Constants

This section lists constants that are commonly used in PyAEDT.

Example of constants usage:

from ansys.aedt.core import constants

ipk = Icepak()
# Use of Axis constant
cylinder = ipk.modeler.create_cylinder(constants.Axis.X, [0, 0, 0], 10, 3)
# Use of PLANE Constant
ipk.modeler.split(cylinder, constants.Plane.YZ, sides="Both")
...
ipk.release_desktop()

ansys.aedt.core.generic.constants.AEDT_UNITS = {'Angle': {'deg': 0.017453292519943295, 'degmin': 0.0002908882086657216, 'degsec': 4.84813681109536e-06, 'rad': 1.0}, 'AngularSpeed': {'deg_per_hr': 62.83185307179586, 'deg_per_min': 1.0471975511965976, 'deg_per_sec': 0.017453292519943295, 'per_sec': 6.283185307179586, 'rad_per_hr': 3600.0, 'rad_per_min': 60.0, 'rad_per_sec': 1.0, 'rev_per_sec': 6.283185307179586, 'rpm': 0.10471975511965977}, 'Area': {'cm2': 0.0001, 'dm2': 0.01, 'fm2': 1e-30, 'ft2': 0.6095999999999999, 'in2': 0.0254, 'km2': 1000000.0, 'm2': 1.0, 'meter2': 1.0, 'mil2': 2.54e-08, 'mm2': 1e-06, 'nm2': 1e-18, 'pm2': 1e-24, 'uin2': 2.5399999999999998e-14, 'um2': 1e-12, 'yd2': 7.3152}, 'B-field': {'ftesla': 1e-15, 'gtesla': 1000000000.0, 'ktesla': 1000.0, 'megtesla': 1000000.0, 'mtesla': 0.001, 'ntesla': 1e-09, 'ptesla': 1e-12, 'tesla': 1.0, 'utesla': 1e-06}, 'Capacitance': {'F': 1.0, 'fF': 1e-15, 'mF': 0.001, 'nF': 1e-09, 'pF': 1e-12, 'uF': 1e-06}, 'Conductance': {'Sie': 1.0, 'fSie': 1e-15, 'mSie': 0.001, 'nSie': 1e-09, 'pSie': 1e-12, 'uSie': 1e-06}, 'Current': {'A': 1.0, 'MegA': 1000000.0, 'dBA': (<function db20>,), 'fA': 1e-15, 'gA': 1000000000.0, 'kA': 1000.0, 'mA': 0.001, 'nA': 1e-09, 'pA': 1e-12, 'uA': 1e-06}, 'E-field': {'V_per_m': 1.0, 'V_per_meter': 1.0, 'fV_per_m': 1e-15, 'fV_per_meter': 1e-15, 'gV_per_m': 1000000000.0, 'gV_per_meter': 1000000000.0, 'kV_per_m': 1000.0, 'kV_per_meter': 1000.0, 'mV_per_m': 0.001, 'mV_per_meter': 0.001, 'megV_per_m': 1000000.0, 'megV_per_meter': 1000000.0, 'nV_per_m': 1e-09, 'nV_per_meter': 1e-09, 'pV_per_m': 1e-12, 'pV_per_meter': 1e-12, 'uV_per_m': 1e-06, 'uV_per_meter': 1e-06}, 'Flux': {'Wb': 1.0, 'mx': 1e-08, 'vh': 3600, 'vs': 1.0}, 'Force': {'PoundsForce': 4.44822, 'dyne': 1e-05, 'fNewton': 1e-15, 'gNewton': 1000000000.0, 'kNewton': 1000.0, 'kp': 9.80665, 'mNewton': 0.001, 'megNewton': 1000000.0, 'nNewton': 1e-09, 'newton': 1.0, 'pNewton': 1e-12, 'uNewton': 1e-06}, 'Freq': {'GHz': 1000000000.0, 'Hz': 1.0, 'MHz': 1000000.0, 'THz': 1000000000000.0, 'kHz': 1000.0, 'per_sec': 1.0, 'rps': 1.0}, 'Frequency': {'GHz': 1000000000.0, 'Hz': 1.0, 'MHz': 1000000.0, 'THz': 1000000000000.0, 'kHz': 1000.0, 'per_sec': 1.0, 'rps': 1.0}, 'H-field': {'A_per_m': 1.0, 'A_per_meter': 1.0, 'fA_per_m': 1e-15, 'fA_per_meter': 1e-15, 'gA_per_m': 1000000000.0, 'gA_per_meter': 1000000000.0, 'kA_per_m': 1000.0, 'kA_per_meter': 1000.0, 'mA_per_m': 0.001, 'mA_per_meter': 0.001, 'megA_per_m': 1000000.0, 'megA_per_meter': 1000000.0, 'nA_per_m': 1e-09, 'nA_per_meter': 1e-09, 'pA_per_m': 1e-12, 'pA_per_meter': 1e-12, 'uA_per_m': 1e-06, 'uA_per_meter': 1e-06}, 'Inductance': {'H': 1.0, 'fH': 1e-15, 'mH': 0.001, 'nH': 1e-09, 'pH': 1e-12, 'uH': 1e-06}, 'J-field': {'A_per_m2': 1.0, 'A_per_meter2': 1.0, 'fA_per_m2': 1e-15, 'fA_per_meter2': 1e-15, 'gA_per_m2': 1000000000.0, 'gA_per_meter2': 1000000000.0, 'kA_per_m2': 1000.0, 'kA_per_meter2': 1000.0, 'mA_per_m2': 0.001, 'mA_per_meter2': 0.001, 'megA_per_m2': 1000000.0, 'megA_per_meter2': 1000000.0, 'nA_per_m2': 1e-09, 'nA_per_meter2': 1e-09, 'pA_per_m2': 1e-12, 'pA_per_meter2': 1e-12, 'uA_per_m2': 1e-06, 'uA_per_meter2': 1e-06}, 'Length': {'cm': 0.01, 'dm': 0.1, 'fm': 1e-15, 'ft': 0.30479999999999996, 'in': 0.0254, 'km': 1000.0, 'meter': 1.0, 'mil': 2.54e-05, 'mile': 1609.3439999999998, 'mm': 0.001, 'nm': 1e-09, 'pm': 1e-12, 'uin': 2.54e-08, 'um': 1e-06, 'yd': 0.9144}, 'Mass': {'g': 0.001, 'kg': 1.0, 'lb': 0.453592, 'mg': 1e-06, 'oz': 0.0283495, 'ton': 1000, 'ug': 1e-09}, 'None': {'': 1.0, 'f': 1e-15, 'g': 1000000000.0, 'k': 1000.0, 'm': 0.001, 'meg': 1000000.0, 'n': 1e-09, 'p': 1e-12, 't': 1000000000000.0, 'u': 1e-06}, 'Power': {'Btu_per_hr': 3.4129693, 'Btu_per_sec': 0.000948047, 'HP': 0.00134102, 'W': 1.0, 'dBW': <function dbw>, 'dBm': <function dbm>, 'erg_per_sec': 10000000.0, 'fW': 1e-15, 'gW': 1000000000.0, 'kW': 1000.0, 'mW': 0.001, 'megW': 1000000.0, 'nW': 1e-09, 'pW': 1e-12, 'uW': 1e-06}, 'Pressure': {'gn_per_meter_sq': 1000000000.0, 'kn_per_meter_sq': 1000.0, 'lbf_per_ft2': 0.0209, 'megn_per_meter_sq': 1000000.0, 'n_per_meter_sq': 1.0, 'psi': 0.000145}, 'Resistance': {'GOhm': 1000000000.0, 'kOhm': 1000.0, 'mOhm': 0.001, 'megohm': 1000000.0, 'ohm': 1.0, 'uOhm': 1e-06}, 'Speed': {'cm_per_sec': 0.01, 'feet_per_min': 0.0050799999999999994, 'feet_per_sec': 0.30479999999999996, 'inches_per_sec': 0.0254, 'km_per_min': 60000.0, 'km_per_sec': 1000.0, 'm_per_h': 3600, 'm_per_sec': 1.0, 'miles_per_hour': 0.4470400143052778, 'miles_per_minute': 26.822400858316666, 'miles_per_sec': 1609.344051499, 'mm_per_sec': 0.001}, 'SurfaceHeat': {'W_per_cm2': 10000.0, 'W_per_in2': 1550, 'W_per_m2': 1.0, 'btu_per_hr_per_ft2': 3.15, 'btu_per_s_per_ft2': 11356.53, 'erg_per_s_per_cm2': 0.001, 'irrad_W_per_cm2': 10000.0, 'irrad_W_per_m2': 1.0, 'irrad_W_per_mm2': 1000000.0, 'irrad_met': 1.0, 'kW_per_m2': 1000.0, 'mW_per_m2': 0.001, 'megW_per_m2': 1000000.0, 'uW_per_m2': 1e-06}, 'Temperature': {'cel': <function cel2kel>, 'fah': <function fah2kel>, 'kel': <function <lambda>>}, 'Time': {'day': 43200, 'fs': 1e-15, 'hour': 3600, 'min': 60, 'ms': 0.001, 'ns': 1e-09, 'ps': 1e-12, 's': 1, 'us': 1e-06}, 'Torque': {'NewtonMeter': 1, 'cNewtonMeter': 0.01, 'fNewtonMeter': 1e-15, 'gNewtonMeter': 1000000000.0, 'kNewtonMeter': 1000.0, 'mNewtonMeter': 0.001, 'megNewtonMeter': 1000000.0, 'nNewtonMeter': 1e-09, 'pNewtonMeter': 1e-12, 'uNewtonMeter': 1e-06}, 'Voltage': {'MegV': 1000000.0, 'V': 1.0, 'dBV': <function db20>, 'fV': 1e-15, 'gV': 1000000000.0, 'kV': 1000.0, 'mV': 0.001, 'nV': 1e-09, 'pV': 1e-12, 'uV': 1e-06}}

AEDT units.

class ansys.aedt.core.generic.constants.AllowedMarkers(*values)

Provide allowed markers.

