtype)
def DefinitionTxt(val=None): # contains definition.txt
try:
if val != None:
if gv.DefinitionTxt != val:
gv.DefinitionTxt = val
fname = gv.samplesdir + gv.presetlist[gv.getindex(
gv.PRESET, gv.presetlist)][1] + "/" + gv.SAMPLESDEF
gp.samples2write()
with open(fname, 'w') as definitionfile:
definitionfile.write(gv.DefinitionTxt)
gp.samples2read()
gv.basename = "None" # do a renew to sync the update
gv.LoadSamples()
return gv.ActuallyLoading
return gv.DefinitionTxt
except:
return "** Error **"
def readcontrollerCCs(ifile):
# controllerCCs: [wheel/button/pot/drawbarname, controller, data LSB (-1 if continuous controller)]
sheet=readcsv(ifile,1)
gv.controllerCCs=[[gv.UA,-1,-1]] # define controller for unassigned controls
for i in range(len(sheet)):
if len(sheet[i])>2: # skip useless lines
if gv.getindex(sheet[i][0],gv.controllerCCs)>-1:
print ("%s: Controller %s already defined, ignored %s" %(ifile,sheet[i][0],sheet[i]))
else:
values=[]
for j in range(3):
values.append(sheet[i][j])
gv.controllerCCs.append(values)
else:
print ("%s: ignored %s" %(ifile, sheet[i]))
gv.ConfigErr=True
return
def PLreset(scope=-1):
c_filters.plinit()
PLtype = 0 # -1 turns of the effect, undefined values cover midi controller turn off
if scope in [-2, -3, -4]: # also reset values
PLtype = gv.getindex(gv.cp.get(gv.cfg, "Limiter".lower()), PLtypes,
True, False)
if PLtype < 0:
PLtype = 0
#if scope == -3: # load sample set default
# load sample set default
#else: # system default
PLsetThresh(
(gv.cp.getfloat(gv.cfg, "PLthresh".lower()) - 70) / 40 * 127)
PLsetAttack(
(gv.cp.getfloat(gv.cfg, "PLattack".lower()) - 1) / 10 * 127)
PLsetRelease(
(gv.cp.getfloat(gv.cfg, "PLrelease".lower()) - 5) / 20 * 127)
PLsetType(PLtype)
def LFreset(scope=-1):
LFtype = 0
# -1 turns of the effect, undefined values cover midi controller turn off
if scope in [-2, -3, -4]: # also reset values
LFtype = gv.getindex(gv.cp.get(gv.cfg, "Moog".lower()), LFtypes, True,
False)
if LFtype < 0:
LFtype = 0
#if scope == -3: # load sample set default
# load sample set default
#else: # system default
LFsetResonance(
(gv.cp.getfloat(gv.cfg, "LFresonance".lower()) / 3.8) * 127)
LFsetCutoff(
(gv.cp.getfloat(gv.cfg, "LFcutoff".lower()) - 1000) / 10000 * 127)
LFsetDrive((gv.cp.getfloat(gv.cfg, "LFdrive".lower()) - 1) / 20 * 127)
LFsetLvl(gv.cp.getfloat(gv.cfg, "LFlvl".lower()) * 127)
LFsetGain((gv.cp.getfloat(gv.cfg, "LFgain".lower()) - 1) / 10 * 127)
LFsetType(LFtype)
def readkeynames(ifile):
# keynames: [name of key/string/pad, midinote sent by this trigger]
global keynames
gv.keynames=[["-1","None"]]
keynames=[]
gv.drumpadmap=[]
gv.drumpad=False
try: # giving keys/strings/triggers a name is optional
sheet=readcsv(ifile)
for i in range(len(sheet)):
values=[]
valucas=[]
valuesDP=[]
valuesCC=[]
if len(sheet[i])>1: # skip useless lines
