개정판 b2ff26e4
issue #000 Export TO PAP 코드 개선중
| HYTOS/HYTOS/AppDocData.py | ||
|---|---|---|
| 64 | 64 |
return dics |
| 65 | 65 |
|
| 66 | 66 |
class Inst_Attribute: |
| 67 |
def __init__(self, name, column, value):
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| 68 |
self.table = name
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| 67 |
def __init__(self, table, column, value):
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| 68 |
self.table = table
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| 69 | 69 |
self.column = column |
| 70 | 70 |
if value is None: |
| 71 | 71 |
value = '' |
| HYTOS/HYTOS/Export_To_PAP.py | ||
|---|---|---|
| 437 | 437 |
diffp = round(symbolItem.attribute['Diff.P'], 3) |
| 438 | 438 |
|
| 439 | 439 |
if datacase_data == Valve_Datacase.Maximum_Flowrate_Case: |
| 440 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingPressrueMaxIn", suctp))
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|
| 441 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingPressrueMaxOut", discp))
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| 442 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "DifferentialPressMax", diffp))
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| 440 |
inst_Item.attributes.append(Inst_Attribute(table="Inst_CV", column="OperatingPressrueMaxIn", value=suctp))
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| 441 |
inst_Item.attributes.append(Inst_Attribute(table="Inst_CV", column="OperatingPressrueMaxOut", value=discp))
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| 442 |
inst_Item.attributes.append(Inst_Attribute(table="Inst_CV", column="DifferentialPressMax", value=diffp))
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| 443 | 443 |
elif datacase_data == Valve_Datacase.Normal_Flowrate_Case: |
| 444 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingPressrueNorIn", suctp))
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| 445 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingPressrueNorOut", discp))
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| 446 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "DifferentialPressNor", diffp))
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| 444 |
inst_Item.attributes.append(Inst_Attribute(table="Inst_CV", column="OperatingPressrueNorIn", value=suctp))
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| 445 |
inst_Item.attributes.append(Inst_Attribute(table="Inst_CV", column="OperatingPressrueNorOut", value=discp))
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| 446 |
inst_Item.attributes.append(Inst_Attribute(table="Inst_CV", column="DifferentialPressNor", value=diffp))
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| 447 | 447 |
elif datacase_data == Valve_Datacase.Minimum_Flowrate_Case: |
| 448 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingPressrueMinIn", suctp))
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| 449 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingPressrueMinOut", discp))
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| 450 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "DifferentialPressMin", diffp))
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| 448 |
inst_Item.attributes.append(Inst_Attribute(table="Inst_CV", column="OperatingPressrueMinIn", value=suctp))
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| 449 |
inst_Item.attributes.append(Inst_Attribute(table="Inst_CV", column="OperatingPressrueMinOut", value=discp))
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| 450 |
inst_Item.attributes.append(Inst_Attribute(table="Inst_CV", column="DifferentialPressMin", value=diffp))
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| 451 | 451 |
|
| 452 | 452 |
if inlet_streamLine.data.phase_type.upper() != 'Mixed'.upper(): |
| 453 | 453 |
flowrate_mass = inlet_streamLine.data.flowrate_mass |
| ... | ... | |
| 459 | 459 |
compress_factor = inlet_streamLine.data.compress_factor |
| 460 | 460 |
|
| 461 | 461 |
if datacase_data == Valve_Datacase.Maximum_Flowrate_Case: |
| 462 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "FlowrateMax1", flowrate_mass))
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| 463 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "DensityMax1", density))
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| 464 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "ViscosityMax1", viscosity))
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| 465 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingTemperatureMax", temperature))
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| 466 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "MolecularWeightNor", molecular_weight))
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| 467 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "SpecificHeatRatio", specific_heat_ratio))
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| 468 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "Compressibility", compress_factor))
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| 462 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "FlowrateMax1", value = flowrate_mass))
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| 463 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "DensityMax1", value = density))
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| 464 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "ViscosityMax1", value = viscosity))
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| 465 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "OperatingTemperatureMax", value = temperature))
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| 466 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "MolecularWeightNor", value = molecular_weight))
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| 467 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "SpecificHeatRatio", value = specific_heat_ratio))
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| 468 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "Compressibility", value = compress_factor))
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| 469 | 469 |
elif datacase_data == Valve_Datacase.Normal_Flowrate_Case: |
| 470 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "FlowrateNor1", flowrate_mass))
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| 471 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "DensityNor1", density))
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| 472 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "ViscosityNor1", viscosity))
