Coverage for backend/core/auxiliary/enums/unitsLibrary.py: 87%

2from .unitsOfMeasure import UnitOfMeasure

5def get_default_unit(unitType: str) -> str:

6 """

7 Get the default unit for a given unit type

8 @unitType: UnitOfMeasure unit type

9 @return: default unit

10 """

11 if unitType == UnitOfMeasure.none or unitType not in units_library:

12 # no default unit for this unit type

13 return ""

14 return units_library[unitType][0]["value"]

16def get_unit_choices(unit_type):

17 if unit_type in units_library: 17 ↛ 19line 17 didn't jump to line 19 because the condition on line 17 was always true

18 return [(unit["value"], unit["label"]) for unit in units_library[unit_type]]

19 return []

22"""

23Units Library

25Units are stored in a dictionary where the key is the unit type and the value is a list of dictionaries.

26Each dictionary contains the unit value and label.

28value: unit value actual idaes unit value parsed as a string e.g degR

29label: This is displayed on the front end to represent the unit vlaue e.g °R

31"""

32units_library: dict[str, list[dict[str, str]]] = {

33 UnitOfMeasure.deltaTemperature: [

34 #{"value": "delta_degC", "label": "K"}, # delta_degC = delta_K

35 {"value": "delta_degC", "label": "°C"},

36 {"value": "delta_degF", "label": "°F"},

37 #{"value": "delta_degF", "label": "°R"} # delta_degF = delta_degR

38 ],

39 UnitOfMeasure.temperature: [

40 {"value": "degC", "label": "°C"},

41 {"value": "K", "label": "K"},

42 {"value": "degF", "label": "°F"},

43 {"value": "degR", "label": "°R"}

44 ],

46 UnitOfMeasure.pressure: [

47 {"value": "kPa", "label": "kPa"},

48 {"value": "Pa", "label": "Pa"},

49 {"value": "bar", "label": "bar"},

50 {"value": "MPa", "label": "MPa"},

51 {"value": "atm", "label": "atm"},

52 {"value": "mbar", "label": "mbar"},

53 {"value": "psi", "label": "psi"},

54 {"value": "mm_Hg", "label": "mmHg"},

55 {"value": "mm*water*g_0", "label": "mmH2O"},

56 {"value": "m*water*g_0", "label": "mH2O"},

57 {"value": "foot_H2O", "label": "ftH2O"},

58 {"value": "inch*water*g_0", "label": "inH2O"},

59 {"value": "inHg", "label": "inHg"},

60 {"value": "(kgf)/(cm^2)", "label": "kgf/cm²"},

61 {"value": "(lbf)/(ft^2)", "label": "lbf/ft²"},

62 ],

63 UnitOfMeasure.massflow: [

64 {"value": "kg/s", "label": "kg/s"},

65 {"value": "kg/min", "label": "kg/min"},

66 {"value": "kg/h", "label": "kg/h"},

67 {"value": "kg/d", "label": "kg/d"},

68 {"value": "g/s", "label": "g/s"},

69 {"value": "g/min", "label": "g/min"},

70 {"value": "g/h", "label": "g/h"},

71 {"value": "t/s", "label": "t/s"},

72 {"value": "t/min", "label": "t/min"},

73 {"value": "t/h", "label": "t/h"},

74 {"value": "t/d", "label": "t/d"},

75 {"value": "lb/s", "label": "lb/s"},

76 {"value": "lb/min", "label": "lb/min"},

77 {"value": "lb/h", "label": "lb/h"},

78 {"value": "lb/d", "label": "lb/d"},

79 ],

