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How to use _make_group method in autotest
Best Python code snippet using autotest_python
controller_test.py
Source:controller_test.py 
...55 tolerance = 0.0000156 self.failUnless(vec.x**2 + vec.y**2 + vec.z**2 <= mag**2 + tolerance, (vec, mag))57class ControllerTest(ControllerTestBase):58 59 def _make_group(self):60 from lepton import Particle, ParticleGroup61 g = ParticleGroup()62 g.new(Particle((0,0,0), (0,0,0)))63 g.new(Particle((0,0,0), (1,1,1), size=(2,2,2)))64 g.new(Particle((1,1,1), (-2,-2,-2), size=(3,2,0)))65 g.update(0)66 return g67 def test_Gravity_controller(self):68 from lepton import controller69 group = self._make_group()70 gravity = controller.Gravity((0.5, 1.0, 2.0))71 gravity(0.1, group)72 p = list(group)73 self.assertVector(p[0].velocity, (0.05, 0.1, 0.2))74 self.assertVector(p[1].velocity, (1.05, 1.1, 1.2))75 self.assertVector(p[2].velocity, (-1.95, -1.9, -1.8))76 77 def test_Lifetime_controller(self):78 from lepton import controller, Particle, ParticleGroup79 g = ParticleGroup()80 g.new(Particle(age=0))81 g.new(Particle(age=0.8))82 g.new(Particle(age=1.0))83 g.new(Particle(age=0.75))84 lifetime = controller.Lifetime(max_age=0.75)85 g.update(0)86 lifetime(0, g)87 p = list(g)88 self.assertEqual(len(g), 2)89 self.assertFloatEqiv(p[0].age, 0.0)90 self.assertFloatEqiv(p[1].age, 0.75)91 92 def test_Movement_controller_simple(self):93 from lepton import controller94 group = self._make_group()95 96 # Simple movement, no acceleration or damping97 movement = controller.Movement()98 movement(0.2, group)99 p = list(group)100 self.assertVector(p[0].position, (0,0,0))101 self.assertVector(p[1].position, (0.2,0.2,0.2))102 self.assertVector(p[2].position, (0.6,0.6,0.6))103 def test_Movement_controller_damping_scalar(self):104 from lepton import controller105 group = self._make_group()106 # Movement w/damping107 movement = controller.Movement(damping=0.9)108 movement(0.1, group)109 p = list(group)110 self.assertVector(p[0].velocity, (0,0,0))111 self.assertVector(p[1].velocity, (0.9,0.9,0.9))112 self.assertVector(p[2].velocity, (-1.8,-1.8,-1.8))113 def test_Movement_controller_damping_vector(self):114 from lepton import controller115 group = self._make_group()116 # Movement w/damping vector117 movement = controller.Movement(damping=(1,0.9,1))118 movement(0.1, group)119 p = list(group)120 self.assertVector(p[0].velocity, (0,0,0))121 self.assertVector(p[1].velocity, (1.0,0.9,1.0))122 self.assertVector(p[2].velocity, (-2.0,-1.8,-2.0))123 def test_Growth_controller_simple(self):124 from lepton import controller125 group = self._make_group()126 # Simple growth, no damping127 growth = controller.Growth(1)128 growth(0.2, group)129 p = list(group)130 self.assertVector(p[0].size, (0.2,0.2,0.2))131 self.assertVector(p[1].size, (2.2,2.2,2.2))132 self.assertVector(p[2].size, (3.2,2.2,0.2))133 def test_Growth_controller_damping_scalar(self):134 from lepton import controller135 group = self._make_group()136 # Growth w/damping137 growth = controller.Growth(growth=1, damping=0.9)138 growth(0.1, group)139 growth(0.1, group)140 p = list(group)141 self.assertVector(p[0].size, (0.19,0.19,0.19))142 self.assertVector(p[1].size, (2.19,2.19,2.19))143 self.assertVector(p[2].size, (3.19,2.19,0.19))144 def test_Growth_controller_damping_vector(self):145 from lepton import controller146 group = self._make_group()147 # Growth w/damping vector148 growth = controller.Growth(growth=(2,1,0), damping=(1,0.9,0))149 growth(0.1, group)150 growth(0.1, group)151 p = list(group)152 