Examples

>>> from ansys.aedt.core.generic.constants import AllowedMarkers
>>> AllowedMarkers.Octahedron

Arrow = 0

Value for arrow.

Box = 10

Value for box.

Octahedron = 12

Value for octahedron.

Sphere = 9

Value for sphere.

Tetrahedron = 11

Value for tetrahedron.

class ansys.aedt.core.generic.constants.Axis(value, *args, **kwargs)

Coordinate system axis enum class.

This static class defines integer constants corresponding to the Cartesian axes: X, Y, and Z. Attributes can be assigned to the orientation keyword argument for geometry creation methods of the ansys.aedt.core.modeler.modeler_3d.Modeler3D and ansys.aedt.core.modeler.modeler_2d.Modeler2D classes.

Attributes:

Xint

Axis index corresponding to the X axis (typically 0).

Yint

Axis index corresponding to the Y axis (typically 1).

Zint

Axis index corresponding to the Z axis (typically 2).

Examples

>>> from ansys.aedt.core.generic import constants
>>> from ansys.aedt.core import Hfss
>>> hfss = Hfss()
>>> cylinder1 = hfss.modeler.create_cylinder(
...     orientation=constants.Axis.Z,
...     origin=[0, 0, 0],
...     radius="0.5mm",
...     height="3cm",
... )

class ansys.aedt.core.generic.constants.BasisOrder(value, *args, **kwargs)

HFSS basis order settings enum class.

Warning: the value single has been renamed to Single for consistency. Please update references to single.

Examples

>>> from ansys.aedt.core.generic.constants import BasisOrder
>>> BasisOrder.Single

class ansys.aedt.core.generic.constants.CSMode(value, *args, **kwargs)

Coordinate system mode enum class.

Examples

>>> from ansys.aedt.core.generic.constants import CSMode
>>> CSMode.Axis

ansys.aedt.core.generic.constants.CSS4_COLORS = {'aqua': '#00FFFF', 'aquamarine': '#7FFFD4', 'bisque': '#FFE4C4', 'blue': '#0000FF', 'blueviolet': '#8A2BE2', 'brown': '#A52A2A', 'burlywood': '#DEB887', 'cadetblue': '#5F9EA0', 'chartreuse': '#7FFF00', 'chocolate': '#D2691E', 'coral': '#FF7F50', 'cornflowerblue': '#6495ED', 'crimson': '#DC143C', 'cyan': '#00FFFF', 'darkblue': '#00008B', 'darkcyan': '#008B8B', 'darkgoldenrod': '#B8860B', 'darkgreen': '#006400', 'darkkhaki': '#BDB76B', 'darkmagenta': '#8B008B', 'darkolivegreen': '#556B2F', 'darkorange': '#FF8C00', 'darkorchid': '#9932CC', 'darkred': '#8B0000', 'darksalmon': '#E9967A', 'darkseagreen': '#8FBC8F', 'darkslateblue': '#483D8B', 'darkslategray': '#2F4F4F', 'darkturquoise': '#00CED1', 'darkviolet': '#9400D3', 'deeppink': '#FF1493', 'deepskyblue': '#00BFFF', 'dodgerblue': '#1E90FF', 'firebrick': '#B22222', 'forestgreen': '#228B22', 'fuchsia': '#FF00FF', 'gold': '#FFD700', 'goldenrod': '#DAA520', 'green': '#008000', 'greenyellow': '#ADFF2F', 'hotpink': '#FF69B4', 'indianred': '#CD5C5C', 'indigo': '#4B0082', 'khaki': '#F0E68C', 'lawngreen': '#7CFC00', 'lightcoral': '#F08080', 'lightgreen': '#90EE90', 'lightpink': '#FFB6C1', 'lightsalmon': '#FFA07A', 'lightseagreen': '#20B2AA', 'lightskyblue': '#87CEFA', 'lime': '#00FF00', 'limegreen': '#32CD32', 'magenta': '#FF00FF', 'maroon': '#800000', 'mediumaquamarine': '#66CDAA', 'mediumblue': '#0000CD', 'mediumorchid': '#BA55D3', 'mediumpurple': '#9370DB', 'mediumseagreen': '#3CB371', 'mediumslateblue': '#7B68EE', 'mediumspringgreen': '#00FA9A', 'mediumturquoise': '#48D1CC', 'mediumvioletred': '#C71585', 'midnightblue': '#191970', 'moccasin': '#FFE4B5', 'navajowhite': '#FFDEAD', 'navy': '#000080', 'olive': '#808000', 'olivedrab': '#6B8E23', 'orange': '#FFA500', 'orangered': '#FF4500', 'orchid': '#DA70D6', 'palegoldenrod': '#EEE8AA', 'palegreen': '#98FB98', 'paleturquoise': '#AFEEEE', 'palevioletred': '#DB7093', 'peachpuff': '#FFDAB9', 'peru': '#CD853F', 'pink': '#FFC0CB', 'plum': '#DDA0DD', 'powderblue': '#B0E0E6', 'purple': '#800080', 'rebeccapurple': '#663399', 'red': '#FF0000', 'rosybrown': '#BC8F8F', 'royalblue': '#4169E1', 'saddlebrown': '#8B4513', 'salmon': '#FA8072', 'sandybrown': '#F4A460', 'seagreen': '#2E8B57', 'sienna': '#A0522D', 'skyblue': '#87CEEB', 'slateblue': '#6A5ACD', 'springgreen': '#00FF7F', 'steelblue': '#4682B4', 'tan': '#D2B48C', 'teal': '#008080', 'tomato': '#FF6347', 'turquoise': '#40E0D0', 'violet': '#EE82EE', 'wheat': '#F5DEB3', 'yellow': '#FFFF00', 'yellowgreen': '#9ACD32'}

Css4 colors.

class ansys.aedt.core.generic.constants.CrossSection(value, *args, **kwargs)

Cross-section enum class.

Examples

>>> from ansys.aedt.core.generic.constants import CrossSection
>>> CrossSection.Circle

class ansys.aedt.core.generic.constants.CutoutSubdesignType(value, *args, **kwargs)

Cutout subdesign type enum class.

Examples

>>> from ansys.aedt.core.generic.constants import CutoutSubdesignType
>>> CutoutSubdesignType.Conformal

ansys.aedt.core.generic.constants.DEG2RAD = 0.017453292519943295

Deg 2 rad.

class ansys.aedt.core.generic.constants.DisplayFamiliesType(value, *args, **kwargs)

Display families type enum class.

Examples

>>> from ansys.aedt.core.generic.constants import DisplayFamiliesType
>>> DisplayFamiliesType.Histogram

class ansys.aedt.core.generic.constants.DynamicMeta

Provide dynamic meta.

Examples

>>> from ansys.aedt.core.generic.constants import DynamicMeta
>>> dm = DynamicMeta("SubstrateType", (), {})

class ansys.aedt.core.generic.constants.EnumUnits(*values)

Provide enum units.

Examples

>>> from ansys.aedt.core.generic.constants import EnumUnits
>>> EnumUnits.hz

A2s = 326

Value for A 2 s.

Ah = 272

Value for ah.

Am2perW = 234

Value for am 2 per W.

Am2perWKel = 237

Value for am 2 per W kel.

Am2perkW = 233

Value for am 2 perk W.

AmperV = 309

Value for amper V.

AngRps = 213

Value for ang rps.

AngSpers = 214

Value for ang spers.

AperA = 306

Value for aper A.

AperAhour = 311

Value for aper ahour.

AperAs = 312

Value for aper as.

AperC = 310

Value for aper C.

AperCel = 329

Value for aper cel.

AperCelDiff3 = 323

Value for aper cel diff 3.

AperFah = 331

Value for aper fah.

AperKel = 334

Value for aper kel.

AperKel2half = 321

Value for aper kel 2 half.

AperKel3 = 322

Value for aper kel 3.

AperKelDiff3 = 324

Value for aper kel diff 3.

AperV = 620

Value for aper V.

AperV2 = 623

Value for aper V 2.

AperVs = 442

Value for aper vs.

AperWb = 443

Value for aper wb.

AperWperm2 = 315

Value for aper wperm 2.

Apercm2 = 299

Value for apercm 2.

Aperhour = 292

Value for aperhour.

Aperm = 319

Value for aperm.

Aperm2 = 302

Value for aperm 2.

ApermA = 304

Value for aperm A.

Apermin = 291

Value for apermin.

Apermm2 = 303

Value for apermm 2.

Apers = 295

Value for apers.

As = 271

Value for as.

C = 276

Cd = 438

Value for cd.

Cperm2 = 350

Value for cperm 2.

FperCel = 258

Value for fper cel.

FperFah = 263

Value for fper fah.

FperKel = 270

Value for fper kel.

FperVm2 = 250

Value for fper vm 2.

Fpercm2 = 241

Value for fpercm 2.

Fperm = 255

Value for fperm.

Fperm2 = 245

Value for fperm 2.

Fraction = 811

Value for fraction.

GCd = 441

Value for G cd.

GJ = 361

Gj.

GmCm = 121

Value for gm cm.

Hperm = 386

Value for hperm.

IrradMet = 854

Value for irrad met.

IrradWPerMm2 = 853

Value for irrad W per mm 2.

IrradWpercm2 = 390

Value for irrad wpercm 2.

IrradWperm2 = 394

Value for irrad wperm 2.

J = 358

JPerCelKg = 867

Value for J per cel kg.