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| 473 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingTemperatureNor", temperature))
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| 470 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column="FlowrateNor1", value = flowrate_mass))
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| 471 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column="DensityNor1", value = density))
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| 472 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column="ViscosityNor1", value = viscosity))
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| 473 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column="OperatingTemperatureNor", value = temperature))
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| 474 | 474 |
elif datacase_data == Valve_Datacase.Minimum_Flowrate_Case: |
| 475 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "FlowrateMin1", flowrate_mass))
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| 476 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "DensityMin1", density))
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| 477 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "ViscosityMin1", viscosity))
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| 478 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingTemperatureMin", temperature))
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| 475 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column="FlowrateMin1", value=flowrate_mass))
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| 476 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column="DensityMin1", value=density))
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| 477 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column="ViscosityMin1", value=viscosity))
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| 478 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column="OperatingTemperatureMin", value=temperature))
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| 479 | 479 |
else: |
| 480 | 480 |
flowrate_volume = inlet_streamLine.data.flowrate_volume |
| 481 | 481 |
density = inlet_streamLine.data.density |
| ... | ... | |
| 499 | 499 |
liquid_viscosity = inlet_streamLine.data.liquid_viscosity |
| 500 | 500 |
|
| 501 | 501 |
if datacase_data == Valve_Datacase.Maximum_Flowrate_Case: |
| 502 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "FlowrateMax1", vapor_flowrate_mass))
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| 503 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "DensityMax1", vapor_density))
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| 504 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "ViscosityMax1", vapor_viscosity))
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| 505 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingTemperatureMax", vapor_temperature))
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| 506 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "MolecularWeightNor", vapor_molecular_weight))
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| 507 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "Compressibility", vapor_compress_factor))
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| 508 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "FlowrateMax2", liquid_flowrate_mass))
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| 509 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "DensityMax2", liquid_density))
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| 510 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "ViscosityMax2", liquid_viscosity))
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| 502 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "FlowrateMax1", value=vapor_flowrate_mass))
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| 503 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "DensityMax1", value=vapor_density))
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| 504 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "ViscosityMax1", value=vapor_viscosity))
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| 505 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "OperatingTemperatureMax", value=vapor_temperature))
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| 506 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "MolecularWeightNor", value=vapor_molecular_weight))
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| 507 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "Compressibility", value=vapor_compress_factor))
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| 508 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "FlowrateMax2", value=liquid_flowrate_mass))
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| 509 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "DensityMax2", value=liquid_density))
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| 510 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "ViscosityMax2", value=liquid_viscosity))
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| 511 | 511 |
elif datacase_data == Valve_Datacase.Normal_Flowrate_Case: |
| 512 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "FlowrateNor1", vapor_flowrate_mass))
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| 513 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "DensityNor1", vapor_density))
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| 514 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "ViscosityNor1", vapor_viscosity))
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| 515 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "FlowrateNor2", liquid_flowrate_mass))
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| 516 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "DensityNor2", liquid_density))
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| 517 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "ViscosityNor2", liquid_viscosity))
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| 512 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "FlowrateNor1", value = vapor_flowrate_mass))
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| 513 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "DensityNor1", value = vapor_density))
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| 514 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "ViscosityNor1", value = vapor_viscosity))