self.assertVector(p[0].size, (0.4,0.19,0))153 self.assertVector(p[1].size, (2.4,2.19,2))154 self.assertVector(p[2].size, (3.4,2.19,0))155 def test_Movement_controller_max_velocity(self):156 from lepton import controller157 group = self._make_group()158 # Movement w/max velocity159 movement = controller.Movement(max_velocity=0.5)160 movement(0, group)161 p = list(group)162 self.assertMag(p[0].velocity, 0)163 self.assertMag(p[1].velocity, 0.5)164 self.assertMag(p[2].velocity, 0.5)165 def test_Movement_controller_min_velocity(self):166 from lepton import controller167 group = self._make_group()168 # Movement w/min velocity169 movement = controller.Movement(min_velocity=2.0)170 movement(0, group)171 p = list(group)172 self.assertMag(p[0].velocity, 0)173 self.assertMag(p[1].velocity, 2.0)174 self.assertMag(p[2].velocity, math.sqrt(12))175 176 def test_Collector_controller_collect_inside(self):177 from lepton import controller178 group = self._make_group()179 collector = controller.Collector(DummyCubeDomain(size=0.5))180 self.assertEqual(len(group), 3)181 collector(0, group)182 self.assertEqual(len(group), 1)183 self.assertEqual(collector.collected_count, 2)184 p = list(group)185 self.assertVector(p[0].position, (1, 1, 1))186 def test_Collector_controller_collect_outside(self):187 from lepton import controller188 group = self._make_group()189 collector = controller.Collector(DummyCubeDomain(size=0.5), collect_inside=False)190 self.assertEqual(len(group), 3)191 collector(0, group)192 self.assertEqual(len(group), 2)193 self.assertEqual(collector.collected_count, 1)194 p = list(group)195 self.assertVector(p[0].position, (0, 0, 0))196 self.assertVector(p[1].position, (0, 0, 0))197 def test_Collector_controller_callback(self):198 from lepton import controller199 group = self._make_group()200 collector = None201 killed_pos = []202 def callback(particle, pgroup, controller):203 self.assertEqual(controller, collector)204 self.assertEqual(pgroup, group)205 killed_pos.append(tuple(particle.position))206 collector = controller.Collector(DummyCubeDomain(size=0.5), callback=callback)207 collector(0, group)208 self.assertEqual(len(group), 1)209 p = list(group)210 self.assertVector(p[0].position, (1, 1, 1))211 self.assertEqual(killed_pos, [(0,0,0), (0,0,0)])212 213class BounceControllerTest(ControllerTestBase):214 def _make_group(self):215 from lepton import Particle, ParticleGroup216 g = ParticleGroup()217 g.new(Particle(position=(0, 1, 0), velocity=(0, -1, 0))),218 g.new(Particle(position=(0, 1, 0), velocity=(0, -1.5, 0))),219 g.new(Particle(position=(-1, -1, 1), velocity=(2, 2, 0))),220 g.new(Particle(position=(1, 1, 1), velocity=(0, 1, 0)))221 g.update(0)222 p = list(g)223 p[0].position = (0, 0, 0)224 p[1].position = (0, -0.5, 0)225 p[2].position = (1, 1, 1)226 p[3].position = (1, 2, 1)227 return g228 229 def test_Bounce_controller_defaults(self):230 from lepton import controller231 group = self._make_group()232 bounce = controller.Bounce(DummyPlaneDomain())233 bounce(0, group)234 p = list(group)235 self.assertVector(p[0].position, (0, 0, 0))236 self.assertVector(p[0].velocity, (0, 1, 0))237 self.assertVector(p[1].position, (0, 0.5, 0))238 self.assertVector(p[1].velocity, (0, 1.5, 0))239 self.assertVector(p[2].position, (1, -1, 1))240 self.assertVector(p[2].velocity, (2, -2, 0))241 self.assertVector(p[3].position, (1, 2, 1))242 self.assertVector(p[3].velocity, (0, 1, 0))243 def test_Bounce_controller_low_bounce(self):244 from lepton import controller245 group = self._make_group()246 bounce = controller.Bounce(DummyPlaneDomain(), bounce=0.5)247 