JPerM3 = 800

Value for J per M 3.

JperKel = 591

Value for jper kel.

JperKelkg = 558

Value for jper kelkg.

Jpermol = 452

Value for jpermol.

KelperW = 608

Value for kelper W.

KelsperJ = 607

Value for kelsper J.

KgCm = 122

Value for kg cm.

KgMeter = 123

Value for kg meter.

L = 87

LbIn = 119

Value for lb in.

Npercm = 560

Value for npercm.

Nperm = 562

Value for nperm.

Nppercm = 900

Value for nppercm.

Npperdm = 901

Value for npperdm.

Npperft = 902

Value for npperft.

Npperkm = 903

Value for npperkm.

Npperm = 904

Value for npperm.

Nppermi = 905

Value for nppermi.

Ns2perm5 = 388

Value for ns 2 perm 5.

Nsperm = 339

Value for nsperm.

Nsperm2 = 636

Value for nsperm 2.

Nsperm5 = 366

Value for nsperm 5.

Ohmcm = 555

Value for ohmcm.

Ohmm = 556

Value for ohmm.

Ohmmm2permm = 553

Value for ohmmm 2 permm.

OhmperAhour = 535

Value for ohmper ahour.

OhmperAs = 534

Value for ohmper as.

OhmperC = 539

Value for ohmper C.

OhmperCel = 549

Value for ohmper cel.

OhmperKel = 551

Value for ohmper kel.

Ohmperm = 546

Value for ohmperm.

Ohmperum = 543

Value for ohmperum.

Ohmum = 554

Value for ohmum.

OzIn = 118

Value for oz in.

Paperhour = 492

Value for paperhour.

Papermin = 507

Value for papermin.

Papers = 510

Value for papers.

Pas = 643

Value for pas.

Pas2perm3 = 389

Value for pas 2 perm 3.

Pasperm3 = 367

Value for pasperm 3.

Paspermol = 461

Value for paspermol.

Sperm = 289

Value for sperm.

SufCDAsperm2 = 564

Value for suf cd asperm 2.

SufCDCperm2 = 568

Value for suf cd cperm 2.

SufCDmCperm2 = 567

Value for suf C dm cperm 2.

SufCDnCperm2 = 565

Value for suf C dn cperm 2.

SufCDuCperm2 = 566

Value for suf C du cperm 2.

V3 = 663

V 3.

VelSatcmperV = 630

Value for vel satcmper V.

VelSatmmperV = 629

Value for vel satmmper V.

VelSatmperV = 631

Value for vel satmper V.

VelSatumperV = 628

Value for vel satumper V.

Vhalf = 684

Value for vhalf.

VisFricCNsperm = 647

Value for vis fric C nsperm.

VisFricNsperm = 648

Value for vis fric nsperm.

VisFrickNsperm = 649

Value for vis frick nsperm.

VisFricmNsperm = 646

Value for vis fricm nsperm.

Vm = 671

Value for vm.

VolFConcm3perPas = 783

Value for vol F concm 3 per pas.

VolFConm3perPas = 784

Value for vol F conm 3 per pas.

VperCel = 772

Value for vper cel.

VperCel10 = 688

Value for vper cel 10.

VperCel11 = 694

Value for vper cel 11.

VperCel12 = 700

Value for vper cel 12.

VperCel13 = 706

Value for vper cel 13.

VperCel14 = 712

Value for vper cel 14.

VperCel15 = 718

Value for vper cel 15.

VperCel2 = 724

Value for vper cel 2.

VperCel3 = 730

Value for vper cel 3.

VperCel4 = 736

Value for vper cel 4.

VperCel5 = 742

Value for vper cel 5.

VperCel6 = 748

Value for vper cel 6.

VperCel7 = 754

Value for vper cel 7.

VperCel8 = 760

Value for vper cel 8.

VperCel9 = 766

Value for vper cel 9.

VperKel = 775

Value for vper kel.

VperKel10 = 691

Value for vper kel 10.

VperKel11 = 697

Value for vper kel 11.

VperKel12 = 703

Value for vper kel 12.

VperKel13 = 709

Value for vper kel 13.

VperKel14 = 715

Value for vper kel 14.

VperKel15 = 721

Value for vper kel 15.

VperKel2 = 727

Value for vper kel 2.

VperKel3 = 733

Value for vper kel 3.

VperKel4 = 739

Value for vper kel 4.

VperKel5 = 745

Value for vper kel 5.

VperKel6 = 751

Value for vper kel 6.

VperKel7 = 757

Value for vper kel 7.

VperKel8 = 763

Value for vper kel 8.

VperKel9 = 769

Value for vper kel 9.

VperPahalf = 683

Value for vper pahalf.

VperV = 666

Value for vper V.

VperVperPa = 518

Value for vper vper pa.

VperVperin = 418

Value for vper vperin.

VperVperm = 417

Value for vper vperm.

Vpercell = 677

Value for vpercell.

Vperhour = 654

Value for vperhour.

Vperm2pers2 = 652

Value for vperm 2 pers 2.

VpermV = 664

Value for vperm V.

Vpermhalf = 681

Value for vpermhalf.

Vpermin = 653

Value for vpermin.

Vpermpers3 = 668

Value for vpermpers 3.

Vpers = 656

Value for vpers.

VsperA = 476

Value for vsper A.

WbperA = 477

Value for wbper A.

Whour = 351

Value for whour.

Wirecm2 = 798

Value for wirecm 2.

Wireft2 = 795

Value for wireft 2.

Wirein2 = 794

Value for wirein 2.

Wirem2 = 799

Value for wirem 2.

Wiremm2 = 797

Value for wiremm 2.

Wireum2 = 796

Value for wireum 2.

WperCel = 593

Value for wper cel.

WperKel = 596

Value for wper kel.

WperKel4 = 603

Value for wper kel 4.

WperKelm = 599

Value for wper kelm.

Wpercm2 = 377

Value for wpercm 2.

Wpercm2Kel4 = 605

Value for wpercm 2 kel 4.

Wperin2 = 391

Value for wperin 2.

Wperin2perCel = 892

Value for wperin 2 per cel.

Wperm2 = 376

Value for wperm 2.

Wperm2Kel4 = 606

Value for wperm 2 kel 4.

Wperm2perCel = 891

Value for wperm 2 per cel.

Wpermm2perCel = 893

Value for wpermm 2 per cel.

Ws = 355

Value for ws.

WsperKel = 590

Value for wsper kel.

a = 77

Value for a.

a_per_meter = 96

Value for a per meter.

aigb1 = 191

Value for aigb 1.

aigb2 = 190

Value for aigb 2.

apv = 283

Value for apv.

at = 806

Value for at.

bar = 481

Value for bar.

barperhour = 494

Value for barperhour.

barpermin = 509

Value for barpermin.

barpers = 499

Value for barpers.

bel = 520

Value for bel.

bigB1 = 239

Value for big B 1.

bigB2 = 240

Value for big B 2.

bps = 884

Value for bps.

btuPerFahFtHr = 835

Value for btu per fah ft hr.

btuPerFahFtSec = 833

Value for btu per fah ft sec.

btuPerFahHr = 831

Value for btu per fah hr.

btuPerFahHrFt2 = 844

Value for btu per fah hr ft 2.

btuPerFahSec = 829

Value for btu per fah sec.

btuPerFahSecFt2 = 843

Value for btu per fah sec ft 2.

btuPerHrFt3 = 856

Value for btu per hr ft 3.

btuPerLbmFah = 862

Value for btu per lbm fah.

btuPerLbmRank = 863

Value for btu per lbm rank.

btuPerRankFtHr = 836

Value for btu per rank ft hr.

btuPerRankFtSec = 834

Value for btu per rank ft sec.

btuPerRankHr = 832

Value for btu per rank hr.

btuPerRankHrFt2 = 846

Value for btu per rank hr ft 2.

btuPerRankSec = 830

Value for btu per rank sec.

btuPerRankSecFt2 = 845

Value for btu per rank sec ft 2.

btuPerSec = 851

Value for btu per sec.

btuPerSecFt3 = 855

Value for btu per sec ft 3.

btu_per_hr = 162

Value for btu per hr.

btuphrpft2 = 825

Value for btuphrpft 2.

btupspft2 = 824

Value for btupspft 2.

cNsperm = 337

Value for c nsperm.

cPas = 641

Value for c pas.

cSperm = 288

Value for c sperm.

calPerGCel = 865

Value for cal per G cel.

calPerGKel = 864

Value for cal per G kel.

calpersmCel = 837

Value for calpersm cel.

calpersmKel = 838

Value for calpersm kel.

cel = 80

Value for cel.

celPerW = 860

Value for cel per W.

celdiff = 587

Value for celdiff.

celin2pw = 822

Value for celin 2 pw.

celm2pw = 577

Value for celm 2 pw.

celmm2pw = 823

Value for celmm 2 pw.

cfm = 881

Value for cfm.

ckel = 574

Value for ckel.

ckel_diff = 813

Value for ckel diff.

cm = 38

Value for cm.

cm2 = 223

Value for cm 2.

cm2pV2s = 571

Value for cm 2 p V 2 s.

cm2perVs = 569

Value for cm 2 per vs.

cm2pers = 816

Value for cm 2 pers.

cm3 = 802

Value for cm 3.

cm3perPa = 362

Value for cm 3 per pa.

cm3perPas = 364

Value for cm 3 per pas.

cm3pers = 788

Value for cm 3 pers.

cm3pers2 = 791

Value for cm 3 pers 2.

cmolpers = 458

Value for cmolpers.

cmperN = 279

Value for cmper N.

cmperV = 422

Value for cmper V.

cmperV2 = 634

Value for cmper V 2.

cmperVhalf = 428

Value for cmper vhalf.