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| 515 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "FlowrateNor2", value = liquid_flowrate_mass))
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| 516 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "DensityNor2", value = liquid_density))
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| 517 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "ViscosityNor2", value = liquid_viscosity))
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| 518 | 518 |
elif datacase_data == Valve_Datacase.Minimum_Flowrate_Case: |
| 519 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "FlowrateMin1", vapor_flowrate_mass))
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| 520 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "DensityMin1", vapor_density))
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| 521 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "ViscosityMin1", vapor_viscosity))
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| 522 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "FlowrateMin2", liquid_flowrate_mass))
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| 523 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "DensityMin2", liquid_density))
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| 524 |
inst_Item.attributes.append(Inst_Attribute("Inst_CV", "ViscosityMin2", liquid_viscosity))
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| 519 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "FlowrateMin1", value = vapor_flowrate_mass))
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| 520 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "DensityMin1", value = vapor_density))
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| 521 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "ViscosityMin1", value = vapor_viscosity))
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| 522 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "FlowrateMin2", value = liquid_flowrate_mass))
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| 523 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "DensityMin2", value = liquid_density))
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| 524 |
inst_Item.attributes.append(Inst_Attribute(table = "Inst_CV", column = "ViscosityMin2", value = liquid_viscosity))
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| 525 | 525 |
elif symbolItem.type == "Compressor": |
| 526 | 526 |
inletPressure = 0 |
| 527 | 527 |
dischargePress = 0 |
| ... | ... | |
| 533 | 533 |
dischargePress = round(symbolItem.attribute['Disc.P'], 3) |
| 534 | 534 |
if 'Diff.P' in symbolItem.attribute.keys(): |
| 535 | 535 |
diffPressure = round(symbolItem.attribute['Diff.P'], 3) |
| 536 |
inst_Item.attributes.append(Inst_Attribute("eq_compressor", "InletPressure", inletPressure))
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| 537 |
inst_Item.attributes.append(Inst_Attribute("eq_compressor", "DischargePress", dischargePress))
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| 538 |
inst_Item.attributes.append(Inst_Attribute("eq_rotating", "DiffPressure", diffPressure))
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| 536 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_compressor", column = "InletPressure", value = inletPressure))
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| 537 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_compressor", column = "DischargePress", value = dischargePress))
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| 538 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_rotating", column = "DiffPressure", value = diffPressure))
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| 539 | 539 |
if inlet_streamLine: |
| 540 | 540 |
if inlet_streamLine.data: |
| 541 | 541 |
flowrate_mass = inlet_streamLine.data.flowrate_mass |
| ... | ... | |
| 546 | 546 |
molecular_weight = inlet_streamLine.data.molecular_weight |
| 547 | 547 |
specific_heat_ratio = inlet_streamLine.data.specific_heat_ratio |
| 548 | 548 |
compress_factor = inlet_streamLine.data.compress_factor |
| 549 |
inst_Item.attributes.append(Inst_Attribute("eq_compressor", "WeightFlow", flowrate_mass))
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| 550 |
inst_Item.attributes.append(Inst_Attribute("eq_compressor", "InletCapacity", flowrate_volume))
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| 551 |
inst_Item.attributes.append(Inst_Attribute("eq_compressor", "Inlet_Density", density))
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| 552 |
inst_Item.attributes.append(Inst_Attribute("eq_compressor", "InletTemp", temperature))
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| 553 |
inst_Item.attributes.append(Inst_Attribute("eq_compressor", "MolecularWeight", molecular_weight))
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| 554 |
inst_Item.attributes.append(Inst_Attribute("eq_compressor", "InletCpCv", specific_heat_ratio))
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| 555 |
inst_Item.attributes.append(Inst_Attribute("eq_compressor", "InletCompressibility", compress_factor))
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| 556 |
inst_Item.attributes.append(Inst_Attribute("eq_compressor", "OperatingCase", datacase_data))
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| 549 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_compressor", column = "WeightFlow", value = flowrate_mass))
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| 550 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_compressor", column = "InletCapacity", value = flowrate_volume))
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| 551 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_compressor", column = "Inlet_Density", value = density))
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| 552 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_compressor", column = "InletTemp", value = temperature))
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| 553 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_compressor", column = "MolecularWeight", value = molecular_weight))
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| 554 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_compressor", column = "InletCpCv", value = specific_heat_ratio))
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| 555 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_compressor", column = "InletCompressibility", value = compress_factor))