bounce(0, group)248 p = list(group)249 self.assertVector(p[0].position, (0, 0, 0))250 self.assertVector(p[0].velocity, (0, 0.5, 0))251 self.assertVector(p[1].position, (0, 0.25, 0))252 self.assertVector(p[1].velocity, (0, 0.75, 0))253 self.assertVector(p[2].position, (1, -0.5, 1))254 self.assertVector(p[2].velocity, (2, -1, 0))255 self.assertVector(p[3].position, (1, 2, 1))256 self.assertVector(p[3].velocity, (0, 1, 0))257 def test_Bounce_controller_high_friction(self):258 from lepton import controller259 group = self._make_group()260 bounce = controller.Bounce(DummyPlaneDomain(), friction=0.5)261 bounce(0, group)262 p = list(group)263 self.assertVector(p[0].position, (0, 0, 0))264 self.assertVector(p[0].velocity, (0, 1, 0))265 self.assertVector(p[1].position, (0, 0.5, 0))266 self.assertVector(p[1].velocity, (0, 1.5, 0))267 self.assertVector(p[2].position, (1, -1, 0.5))268 self.assertVector(p[2].velocity, (1, -2, 0))269 self.assertVector(p[3].position, (1, 2, 1))270 self.assertVector(p[3].velocity, (0, 1, 0))271 def test_Bounce_controller_neg_friction(self):272 from lepton import controller273 group = self._make_group()274 bounce = controller.Bounce(DummyPlaneDomain(), friction=-0.5)275 bounce(0, group)276 p = list(group)277 self.assertVector(p[0].position, (0, 0, 0))278 self.assertVector(p[0].velocity, (0, 1, 0))279 self.assertVector(p[1].position, (0, 0.5, 0))280 self.assertVector(p[1].velocity, (0, 1.5, 0))281 self.assertVector(p[2].position, (1, -1, 1.5))282 self.assertVector(p[2].velocity, (3, -2, 0))283 self.assertVector(p[3].position, (1, 2, 1))284 self.assertVector(p[3].velocity, (0, 1, 0))285 def test_Bounce_controller_callback(self):286 from lepton import controller287 group = self._make_group()288 callback_args = []289 def dummy_callback(*args):290 self.assertEqual(len(args), 5)291 callback_args.append(args)292 bounce = controller.Bounce(DummyPlaneDomain(), callback=dummy_callback)293 bounce(0, group)294 p = list(group)295 self.assertEqual(len(callback_args), len(group) - 1)296 for particle, (cbparticle, cbgroup, cbcontroller, cbpoint, cbnormal) in zip(297 p, callback_args):298 # TODO Add particle-particle and vector-vector comparison ops299 self.assertVector(cbparticle.position, particle.position)300 self.failUnless(cbgroup is group, cbgroup)301 self.failUnless(cbcontroller is bounce, cbcontroller)302 self.assertEqual(cbpoint[1], 0)303class MagnetControllerTest(ControllerTestBase):304 def _make_group(self):305 from lepton import Particle, ParticleGroup306 g = ParticleGroup()307 g.new(Particle(position=(0, 1.0, 0), velocity=(0, 0, 0))),308 g.new(Particle(position=(0, 0, 1.0), velocity=(0, 0, 0))),309 g.update(0)310 p = list(g)311 p[0].position = (10.0, 0, 0)312 p[1].position = (0, 0.0, 10.0)313 return g314 315 def test_Magnet_controller_defaults(self):316 # Test one attract iteration 317 # for direction and magnitude of dv.318 from lepton import controller, domain319 from lepton.domain import Sphere320 sphere = Sphere((0, 0, 0), 5, 0)321 group = self._make_group()322 attract = controller.Magnet(sphere, charge=100)323 self.failUnless(attract.domain is sphere)324 self.assertEqual(attract.charge, 100)325 self.assertEqual(attract.exponent, 2)326 self.failUnless(attract.epsilon > 0)327 attract(1.0, group)328 p = list(group)329 self.assertVector(p[0].position, (10.0, 0.0, 0.0))330 self.assertVector(p[1].position, (0, 0.0, 10.0))331 self.assertVector(p[0].velocity, (-4.0, 0.0, 0.0), tolerance=0.0001)332 self.assertVector(p[1].velocity, (0, 0.0, -4.0), tolerance=0.0001)333if __name__=='__main__':...