cmpers2 = 625

Value for cmpers 2.

cmpers3 = 401

Value for cmpers 3.

cmps = 126

Value for cmps.

cmps2 = 188

Value for cmps 2.

cnewtonmeter = 618

Value for cnewtonmeter.

copperOzPerFt2 = 848

Value for copper oz per ft 2.

cpascal = 179

Value for cpascal.

cpoise = 637

Value for cpoise.

cup = 779

Value for cup.

dBpercm = 895

Value for d bpercm.

dBperdm = 896

Value for d bperdm.

dBperft = 898

Value for d bperft.

dBperkm = 897

Value for d bperkm.

dBperm = 894

Value for d bperm.

dBpermi = 899

Value for d bpermi.

dNsperm = 338

Value for d nsperm.

dPas = 642

Value for d pas.

day = 611

Value for day.

dbAngle = 53

Value for db angle.

dbAngularSpeed = 140

Value for db angular speed.

dbCapacitance = 33

Value for db capacitance.

dbConductance = 19

Value for db conductance.

dbCurrent = 78

Value for db current.

dbFlux = 142

Value for db flux.

dbForce = 108

Value for db force.

dbFrequency = 6

Value for db frequency.

dbInductance = 26

Value for db inductance.

dbLength = 43

Value for db length.

dbMagFieldStrength = 97

Value for db mag field strength.

dbMagInduction = 94

Value for db mag induction.

dbMass = 150

Value for db mass.

dbNoiseSpectrum = 84

Value for db noise spectrum.

dbPower = 62

Value for db power.

dbResistance = 12

Value for db resistance.

dbSpeed = 132

Value for db speed.

dbTemperature = 82

Value for db temperature.

dbTime = 50

Value for db time.

dbTorque = 124

Value for db torque.

dbVoltage = 71

Value for db voltage.

dbVolume = 89

Value for db volume.

dbWeight_obsolete = 86

Value for dbWeight obsolete.

dbchz = 83

Value for dbchz.

dbm = 60

Value for dbm.

dbv = 70

Value for dbv.

dbw = 61

Value for dbw.

deg = 51

Value for deg.

degmin = 198

Value for degmin.

degpers2 = 203

Value for degpers 2.

degph = 136

Value for degph.

degpm = 135

Value for degpm.

degps = 134

Value for degps.

degsec = 197

Value for degsec.

dissPerSec = 876

Value for diss per sec.

dkel = 575

Value for dkel.

dkel_diff = 814

Value for dkel diff.

dm = 409

Value for dm.

dmperV = 423

Value for dmper V.

dmperVhalf = 429

Value for dmper vhalf.

dmpers2 = 626

Value for dmpers 2.

dmsperrad = 206

Value for dmsperrad.

dpascal = 180

Value for dpascal.

dyne = 371

Value for dyne.

eV = 353

Value for e V.

erg = 354

Value for erg.

ergPerGKel = 866

Value for erg per G kel.

ergPerSec = 852

Value for erg per sec.

ergPerSecCm3 = 857

Value for erg per sec cm 3.

ergperscmKel = 839

Value for ergperscm kel.

ergpspcm2 = 826

Value for ergpspcm 2.

fa = 72

Value for fa.

fah = 81

Value for fah.

fahSecPerBtu = 861

Value for fah sec per btu.

fah_diff = 812

Value for fah diff.

farad = 32

Value for farad.

ff = 27

Value for ff.

fh = 20

Value for fh.

fm = 407

Value for fm.

fnewton = 98

Value for fnewton.

fnewtonmeter = 109

Value for fnewtonmeter.

foot3 = 804

Value for foot 3.

fpm = 130

Value for fpm.

fps = 129

Value for fps.

fs = 44

Value for fs.

fsie = 13

Value for fsie.

ft = 39

Value for ft.

ft2 = 220

Value for ft 2.

ft2PerSec2 = 875

Value for ft 2 per sec 2.

ft2PerSec3 = 873

Value for ft 2 per sec 3.

ft2pers = 815

Value for ft 2 pers.

ft3PerMin = 879

Value for ft 3 per min.

ft3PerSec = 880

Value for ft 3 per sec.

ftlb = 120

Value for ftlb.

fv = 63

Value for fv.

fw = 54

Value for fw.

gJpermol = 455

Value for g jpermol.

gOhmperC = 542

Value for g ohmper C.

gVpercell = 680

Value for g vpercell.

galUK = 778

Value for gal uk.

galUS = 780

Value for gal us.

gauss = 90

Value for gauss.

gbps = 887

Value for gbps.

ghz = 3

Value for ghz.

gm2pers3 = 432

Value for gm 2 pers 3.

gmpers = 465

Value for gmpers.

gn_per_msq = 172

Value for gn per msq.

gnewton = 106

Value for gnewton.

gnewtonmeter = 117

Value for gnewtonmeter.

gohm = 11

Value for gohm.

gpascal = 185

Value for gpascal.

gpcm3 = 341

Value for gpcm 3.

gpermol = 818

Value for gpermol.

gpers = 444

Value for gpers.

gperscm2 = 890

Value for gperscm 2.

gpl = 342

Value for gpl.

gpsi = 176

Value for gpsi.

gram = 146

Value for gram.

gv = 650

Value for gv.

gw = 479

Value for gw.

h = 25

Value for h.

hPas = 644

Value for h pas.

horsepower = 161

Value for horsepower.

hour = 610

Value for hour.

hpascal = 182

Value for hpascal.

hz = 0

Value for hz.

in2 = 219

Value for in 2.

in_per_sec = 168

Value for in per sec.

inch = 40

Value for inch.

inch3 = 803

Value for inch 3.

inperlbf = 278

Value for inperlbf.

inpers2 = 624

Value for inpers 2.

inpers3 = 397

Value for inpers 3.

inps2 = 186

Value for inps 2.

inverseohm = 282

Value for inverseohm.

jerk_degpers2 = 209

Value for jerk degpers2.

jerk_radpers2 = 210

Value for jerk radpers2.

kAperKel = 335

Value for k aper kel.

kAperV = 621

Value for k aper V.

kAperWperm2 = 316

Value for k aper wperm 2.

kAperm = 320

Value for k aperm.

kApers = 296

Value for k apers.

kC = 277

Value for k C.

kCd = 439

Value for k cd.

kJ = 359

Value for k J.

kJPerM3 = 801

Value for k J per M 3.

kJperKelkg = 559

Value for k jper kelkg.

kJpermol = 453

Value for k jpermol.

kNperm = 563

Value for k nperm.

kNsperm = 340

Value for k nsperm.

kOhmperC = 540

Value for k ohmper C.

kOhmperKel = 552

Value for k ohmper kel.

kOhmperm = 547

Value for k ohmperm.

kPas = 645

Value for k pas.

kSperm = 290

Value for k sperm.

kVm = 672

Value for k vm.

kVpercell = 678

Value for k vpercell.

kVpers = 657

Value for k vpers.

kWhour = 352

Value for k whour.

kWperCel = 594

Value for k wper cel.

kWperKel = 597

Value for k wper kel.

kWperKel4 = 604

Value for k wper kel 4.

kWperm2 = 395

Value for k wperm 2.

ka = 153

Value for ka.

ka_per_meter = 158

Value for ka per meter.

kat = 810

Value for kat.

kbps = 885

Value for kbps.

kcalPerKgCel = 869

Value for kcal per kg cel.

kcalPerKgKel = 868

Value for kcal per kg kel.

kel = 79

Value for kel.

keldiff = 589

Value for keldiff.

kelm2pw = 576

Value for kelm 2 pw.

kgauss = 156

Value for kgauss.

kgm2 = 464

Value for kgm 2.

kgm2perrad2 = 217

Value for kgm 2 perrad 2.

kgm2pers = 211

Value for kgm 2 pers.

kgmpers = 466

Value for kgmpers.

kgpdm3 = 344

Value for kgpdm 3.

kgperm4 = 387

Value for kgperm 4.

kgpermol = 817

Value for kgpermol.

kgperms = 819

Value for kgperms.

kgpers = 445

Value for kgpers.

kgpersm2 = 888

Value for kgpersm 2.

kgpl = 343

Value for kgpl.

kgpm3 = 345

Value for kgpm 3.

kgram = 147

Value for kgram.

khz = 1

Value for khz.

klm = 435

Value for klm.

klx = 380

Value for klx.

km = 151

Value for km.

km2 = 225

Value for km 2.

km_per_hr = 163

Value for km per hr.

km_per_min = 164

Value for km per min.

km_per_sec = 165

Value for km per sec.

kmol = 196

Value for kmol.

kmolpers = 460

Value for kmolpers.

kmperV = 425

Value for kmper V.

kmperVhalf = 431

Value for kmper vhalf.

kmsperrad = 208

Value for kmsperrad.

kn_per_msq = 170

Value for kn per msq.

knewton = 104

Value for knewton.

knewtonmeter = 115

Value for knewtonmeter.

koersted = 159

Value for koersted.

kohm = 9

Value for kohm.

kpascal = 183

Value for kpascal.

kpond = 372

Value for kpond.

kpsi = 174

Value for kpsi.

ksie = 284

Value for ksie.

ktesla = 157

Value for ktesla.

kv = 69

Value for kv.

kw = 160

Value for kw.

lb = 149

Value for lb.

lbForce = 107

Value for lb force.

lbfPerFt2 = 859

Value for lbf per ft 2.

lbfperin = 561

Value for lbfperin.

lbft2 = 463

Value for lbft 2.

lbin2 = 462

Value for lbin 2.

lbmPerFt3 = 841

Value for lbm per ft 3.

lbmPerMin = 850

Value for lbm per min.

lbmPerSec = 849

Value for lbm per sec.

