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How to use _reset_value method in Testify
Best Python code snippet using Testify_python
RolandGp8.py
Source:RolandGp8.py 
...37 else:38 return False39 if data['type'] == 'flag':40 return self._record[data['position']:data['position'] + data['length']]41 def _reset_value(self, name):42 """Resets the named value to its default as defined in the device data dictionary.43 Args:44 name ([string]): The name of the value from self._gp8 to reset in self._record 45 """46 data = self._gp8[name]47 self._write_value(name, data['default'])48 def _write_value(self, name, value):49 """Write data to the self._record buffer using the data dictionary50 Args:51 name ([string]): The name of the value from self._gp8 52 value ([type]): A value/type appropriate as defined in self._gp8.53 """54 data = self._gp8[name]55 if data['type'] in ['int', 'bitwise'] and type(value) == type(0):56 if value in data['range']:57 self._record[data['position']58 :data['position'] + data['length']] = [value]59 else:60 raise ValueError61 if data['type'] == 'bool':62 if value:63 self._record[data['position']64 :data['position'] + data['length']] = [100]65 else:66 self._record[data['position']67 :data['position'] + data['length']] = [0]68 if data['type'] == 'string':69 """Pad the string to length with spaces"""70 while len(value) <= data['length']:71 value = value + " "72 self._record[data['position']:data['position'] +73 data['length']] = bytes(value, 'ascii')74 def _effect_get(self, bank, effect):75 """Read data from the sysex buffer using the data dictionary76 Args:77 bank ([string]): EFFECT_MSB or EFFECT_LSB78 effect ([string]): Effect name in self.79 Returns:80 [bool]: Effect is either on (True) or off (False).81 """82 return bool(self._read_value(bank) & self._effect_lookup[effect] == self._effect_lookup[effect])83 def _effect_set(self, bank, effect, value):84 """ Change data in the sysex buffer using the data dictionary """85 if value != bool(self._read_value(bank) & self._effect_lookup[effect] == self._effect_lookup[effect]):86 # XOR flip the bit87 self._write_value(bank, self._read_value(88 bank) ^ self._effect_lookup[effect])89 def csv_hex(self):90 """ Return the current patch as a hex string that can easily be used with 91 the send_midi utility provided by the mididings package.92 """93 csv = []94 for byte in self._record:95 csv.append(byte.to_bytes(1, 'big').hex())96 return ','.join(csv)97 @property98 def name(self):99 """ Returns the name of the patch as a string """100 data = self._gp8['NAME']101 return self._record[data['position']:data['position'] + data['length']].decode('ascii')102 @name.setter103 def name(self, value):104 """ Update the name of the patch. Automatically padded/trimmed to 16 chars """105 self._write_value('NAME', value)106 @name.deleter107 def name(self):108 """ Reset the patch name to a default value as defined in the data dictionary. """109 self._reset_value('NAME')110 @property111 def volume(self):112 """ Return the master volume as int 0-100 """113 return self._read_value('VOLUME')114 @volume.setter115 def volume(self, value):116 return self._write_value('VOLUME', value)117 @volume.deleter118 def volume(self):119 return self._reset_value('VOLUME')120 # EFFECT BIT SWITCHES121 # Dynamic Filter122 @property123 def filter(self):124 """True if the effect is on.125 Returns:126 [bool]: Effect is either on or off127 """128 return self._effect_get('EFFECT_LSB', 'DYNAMIC_FILTER')129 @filter.setter130 def filter(self, value):131 self._effect_set('EFFECT_LSB', 'DYNAMIC_FILTER', value)132 @filter.deleter133 def filter(self):134 return self._reset_value('DYNAMIC_FILTER')135 # Compressor136 @property137 def compressor(self):138 """True if the effect is on.139 Returns:140 [bool]: Effect is