if gv.getindex(sheet[i][0],gv.keynames)>-1:
print ("%s: Key %s already defined, ignored %s" %(ifile,sheet[i][0],sheet[i]))
else:
try:
values.append(sheet[i][1])
values.append(sheet[i][0])
gv.keynames.append(values)
valucas.append(sheet[i][0].upper())
valucas.append(sheet[i][1])
keynames.append(valucas)
valuesCC.append(sheet[i][0])
valuesCC.append(gv.NOTES_CC)
valuesCC.append(int(sheet[i][1]))
gv.controllerCCs.append(valuesCC)
if len(sheet[i])>2: # drumpad remap definition
valuesDP.append(int(sheet[i][2]))
valuesDP.append(int(sheet[i][1]))
gv.drumpadmap.append(valuesDP)
except:
print ("%s: %s contains errors, partly processed" %(ifile, sheet[i]))
else:
print ("%s: ignored %s" %(ifile, sheet[i]))
gv.ConfigErr=True
if len(gv.drumpadmap)>0: gv.drumpad=True
except:
pass # giving keys/strings/triggers a name is optional
return
def reset(scope=-1):
global VIBRpitch, VIBRspeed, VIBRtrill, TREMampl, BOXTREMspeed, TREMspeed, TREMtrill, PANwidth, PANspeed
effect = 0
if scope in [-2, -4]: # also reset values
effect = gv.getindex(gv.cp.get(gv.cfg, "LFOeffect".lower()), effects,
True, False)
if effect < 0:
effect = 0
#if scope == -2: # load sample set default
# load sample set default
#else: # system default
VIBRpitch = gv.cp.getfloat(gv.cfg, "VIBRpitch".lower())
VIBRspeed = gv.cp.getint(gv.cfg, "VIBRspeed".lower())
VIBRtrill = gv.cp.getboolean(gv.cfg, "VIBRtrill".lower())
TREMampl = gv.cp.getfloat(gv.cfg, "TREMampl".lower())
BOXTREMspeed = gv.cp.getint(gv.cfg, "TREMspeed".lower())
TREMspeed = BOXTREMspeed
TREMtrill = gv.cp.getboolean(gv.cfg, "TREMtrill".lower())
PANwidth = gv.cp.getfloat(gv.cfg, "PANwidth".lower())
PANspeed = gv.cp.getint(gv.cfg, "PANspeed".lower())
setType(effect)
def readkeynames(ifile):
# keynames: [name of key/string/pad, midinote sent by this trigger]
gv.keynames = []
try: # giving keys/strings/triggers a name is optional
sheet = readcsv(ifile)
for i in range(len(sheet)):
values = []
if len(sheet[i]) > 1: # skip useless lines
if gv.getindex(sheet[0], gv.keynames) != -1:
print("%s: Key %s already defined, ignored %s" %
(ifile, sheet[0], sheet[i]))
else:
values.append(sheet[i][0])
values.append(sheet[i][1])
else:
print("%s: ignored %s" % (ifile, sheet[i]))
gv.ConfigErr = True
gv.keynames.append(values)
except:
pass # giving keys/strings/triggers a name is optional
return
def notes_sync(): global actnotemap,nm_inote,nm_onote,nm_unote,nm_Q,nm_retune,nm_voice,nm_map if actnotemap!=gv.currnotemap: actnotemap=gv.currnotemap nm_map=actnotemap nm_onote=-1 if len(gv.notemapping)>0: nm_Q=gv.notemapping[0][1] else: nm_Q=1 nm_retune=0 nm_voice=0 nm_unote=2 if nm_inote>-1: i=gv.getindex(nm_inote,gv.notemapping) if i>-1: nm_Q=gv.notemapping[i][1] nm_onote=gv.notemapping[i][2] nm_retune=gv.notemapping[i][3] nm_voice=gv.notemapping[i][4] nm_unote=gv.notemapping[i][5] else: nm_onote=nm_inote