lbmperfts = 820

Value for lbmperfts.

lbmperminft2 = 889

Value for lbmperminft 2.

lm = 434

Value for lm.

lmpercm2 = 375

Value for lmpercm 2.

lmperin2 = 378

Value for lmperin 2.

lmperm2 = 374

Value for lmperm 2.

ltrpermin = 790

Value for ltrpermin.

ltyr = 405

Value for ltyr.

lx = 379

Value for lx.

m2 = 224

Value for m 2.

m2PerSec2 = 874

Value for m 2 per sec 2.

m2PerSec3 = 872

Value for m 2 per sec 3.

m2pV2s = 572

Value for m 2 p V 2 s.

m2perJs = 231

Value for m 2 per js.

m2perV = 236

Value for m 2 per V.

m2perV2 = 411

Value for m 2 per V 2.

m2perVKel = 238

Value for m 2 per V kel.

m2perVs = 570

Value for m 2 per vs.

m2perhour = 228

Value for m 2 perhour.

m2perkV = 235

Value for m 2 perk V.

m2permin = 229

Value for m 2 permin.

m2pers = 230

Value for m 2 pers.

m2perw = 232

Value for m 2 perw.

m3 = 777

Value for m 3.

m3perPa = 363

Value for m 3 per pa.

m3perPas = 365

Value for m 3 per pas.

m3perhour = 787

Value for m 3 perhour.

m3permin = 786

Value for m 3 permin.

m3pers = 789

Value for m 3 pers.

m3pers2 = 792

Value for m 3 pers 2.

m3persPahalf = 785

Value for m 3 pers pahalf.

mA2s = 325

Value for m A 2 s.

mAmperV = 308

Value for m amper V.

mAperA = 305

Value for m aper A.

mAperCel = 328

Value for m aper cel.

mAperFah = 330

Value for m aper fah.

mAperKel = 333

Value for m aper kel.

mAperV = 619

Value for m aper V.

mAperV2 = 622

Value for m aper V 2.

mAperWperm2 = 314

Value for m aper wperm 2.

mApercm2 = 298

Value for m apercm 2.

mAperm = 318

Value for m aperm.

mAperm2 = 301

Value for m aperm 2.

mApers = 294

Value for m apers.

mC = 275

Value for m C.

mCd = 437

Value for m cd.

mCperm2 = 349

Value for m cperm 2.

mFperCel = 264

Value for m fper cel.

mFperFah = 262

Value for m fper fah.

mFperKel = 269

Value for m fper kel.

mFperVm2 = 249

Value for m fper vm 2.

mFperm = 254

Value for m fperm.

mFperm2 = 244

Value for m fperm 2.

mHperm = 385

Value for m hperm.

mJ = 357

Value for m J.

mJperKelkg = 557

Value for m jper kelkg.

mJpermol = 451

Value for m jpermol.

mNsperm = 336

Value for m nsperm.

mOhmperC = 538

Value for m ohmper C.

mOhmperKel = 550

Value for m ohmper kel.

mOhmperm = 545

Value for m ohmperm.

mPas = 640

Value for m pas.

mSperm = 287

Value for m sperm.

mV3 = 662

Value for m V 3.

mVm = 670

Value for m vm.

mVperCel = 771

Value for m vper cel.

mVperCel10 = 687

Value for m vper cel 10.

mVperCel11 = 693

Value for m vper cel 11.

mVperCel12 = 699

Value for m vper cel 12.

mVperCel13 = 705

Value for m vper cel 13.

mVperCel14 = 711

Value for m vper cel 14.

mVperCel15 = 717

Value for m vper cel 15.

mVperCel2 = 723

Value for m vper cel 2.

mVperCel3 = 729

Value for m vper cel 3.

mVperCel4 = 735

Value for m vper cel 4.

mVperCel5 = 741

Value for m vper cel 5.

mVperCel6 = 747

Value for m vper cel 6.

mVperCel7 = 753

Value for m vper cel 7.

mVperCel8 = 759

Value for m vper cel 8.

mVperCel9 = 765

Value for m vper cel 9.

mVperKel = 774

Value for m vper kel.

mVperKel10 = 690

Value for m vper kel 10.

mVperKel11 = 696

Value for m vper kel 11.

mVperKel12 = 702

Value for m vper kel 12.

mVperKel13 = 708

Value for m vper kel 13.

mVperKel14 = 714

Value for m vper kel 14.

mVperKel15 = 720

Value for m vper kel 15.

mVperKel2 = 726

Value for m vper kel 2.

mVperKel3 = 732

Value for m vper kel 3.

mVperKel4 = 738

Value for m vper kel 4.

mVperKel5 = 744

Value for m vper kel 5.

mVperKel6 = 750

Value for m vper kel 6.

mVperKel7 = 756

Value for m vper kel 7.

mVperKel8 = 762

Value for m vper kel 8.

mVperKel9 = 768

Value for m vper kel 9.

mVperPahalf = 682

Value for m vper pahalf.

mVperV = 665

Value for m vper V.

mVpercell = 676

Value for m vpercell.

mVperm2pers2 = 651

Value for m vperm 2 pers 2.

mVpermpers3 = 667

Value for m vpermpers 3.

mVpers = 655

Value for m vpers.

mWperCel = 592

Value for m wper cel.

mWperKel = 595

Value for m wper kel.

mWperKel4 = 602

Value for m wper kel 4.

mWperKelm = 598

Value for m wper kelm.

mWperm2 = 393

Value for m wperm 2.

ma = 76

Value for ma.

mat = 809

Value for mat.

maxwell = 368

Value for maxwell.

mbar = 480

Value for mbar.

mbarperhour = 493

Value for mbarperhour.

mbarpermin = 508

Value for mbarpermin.

mbarpers = 498

Value for mbarpers.

mbps = 886

Value for mbps.

megCd = 440

Value for meg cd.

megJ = 360

Value for meg J.

megJpermol = 454

Value for meg jpermol.

megOhmperC = 541

Value for meg ohmper C.

megOhmperm = 548

Value for meg ohmperm.

megVpercell = 679

Value for meg vpercell.

megWperm2 = 396

Value for meg wperm 2.

meglm = 436

Value for meglm.

meglx = 381

Value for meglx.

megn_per_msq = 171

Value for megn per msq.

megnewton = 105

Value for megnewton.

megnewtonmeter = 116

Value for megnewtonmeter.

megohm = 10

Value for megohm.

megpascal = 184

Value for megpascal.

megpsi = 175

Value for megpsi.

megsie = 285

Value for megsie.

megv = 152

Value for megv.

megw = 478

Value for megw.

meter = 37

Value for meter.

mf = 31

Value for mf.

mgauss = 155

Value for mgauss.

mgram = 145

Value for mgram.

mh = 24

Value for mh.

mho = 281

Value for mho.

mhz = 2

Value for mhz.

mi_per_min = 166

Value for mi per min.

mi_per_sec = 167

Value for mi per sec.

micron2 = 827

Value for micron 2.

mil = 41

Value for mil.

mil2 = 828

Value for mil 2.

mileNaut = 406

Value for mile naut.

mileTerr = 410

Value for mile terr.

mileUS = 404

Value for mile us.

min = 609

Value for min.

miph = 131

Value for miph.

mkel = 573

Value for mkel.

mkeldiff = 588

Value for mkeldiff.

ml = 88

Value for ml.

mlm = 433

Value for mlm.

mm = 36

Value for mm.

mm2 = 222

Value for mm 2.

mm3 = 776

Value for mm 3.

mmH2Operhour = 500

Value for mm H 2 operhour.

mmH2Opermin = 490

Value for mm H 2 opermin.

mmH2Opers = 505

Value for mm H 2 opers.

mmh2o = 482

Value for mmh 2 o.

mmhg = 483

Value for mmhg.

mmol = 194

Value for mmol.

mmolpers = 457

Value for mmolpers.

mmperV = 421

Value for mmper V.

mmperV2 = 633

Value for mmper V 2.

mmperVhalf = 427

Value for mmper vhalf.

mmpers3 = 400

Value for mmpers 3.

mmps = 125

Value for mmps.

mmps2 = 187

Value for mmps 2.

mnewton = 102

Value for mnewton.

mnewtonmeter = 113

Value for mnewtonmeter.

mohm = 7

Value for mohm.

mol = 195

Value for mol.

molpercm3 = 447

Value for molpercm 3.

molperdm3 = 446

Value for molperdm 3.

molperl = 448

Value for molperl.

molperm3 = 449

Value for molperm 3.

molpers = 459

Value for molpers.

mpascal = 178

Value for mpascal.

mperN = 280

Value for mper N.

mperV = 424

Value for mper V.

mperV2 = 635

Value for mper V 2.

mperVhalf = 430

Value for mper vhalf.

mpers2 = 627

Value for mpers 2.

mpers3 = 402

Value for mpers 3.

mph = 128

Value for mph.

mps = 127

Value for mps.

mps2 = 189

Value for mps 2.

ms = 48

Value for ms.

msie = 17

Value for msie.

msperrad = 614

Value for msperrad.

mtesla = 154

Value for mtesla.

mton = 793

Value for mton.

mv = 67

Value for mv.

mw = 58

Value for mw.

nC = 273

Value for n C.

nCperm2 = 347

Value for n cperm 2.

nFperCel = 256

Value for n fper cel.

nFperFah = 260

Value for n fper fah.

nFperKel = 267

Value for n fper kel.

nFperVm2 = 247

Value for n fper vm 2.

nFperm = 252

Value for n fperm.

nFperm2 = 242

Value for n fperm 2.

nHperm = 383

Value for n hperm.

nOhmperC = 536

Value for n ohmper C.

nVpercell = 674

Value for n vpercell.

n_per_msq = 169

Value for n per msq.