either on or off141 """142 return self._effect_get('EFFECT_LSB', 'COMPRESSOR')143 @compressor.setter144 def compressor(self, value):145 self._effect_set('EFFECT_LSB', 'COMPRESSOR', value)146 @compressor.deleter147 def compressor(self):148 return self._reset_value('COMPRESSOR')149 # Overdrive150 @property151 def overdrive(self):152 """True if the effect is on.153 Returns:154 [bool]: Effect is either on or off155 """156 return self._effect_get('EFFECT_LSB', 'OVERDRIVE')157 @overdrive.setter158 def overdrive(self, value):159 self._effect_set('EFFECT_LSB', 'OVERDRIVE', value)160 @overdrive.deleter161 def overdrive(self):162 return self._reset_value('OVERDRIVE')163 # Distortion164 @property165 def distortion(self):166 """True if the effect is on.167 Returns:168 [bool]: Effect is either on or off169 """170 return self._effect_get('EFFECT_LSB', 'DISTORTION')171 @distortion.setter172 def distortion(self, value):173 self._effect_set('EFFECT_LSB', 'DISTORTION', value)174 @distortion.deleter175 def distortion(self):176 return self._reset_value('DISTORTION')177 # Phaser178 @property179 def phaser(self):180 """True if the effect is on.181 Returns:182 [bool]: Effect is either on or off183 """184 return self._effect_get('EFFECT_MSB', 'PHASER')185 @phaser.setter186 def phaser(self, value):187 self._effect_set('EFFECT_MSB', 'PHASER', value)188 @phaser.deleter189 def phaser(self):190 return self._reset_value('PHASER')191 # Equalizer192 @property193 def equalizer(self):194 """True if the effect is on.195 Returns:196 [bool]: Effect is either on or off197 """198 return self._effect_get('EFFECT_MSB', 'EQUALIZER')199 @equalizer.setter200 def equalizer(self, value):201 self._effect_set('EFFECT_MSB', 'EQUALIZER', value)202 @equalizer.deleter203 def equalizer(self):204 return self._reset_value('EQUALIZER')205 # Delay206 @property207 def delay(self):208 """True if the effect is on.209 Returns:210 [bool]: Effect is either on or off211 """212 return self._effect_get('EFFECT_MSB', 'DELAY')213 @delay.setter214 def delay(self, value):215 self._effect_set('EFFECT_MSB', 'DELAY', value)216 @delay.deleter217 def delay(self):218 return self._reset_value('DELAY')219 # Chorus220 @property221 def chorus(self):222 """True if the effect is on.223 Returns:224 [bool]: Effect is either on or off225 """226 return self._effect_get('EFFECT_MSB', 'CHORUS')227 @chorus.setter228 def chorus(self, value):229 self._effect_set('EFFECT_MSB', 'CHORUS', value)230 @chorus.deleter231 def chorus(self):232 return self._reset_value('CHORUS')233 # For convenience234 @property235 def effects(self):236 """A convenience function which returns the on/off status of all available effects.237 Returns:238 [dict]: A dictionary with effect names as keys, and bool values for each.239 """240 return {241 'Phaser': self.phaser,242 'Equalizer': self.equalizer,243 'Delay': self.delay,244 'Chorus': self.chorus,245 'Dynamic Filter': self.filter,246 'Compressor': self.compressor,247 'Overdrive': self.overdrive,248 'Distortion': self.distortion,249 }250 #251 # Effect Properties252 #253 # FILTER_SENS254 @property255 def filter_sens(self):256 return self._read_value('FILTER_SENS')257 @filter_sens.setter258 def filter_sens(self, value):259 return self._write_value('FILTER_SENS', value)260 @filter_sens.deleter261 def filter_sens(self):262 self._reset_value('FILTER_SENS')263 # FILTER_CUTOFF_FREQ264 @property265 def filter_cutoff_freq(self):266 return self._read_value('FILTER_CUTOFF_FREQ')267 @filter_cutoff_freq.setter268 def filter_cutoff_freq(self, value):269 return self._write_value('FILTER_CUTOFF_FREQ', value)270 @filter_cutoff_freq.deleter271 def filter_cutoff_freq(self):272 self._reset_value('FILTER_CUTOFF_FREQ')273 # FILTER_Q274 @property275 def filter_q(self):276 return self._read_value('FILTER_Q')277 @filter_q.setter278 def filter_q(self, value):279 return self._write_value('FILTER_Q', value)280 @filter_q.deleter281 def filter_q(self):282 self._reset_value('FILTER_Q')283 # FILTER_UP_DOWN284 @property285 def filter_up_down(self):286 return self._read_value('FILTER_UP_DOWN')287 @filter_up_down.setter288 def filter_up_down(self, value):289 return self._write_value('FILTER_UP_DOWN', value)290 @filter_up_down.deleter291 def filter_up_down(self):292 self._reset_value('FILTER_UP_DOWN')293 # COMP_ATTACK294 @property295 def comp_attack(self):296 return self._read_value('COMP_ATTACK')297 @comp_attack.setter298 def comp_attack(self, value):299 return self._write_value('COMP_ATTACK', value)300 @comp_attack.deleter301 def comp_attack(self):302 self._reset_value('COMP_ATTACK')303 # COMP_SUSTAIN304 @property305 def comp_sustain(self):306 return self._read_value('COMP_SUSTAIN')307 @comp_sustain.setter308 def comp_sustain(self, value):309 return self._write_value('COMP_SUSTAIN', value)310 @comp_sustain.deleter311 def comp_sustain(self):312 self._reset_value('COMP_SUSTAIN')313 # OD_TONE314 @property315 def od_tone(self):316 return self._read_value('OD_TONE')317 @od_tone.setter318 def od_tone(self, value):319 return self._write_value('OD_TONE', value)320 @od_tone.deleter321 def od_tone(self):322 self._reset_value('OD_TONE')323 # OD_DRIVE324 @property325 def od_drive(self):326 return self._read_value('OD_DRIVE')327 @od_drive.setter328 def od_drive(self, value):329 return self._write_value('OD_DRIVE', value)330 @od_drive.deleter331 def od_drive(self):332 self._reset_value('OD_DRIVE')333 # OD_TURBO334 @property335 def od_turbo(self):336 return self._read_value('OD_TURBO')337 @od_turbo.setter338 def od_turbo(self, value):339 return self._write_value('OD_TURBO', value)340 @od_turbo.deleter341 def od_turbo(self):342 self._reset_value('OD_TURBO')343 # DIST_TONE344 @property345 def dist_tone(self):346 return self._read_value('DIST_TONE')347 @dist_tone.setter348 def dist_tone(self, value):349 return self._write_value('DIST_TONE', value)350 @dist_tone.deleter351 def dist_tone(self):352 self._reset_value('DIST_TONE')353 # DIST_DIST354 @property355 def dist_dist(self):356 return self._read_value('DIST_DIST')357 @dist_dist.setter358 def dist_dist(self, value):359 return self._write_value('DIST_DIST', value)360 @dist_dist.deleter361 def dist_dist(self):362 self._reset_value('DIST_DIST')363 # PHASER_RATE364 @property365 def phaser_rate(self):366 return self._read_value('PHASER_RATE')367 @phaser_rate.setter368 def phaser_rate(self, value):369 return self._write_value('PHASER_RATE', value)370 @phaser_rate.deleter371 def phaser_rate(self):372 self._reset_value('PHASER_RATE')373 # PHASER_DEPTH374 @property375 def phaser_depth(self):376 return self._read_value('PHASER_DEPTH')377 @phaser_depth.setter378 def phaser_depth(self, value):379 return self._write_value('PHASER_DEPTH', value)380 @phaser_depth.deleter381 def phaser_depth(self):382 self._reset_value('PHASER_DEPTH')383 # PHASER_RESONANCE384 @property385 def phaser_resonance(self):386 return self._read_value('PHASER_RESONANCE')387 @phaser_resonance.setter388 def phaser_resonance(self, value):389 return self._write_value('PHASER_RESONANCE', value)390 @phaser_resonance.deleter391 def phaser_resonance(self):392 self._reset_value('PHASER_RESONANCE')393 # EQ_HI394 @property395 def eq_hi(self):396 return self._read_value('EQ_HI')397 @eq_hi.setter398 def eq_hi(self, value):399 return self._write_value('EQ_HI', value)400 @eq_hi.deleter401 def eq_hi(self):402 self._reset_value('EQ_HI')403 # EQ_MID404 @property405 def eq_mid(self):406 return self._read_value('EQ_MID')407 @eq_mid.setter408 def eq_mid(self, value):409 return self._write_value('EQ_MID', value)410 @eq_mid.deleter411 def eq_mid(self):412 self._reset_value('EQ_MID')413 # EQ_LO414 @property415 def eq_lo(self):416 return self._read_value('EQ_LO')417 @eq_lo.setter418 def eq_lo(self, value):419 return self._write_value('EQ_LO', value)420 @eq_lo.deleter421 def eq_lo(self):422 self._reset_value('EQ_LO')423 # EQ_GAIN424 @property425 def eq_gain(self):426 return self._read_value('EQ_GAIN')427 @eq_gain.setter428 def eq_gain(self, value):429 return self._write_value('EQ_GAIN', value)430 @eq_gain.deleter431 def eq_gain(self):432 self._reset_value('EQ_GAIN')433 # DELAY_LEVEL434 @property435 def delay_level(self):436 return self._read_value('DELAY_LEVEL')437 @delay_level.setter438 def delay_level(self, value):439 return self._write_value('DELAY_LEVEL', value)440 @delay_level.deleter441 def delay_level(self):442 self._reset_value('DELAY_LEVEL')443 # DELAY_FEEDBACK444 @property445 def delay_feedback(self):446 return self._read_value('DELAY_FEEDBACK')447 @delay_feedback.setter448 def delay_feedback(self, value):449 return self._write_value('DELAY_FEEDBACK', value)450 @delay_feedback.deleter451 def delay_feedback(self):452 self._reset_value('DELAY_FEEDBACK')453 # CHORUS_RATE454 @property455 def chorus_rate(self):456 return self._read_value('CHORUS_RATE')457 @chorus_rate.setter458 def chorus_rate(self, value):459 return self._write_value('CHORUS_RATE', value)460 @chorus_rate.deleter461 def chorus_rate(self):462 self._reset_value('CHORUS_RATE')463 # CHORUS_DEPTH464 @property465 def chorus_depth(self):466 return self._read_value('CHORUS_DEPTH')467 @chorus_depth.setter468 def chorus_depth(self, value):469 return self._write_value('CHORUS_DEPTH', value)470 @chorus_depth.deleter471 def chorus_depth(self):472 self._reset_value('CHORUS_DEPTH')473 # CHORUS_LEVEL474 @property475 def chorus_level(self):476 return self._read_value('CHORUS_LEVEL')477 @chorus_level.setter478 def chorus_level(self, value):479 return self._write_value('CHORUS_LEVEL', value)480 @chorus_level.deleter481 def chorus_level(self):482 self._reset_value('CHORUS_LEVEL')483 # CHORUS_PRE_DELAY484 @property485 def chorus_pre_delay(self):486 return self._read_value('CHORUS_PRE_DELAY')487 @chorus_pre_delay.setter488 def chorus_pre_delay(self, value):489 return self._write_value('CHORUS_PRE_DELAY', value)490 @chorus_pre_delay.deleter491 def chorus_pre_delay(self):492 self._reset_value('CHORUS_PRE_DELAY')493 # CHORUS_FEEDBACK494 @property495 def chorus_feedback(self):496 return self._read_value('CHORUS_FEEDBACK')497 @chorus_feedback.setter498 def chorus_feedback(self, value):499 return self._write_value('CHORUS_FEEDBACK', value)500 @chorus_feedback.deleter501 def chorus_feedback(self):502 self._reset_value('CHORUS_FEEDBACK')503 # EV_5_PARAM504 @property505 def ev5_param(self):506 return self._read_value('EV5_PARAM')507 @ev5_param.setter508 def ev5_param(self, value):509 return self._write_value('EV5_PARAM', value)510 @ev5_param.deleter511 def ev5_param(self):512 self._reset_value('EV5_PARAM')513 # EXT_CONTROL_1514 @property515 def ext_control_1(self):516 return self._read_value('EXT_CONTROL_1')517 @ext_control_1.setter518 def ext_control_1(self, value):519 return self._write_value('EXT_CONTROL_1', value)520 @ext_control_1.deleter521 def ext_control_1(self):522 self._reset_value('EXT_CONTROL_1')523 # EXT_CONTROL_2524 @property525 def ext_control_2(self):526 return self._read_value('EXT_CONTROL_2')527 @ext_control_2.setter528 def ext_control_2(self, value):529 return self._write_value('EXT_CONTROL_2', value)530 @ext_control_2.deleter531 def ext_control_2(self):532 self._reset_value('EXT_CONTROL_2')533 # GROUP534 @property535 def group(self):536 if self._read_value('GROUP') == 64:537 return 'B'538 else:539 return 'A'540 @group.setter541 def group(self, value):542 if value == 'A':543 group = 0544 elif value == 'B':545 group = 64546 else:...