def DefinitionTxt(val=None): # contains definition.txt
try:
if val != None:
if gv.DefinitionTxt != val:
gv.DefinitionTxt = val
fname = gv.samplesdir + gv.presetlist[gv.getindex(
gv.PRESET, gv.presetlist)][1] + "/" + gv.SAMPLESDEF
if gv.rootprefix == "":
subprocess.call(
['mount', '-vo', 'remount,rw', gv.samplesdir])
with open(fname, 'w') as definitionfile:
definitionfile.write(gv.DefinitionTxt)
if gv.rootprefix == "":
subprocess.call(
['mount', '-vo', 'remount,ro', gv.samplesdir])
gv.basename = "None" # do a renew to sync the update
gv.LoadSamples()
return gv.ActuallyLoading
return gv.DefinitionTxt
except:
return "** Error **"
def AWreset(scope=-1):
AWtype = 0 # -1 turns of the effect, undefined values cover midi controller turn off
if scope in [-2, -3, -4]: # also reset values
AWtype = gv.getindex(gv.cp.get(gv.cfg, "Wah".lower()), AWtypes, True,
False)
if AWtype < 0:
AWtype = 0
#if scope == -3: # load sample set default
# load sample set default
#else: # system default
AWsetQualityFactor(
gv.cp.getfloat(gv.cfg, "AWqfactor".lower()) / 25 * 127)
AWsetMixing(gv.cp.getfloat(gv.cfg, "AWmixing".lower()) * 127)
AWsetMinFreq(gv.cp.getfloat(gv.cfg, "AWminfreq".lower()) / 500 * 127)
AWsetMaxFreq(gv.cp.getfloat(gv.cfg, "AWmaxfreq".lower()) / 10000 * 127)
AWsetAttack(gv.cp.getfloat(gv.cfg, "AWattack".lower()) / 0.5 * 127)
AWsetRelease(gv.cp.getfloat(gv.cfg, "AWrelease".lower()) / 0.05 * 127)
AWsetSpeed(
(gv.cp.getfloat(gv.cfg, "AWspeed".lower()) - 100) / 1000 * 127)
AWsetLVLrange(gv.cp.getfloat(gv.cfg, "AWlvlrange".lower()) / 100 * 127)
AWsetType(AWtype)
AWsetCCval(0) # pedal always back to base
def DLYreset(scope=-1):
DLYtype = 0 # -1 turns of the effect, undefined values cover midi controller turn off
if scope in [-2, -3, -4]: # also reset values
DLYtype = gv.getindex(gv.cp.get(gv.cfg, "Delay".lower()), DLYtypes,
True, False)
if DLYtype < 0:
DLYtype = 0
#if scope == -3: # load sample set default
# load sample set default
#else: # system default
DLYsetfb(gv.cp.getfloat(gv.cfg, "DLYfb".lower()) * 127)
DLYsetwet(gv.cp.getfloat(gv.cfg, "DLYwet".lower()) * 127)
DLYsetdry(gv.cp.getfloat(gv.cfg, "DLYdry".lower()) * 127)
DLYsettime(
(gv.cp.getfloat(gv.cfg, "DLYtime".lower()) - 1000) / 60000 * 127)
DLYsetsteep(
(gv.cp.getfloat(gv.cfg, "DLYsteep".lower()) - 1) / 10 * 127)
DLYsetsteplen(
(gv.cp.getfloat(gv.cfg, "DLYsteplen".lower()) - 300) / 3000 * 127)
DLYsetmin((gv.cp.getfloat(gv.cfg, "DLYmin".lower()) - 5) / 20 * 127)
DLYsetmax((gv.cp.getfloat(gv.cfg, "DLYmax".lower()) - 50) / 100 * 127)
DLYsetType(DLYtype)
def readnotemap(ifile):
# notemap: [set, fractions, key, note, retune, playvoice]
gv.notemap = []
try: # note mapping is optional
sheet = readcsv(ifile, 4)
for i in range(len(sheet)):
if len(sheet[i]) > 3: # skip useless lines
values = ["", 0, 0, 0, 0, 0]