80 UnitOfMeasure.molar: [

81 {"value": "mol", "label": "mol"},

82 {"value": "kmol", "label": "kmol"},

83 ],

84 UnitOfMeasure.molarflow: [

85 {"value": "mol/s", "label": "mol/s"},

86 {"value": "mol/min", "label": "mol/min"},

87 {"value": "mol/h", "label": "mol/h"},

88 {"value": "mol/d", "label": "mol/d"},

89 {"value": "kmol/s", "label": "kmol/s"},

90 {"value": "kmol/min", "label": "kmol/min"},

91 {"value": "kmol/h", "label": "kmol/h"},

92 {"value": "kmol/d", "label": "kmol/d"},

93 ],

94 UnitOfMeasure.volumetricFlow: [

95 {"value": "m^3/s", "label": "m³/s"},

96 {"value": "m^3/min", "label": "m³/min"},

97 {"value": "m^3/h", "label": "m³/h"},

98 {"value": "m^3/d", "label": "m³/d"},

99 {"value": "L/s", "label": "L/s"},

100 {"value": "L/min", "label": "L/min"},

101 {"value": "L/h", "label": "L/h"},

102 {"value": "L/d", "label": "L/d"},

103 {"value": "cm^3/s", "label": "cm³/s"},

104 {"value": "cm^3/min", "label": "cm³/min"},

105 {"value": "cm^3/h", "label": "cm³/h"},

106 {"value": "cm^3/d", "label": "cm³/d"},

107 {"value": "gallon/s", "label": "gal/s"},

108 {"value": "gallon/min", "label": "gal/min"},

109 {"value": "gallon/h", "label": "gal/h"},

110 {"value": "gallon/d", "label": "gal/d"},

111 {"value": "ft^3/s", "label": "ft³/s"},

112 {"value": "ft^3/min", "label": "ft³/min"},

113 {"value": "ft^3/h", "label": "ft³/h"},

114 {"value": "ft^3/d", "label": "ft³/d"},

115 {"value": "bbl/s", "label": "bbl/s"},

116 {"value": "bbl/min", "label": "bbl/min"},

117 {"value": "bbl/h", "label": "bbl/h"},

118 {"value": "bbl/d", "label": "bbl/d"},

119 ],

120 UnitOfMeasure.massEnthalpy: [

121 {"value": "kJ/kg", "label": "kJ/kg"},

122 {"value": "J/kg", "label": "J/kg"},

123 {"value": "kJ/T", "label": "kJ/T"},

124 {"value": "MJ/T", "label": "MJ/T"},

125 {"value": "kcal/kg", "label": "kcal/kg"},

126 ],

127 UnitOfMeasure.molarEnthalpy: [

128 {"value": "kJ/mol", "label": "kJ/mol"},

129 {"value": "J/mol", "label": "J/mol"},

130 {"value": "MJ/mol", "label": "MJ/mol"},

131 {"value": "cal/mol", "label": "cal/mol"},

132 ],

133 UnitOfMeasure.massEntropy: [

134 {"value": "kJ/(kg.K)", "label": "kJ/[kg.K]"},

135 {"value": "J/(g.K)", "label": "J/[g.K]"},

136 {"value": "cal/(g.degC)", "label": "cal/[g.°C]"},

137 ],

138 UnitOfMeasure.molarEntropy: [

139 {"value": "kJ/(kmol.K)", "label": "kJ/[kmol.K]"},

140 {"value": "J/(mol.K)", "label": "J/[mol.K]"},

141 {"value": "cal/(mol.degC)", "label": "cal/[mol.°C]"},

142 ],

143 UnitOfMeasure.molecularWeight: [

144 {"value": "kg/kmol", "label": "kg/kmol"},

145 {"value": "g/mol", "label": "g/mol"},

146 ],

147 UnitOfMeasure.surfaceTension: [

148 {"value": "N/m", "label": "N/m"},

149 {"value": "dyn/cm", "label": "dyn/cm"},

150 {"value": "lbf/in", "label": "lbf/in"},

151 ],

152 UnitOfMeasure.density: [

153 {"value": "kg/m^3", "label": "kg/m³"},

154 {"value": "g/cm^3", "label": "g/cm³"},