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| 556 |
inst_Item.attributes.append(Inst_Attribute( table = "eq_compressor", column = "OperatingCase", value = datacase_data))
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| 557 | 557 |
elif symbolItem.type == "Pump": |
| 558 | 558 |
suctionPressRated = 0 |
| 559 | 559 |
dischargePressRated = 0 |
| ... | ... | |
| 578 | 578 |
if 'HHP' in symbolItem.attribute.keys(): |
| 579 | 579 |
hydraulicPowerRated = symbolItem.attribute['HHP'] |
| 580 | 580 |
if datacase_data == Pump_Datacase.Rated_Flow_Case: |
| 581 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "SuctionPressRated", suctionPressRated))
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| 582 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "DischargePressRated", dischargePressRated))
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| 583 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "DifferentialPressRated", differentialPressRated))
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| 584 |
inst_Item.attributes.append(Inst_Attribute("eq_rotating", "RatedHead", differentialHeadRated))
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| 585 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "NPSHaRated", nPSHaRated))
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| 586 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "VaporPressRated", vaporPressRated))
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| 587 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "HydraulicPowerRated", hydraulicPowerRated))
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| 581 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "SuctionPressRated", value = suctionPressRated))
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| 582 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "DischargePressRated", value = dischargePressRated))
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| 583 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "DifferentialPressRated", value = differentialPressRated))
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| 584 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_rotating", column = "RatedHead", value = differentialHeadRated))
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| 585 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "NPSHaRated", value = nPSHaRated))
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| 586 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "VaporPressRated", value = vaporPressRated))
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| 587 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "HydraulicPowerRated", value = hydraulicPowerRated))
|
|
| 588 | 588 |
elif datacase_data == Pump_Datacase.Maximum_Flow_Case: |
| 589 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "SuctionPressMax", suctionPressRated))
|
|
| 590 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "DischargePressMax", dischargePressRated))
|
|
| 591 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "DifferentialPressMax", differentialPressRated))
|
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| 592 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "DifferentialHeadMax", differentialHeadRated))
|
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| 593 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "NPSHaMax", nPSHaRated))
|
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| 594 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "VaporPressMax", vaporPressRated))
|
|
| 589 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "SuctionPressMax", value = suctionPressRated))
|
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| 590 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "DischargePressMax", value = dischargePressRated))
|
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| 591 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "DifferentialPressMax", value = differentialPressRated))
|
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| 592 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "DifferentialHeadMax", value = differentialHeadRated))
|
|
| 593 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "NPSHaMax", value = nPSHaRated))
|
|
| 594 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "VaporPressMax", value = vaporPressRated))
|
|
| 595 | 595 |
|
| 596 | 596 |
if inlet_streamLine: |
| 597 | 597 |
if inlet_streamLine.data: |
| ... | ... | |
| 600 | 600 |
viscosity = inlet_streamLine.data.viscosity |
| 601 | 601 |
temperature = inlet_streamLine.data.temperature |
| 602 | 602 |
if datacase_data == Pump_Datacase.Rated_Flow_Case: |
| 603 |
inst_Item.attributes.append(Inst_Attribute("eq_rotating", "DesignCapacity", flowrate_volume))
|
|
| 604 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "RelativeDensityRated", density))
|
|
| 605 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "ViscosityRated", viscosity))
|
|
| 606 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "PumpingTempRated", temperature))
|
|
| 603 |
inst_Item.attributes.append(Inst_Attribute(table= "eq_rotating", colum = "DesignCapacity", value = flowrate_volume))
|
|
| 604 |
inst_Item.attributes.append(Inst_Attribute(table= "eq_pump", colum = "RelativeDensityRated", value = density))
|
|
| 605 |
inst_Item.attributes.append(Inst_Attribute(table= "eq_pump", colum = "ViscosityRated", value = viscosity))
|
|
| 606 |
inst_Item.attributes.append(Inst_Attribute(table= "eq_pump", colum = "PumpingTempRated", value = temperature))
|
|
| 607 | 607 |
elif datacase_data == Pump_Datacase.Maximum_Flow_Case: |
| 608 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "FlowMax", flowrate_volume))
|
|
| 609 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "RelativeDensityMax", density))
|
|
| 610 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "ViscosityMax", viscosity))
|
|
| 611 |
inst_Item.attributes.append(Inst_Attribute("eq_pump", "PumpingTempMax", temperature))
|
|
| 608 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "FlowMax", value = flowrate_volume))
|
|
| 609 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "RelativeDensityMax", value = density))
|
|
| 610 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "ViscosityMax", value = viscosity))
|
|
| 611 |
inst_Item.attributes.append(Inst_Attribute(table = "eq_pump", column = "PumpingTempMax", value = temperature))
|
|
| 612 | 612 |
inst_Item.printf() |
| 613 | 613 |
inst_Items.append(inst_Item) |
| 614 | 614 |
|
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