python中的多循环
我的代码运行在几个字符串中，当它找到它们时，它会执行几个命令，但是当我运行它时，它对第一个字符串可以正常工作，然后它承认它应该为第二个字符串启动，但它随后不执行其余的，我不知道为什么 代码： 以下是我得到的输出：python中的多循环,python,loops,logic,Python,Loops,Logic,我的代码运行在几个字符串中，当它找到它们时，它会执行几个命令，但是当我运行它时，它对第一个字符串可以正常工作，然后它承认它应该为第二个字符串启动，但它随后不执行其余的，我不知道为什么 代码： 以下是我得到的输出： Folders found: ['2-stufiges Stirnradgetriebe_20190221-091307'] Searching new ID: 6ff0010c-00fe-485b-b695-4ddd6aca4dcd Line number is: 4 ID
Folders found:
['2-stufiges Stirnradgetriebe_20190221-091307']
Searching new ID: 6ff0010c-00fe-485b-b695-4ddd6aca4dcd
Line number is:
4
ID is: 6ff0010c-00fe-485b-b695-4ddd6aca4dcd
Line is: IDCO_IDENTIFICATION = "6ff0010c-00fe-485b-b695-4ddd6aca4dcd"
ID is: 6ff0010c-00fe-485b-b695-4ddd6aca4dcd
Property is: IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_ANIMATION_TIME[0]
The full line is: IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_ANIMATION_TIME[0] = 2.0
The last line read is:[/IDO_SYSTEM_LOADCASE] [0]
ID is: 6ff0010c-00fe-485b-b695-4ddd6aca4dcd
Property is: IDSCO_MBS_NUMBER_OF_EVALUATIONS_FOR_ITERATION
The full line is: IDSCO_MBS_NUMBER_OF_EVALUATIONS_FOR_ITERATION[0][0] = 1
ID is: 6ff0010c-00fe-485b-b695-4ddd6aca4dcd
Property is: IDSCO_MBS_NUMBER_OF_EVALUATIONS_FOR_ITERATION
The full line is: IDSCO_MBS_NUMBER_OF_EVALUATIONS_FOR_ITERATION[0][1] = 115
ID is: 6ff0010c-00fe-485b-b695-4ddd6aca4dcd
Property is: IDSCO_MBS_NUMBER_OF_EVALUATIONS_FOR_ITERATION
The full line is: IDSCO_MBS_NUMBER_OF_EVALUATIONS_FOR_ITERATION[0][2] = 14
The last line read is:[/IDO_SYSTEM_LOADCASE] [0]
Searching new ID: ab7fbf37-17bb-4e60-a543-634571a0fd73
[/] [0]
[IDCO_CALCOBJECT_DATA]
IDCO_IDENTIFICATION = "6ff0010c-00fe-485b-b695-4ddd6aca4dcd"
IDCO_DESIGNATION = "Stirnradgetriebe"
[IDSCO_CALCULATION]
IDSCO_NBITERATIONSTEPS = 200
IDSCO_DELTA_X_VECTOR_LIMIT = 0.00001
IDSCO_Y_VECTOR_LIMIT = 0.00001
IDSCO_CALCULATION_SCOPE = CALCULATE_ALL_WITHOUT_CONTACTPRESSURE_FOR_SHAFTSYSTEMS
IDSCO_IS_LOAD_CASE_REPRESENTING_SYSTEM_CALCOBJECT = IFALSE
IDSCO_LIFE_THEORY_FOR_SYSTEMS = LB_BEARING_ANALYSIS_NOMINAL_LIFE
IDSCO_LIFE_THEORY_FOR_ALL_BEARINGS_IN_SYSTEMS = LB_BEARING_ANALYSIS_NOMINAL_LIFE
IDSCO_OPERATION_PORTION_DEFINITION_FLAG = LB_OPERATING_PORTION
IDSCO_POSITION_DEPENDENCY_OF_RATINGLIFE = LB_POSITION_DEPENDENT_RATINGLIFE
IDSCO_CALCULATE_ROLLING_ELEMENT_RATINGLIFE = LB_DONT_CALCULATE
IDSCO_CALCULATE_CATALOGLIFE_FOR_TAPERED_ROLLER_BEARINGS = LB_CALCALATED_FROM_FROM_BALANCE_OF_THE_ELASTIC_SYSTEM
IDSCO_INPUT_OF_DEAD_WEIGHT = LB_LOAD_CASE_DEPENDENT_VALUES