155 ],

156 UnitOfMeasure.energy: [

157 {"value": "J", "label": "J"},

158 {"value": "kJ", "label": "kJ"},

159 {"value": "MJ", "label": "MJ"},

160 {"value": "GJ", "label": "GJ"},

161 ],

162 UnitOfMeasure.thermalConductivity: [

163 {"value": "W/(m.K)", "label": "W/[m.K]"},

164 {"value": "cal/(cm.s.degC)", "label": "cal/[cm.s.°C]"},

165 {"value": "BTU/(ft.h.degR)", "label": "BTU/[ft.h.°R]"},

166 ],

167 UnitOfMeasure.cinematic_viscosity: [

168 {"value": "m^2/s", "label": "m²/s"},

169 {"value": "cSt", "label": "cSt"},

170 {"value": "ft^2/s", "label": "ft²/s"},

171 {"value": "mm^2/s", "label": "mm²/s"},

172 {"value": "cm^2/s", "label": "cm²/s"},

173 ],

174 UnitOfMeasure.viscosity: [

175 {"value": "kg/(m.s)", "label": "kg/[m.s]"},

176 {"value": "Pa.s", "label": "Pa.s"},

177 {"value": "cP", "label": "cP"},

178 ],

179 UnitOfMeasure.distance: [

180 {"value": "m", "label": "m"},

181 {"value": "mm", "label": "mm"},

182 {"value": "cm", "label": "cm"},

183 {"value": "km", "label": "km"},

184 {"value": "in", "label": "in"},

185 {"value": "ft", "label": "ft"},

186 {"value": "mile", "label": "mile"},

187 ],

188 UnitOfMeasure.heatflow: [

189 {"value": "kW", "label": "kW"},

190 {"value": "W", "label": "W"},

191 {"value": "MW", "label": "MW"},

192 {"value": "GW", "label": "GW"},

193 {"value": "kJ/h", "label": "kJ/h"},

194 {"value": "kJ/d", "label": "kJ/d"},

195 {"value": "MJ/h", "label": "MJ/h"},

196 {"value": "MJ/d", "label": "MJ/d"},

197 {"value": "horsepower", "label": "HP"},

198 {"value": "cal/s", "label": "cal/s"},

199 {"value": "cal/h", "label": "cal/h"},

200 {"value": "kcal/s", "label": "kcal/s"},

201 {"value": "kcal/h", "label": "kcal/h"},

202 {"value": "kcal/d", "label": "kcal/d"},

203 {"value": "BTU/s", "label": "BTU/s"},

204 {"value": "BTU/h", "label": "BTU/h"},

205 {"value": "BTU/d", "label": "BTU/d"},

206 ],

207 UnitOfMeasure.time: [

208 {"value": "s", "label": "s"},

209 {"value": "min", "label": "min"},

210 {"value": "h", "label": "h"},

211 {"value": "d", "label": "d"},

212 {"value": "year", "label": "year"},

213 ],

214 UnitOfMeasure.volume: [

215 {"value": "m^3", "label": "m³"},

216 {"value": "cm^3", "label": "cm³"},

217 {"value": "L", "label": "L"},

218 {"value": "ft^3", "label": "ft³"},

219 ],

220 UnitOfMeasure.molar_volume: [

221 {"value": "m^3/kmol", "label": "m³/kmol"},

222 {"value": "cm^3/mmol", "label": "cm³/mmol"},

223 {"value": "L/kmol", "label": "L/kmol"},

224 ],

225 UnitOfMeasure.area: [

226 {"value": "m^2", "label": "m²"},

227 {"value": "cm^2", "label": "cm²"},

228 {"value": "hectare", "label": "hectare"},

229 {"value": "acre", "label": "acre"},

230 {"value": "ft^2", "label": "ft²"},

231 ],

232 UnitOfMeasure.head: [

233 {"value": "m", "label": "m"},

234 {"value": "ft", "label": "ft"},

235 {"value": "cm", "label": "cm"},

236 ],

237 UnitOfMeasure.diameter: [

