def make_telemetry():
zones = [
{
'name': ['sparse'],
'register': (7, 10),
'density': (1, 2),
'harmonicity': (1, 10),
'roughness': (1, 5),
'pace': (1, 3)
}, {
'name': ['gentle'],
'register': (3, 7),
'density': (3, 8),
'harmonicity': (8, 10),
'roughness': (1, 2),
'pace': (1, 3)
}, {
'name': ['ballsout'],
'register': (1, 10),
'density': (2, 10),
'harmonicity': (1, 10),
'roughness': (4, 10),
'pace': (3, 10)
}, {
'name': ['upbeat'],
'register': (5, 8),
'density': (1, 8),
'harmonicity': (8, 10),
'roughness': (2, 4),
'pace': (4, 7)
}
]
dsp.log('generating telemetry...')
numsections = dsp.randint(10, 20)
sections = []
for s in range(numsections):
zone = dsp.randchoose(zones)
section = make_section(zone)
sections += section
# Transition
if dsp.rand(0, 100) > 20:
next_zone = dsp.randchoose(zones)
if next_zone['name'] != zone['name']:
next_section = make_section(next_zone)
transition_zone = {
'name': ['transition', section[-1]['name'][0], next_section[0]['name'][0]],
'register': (section[-1]['register'], next_section[0]['register']),
'density': (section[-1]['density'], next_section[0]['density']),
'harmonicity': (section[-1]['harmonicity'], next_section[0]['harmonicity']),
'roughness': (section[-1]['roughness'], next_section[0]['roughness']),
'pace': (section[-1]['pace'], next_section[0]['pace']),
}
transition_section = make_section(transition_zone)
sections += transition_section
sections += next_section
dsp.log('telemetry generated')
settings.shared('tel', sections)
def make_telemetry():
zones = [
{
"name": ["sparse"],
"register": (7, 10),
"density": (1, 2),
"harmonicity": (1, 10),
"roughness": (1, 5),
"pace": (1, 3),
},
{
"name": ["gentle"],
"register": (3, 7),
"density": (3, 8),
"harmonicity": (8, 10),
"roughness": (1, 2),
"pace": (1, 3),
},
{
"name": ["ballsout"],
"register": (1, 10),
"density": (2, 10),
"harmonicity": (1, 10),
"roughness": (4, 10),
"pace": (3, 10),
},
{
"name": ["upbeat"],
"register": (5, 8),
"density": (1, 8),
"harmonicity": (8, 10),
"roughness": (2, 4),
"pace": (4, 7),
},
{
"name": ["upbeat"],
"register": (5, 8),
"density": (1, 8),
"harmonicity": (8, 10),
"roughness": (2, 4),
"pace": (4, 7),
},
]
dsp.log("generating telemetry...")
numsections = dsp.randint(10, 20)
sections = []
for s in range(numsections):
zone = dsp.randchoose(zones)
section = make_section(zone)
sections += section
# Transition
if dsp.rand(0, 100) > 20:
next_zone = dsp.randchoose(zones)
if next_zone["name"] != zone["name"]:
next_section = make_section(next_zone)
transition_zone = {
"name": ["transition", section[-1]["name"][0], next_section[0]["name"][0]],
"register": (section[-1]["register"], next_section[0]["register"]),
"density": (section[-1]["density"], next_section[0]["density"]),
"harmonicity": (section[-1]["harmonicity"], next_section[0]["harmonicity"]),
"roughness": (section[-1]["roughness"], next_section[0]["roughness"]),
"pace": (section[-1]["pace"], next_section[0]["pace"]),
}
transition_section = make_section(transition_zone)
sections += transition_section
sections += next_section
dsp.log("telemetry generated")
settings.shared("tel", sections)
def getTel():
tel = json.loads(settings.shared('tel'))
count = int(settings.shared('count'))
tel = tel[count % len(tel)]
return tel
def getTel():
tel = json.loads(settings.shared("tel"))
count = int(settings.shared("count"))
tel = tel[count % len(tel)]
return tel