na = 74

Value for na.

nat = 808

Value for nat.

newton = 103

Value for newton.

newtonmeter = 114

Value for newtonmeter.

newtonmeterperdeg = 215

Value for newtonmeterperdeg.

newtonmeterperrad = 216

Value for newtonmeterperrad.

newtonmetersec = 212

Value for newtonmetersec.

nf = 29

Value for nf.

nh = 22

Value for nh.

nm = 34

Value for nm.

nmol = 192

Value for nmol.

nmpers3 = 398

Value for nmpers 3.

nms2perrad2 = 218

Value for nms 2 perrad 2.

nmsperrad = 207

Value for nmsperrad.

nnewton = 100

Value for nnewton.

nnewtonmeter = 111

Value for nnewtonmeter.

ns = 46

Value for ns.

nsie = 15

Value for nsie.

nv = 65

Value for nv.

nw = 56

Value for nw.

oersted = 95

Value for oersted.

ohm = 8

Value for ohm.

oz = 148

Value for oz.

oz_obsolete = 85

Value for oz obsolete.

pFperCel = 265

Value for p fper cel.

pFperFah = 259

Value for p fper fah.

pFperKel = 266

Value for p fper kel.

pFperVm2 = 246

Value for p fper vm 2.

pFperm = 251

Value for p fperm.

pHperm = 382

Value for p hperm.

pVpercell = 673

Value for p vpercell.

pa = 73

Value for pa.

pascal = 181

Value for pascal.

perCel = 578

Value for per cel.

perCel2 = 584

Value for per cel 2.

perFah = 579

Value for per fah.

perFah2 = 585

Value for per fah 2.

perJs = 525

Value for per js.

perKel = 583

Value for per kel.

perKel2 = 586

Value for per kel 2.

perOhmAh = 528

Value for per ohm ah.

perOhmAs = 527

Value for per ohm as.

perOhmC = 529

Value for per ohm C.

perOhmhour = 531

Value for per ohmhour.

perOhmmin = 530

Value for per ohmmin.

perOhms = 532

Value for per ohms.

perPa = 519

Value for per pa.

perRank = 877

Value for per rank.

perV = 660

Value for per V.

perV2 = 661

Value for per V 2.

perVhalf = 685

Value for per vhalf.

perW = 526

Value for per W.

perbar = 511

Value for perbar.

percent = 467

Value for percent.

percentperCel = 581

Value for percentper cel.

percentperFah = 582

Value for percentper fah.

percentperKel = 580

Value for percentper kel.

percentperRank = 878

Value for percentper rank.

percentperday = 470

Value for percentperday.

percentperhour = 469

Value for percentperhour.

percentperm = 468

Value for percentperm.

percentpers = 475

Value for percentpers.

percm = 412

Value for percm.

percm2 = 226

Value for percm 2.

percm3 = 781

Value for percm 3.

perday = 474

Value for perday.

perdeg = 199

Value for perdeg.

pergW = 524

Value for perg W.

perhour = 473

Value for perhour.

perin = 416

Value for perin.

perkV = 659

Value for perk V.

perkW = 523

Value for perk W.

perkm = 415

Value for perkm.

perm = 419

Value for perm.

perm2 = 227

Value for perm 2.

perm3 = 782

Value for perm 3.

permV = 658

Value for perm V.

permW = 522

Value for perm W.

permbar = 512

Value for permbar.

permegW = 521

Value for permeg W.

permin = 472

Value for permin.

permm = 413

Value for permm.

permmH2O = 517

Value for permm H 2 O.

permmHg = 516

Value for permm hg.

perpsi = 513

Value for perpsi.

perrad = 200

Value for perrad.

pers = 471

Value for pers.

pers2 = 204

Value for pers 2.

persec = 373

Value for persec.

perstatm = 514

Value for perstatm.

pertechatm = 515

Value for pertechatm.

perum = 414

Value for perum.

pf = 28

Value for pf.

ph = 21

Value for ph.

pm = 408

Value for pm.

pnewton = 99

Value for pnewton.

pnewtonmeter = 110

Value for pnewtonmeter.

poise = 638

Value for poise.

pressWaterInches = 882

Value for press water inches.

ps = 45

Value for ps.

psi = 173

Value for psi.

psie = 14

Value for psie.

psiperhour = 495

Value for psiperhour.

psipermin = 487

Value for psipermin.

psipers = 502

Value for psipers.

pv = 64

Value for pv.

pw = 55

Value for pw.

q = 883

Value for q.

rad = 52

Value for rad.

radpers2 = 205

Value for radpers 2.

radph = 139

Value for radph.

radpm = 138

Value for radpm.

radps = 137

Value for radps.

rank = 870

Value for rank.

rankdiff = 871

Value for rankdiff.

rpm = 133

Value for rpm.

rps = 5

Value for rps.

s = 49

Value for s.

s2perdeg2 = 616

Value for s 2 perdeg 2.

s2perrad2 = 617

Value for s 2 perrad 2.

sie = 18

Value for sie.

slugPerFt3 = 842

Value for slug per ft 3.

slugperfts = 821

Value for slugperfts.

sperdeg = 612

Value for sperdeg.

sperrad = 615

Value for sperrad.

sperrev = 613

Value for sperrev.

stAtm = 486

Value for st atm.

statmperhour = 496

Value for statmperhour.

statmpermin = 488

Value for statmpermin.

statmpers = 503

Value for statmpers.

techAtm = 484

Value for tech atm.

techatmperhour = 497

Value for techatmperhour.

techatmpermin = 489

Value for techatmpermin.

techatmpers = 504

Value for techatmpers.

tesla = 92

Value for tesla.

thz = 4

Value for thz.

torr = 485

Value for torr.

torrperhour = 501

Value for torrperhour.

torrpermin = 491

Value for torrpermin.

torrpers = 506

Value for torrpers.

uAmperV = 307

Value for u amper V.

uAperCel = 327

Value for u aper cel.

uAperKel = 332

Value for u aper kel.

uAperWperm2 = 313

Value for u aper wperm 2.

uApercm2 = 297

Value for u apercm 2.

uAperm = 317

Value for u aperm.

uAperm2 = 300

Value for u aperm 2.

uApers = 293

Value for u apers.

uC = 274

Value for u C.

uCperm2 = 348

Value for u cperm 2.

uFperCel = 257

Value for u fper cel.

uFperFah = 261

Value for u fper fah.

uFperKel = 268

Value for u fper kel.

uFperVm2 = 248

Value for u fper vm 2.

uFperm = 253

Value for u fperm.

uFperm2 = 243

Value for u fperm 2.

uHperm = 384

Value for u hperm.

uJ = 356

Value for u J.

uJpermol = 450

Value for u jpermol.

uOhmperC = 537

Value for u ohmper C.

uOhmperm = 544

Value for u ohmperm.

uPas = 639

Value for u pas.

uSperm = 286

Value for u sperm.

uVm = 669

Value for u vm.

uVperCel = 770

Value for u vper cel.

uVperCel10 = 686

Value for u vper cel 10.

uVperCel11 = 692

Value for u vper cel 11.

uVperCel12 = 698

Value for u vper cel 12.

uVperCel13 = 704

Value for u vper cel 13.

uVperCel14 = 710

Value for u vper cel 14.

uVperCel15 = 716

Value for u vper cel 15.

uVperCel2 = 722

Value for u vper cel 2.

uVperCel3 = 728

Value for u vper cel 3.

uVperCel4 = 734

Value for u vper cel 4.

uVperCel5 = 740

Value for u vper cel 5.

uVperCel6 = 746

Value for u vper cel 6.

uVperCel7 = 752

Value for u vper cel 7.

uVperCel8 = 758

Value for u vper cel 8.

uVperCel9 = 764

Value for u vper cel 9.

uVperKel = 773

Value for u vper kel.

uVperKel10 = 689

Value for u vper kel 10.

uVperKel11 = 695

Value for u vper kel 11.

uVperKel12 = 701

Value for u vper kel 12.

uVperKel13 = 707

Value for u vper kel 13.

uVperKel14 = 713

Value for u vper kel 14.

uVperKel15 = 719

Value for u vper kel 15.

uVperKel2 = 725

Value for u vper kel 2.

uVperKel3 = 731

Value for u vper kel 3.

uVperKel4 = 737

Value for u vper kel 4.

uVperKel5 = 743

Value for u vper kel 5.

uVperKel6 = 749

Value for u vper kel 6.

uVperKel7 = 755

Value for u vper kel 7.

uVperKel8 = 761

Value for u vper kel 8.

uVperKel9 = 767

Value for u vper kel 9.

uVpercell = 675

Value for u vpercell.

uWperm2 = 392

Value for u wperm 2.

ua = 75

Value for ua.

uat = 807

Value for uat.

uf = 30

Value for uf.

ugauss = 91

Value for ugauss.

ugram = 144

Value for ugram.

uh = 23

Value for uh.

uin = 42

Value for uin.

um = 35

Value for um.

um2 = 221

Value for um 2.

umol = 193

Value for umol.

umolpers = 456

Value for umolpers.

umperV = 420

Value for umper V.

umperV2 = 632

Value for umper V 2.

umperVhalf = 426

Value for umper vhalf.

umpers3 = 399

Value for umpers 3.

unewton = 101

Value for unewton.

unewtonmeter = 112

Value for unewtonmeter.

uohm = 533

Value for uohm.

upascal = 177

Value for upascal.

us = 47

Value for us.

usie = 16

Value for usie.

utesla = 93

Value for utesla.

uv = 66

Value for uv.

uw = 57

Value for uw.

v = 68

Value for v.

vh = 369

Value for vh.

vpcm = 346

Value for vpcm.

vpervperdeg = 201

Value for vpervperdeg.

vpervperrad = 202

Value for vpervperrad.

vpm = 143

Value for vpm.

vs = 370

Value for vs.

w = 59

Value for w.

wPerCelM = 840

Value for w per cel M.

wPerCelM2 = 847

Value for w per cel M 2.

wPerM3 = 858

Value for w per M 3.

weber = 141

Value for weber.

wpcm2kel = 600

Value for wpcm 2 kel.

wpm2kel = 601

Value for wpm 2 kel.

yard3 = 805

Value for yard 3.

yd = 403

Value for yd.

class ansys.aedt.core.generic.constants.Fillet(value, *args, **kwargs)

Fillet enum class.