238 {"value": "mm", "label": "mm"},

239 {"value": "in", "label": "in"},

240 ],

241 UnitOfMeasure.force: [

242 {"value": "N", "label": "N"},

243 {"value": "kN", "label": "kN"},

244 {"value": "dyn", "label": "dyn"},

245 {"value": "kgf", "label": "kgf"},

246 {"value": "lbf", "label": "lbf"},

247 ],

248 UnitOfMeasure.heat_transf_coeff: [

249 {"value": "W/(m^2.K)", "label": "W/[m².K]"},

250 {"value": "kW/(m^2.K)", "label": "kW/[m².K]"},

251 {"value": "(kg.m^2)/(K.s^3)", "label": "[kg.m²]/[K.s³]"},

252 {"value": "cal/(cm^2.s.degC)", "label": "cal/[cm².s.°C]"},

253 {"value": "BTU/(ft^2.h.degR)", "label": "BTU/[ft².h.°R]"},

254 ],

255 UnitOfMeasure.accel: [

256 {"value": "m/s^2", "label": "m/s²"},

257 {"value": "cm/s^2", "label": "cm/s²"},

258 {"value": "ft/s^2", "label": "ft/s²"},

259 ],

260 UnitOfMeasure.spec_vol: [

261 {"value": "m^3/kg", "label": "m³/kg"},

262 {"value": "cm^3/g", "label": "cm³/g"},

263 ],

264 UnitOfMeasure.molar_conc: [

265 {"value": "kmol/m^3", "label": "kmol/m³"},

266 {"value": "mol/m^3", "label": "mol/m³"},

267 {"value": "mol/L", "label": "mol/L"},

268 {"value": "mol/cm^3", "label": "mol/cm³"},

269 {"value": "mol/mL", "label": "mol/mL"},

270 ],

271 UnitOfMeasure.mass_conc: [

272 {"value": "kg/m^3", "label": "kg/m³"},

273 {"value": "g/L", "label": "g/L"},

274 {"value": "g/cm^3", "label": "g/cm³"},

275 {"value": "g/mL", "label": "g/mL"},

276 ],

277 UnitOfMeasure.reac_rate: [

278 {"value": "kmol/(m^3.s)", "label": "kmol/[m³.s]"},

279 {"value": "kmol/(m^3.min)", "label": "kmol/[m³.min]"},

280 {"value": "kmol/(m^3.h)", "label": "kmol/[m³.h]"},

281 {"value": "mol/(m^3.s)", "label": "mol/[m³.s]"},

282 {"value": "mol/(m^3.min)", "label": "mol/[m³.min]"},

283 {"value": "mol/(m^3.h)", "label": "mol/[m³.h]"},

284 {"value": "mol/(L.s)", "label": "mol/[L.s]"},

285 {"value": "mol/(L.min)", "label": "mol/[L.min]"},

286 {"value": "mol/(L.h)", "label": "mol/[L.h]"},

287 {"value": "mol/(cm^3.s)", "label": "mol/[cm³.s]"},

288 {"value": "mol/(cm^3.min)", "label": "mol/[cm³.min]"},

289 {"value": "mol/(cm^3.h)", "label": "mol/[cm³.h]"},

290 ],

291 UnitOfMeasure.molarEnthalpy: [

292 {"value": "kJ/kmol", "label": "kJ/kmol"},

293 {"value": "J/mol", "label": "J/mol"},

294 {"value": "cal/mol", "label": "cal/mol"},

295 ],

296 UnitOfMeasure.molarEnthalpyOverTime: [

297 {"value": "J/mol/s", "label": "J/mol/s"},

298 {"value": "cal/mol/s", "label": "cal/mol/s"},

299 ],

300 UnitOfMeasure.velocity: [

301 {"value": "m/s", "label": "m/s"},

302 {"value": "cm/s", "label": "cm/s"},

303 {"value": "mm/s", "label": "mm/s"},

304 {"value": "km/h", "label": "km/h"},

305 {"value": "ft/h", "label": "ft/h"},

306 {"value": "ft/min", "label": "ft/min"},

307 {"value": "ft/s", "label": "ft/s"},

308 {"value": "in/s", "label": "in/s"},

309 ],

310 UnitOfMeasure.foulingfactor: [