values[0] = format(sheet[i][0]).title(
) # force num to string and normalize upper/lowercase usage
if values[0] == "":
print("%s: Sets must have a name, ignored %s" %
(ifile, sheet[i]))
continue
try:
values[1] = int(sheet[i][1])
if values[1] < 1 or values[1] > 2:
print("%s: invalid fractions, ignored %s" %
(ifile, sheet[i]))
except:
print("%s: invalid fractions, ignored %s" %
(ifile, sheet[i]))
continue
try:
values[2] = int(sheet[i][2])
except:
x = gv.getindex(sheet[i][2], gv.keynames)
if x < 0:
print("%s: keyname '%s' not defined, ignored %s" %
(ifile, sheet[i][2], sheet[i]))
continue
else:
values[2] = int(gv.keynames[x][1])
try:
values[3] = int(sheet[i][3])
if values[3] < 0 or values[5] > 127:
print("%s: invalid notenumber, ignored %s" %
(ifile, sheet[i]))
except:
midinote = gv.notename2midinote(sheet[i][3], sheet[i][1])
if midinote > -1:
values[3] = midinote
else:
print("%s: invalid notename '%s', ignored %s" %
(ifile, sheet[i][2], sheet[i]))
continue
if len(sheet[i]) > 4: # the values are optional
try:
values[4] = int(sheet[i][4])
values[5] = int(sheet[i][5])
except:
pass
gv.notemap.append(values)
if gv.getindex(values[0], gv.notemaps, True) < 0:
gv.notemaps.append(values[0])
else:
print("%s: ignored %s" % (ifile, sheet[i]))
gv.ConfigErr = True
except:
pass # notemapping is optional
return
def setType(x, *z):
if x > 0:
gv.CHOrus = True
else:
gv.CHOrus = False
def toggle(*z):
gv.CHOrus != gv.CHOrus
def setdepth(x, *z): # 2-15
gv.CHOdepth = 2 + 13 * x / 127
def setgain(x, *z): # 0.3-0.8
gv.CHOgain = 0.3 + 0.5 * x / 127.0
def reset():
gv.CHOrus = False
gv.CHOdepth = gv.cp.getfloat(gv.cfg, "CHOdepth".lower())
gv.CHOgain = gv.cp.getfloat(gv.cfg, "CHOgain".lower())
reset()
gv.MC[gv.getindex(gv.CHORUS, gv.MC)][2] = toggle
gv.MC[gv.getindex(gv.CHORUSDEPTH, gv.MC)][2] = setdepth
gv.MC[gv.getindex(gv.CHORUSGAIN, gv.MC)][2] = setgain
VibrLFO.settriangle(63) # start about neutral, going up
VibrLFO.setstep(gv.VIBRspeed) # and with correct speed
else:
gv.VIBRvalue = 0 # tune the note
def VibrSetpitch(CCval, *z):
gv.VIBRpitch = 1.0 * CCval / 32 # steps of 1/32th, range like GUI
def VibrSetspeed(CCval, *z):
gv.VIBRspeed = 1.0 * CCval / 4 # range=32
VibrLFO.setstep(gv.VIBRspeed)
gv.MC[gv.getindex(gv.VIBRDEPTH, gv.MC)][2] = VibrSetpitch
gv.MC[gv.getindex(gv.VIBRSPEED, gv.MC)][2] = VibrSetspeed
#gv.VibrSetspeed=VibrSetspeed
TremLFO = plfo()
gv.TREMvalue = 1.0 # Full volume
def TremProc(*z):
if gv.LFOtype == 4:
TremLFO.setstep(gv.VIBRspeed)
TremLFO.process()
if gv.TREMtrill:
gv.TREMvalue = 1 - (gv.TREMampl * TremLFO.getinvsaw() / 127)
else:
gv.TREMvalue = 1 - (gv.TREMampl * TremLFO.gettriangle() / 127)
gv.triggernotes[note] = 128
rewind() # initialize before start
active = True # and start...
if not onoff and active:
active = False # stop first
rewind() # initialize completely for safety...