Examples

>>> from ansys.aedt.core.generic.constants import Fillet
>>> Fillet.Round

class ansys.aedt.core.generic.constants.FlipChipOrientation(value, *args, **kwargs)

Flip-chip orientation enum class.

Examples

>>> from ansys.aedt.core.generic.constants import FlipChipOrientation
>>> FlipChipOrientation.Up

class ansys.aedt.core.generic.constants.GlobalCS(value, *args, **kwargs)

Global coordinate system enum class.

Examples

>>> from ansys.aedt.core.generic.constants import GlobalCS
>>> GlobalCS.XY

class ansys.aedt.core.generic.constants.Gravity(value, *args, **kwargs)

Gravity direction enum class.

This static class defines integer constants corresponding to the positive direction of gravity force.

Attributes:

XNegint

Positive gravity force is in the -X direction.

YNegint

Positive gravity force is in the -Y direction.

ZNegint

Positive gravity force is in the -Z direction.

XPosint

Positive gravity force is in the +X direction.

YPosint

Positive gravity force is in the +Y direction.

ZPosint

Positive gravity force is in the +Z direction.

Examples

>>> from ansys.aedt.core.generic.constants import Gravity
>>> Gravity.ZNeg

ansys.aedt.core.generic.constants.HOUR2SEC = 3600.0

Hour 2 sec.

ansys.aedt.core.generic.constants.INV2PI = 0.15915494309189535

Inv 2 pi.

class ansys.aedt.core.generic.constants.IncidentWaveType(value, *args, **kwargs)

Incident wave field type constants.

Examples

>>> from ansys.aedt.core.generic.constants import IncidentWaveType
>>> IncidentWaveType.Total

class ansys.aedt.core.generic.constants.InfiniteSphereType(value, *args, **kwargs)

Infinite sphere type enum class.

Examples

>>> from ansys.aedt.core.generic.constants import InfiniteSphereType
>>> InfiniteSphereType.ThetaPhi

AzOverEl = 'Az Over El'

Value for az over el.

ElOverAz = 'El Over Az'

Value for el over az.

ThetaPhi = 'Theta-Phi'

Value for theta phi.

class ansys.aedt.core.generic.constants.IntEnumProps(new_class_name, /, names, *, module=None, qualname=None, type=None, start=1, boundary=None)

Provide int enum props.

class ansys.aedt.core.generic.constants.LineStyle(value, *args, **kwargs)

Line style enum class.

Examples

>>> from ansys.aedt.core.generic.constants import LineStyle
>>> LineStyle.Dash

ansys.aedt.core.generic.constants.METER2IN = 0.0254

Meter 2 in.

ansys.aedt.core.generic.constants.METER2MILES = 1609.344051499

Meter 2 miles.

ansys.aedt.core.generic.constants.MILS2METER = 39370.078740157

Mils 2 meter.

ansys.aedt.core.generic.constants.MIN2SEC = 60.0

Min 2 sec.

class ansys.aedt.core.generic.constants.MatrixOperationsQ2D(value, *args, **kwargs)

Matrix operations for Q2D.

Examples

>>> from ansys.aedt.core.generic.constants import MatrixOperationsQ2D
>>> MatrixOperationsQ2D.DiffPair

class ansys.aedt.core.generic.constants.MatrixOperationsQ3D(value, *args, **kwargs)

Matrix operations for Q3D.

Examples

>>> from ansys.aedt.core.generic.constants import MatrixOperationsQ3D
>>> MatrixOperationsQ3D.JoinSeries

class ansys.aedt.core.generic.constants.NodeType(value, *args, **kwargs)

Enum class on the type of node for source creation.

Examples

>>> from ansys.aedt.core.generic.constants import NodeType
>>> NodeType.Positive

class ansys.aedt.core.generic.constants.Plane(value, *args, **kwargs)

Coordinate system plane enum class.

This static class defines integer constants corresponding to the Y-Z, Z-X, and X-Y planes of the current coordinate system.

Attributes:

YZint

Y-Z plane (typically 0).

ZXint

Z-X plane (typically 1).

XYint

X-Y plane (typically 2).

Examples

>>> from ansys.aedt.core import Hfss
>>> from ansys.aedt.core.generic import constants
>>> hfss = Hfss()
>>> hfss.modeler.create_rectangle(constants.Plane.XY, [0, 0, 0], [10, 5])

class ansys.aedt.core.generic.constants.PlotCategoriesQ2D(value, *args, **kwargs)

Plot categories for Q2D.

Examples

>>> from ansys.aedt.core.generic.constants import PlotCategoriesQ2D
>>> PlotCategoriesQ2D.CMatrix

class ansys.aedt.core.generic.constants.PlotCategoriesQ3D(value, *args, **kwargs)

Plot categories for Q3D.

Examples

>>> from ansys.aedt.core.generic.constants import PlotCategoriesQ3D
>>> PlotCategoriesQ3D.C

ansys.aedt.core.generic.constants.RAD2DEG = 57.29577951308232

Rad 2 deg.

class ansys.aedt.core.generic.constants.RadiationBoxType(value, *args, **kwargs)

Radiation box type enum class.

Examples

>>> from ansys.aedt.core.generic.constants import RadiationBoxType
>>> RadiationBoxType.Polygon

ansys.aedt.core.generic.constants.SEC2HOUR = 0.0002777777777777778

Sec 2 hour.

ansys.aedt.core.generic.constants.SEC2MIN = 0.016666666666666666

Sec 2 min.

ansys.aedt.core.generic.constants.SI_UNITS = {'Angle': 'rad', 'AngularSpeed': 'rad_per_sec', 'Area': 'm2', 'B-field': 'tesla', 'Capacitance': 'F', 'Conductance': 'Sie', 'Current': 'A', 'E-field': 'V_per_meter', 'Flux': 'vs', 'Force': 'newton', 'Freq': 'Hz', 'H-field': 'A_per_meter', 'Inductance': 'H', 'J-field': 'A_per_m2', 'Length': 'meter', 'Mass': 'kg', 'None': '', 'Power': 'W', 'Resistance': 'ohm', 'Speed': 'm_per_sec', 'SurfaceHeat': 'W_per_m2', 'Temperature': 'kel', 'Time': 's', 'Torque': 'NewtonMeter', 'Voltage': 'V'}

Si units.

class ansys.aedt.core.generic.constants.SegmentType(value, *args, **kwargs)

Segment type enum class.

Examples

>>> from ansys.aedt.core.generic.constants import SegmentType
>>> SegmentType.Line

class ansys.aedt.core.generic.constants.Setups(value, *args, **kwargs)

Setup types enum class.

Examples

>>> from ansys.aedt.core.generic.constants import Setups
>>> Setups.HFSSDrivenDefault

ASSM = 44

Assm.

BLDC = 43

Bldc.

CPSM = 50

Cpsm.

Close = 31

Value for close.

DCM = 49

Dcm.

DFIG = 39

Dfig.

EddyCurrent = 7

Value for eddy current.

ElectricTransient = 10

Value for electric transient.

Electrostatic = 8

Value for electrostatic.

ElectrostaticDC = 9

Value for electrostatic dc.

GRM = 34

Grm.

HFSS3DLayout = 29

Value for HFSS 3 D layout.

HFSSDrivenAuto = 0

Value for HFSS driven auto.

HFSSDrivenDefault = 1

Value for HFSS driven default.

HFSSEigen = 2

Value for HFSS eigen.

HFSSSBR = 4

Hfsssbr.

HFSSTransient = 3

Value for HFSS transient.

HSPICE = 28

Hspice.

LSSM = 47

Lssm.

Magnetostatic = 6

Value for magnetostatic.

Matrix = 14

Value for matrix.

MaxwellTransient = 5

Value for maxwell transient.

MechModal = 33

Value for mech modal.

MechTerm = 32

Value for mech term.

NSSM = 51

Nssm.

NexximAMI = 20

Value for nexxim AMI.

NexximDC = 16

Value for nexxim dc.

NexximHarmonicBalance1T = 24

Value for nexxim harmonic balance 1 T.

NexximHarmonicBalanceNT = 25

Value for nexxim harmonic balance nt.

NexximLNA = 15

Value for nexxim lna.

NexximOscillator1T = 22

Value for nexxim oscillator 1 T.

NexximOscillatorNT = 23

Value for nexxim oscillator nt.

NexximOscillatorRSF = 21

Value for nexxim oscillator rsf.

NexximQuickEye = 18

Value for nexxim quick eye.

NexximSystem = 26

Value for nexxim system.

NexximTVNoise = 27

Value for nexxim tv noise.

NexximTransient = 17

Value for nexxim transient.

NexximVerifEye = 19

Value for nexxim verif eye.

Open = 30

Value for open.

PMDC = 45

Pmdc.

SPIM = 41

Spim.

SRM = 46

Srm.

SteadyState = 11

Value for steady state.

TPIM = 40

Tpim.

TPSM = 42

Tpsm.

TR = 35

Tr.

Transient = 36

Value for transient.

UNIM = 48

Unim.

class ansys.aedt.core.generic.constants.SolutionsCircuit(value, *args, **kwargs)

Circuit solution types enum class.