IDSCO_CONSIDERATION_OF_SHEAR_AND_BENDING_FLAG = LB_CONSIDER_SHEAR_AND_BENDING
IDSCO_INFLUENCE_FACTORS_CALCULATION = LB_INFLUENCE_FACTORS_CLASSIC
IDSCO_KINEMATIC_MODEL = LB_NOT_LINEARISED_KINEMATIC
IDSCO_MASS_FORCES_OF_ROLLING_ELEMENTS = LB_DO_NOT_CONSIDER
IDSCO_LIFE_ACCORDING_DIN_281_SUPPLEMENT_1 = LB_NO_LIFE_ACCORDING_DIN_281_SUPPLEMENT_1
IDSS_DYNAMIC_SIMULATION_SHOULD_BE_PERFORMED = LB_NO
IDSCO_CONSIDER_NONPOINT_LOADDISTRIBUTION_IN_TOOTH_CONTACTS = LB_NO
IDSCO_CALCULATE_FRICTIONAL_TORQUE = LB_DONT_CALCULATE
IDSCO_CHECK_RANGE_FOR_FRICTION_CALCULATION = LB_DONT_CHECK_RANGE
IDG_CALCULATE_CONSUMPTION = LB_DONT_CALCULATE
IDG_CALCULATE_TOOTH_CONTACT_DATA = LB_CALCULATE
IDSCO_LUBRICATION_AND_CONTAMINATION = LB_CONSIDER
ID_GEAR_SET_INTERN_MODELING = ID_GEAR_SET_ROTATION_MODEL_WITH_USE_OF_EXTERNAL_LOADS
ID_TOOTH_CONTACT_CALCULATION_COMPLETE_SYSTEM = IFALSE
IDSCO_DAMAGE_FACTOR_CALCULATION = LB_NO
IDSCO_LINE_CONTACT_MODEL_FOR_FRICTION_CALCULATION = LB_HERTZ_FOR_FRICTION_CALCULATION
[IDSCO_LIFE_OUTPUT]
IDSCO_LIFETIME_UNIT = LF_HOURS
IDSCO_NECESSARY_LIFETIME_COMPARISON_FLAG = LB_CALCULATE_NECESSARY_LOAD_RATING
IDSCO_NOMINAL_LIFETIME = 0.1
IDSCO_NOMINAL_S0 = 1.0
[IDSCO_LUBRICANT]
IDSCO_VISCOSITY_CALCULATION_FLAG = LB_CALCULATE_VISCOSITY_GLOBAL
IDSCO_ETA_C_CALCULATION_FLAG = LB_INPUT_ETAC
IDSCO_LUBRICANT_DEFINITION_FLAG = LB_DEFINITION_BY_INPUT
IDSCO_VISCOSITY_DEFINITION_FLAG = LB_DEFINITION_BY_CLASS
IDSCO_WARNING_FLAG_FOR_GREASE = ITRUE
IDSCO_OILTEMP[0] = 70.0
IDSCO_NY[0] = 55.2
IDSCO_NY_40 = 240.0
IDSCO_NY_100 = 1.0
IDSCO_OIL_DENSITY[0] = 890.0
IDSCO_ADDITIVES = LB_NO_ADDITIVES
IDSCO_KAPPA_CALCULATION_FLAG = LB_ACCORDING_ISO_281
IDSCO_ETA_C[0] = 0.70
IDSCO_FILTRATION = LB_FILTERED_OIL
IDSCO_LUBRICANT_TYPE = LB_OIL_LUBRICATION
IDSCO_CLEANLINESS_CODE_RECIRCULATING_OIL = LB_ISO17_14_DP25
IDSCO_CLEANLINESS_CODE_OIL_BATH = LB_ISO17_14
IDSCO_CLEANLINESS_CODE_GREASE = LB_NORMAL_CLEANLINESS_GREASE
IDSCO_INITIAL_GREASING = LB_YES
IDSCO_DESIGNATION_OF_GREASE = LB_GA01
IDSCO_INFLUENCE_OF_AMBIENT = LB_AVERAGE_AMBIENT_INFLUENCE
IDSCO_CALCULATE_GREASE_SERVICE_LIFE = LB_NO
IDSCO_SPECIFICATION_OF_OIL_LEVEL = LB_DESCRIPTION
IDSCO_OIL_LEVEL_RELATIVE_TO_DW = 50.00
IDSCO_DESCRIPTION_OF_OIL_LEVEL = LB_OIL_MIST_LUBRICATION
[IDSCO_MBS_CALCULATION_SUMMARY]
IDSCO_MBS_CALCULATION_LEVEL[0][0] = "InitialValueCalculation"
IDSCO_MBS_CALCULATION_LEVEL[0][1] = "NonLinearElasticPreCalculation"
IDSCO_MBS_CALCULATION_LEVEL[0][2] = "FinalCalculation"
IDSCO_MBS_NUMBER_OF_SOLUTION_VARIANTS[0][0] = 1