def togglepower(CCval, *z):
if currnote < 0:
power(True)
else:
power(False)
gv.MC[gv.getindex(gv.ARP, gv.MC)][2] = togglepower
def noteoff():
global playnote
if playnote > -1:
if playnote in gv.playingnotes:
for m in gv.playingnotes[playnote]:
m.fadeout(
not (cycleoff
== cyclestep)) # damp when notes are consecutive
gv.playingnotes[playnote] = []
playnote = -1
def rewind():
def do_POST(self):
inval = 0
length = int(self.headers.getheader('content-length'))
field_data = self.rfile.read(length)
fields = parse_qs(field_data)
#print fields
if "SB_RenewMedia" in fields:
if fields["SB_RenewMedia"][0] == "Yes":
gv.basename = "None"
self.LoadSamples()
return
if "SB_Preset" in fields:
inval = gv.presetlist[int(fields["SB_Preset"][0])][0]
if gv.PRESET != inval:
gv.PRESET = inval
self.LoadSamples()
return
if "SB_DefinitionTxt" in fields:
if gv.DefinitionTxt != fields["SB_DefinitionTxt"][0]:
gv.DefinitionTxt = fields["SB_DefinitionTxt"][0]
#print gv.DefinitionTxt
subprocess.call(['mount', '-vo', 'remount,rw', gv.samplesdir])
fname = gv.samplesdir + gv.presetlist[gv.getindex(
gv.PRESET, gv.presetlist)][1] + "/" + gv.SAMPLESDEF
with open(fname, 'w') as definitionfile:
definitionfile.write(gv.DefinitionTxt)
subprocess.call(['mount', '-vo', 'remount,ro', gv.samplesdir])
gv.basename = "None" # do a renew to sync the update
self.LoadSamples()
return
if "SB_MidiChannel" in fields:
gv.MIDI_CHANNEL = int(fields["SB_MidiChannel"][0])
if "SB_SoundVolume" in fields:
gv.setvolume(int(fields["SB_SoundVolume"][0]))
if "SB_MidiVolume" in fields:
gv.volumeCC = float(fields["SB_MidiVolume"][0]) / 100
if "SB_Gain" in fields:
gv.globalgain = float(fields["SB_Gain"][0]) / 100
if "SB_Pitchrange" in fields:
gv.pitchnotes = int(fields["SB_Pitchrange"][0]) * 2
if "SB_Voice" in fields:
if gv.voicelist[0][0] == 0: i = 1
else: i = 0
gv.MC[gv.getindex(gv.VOICES,
gv.MC)][2](int(fields["SB_Voice"][0]) + i, 0)
if "SB_Notemap" in fields:
gv.MC[gv.getindex(gv.NOTEMAPS,
gv.MC)][2](int(fields["SB_Notemap"][0]))
if "SB_Scale" in fields:
inval = int(fields["SB_Scale"][0])
if gv.currscale == inval: scalechange = False
else:
scalechange = True
gv.currscale = inval
if gv.last_musicnote < 0: gv.currchord = 0
else:
gv.currchord = gv.scalechord[gv.currscale][
gv.last_musicnote]
if "SB_Chord" in fields and not scalechange:
inval = int(fields["SB_Chord"][0])
if not gv.currchord == inval:
gv.currchord = inval
gv.currscale = 0
if "SB_CHOrus" in fields:
CHOrus.setType(
gv.getindex(fields["SB_CHOrus"][0], ["Off", "On"], True))
if "SB_CHOdepth" in fields:
CHOrus.setdepth((float(fields["SB_CHOdepth"][0]) - 2) * 9.77)
if "SB_CHOgain" in fields:
CHOrus.setgain((float(fields["SB_CHOgain"][0]) - 30) * 2.54)
if "SB_FVtype" in fields:
Cpp.FVsetType(
gv.getindex(fields["SB_FVtype"][0], ["Off", "On"], True))
if "SB_FVroomsize" in fields:
Cpp.FVsetroomsize(float(fields["SB_FVroomsize"][0]) * 1.27)