311 {"value": "K.m^2/W", "label": "K.m²/W"},

312 {"value": "degC.cm^2.s/cal", "label": "°C.cm².s/cal"},

313 {"value": "ft^2.h.degF/BTU", "label": "ft².h.°F/BTU"},

314 ],

315 UnitOfMeasure.cakeresistance: [

316 {"value": "m/kg", "label": "m/kg"},

317 {"value": "cm/g", "label": "cm/g"},

318 ],

319 UnitOfMeasure.mediumresistance: [

320 {"value": "m^-1", "label": "m-1"},

321 {"value": "cm^-1", "label": "cm-1"},

322 {"value": "ft^-1", "label": "ft-1"},

323 ],

324 UnitOfMeasure.thermalresistance:[

325 {"value": "K/W", "label": "K/W"},

326 {"value": "degC/W", "label": "°C/W"},

327 ],

328 UnitOfMeasure.mass: [

329 {"value": "kg", "label": "kg"},

330 {"value": "g", "label": "g"},

331 {"value": "t", "label": "t"},

332 {"value": "lb", "label": "lb"},

333 ],

334 UnitOfMeasure.jouleThomsonCoefficient: [

335 {"value": "K/Pa", "label": "K/Pa"},

336 {"value": "degF/psi", "label": "°F/psi"},

337 {"value": "degC/atm", "label": "°C/atm"},

338 ],

339 UnitOfMeasure.compressibility: [

340 {"value": "Pa^-1", "label": "Pa⁻¹"},

341 {"value": "atm^-1", "label": "atm⁻¹"},

342 {"value": "kPa^-1", "label": "kPa⁻¹"},

343 {"value": "bar^-1", "label": "bar⁻¹"},

344 {"value": "MPa^-1", "label": "MPa⁻¹"},

345 {"value": "psi^-1", "label": "psi⁻¹"},

346 ],

347 UnitOfMeasure.reac_rate_heterog: [

348 {"value": "kmol/(kg.s)", "label": "kmol/[kg.s]"},

349 {"value": "kmol/(kg.min)", "label": "kmol/[kg.min]"},

350 {"value": "kmol/(kg.h)", "label": "kmol/[kg.h]"},

351 {"value": "mol/(kg.s)", "label": "mol/[kg.s]"},

352 {"value": "mol/(kg.min)", "label": "mol/[kg.min]"},

353 {"value": "mol/(kg.h)", "label": "mol/[kg.h]"},

354 ],

355 UnitOfMeasure.conductance: [

356 {"value": "(kg/s)/(Pa^0.5)", "label": "[kg/s]/[Pa⁰⋅⁵]"},

357 {"value": "(kg/h)/(atm^0.5)", "label": "[kg/h]/[atm⁰⋅⁵]"},

358 {"value": "(kg/h)/(bar^0.5)", "label": "[kg/h]/[bar⁰⋅⁵]"},

359 {"value": "(kg/h)/((kgf/cm^2)^0.5)", "label": "[kg/h]/[[kgf/cm²]⁰⋅⁵]"},

360 ],

361 UnitOfMeasure.ratio: [

362 {"value": "dimensionless", "label": "-"},

363 {"value": "percent", "label": "%"},

364 {"value": "ppm", "label": "ppm"},

365 ],

366 UnitOfMeasure.rpm: [

367 {"value": "Hz", "label": "Hz"},

368 {"value": "1/minute", "label": "rpm"},

369 ],

370 UnitOfMeasure.thickness: [

371 {"value": "mm", "label": "mm"},

372 {"value": "m", "label": "m"},

373 {"value": "in", "label": "in"},

374 ],

375 UnitOfMeasure.irradiance:[

376 {"value":"kW/m^2", "label":"kW/m^2"}

377 ],

378 UnitOfMeasure.valveCoefficient: [

379 {"value": "mol/s/(Pa^0.5)", "label": "mol/s/[Pa⁰⋅⁵]"},

380 ],

381 UnitOfMeasure.electric:[

382 { "value": "kg*m^2*(s^-3)*(A^-1)", "label": "kV"},

383 {"value": "kg^-1 * m^-2 * s^3 * A^2", "label": "S"},

384 {"value": "1 * (C/s)", "label": "A"}

385 ],

386 UnitOfMeasure.battery_capacity:[

387 { "value": "kWh", "label": "kWh"},

388 {"value": "J", "label": "J"}

389 ],

390}