dofs.py
Source:dofs.py
1from typing import Tuple2import torch3from torch.nn.parameter import Parameter4from .reparametrizations import ConstrainedAngleReparametrization5class BaseRotDOF(torch.nn.Module):6 def __init__(7 self,8 *,9 value: float = 0.0,10 interval: Tuple[float, float] = None,11 unlocked: bool = True,12 ):13 super().__init__()14 self.reparam = ConstrainedAngleReparametrization(interval)15 self.uangle = Parameter(16 self.reparam.angle2log(value).float(), requires_grad=unlocked17 )18 self._reset_value = self.uangle.data.clone()19 @property20 def value(self):21 return self.reparam.log2angle(self.uangle)22 def sample(self) -> torch.FloatTensor:23 if self.uangle.requires_grad:24 return self.reparam.log2angle(torch.rand(2) * 4 - 2) # [-2;2]25 else:26 return self.value27 def matrix(self) -> torch.FloatTensor:28 raise NotImplementedError29 def project_(self):30 self.reparam.project_inplace(self.uangle)31 def reset_(self):32 self.uangle.data[:] = self._reset_value33 def set_value(self, angle: float):34 self.uangle.data[:] = self.reparam.angle2log(angle).float()35class RotX(BaseRotDOF):36 def matrix(self) -> torch.Tensor:37 c, s = self.reparam.exp(self.uangle)38 m = torch.eye(4)39 m[1, 1] = c40 m[1, 2] = -s41 m[2, 1] = s42 m[2, 2] = c43 return m44class RotY(BaseRotDOF):45 def matrix(self) -> torch.Tensor:46 c, s = self.reparam.exp(self.uangle)47 m = torch.eye(4)48 m[0, 0] = c49 m[0, 2] = s50 m[2, 0] = -s51 m[2, 2] = c52 return m53class RotZ(BaseRotDOF):54 def matrix(self) -> torch.Tensor:55 c, s = self.reparam.exp(self.uangle)56 m = torch.eye(4)57 m[0, 0] = c58 m[0, 1] = -s59 m[1, 0] = s60 m[1, 1] = c61 return m62class BaseTransDOF(torch.nn.Module):63 def __init__(64 self,65 *,66 value: float = 0.0,67 interval: Tuple[float, float] = None,68 unlocked: bool = True,69 ):70 super().__init__()71 self.offset = Parameter(torch.tensor(value).float(), requires_grad=unlocked)72 self._reset_value = self.offset.data.clone()73 def matrix(self) -> torch.FloatTensor:74 raise NotImplementedError75 def sample(self) -> torch.FloatTensor:76 if self.offset.requires_grad:77 return torch.rand() * 10 - 5 # [-5;5]78 else:79 return self.value80 def reset_(self):81 self.offset.data.fill_(self._reset_value)82 def project_(self):83 pass84 @property85 def value(self) -> torch.FloatTensor:86 return self.offset87 def set_value(self, offset: float):88 self.offset.data.fill_(offset)89class TransX(BaseTransDOF):90 def matrix(self) -> torch.Tensor:91 m = torch.eye(4)92 m[0, 3] = self.offset93 return m94class TransY(BaseTransDOF):95 def matrix(self) -> torch.Tensor:96 m = torch.eye(4)97 m[1, 3] = self.offset98 return m99class TransZ(BaseTransDOF):100 def matrix(self) -> torch.Tensor:101 m = torch.eye(4)102 m[2, 3] = self.offset103 return m104DOF_NAMES = ["rx", "ry", "rz", "tx", "ty", "tz"]...
randomizer.py
Source:randomizer.py
...17 for k, v in kwargs.items():18 setattr(self, k, v)19 for k, v in self.__dict__.items():20 if isinstance(v, BaseRandomVar):21 v._reset_value()22 self._reset_value()23 def _reset_value(self) -> None:24 self.value = None25 def _prettify(self) -> str:26 # return a prettier form of self.value27 return str(self.value)28 def __call__(self, pretty=False) -> str:29 self._reset_value()30 if pretty:31 return self._prettify()32 return self.value33 def to_dict(self):34 return {"type": "<unk>"}35 def __str__(self):36 return json.dumps(self.to_dict())37class RandomInt(BaseRandomVar):38 def __init__(self, min=0, max=5):39 super().__init__(min=min, max=max)40 def _reset_value(self):41 self.value = random.randrange(self.min, self.max)42 def to_dict(self):43 answer = dict(type="int", min=self.min, max=self.max)44 return answer45class RandomFloat(BaseRandomVar):46 def __init__(self, min=0.0, max=1.0):47 super().__init__(min=min, max=max)48 def _reset_value(self):49 self.value = random.uniform(self.min, self.max)50 def to_dict(self):51 answer = dict(type="float", min=self.min, max=self.max)52 return answer53class RandomChoice(BaseRandomVar):54 def __init__(self, *choices):55 super().__init__(choices=choices)56 def _reset_value(self):57 self.value = random.choice(self.choices)58 def to_dict(self):59 answer = dict(type="choice", choices=self.choices)60 return answer61class RandomBool(BaseRandomVar):62 def __init__(self, true_prob=0.9):63 super().__init__(true_prob=true_prob)64 def _reset_value(self):65 if random.random() < self.true_prob:66 self.value = True67 else:68 self.value = False69 def to_dict(self):70 answer = dict(type="bool", true_prob=self.true_prob)71 return answer72def get_randomizer(*vals):73 func_lookup = {74 "bool": RandomBool,75 "int": RandomInt,76 "float": RandomFloat,77 "choice": RandomChoice,78 }...
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