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186 lines
6.5 KiB
186 lines
6.5 KiB
from calfbox import cbox
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from pprint import pprint
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def cmd_dumper(cmd, fb, args):
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print ("%s(%s)" % (cmd, ",".join(list(map(repr,args)))))
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cbox.init_engine()
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cbox.start_audio(cmd_dumper)
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global Document
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Document = cbox.Document
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scene = Document.get_scene()
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scene.clear()
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instrument = scene.add_new_instrument_layer("test_sampler", "sampler").get_instrument()
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pgm_no = instrument.engine.get_unused_program()
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#A pseudo sfz file that features all kind of labels
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sfzString = """
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<region> region_label=Region-2a //This is put into implicitMaster0 and implicitGroup0
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<global> //One global per file
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global_label=Global1
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//Prepare keyswitches to test labels later
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sw_default=60
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sw_lokey=60
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sw_hikey=70
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//<control> //is not part of the hierarchy. control has no label.
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master_label=ImplicitMaster0 //Not parsed? -> Unlabeled
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group_label=ImplicitGroup0 //Not parsed? -> Unlabeled
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<region> region_label=Region-1a //This is put into implicitMaster0 and implicitGroup0
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<group> group_label=Group0 //master_label=WrongLabel //This is a label in the wrong place. It will override the group_label
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<region> region_label=Region0a
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<master> master_label=Master1 Label
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sw_last=60
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sw_label=Keyswitch For Master 1
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group_label=ImplicitGroup1 //Not parsed? -> Unlabeled
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<group> group_label=Group1
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<region> region_label=Region1a sw_down=68
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<region> region_label=Region1b sw_last=67
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<master> master_label=Master2
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sw_last=61
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sw_label=Keyswitch For Master 2
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group_label=ImplicitGroup2 //Not parsed? -> Unlabeled
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<group> group_label=Group2
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<region> region_label=Region2a
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<region> wrongOpcode=hello world foo bar region_label=Region2b //a wrong opcode. Will throw a warning on load but is nevertheless available in our python data
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<group> group_label=Group3
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<region> sample=*saw pitch_oncc1=40 label_cc1=Detune second oscillator
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<region> key=72 label_key72=A very special key
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"""
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pgm = instrument.engine.load_patch_from_string(pgm_no, '.', sfzString, 'test_sampler_hierarchy')
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print ("Program:", pgm, pgm.status()) # -> Program: SamplerProgram<a58c6888-19c5-4b0f-be03-c4ce83b6eeee>
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print ("Control Inits:", pgm.get_control_inits()) #Empty . Is this <control> ? No.
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globalHierarchy = pgm.get_global() # -> Single SamplerLayer. Literally sfz <global>. But not the global scope, e.g. no under any <tag>.
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#If there is no <global> tag in the .sfz this will still create a root SamplerLayer
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print ("Global:", globalHierarchy)
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print ("Groups:", pgm.get_keyswitch_groups())
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print("\nShow all SamplerLayer in their global/master/group/region hierarchy through indentations.\n" + "=" * 80)
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def recurse(item, level = 0):
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status = item.status()
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print (" " * level + str(status))
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for subitem in item.get_children():
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recurse(subitem, level + 1)
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recurse(globalHierarchy)
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print("\nShow all non-engine-default sfz opcodes and values in a global/master/group/region hierarchy.\n" + "=" * 80)
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def recurse2(item, level = 0):
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status = item.status()
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data = item.as_dict()
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children = item.get_children()
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if data or children:
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print (" " * level + "<%s> %s" % (item.status().level, data))
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for subitem in children:
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recurse2(subitem, level + 1)
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recurse2(globalHierarchy)
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print("\nAs an example get all Keyswitch Labels and their keys.\n" + "=" * 80)
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def findKeyswitches(program):
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"""Returns a tuple: dict, sw_lokey, sw_highkey
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dict with key=keystring e.g. c#4
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and value=(opcode,label). label can be empty.
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Only existing keyswitches are included, not every number from 0-127.
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Two special keys "sw_lokey" and "sw_hikeys" are returned and show the total range of possible
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keyswitches.
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This is just a function to find the keyswitches in our example, not every advanced scenario
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with sw_previous for context-sensitive-regions (which isn't really a keyswitch),
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nor sw_lokey, sw_hikey and multiple parallel switches per key.
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Specifically it just searches for sw_last, sw_down and sw_up and assumes that any level (master,
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group, region) can only use one of the three.
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sw_down and sw_up are implementation-dependent. We must assume that there are instruments that
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use these opcodes without specifying sw_lokey and sw_hikey. sw_last requires the range.
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For these reasons we cannot do sanity-checking here. We just report all single-key keyswitches.
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Finally it assumes that there is one sw_lokey and one sw_hikey in the whole file, and it
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must be in global. No actual keyswitches will be in global.
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"""
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def findKS(data, writeInResult):
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if "sw_label" in data:
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label = data["sw_label"]
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else:
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label = ""
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if "sw_last" in data:
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writeInResult[data["sw_last"]] = "sw_last", label
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elif "sw_down" in data:
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writeInResult[data["sw_down"]] = "sw_down", label
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elif "sw_up" in data:
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writeInResult[data["sw_up"]] = "sw_up", label
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result = {} # int:tuple(string)
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hierarchy = program.get_hierarchy()
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for k,v in hierarchy.items(): #Global
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globalData = k.as_dict()
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swlokeyValue = globalData["sw_lokey"] if "sw_lokey" in globalData else ""
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swhikeyValue = globalData["sw_hikey"] if "sw_hikey" in globalData else ""
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for k1,v1 in v.items(): #Master
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findKS(k1.as_dict(), result)
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if v1:
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for k2,v2 in v1.items(): #Group
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findKS(k2.as_dict(), result)
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if v2:
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for k3,v3 in v2.items(): #Regions
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findKS(k3.as_dict(), result)
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return (result, swlokeyValue, swhikeyValue)
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keyswitches = findKeyswitches(pgm)
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pprint(keyswitches)
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instrument.engine.set_patch(1, pgm_no)
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print ("Group 0 lastkey before keyswitch:", instrument.engine.get_keyswitch_state(1, 0))
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scene.send_midi_event(0x90, 61 ,64) #Trigger Keyswitch c#4 . Default for this example is 60/c4
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print ("Group 0 lastkey after keyswitch:", instrument.engine.get_keyswitch_state(1, 0))
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#The following were just stages during development, now handled by recurse and recurse2() above
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"""
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hierarchy = pgm.get_hierarchy() #starts with global and dicts down with get_children(). First single entry layer is get_global()
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print ("Complete Hierarchy")
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pprint(hierarchy)
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for k,v in hierarchy.items(): #Global
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print (k.as_string())
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for k1,v1 in v.items(): #Master
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print (k1.as_string())
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if v1:
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for k2,v2 in v1.items(): #Group
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print (k2.as_string())
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if v2:
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for k3,v3 in v2.items(): #Regions
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print (k3.as_string())
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"""
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print("Ready!")
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while True:
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cbox.call_on_idle(cmd_dumper)
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