IDSCO_MBS_NUMBER_OF_SOLUTION_VARIANTS[0][1] = 1
IDSCO_MBS_NUMBER_OF_SOLUTION_VARIANTS[0][2] = 1
IDSCO_MBS_NUMBER_OF_JACOBIAN_CALCULATIONS[0][0] = 1
IDSCO_MBS_NUMBER_OF_JACOBIAN_CALCULATIONS[0][1] = 12
IDSCO_MBS_NUMBER_OF_JACOBIAN_CALCULATIONS[0][2] = 2
IDSCO_MBS_NUMBER_OF_EVALUATIONS_FOR_JACOBIAN[0][0] = 57
IDSCO_MBS_NUMBER_OF_EVALUATIONS_FOR_JACOBIAN[0][1] = 673
IDSCO_MBS_NUMBER_OF_EVALUATIONS_FOR_JACOBIAN[0][2] = 113
IDSCO_MBS_NUMBER_OF_EVALUATIONS_FOR_ITERATION[0][0] = 1
IDSCO_MBS_NUMBER_OF_EVALUATIONS_FOR_ITERATION[0][1] = 115
IDSCO_MBS_NUMBER_OF_EVALUATIONS_FOR_ITERATION[0][2] = 14
IDSCO_MBS_TOTAL_NUMBER_OF_EVALUATIONS[0][0] = 58
IDSCO_MBS_TOTAL_NUMBER_OF_EVALUATIONS[0][1] = 788
IDSCO_MBS_TOTAL_NUMBER_OF_EVALUATIONS[0][2] = 127
IDSCO_MBS_TOTAL_NUMBER_OF_EVALUATIONS_LOADCASE[0] = 973
IDSCO_MBS_SYSTEM_SIZE[0][0] = 56
IDSCO_MBS_SYSTEM_SIZE[0][1] = 56
IDSCO_MBS_SYSTEM_SIZE[0][2] = 56
IDSCO_MBS_JACOBIAN_STEP_SIZE = 0.0000010
IDSCO_MBS_JACOBIAN_STEP_SIZE_MINIMUM = 0.000001000
[IDG_LIFE]
IDG_IA = 0.001
IDG_RDYN = 0.001
IDG_FLAG_FOR_NECESSARY_REVOLUTION_REFERENCE = LB_BEARING_AS_REFERENCE
IDG_TOTAL_OPERATING_TIME_IN_SECONDS = 0.0
IDG_TOTAL_DISTANCE = 0.000
[IDG_OPERATING_DATA]
IDG_EFFICIENCY[0] = 100.0
IDG_BEARING_IDENTIFICATION_MINIMUM_LH = "e1f0ec0b-9ea7-4009-a3ff-77bf9bad5ae8"
IDG_BEARING_NAME_MINIMUM_LH = "SL182220 (#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)"
IDG_MINIMUM_LH = 19436916
IDG_BEARING_IDENTIFICATION_MINIMUM_S0 = "e1f0ec0b-9ea7-4009-a3ff-77bf9bad5ae8"
IDG_BEARING_NAME_MINIMUM_S0 = "SL182220 (#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)"
IDG_MINIMUM_S0 = 120.982
IDCO_BEARING_MINIMUM_S0_W = "e1f0ec0b-9ea7-4009-a3ff-77bf9bad5ae8"
[IDCO_VISUALIZATION]
IDCO_VISUALIZATION_STATUS = LB_SOLID_BODY
IDCO_VISUALIZE_LABEL = IFALSE
IDCO_VERTICAL_LABEL_POSITION = 30
IDCO_HORIZONTAL_LABEL_POSITION = 30
IDCO_DEPTH_LABEL_POSITION = 0
[IDSCO_VISUALIZATION]
IDSCO_SCALE_FACTOR_LOAD_DISTRIBUTION = 0.010
IDSCO_SCALE_FACTOR_CONTACT_PRESSURE = 0.010
IDSCO_SCALE_FACTOR_DISPLACEMENT = 100.000
IDSCO_SCALE_FACTOR_TILTING = 100.000
IDSCO_SCALE_FACTOR_SECTION_FORCE = 0.010
IDSCO_SCALE_FACTOR_SECTION_MOMENT = 0.010
IDSCO_SCALE_FACTOR_STRESS = 0.010
IDSCO_SCALE_FACTOR_TORSION = 100.000
IDSCO_SCALE_FACTOR_FE_STRUCTUR_ELASTIC = 1.0
IDSCO_SCALE_FACTOR_FE_STRUCTUR_RIGID = 1.0
IDSCO_CONTOUR_PLOT_RAMP_FE_MIN = 0.00000
IDSCO_CONTOUR_PLOT_RAMP_FE_MAX = 1.00000
IDSCO_CONTOUR_PLOT_SHOW_FE = IFALSE
IDSCO_CONTOUR_PLOT_FE_DISPLACEMENT = LB_AUTOMATIC_INPUT