Examples

>>> from ansys.aedt.core.generic.constants import SolutionsCircuit
>>> SolutionsCircuit.NexximTransient

class ansys.aedt.core.generic.constants.SolutionsHfss(value, *args, **kwargs)

HFSS solution types enum class.

Examples

>>> from ansys.aedt.core.generic.constants import SolutionsHfss
>>> SolutionsHfss.DrivenModal

class ansys.aedt.core.generic.constants.SolutionsIcepak(value, *args, **kwargs)

Icepak solution types enum class.

Examples

>>> from ansys.aedt.core.generic.constants import SolutionsIcepak
>>> SolutionsIcepak.SteadyState

class ansys.aedt.core.generic.constants.SolutionsMaxwell2D(value, *args, **kwargs)

Maxwell 2D solution types enum class.

Examples

>>> from ansys.aedt.core.generic.constants import SolutionsMaxwell2D
>>> SolutionsMaxwell2D.MagnetostaticXY

class ansys.aedt.core.generic.constants.SolutionsMaxwell3D(value, *args, **kwargs)

Maxwell 3D solution types enum class.

Examples

>>> from ansys.aedt.core.generic.constants import SolutionsMaxwell3D
>>> SolutionsMaxwell3D.Transient

class ansys.aedt.core.generic.constants.SolutionsMechanical(value, *args, **kwargs)

Mechanical solution types enum class.

Examples

>>> from ansys.aedt.core.generic.constants import SolutionsMechanical
>>> SolutionsMechanical.Structural

class ansys.aedt.core.generic.constants.SolverType(value, *args, **kwargs)

Provides solver type classes.

Examples

>>> from ansys.aedt.core.generic.constants import SolverType
>>> SolverType.Hfss

class ansys.aedt.core.generic.constants.SourceType(value, *args, **kwargs)

Type of excitation enum class.

Examples

>>> from ansys.aedt.core.generic.constants import SourceType
>>> SourceType.CoaxPort

ansys.aedt.core.generic.constants.SpeedOfLight = 299792458.0

Value for speed of light.

class ansys.aedt.core.generic.constants.SubstrateType(*values)

Substrate type constants for AEDT AddSubstrateDataBlock COM API.

The integer values map directly to the Type field accepted by oModule.AddSubstrateDataBlock.

Examples

>>> from ansys.aedt.core.generic.constants import SubstrateType
>>> SubstrateType.Microstrip
0
>>> int(SubstrateType.Microstrip)
0

CoplanarWaveguide = 3

Coplanar waveguide (CPW) — conductor and ground planes on the same surface.

GroundedCoplanarWaveguide = 4

Grounded coplanar waveguide (GCPW) — CPW with an additional ground plane below.

Microstrip = 0

Microstrip — single conductor on top of a dielectric, ground below.

OffsetStripline = 2

Offset stripline — asymmetric stripline with conductor offset from centre.

RectangularWaveguide = 9

Rectangular waveguide — hollow metallic tube with rectangular cross-section.

Slotline = 6

Slotline — narrow slot cut in a metallic plane on a dielectric substrate.

Stripline = 1

Stripline — conductor embedded between two dielectric layers.

SubstrateReference = 10

Substrate reference — named reference substrate used by transmission-line models.

SuspendedStripline = 5

Suspended stripline — conductor suspended above the ground plane with an air gap.

class ansys.aedt.core.generic.constants.SweepDraft(value, *args, **kwargs)

Sweep draft type enum class.

Examples

>>> from ansys.aedt.core.generic.constants import SweepDraft
>>> SweepDraft.Round

class ansys.aedt.core.generic.constants.SweepType(value, *args, **kwargs)

Sweep type enum class.

Examples

>>> from ansys.aedt.core.generic.constants import SweepType
>>> SweepType.Linear

class ansys.aedt.core.generic.constants.SymbolStyle(value, *args, **kwargs)

Symbol style enum class.

Examples

>>> from ansys.aedt.core.generic.constants import SymbolStyle
>>> SymbolStyle.Circle

class ansys.aedt.core.generic.constants.TraceType(value, *args, **kwargs)

Trace type enum class.

Examples

>>> from ansys.aedt.core.generic.constants import TraceType
>>> TraceType.Continuous

ansys.aedt.core.generic.constants.UNIT_SYSTEM_OPERATIONS = {'Angle_divide_AngularSpeed': 'Time', 'Angle_divide_Time': 'AngularSpeed', 'AngularSpeed_multiply_Inductance': 'Resistance', 'AngularSpeed_multiply_Time': 'Angle', 'Current_multiply_Resistance': 'Voltage', 'Length_divide_Speed': 'Time', 'Length_divide_Time': 'Speed', 'None_divide_Freq': 'Time', 'None_divide_Time': 'Freq', 'Power_divide_AngularSpeed': 'Torque', 'Power_divide_Current': 'Voltage', 'Power_divide_Torque': 'AngularSpeed', 'Power_divide_Voltage': 'Current', 'Resistance_divide_AngularSpeed': 'Inductance', 'Resistance_divide_Inductance': 'AngularSpeed', 'Speed_multiply_Time': 'Length', 'Torque_multiply_AngularSpeed': 'Power', 'Voltage_divide_Current': 'Resistance', 'Voltage_divide_Resistance': 'Current', 'Voltage_multiply_Current': 'Power'}

Unit system operations.

ansys.aedt.core.generic.constants.V2PI = 6.283185307179586

V 2 pi.

class ansys.aedt.core.generic.constants.View(value, *args, **kwargs)

View enum class.

This static class defines integer constants corresponding to the X-Y, Y-Z, and Z-X planes of the current coordinate system, and ISO for isometric view.

Attributes:

XYint

Set the view along the Z-Axis (view of the XY plane).

YZint

Set the view along the X-Axis (view of the YZ plane).

ZXint

Set the view along the Y-Axis (view of the ZX plane).

ISOint

Isometric view from the (x=1, y=1, z=1) direction.

Examples

>>> from ansys.aedt.core.generic.constants import View
>>> View.ISO

ansys.aedt.core.generic.constants.cel2kel(val: float, inverse: bool = True) → float

Convert a temperature from Celsius to Kelvin.

Parameters:

valfloat

Temperature value in Celsius.

inversebool, optional

The default is True.

Returns:

float

Temperature value converted to Kelvin.

Examples

>>> from ansys.aedt.core.generic.constants import cel2kel
>>> cel2kel(25.0, inverse=False)

ansys.aedt.core.generic.constants.db10(x: float, inverse: bool = True) → float

Convert db10 to decimal and vice versa.

Examples

>>> from ansys.aedt.core.generic.constants import db10
>>> db10(10.0)

ansys.aedt.core.generic.constants.db20(x: float, inverse: bool = True) → float

Convert db20 to decimal and vice versa.

Examples

>>> from ansys.aedt.core.generic.constants import db20
>>> db20(0.5)

ansys.aedt.core.generic.constants.dbm(x: float, inverse: bool = True) → float

Convert W to decimal and vice versa.

Examples

>>> from ansys.aedt.core.generic.constants import dbm
>>> dbm(1.0)

ansys.aedt.core.generic.constants.dbw(x: float, inverse: bool = True) → float

Convert W to decimal and vice versa.

Examples

>>> from ansys.aedt.core.generic.constants import dbw
>>> dbw(1.0)

ansys.aedt.core.generic.constants.fah2kel(val: float, inverse: bool = True) → float

Convert a temperature from Fahrenheit to Kelvin.

Parameters:

valfloat

Temperature value in Fahrenheit.

inversebool, optional

The default is True.

Returns:

float

Temperature value converted to Kelvin.

Examples

>>> from ansys.aedt.core.generic.constants import fah2kel
>>> fah2kel(32.0, inverse=False)

ansys.aedt.core.generic.constants.scale_units(scale_to_unit: str) → float

Find the scale_to_unit into main system unit.

Parameters:

scale_to_unitstr

Unit to Scale.

Returns:

float

Return the scaling factor if any.

Examples

>>> from ansys.aedt.core.generic.constants import scale_units
>>> scale_units("mm")

ansys.aedt.core.generic.constants.unit_converter(values: float | list, unit_system: str = 'Length', input_units: str = 'meter', output_units: str = 'mm') → float | list

Convert unit in specified unit system.

Parameters:

valuesfloat, list

Values to convert.

unit_systemstr

Unit system. Default is “Length”.

input_unitsstr

Input units. Default is “meter”.

output_unitsstr

Output units. Default is “mm”.

Returns:

float, list

Converted value.

Examples

>>> from ansys.aedt.core.generic.constants import unit_converter
>>> unit_converter(1.0, unit_system="Length", input_units="meter", output_units="mm")

ansys.aedt.core.generic.constants.unit_system(units: str) → str | bool

Retrieve the name of the unit system associated with a unit string.

Parameters:

unitsstr

Units for retrieving the associated unit system name.

Returns:

str

Key from the AEDT_units when successful. For example, "AngularSpeed".

False when the units specified are not defined in AEDT units.

Examples

>>> from ansys.aedt.core.generic.constants import unit_system
>>> unit_system("mm")

ansys.aedt.core.generic.constants.validate_enum_class_value(cls, value: int) → bool

Check whether the value for the class enumeration-class is valid.

Parameters:

clsclass

Enumeration-style class with integer members in range(0, N) where cls.Invalid equals N-1.

valueint

Value to check.

Returns:

bool

True when the value is valid for the enumeration-class, False otherwise.

Examples

>>> from ansys.aedt.core.generic.constants import validate_enum_class_value
>>> class ExampleEnum:
...     A = 0
...     B = 1
...     Invalid = 2
>>> validate_enum_class_value(ExampleEnum, 1)