graph_layout.py
Source:graph_layout.py
...58 dbc.Col(weapon_rows),59 ], className='mb-2',)60 def _tab_output(self, name, points, average, std):61 return [62 dbc.Col(self._make_group(self._output_pill('Name', name))),63 dbc.Col(self._make_group(self._output_pill('Pts', points)), width=2),64 dbc.Col(self._make_group(self._output_pill('Avg', average)), width=2),65 dbc.Col(self._make_group(self._output_pill('Std', std)), width=2),66 ]67 def _weapon_output(self, strength, ap, bs, number, damage, shotmod, hitmod, woundmod, savemod, fnpmod, damagemod):68 mods = []69 if shotmod:70 mods.append(dbc.Row(self._make_group(self._output_pill('Shot Modifiers', ', '.join(shotmod)))))71 if hitmod:72 mods.append(dbc.Row(self._make_group(self._output_pill('Hit Modifiers', ', '.join(hitmod)))))73 if woundmod:74 mods.append(dbc.Row(self._make_group(self._output_pill('Wound Modifiers', ', '.join(woundmod)))))75 if savemod:76 mods.append(dbc.Row(self._make_group(self._output_pill('Save Modifiers', ', '.join(savemod)))))77 if fnpmod:78 mods.append(dbc.Row(self._make_group(self._output_pill('FNP Modifiers', ', '.join(fnpmod)))))79 if damagemod:80 mods.append(dbc.Row(self._make_group(self._output_pill('Damage Modifiers', ', '.join(damagemod)))))81 weapon_group = self._make_group(82 [83 *self._output_pill('S', strength),84 *self._output_pill('AP', f'-{ap}'),85 *self._output_pill('BS', f'{bs}+'),86 *self._output_pill('#', number),87 *self._output_pill('D', damage),88 ],89 )90 return dbc.Row(dbc.Col([weapon_group, dbc.Col(mods, className='mb-2')]))91 def _target_output(self, name, points, toughness, save, invuln, fnp, wounds, avg, std):92 return dbc.Row([93 dbc.Col(self._make_group(94 dbc.Input(type="text", value=name, disabled=True),95 ), width=3),96 dbc.Col(self._make_group(97 [98 *self._output_pill('PTS', points),99 *self._output_pill('T', toughness),100 *self._output_pill('SV', f'{save}+'),101 *self._output_pill('INV', f'{invuln}++'),102 *self._output_pill('FNP', f'{fnp}+++'),103 *self._output_pill('W', wounds),104 *self._output_pill('Mean', avg),105 *self._output_pill('Ï', std),106 ]107 ), className='mb-2'),108 ], className='mb-2',)109 def _make_group(self, content):110 return dbc.InputGroup(content, size="sm")111 def _output_pill(self, name, value):112 return [113 dbc.InputGroupAddon(name, addon_type="prepend"),114 dbc.Input(type="text", value=value, disabled=True),115 ]116 def static_layout(self):117 content = dcc.Graph(118 id='static_damage_graph',119 style={'height':'80vh'},120 figure=self.figure_template(),121 config={122 'scrollZoom': False,123 'toImageButtonOptions': {...
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