if "SB_FVdamp" in fields:
Cpp.FVsetdamp(float(fields["SB_FVdamp"][0]) * 1.27)
if "SB_FVlevel" in fields:
Cpp.FVsetlevel(float(fields["SB_FVlevel"][0]) * 1.27)
if "SB_FVwidth" in fields:
Cpp.FVsetwidth(float(fields["SB_FVwidth"][0]) * 1.27)
if "SB_AWtype" in fields:
Cpp.AWsetType(gv.getindex(fields["SB_AWtype"][0], gv.AWtypes,
True))
if "SB_AWmixing" in fields:
Cpp.AWsetMixing(float(fields["SB_AWmixing"][0]) * 1.27)
if "SB_AWattack" in fields:
Cpp.AWsetAttack(float(fields["SB_AWattack"][0]) * 0.254)
if "SB_AWrelease" in fields:
Cpp.AWsetRelease(float(fields["SB_AWrelease"][0]) * 0.254)
if "SB_AWminfreq" in fields:
Cpp.AWsetMinFreq(float(fields["SB_AWminfreq"][0]) * 0.254)
if "SB_AWmaxfreq" in fields:
Cpp.AWsetMaxFreq(float(fields["SB_AWmaxfreq"][0]) * 0.0127)
if "SB_AWqfactor" in fields:
Cpp.AWsetQualityFactor(float(fields["SB_AWqfactor"][0]) * 0.0508)
if "SB_AWspeed" in fields:
Cpp.AWsetSpeed((float(fields["SB_AWspeed"][0]) - 100) * 0.127)
if "SB_AWlvlrange" in fields:
Cpp.AWsetLVLrange(float(fields["SB_AWlvlrange"][0]) * 1.27)
if "SB_DLYtype" in fields:
Cpp.DLYsetType(
gv.getindex(fields["SB_DLYtype"][0], gv.DLYtypes, True))
if "SB_DLYfb" in fields:
Cpp.DLYsetfb(float(fields["SB_DLYfb"][0]) * 1.27)
if "SB_DLYwet" in fields:
Cpp.DLYsetwet(float(fields["SB_DLYwet"][0]) * 1.27)
if "SB_DLYdry" in fields:
Cpp.DLYsetdry(float(fields["SB_DLYdry"][0]) * 1.27)
if "SB_DLYtime" in fields:
Cpp.DLYsettime(
(float(fields["SB_DLYtime"][0]) - 1000) / 600 * 1.27)
if "SB_DLYsteep" in fields:
Cpp.DLYsetsteep((float(fields["SB_DLYsteep"][0]) - 1) * 12.7)
if "SB_DLYsteplen" in fields:
Cpp.DLYsetsteplen(
(float(fields["SB_DLYsteplen"][0]) - 300) / 30 * 1.27)
if "SB_DLYmin" in fields:
Cpp.DLYsetmin((float(fields["SB_DLYmin"][0]) - 5) * 5.36)
if "SB_DLYmax" in fields:
Cpp.DLYsetmax((float(fields["SB_DLYmax"][0]) - 50) * 1.27)
if "SB_LFtype" in fields:
Cpp.LFsetType(
gv.getindex(fields["SB_LFtype"][0], ["Off", "On"], True))
if "SB_LFresonance" in fields:
Cpp.LFsetResonance(float(fields["SB_LFresonance"][0]) / 38 * 127)
if "SB_LFcutoff" in fields:
Cpp.LFsetCutoff(
(float(fields["SB_LFcutoff"][0]) - 1000) / 100 * 1.27)
if "SB_LFdrive" in fields:
Cpp.LFsetDrive(
(float(fields["SB_LFdrive"][0]) - 1) * 6.35) # =/20.0*127)
if "SB_LFlvl" in fields:
Cpp.LFsetLvl((float(fields["SB_LFlvl"][0])) * 1.27)
if "SB_LFgain" in fields:
Cpp.LFsetGain((float(fields["SB_LFgain"][0]) - 10) * 1.27)
if "SB_LFOtype" in fields:
LFO.setType(gv.getindex(fields["SB_LFOtype"][0], gv.LFOtypes,
True))
if "SB_VIBRpitch" in fields:
gv.VIBRpitch = float(fields["SB_VIBRpitch"][0]) / 16
if "SB_VIBRspeed" in fields:
LFO.VibrSetspeed(int(fields["SB_VIBRspeed"][0]) * 4)
if "SB_VIBRtrill" in fields:
if fields["SB_VIBRtrill"][0].title() == "On": gv.VIBRtrill = True
else: gv.VIBRtrill = False
if "SB_TREMampl" in fields:
gv.TREMampl = float(fields["SB_TREMampl"][0]) / 100
if "SB_TREMspeed" in fields:
LFO.TremSetspeed(int(fields["SB_TREMspeed"][0]) * 4)
if "SB_TREMtrill" in fields:
if fields["SB_TREMtrill"][0].title() == "On": gv.TREMtrill = True
else: gv.TREMtrill = False
if "SB_PANwidth" in fields:
gv.PANwidth = float(fields["SB_PANwidth"][0]) / 20
if "SB_PANspeed" in fields:
LFO.PanSetspeed(int(fields["SB_PANspeed"][0]) * 4)
if "SB_ARPord" in fields:
arp.ordnum(gv.getindex(fields["SB_ARPord"][0], gv.ARPtypes, True))
if "SB_ARPstep" in fields:
arp.tempo(int(fields["SB_ARPstep"][0]) * 1.27)
if "SB_ARPsustain" in fields:
arp.sustain(int(fields["SB_ARPsustain"][0]) * 1.27)
if "SB_ARPloop" in fields:
if fields["SB_ARPloop"][0].title() == "On": arp.loop = True
else: arp.loop = False
if "SB_ARP2end" in fields:
if fields["SB_ARP2end"][0].title() == "On": arp.play2end = True
else: arp.play2end = False
if "SB_ARPfade" in fields:
arp.fadeout(1.27 * int(fields["SB_ARPfade"][0]))
gv.display("") # show it on the box
self.do_GET() # as well as on the gui
def readnotemap(ifile):
# notemap: [set, fractions, key, note, retune, playvoice]
global keynames
gv.notemap=[]
gv.notemaps=[]
try: # note mapping is optional
sheet=readcsv(ifile,4)
for i in range(len(sheet)):
if len(sheet[i])>3: # skip useless lines
values=["",1,0,-1,0,0,0]
values[0]=format(sheet[i][0]).title() # force num to string and normalize upper/lowercase usage
if values[0]=="":
print ("%s: Sets must have a name, ignored %s" %(ifile, sheet[i]))
continue
try:
values[1]=int(sheet[i][1])
if values[1]<1 or values[1]>2:
print ("%s: invalid fractions, ignored %s" %(ifile, sheet[i]))
except:
print ("%s: invalid fractions, ignored %s" %(ifile, sheet[i]))
continue
try:
values[2]=int(sheet[i][2])
except:
ucas=sheet[i][2].upper()
x=gv.getindex(ucas,keynames)
if x<0:
print ("%s: keyname '%s' not defined, ignored %s" %(ifile, sheet[i][2], sheet[i]))
continue
else:
values[2]=int(gv.keynames[x+1][0])
if len(gv.notemap)>0:
for j in range(len(gv.notemap)):
if values[0]==gv.notemap[j][0] and values[2]==gv.notemap[j][2]:
print ("%s: duplicate midinote %d in notemap %s, ignored %s" %(ifile, values[2], values[0], sheet[i]))
break
if j<len(gv.notemap)-1:
continue
try:
values[3]=int(sheet[i][3])
except:
if sheet[i][3].title()=="Ctrl":
values[3]=-2
elif sheet[i][3].title()=="None":
values[3]=-1
else:
midinote=gv.notename2midinote(sheet[i][3],values[1])
if midinote>-1:
values[3]=midinote
else:
print ("%s: invalid notename '%s', ignored %s" %(ifile, sheet[i][3], sheet[i]))
continue
if len(sheet[i])>4: # the values are optional
try:
values[4]=int(sheet[i][4])
values[5]=int(sheet[i][5])
values[6]=int(sheet[i][6])
except:
pass
gv.notemap.append(values)
if gv.getindex(values[0],gv.notemaps,True)<0:
gv.notemaps.append(values[0])
else:
print ("%s: ignored %s" %(ifile, sheet[i]))
gv.ConfigErr=True
gv.notemap.sort(key=operator.itemgetter(0,2)) # sort on: map->input(midi)key
except:
pass # notemapping is optional
return