IDSCO_GRAVITY_DIAMETER = 20.000
IDSCO_GRAVITY_LOCATION_X = 0.000
IDSCO_GRAVITY_LOCATION_Y = 0.000
IDSCO_GRAVITY_LOCATION_Z = 0.000
IDSCO_SCALE_FACTOR_ALGORITHM = LB_SCALE_FACTOR_FROM_MODEL_DIMENSIONS
IDSCO_SCALE_FACTOR_LOADS_MM_PER_UNIT = 0.010
IDSCO_SCALE_FACTOR_MOMENTS_MM_PER_UNIT = 0.010
IDSCO_SCALE_FACTOR_DISTRIBUTED_LOADS_MM_PER_UNIT = 0.010
IDSCO_SCALE_FACTOR_DISTRIBUTED_MOMENTS_MM_PER_UNIT = 0.010
IDSCO_SCALE_FACTOR_ACCELERATION_MM_PER_UNIT = 100.000
IDSCO_USER_VIEW_NUMBER_VIEWS = 0
IDSCO_USER_VIEW_VIEW_NAME[0] = "-"
IDSCO_USER_VIEW_CAMERA_TYPE[0] = 0
IDSCO_USER_VIEW_POSITION_X[0] = 0.000
IDSCO_USER_VIEW_POSITION_Y[0] = 0.000
IDSCO_USER_VIEW_POSITION_Z[0] = 0.000
IDSCO_USER_VIEW_ROTATION_Q0[0] = 0.000
IDSCO_USER_VIEW_ROTATION_Q1[0] = 0.000
IDSCO_USER_VIEW_ROTATION_Q2[0] = 0.000
IDSCO_USER_VIEW_ROTATION_Q3[0] = 0.000
IDSCO_USER_VIEW_FAR_DISTANCE[0] = 0.000
IDSCO_USER_VIEW_NEAR_DISTANCE[0] = 0.000
IDSCO_USER_VIEW_FOCAL_DISTANCE[0] = 0.000
IDSCO_USER_VIEW_HEIGHT_ANGLE[0] = 0.000
[IDCO_OPERATING_DATA]
IDCO_IS_3D_TOOTH_CONTACT = IFALSE
[IDG_SYNCHRONIZERS_DATA]
IDG_SYNCHRONIZERS_METHOD_DIMENSIONING_OR_DESIGNING = LB_DIMENSIONING
IDG_SYNCHRONIZERS_GEAR_WITH_SYNCHRONIZATION_SYSTEMS = IFALSE
[IDSS_DYNAMIC_SIMULATION_DATA]
IDSS_BASIS_MAX_FREQUENCY = 10471.975511966
IDSS_DYNAMIC_SIMULATION_CONSIDER_STIFFENING_DUE_TO_AXIAL_LOAD = LB_YES
IDSS_DYNAMIC_SIMULATION_FILTEROUT_0_FREQUENCIES = LB_YES
IDSS_NATURAL_FREQUENCIES_SHOULD_BE_CALCULATED = LB_YES
IDSS_STATUS_OF_NATURAL_FREQUENCIES_CALCULATION[0] = IFALSE
IDSS_CRITICAL_SPEEDS_SHOULD_BE_CALCULATED = LB_NO
IDSS_STATUS_OF_CRITICAL_SPEEDS_CALCULATION[0] = IFALSE
IDSS_TRANSIENT_RESPONSE_SHOULD_BE_CALCULATED = LB_NO
IDSS_STATUS_OF_TRANSIENT_RESPONSE_CALCULATION[0] = IFALSE
IDSS_UNBALANCE_RESPONSE_SHOULD_BE_CALCULATED = LB_NO
IDSS_UNBALANCE_RESPONSE_LOWER_ROTATING_SPEED = 0.000000000000000000
IDSS_UNBALANCE_RESPONSE_UPPER_ROTATING_SPEED = 100000.000000000
IDSS_UNBALANCE_RESPONSE_NUMBER_OF_CALCULATION_STEPS = 100
IDSS_STATUS_OF_UNBALANCE_RESPONSE_CALCULATION[0] = IFALSE
IDSS_DYNAMIC_SIMULATION_CALL_DYNLIB = LB_YES
IDSS_DYNAMIC_SIMULATION_SAVE_DYNLIB_MODEL_TO_INTERMEDIATE_FILE = LB_NO
IDSS_DYNAMIC_SIMULATION_PATH_TO_DYNLIB_INTERMEDIATE_FILE = "DynLibModel.xml"
[IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION]
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_MODESHAPES_RELATIVE_SCALE_FACTOR[0] = 2.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_MODESHAPES_RELATIVE_SCALE_FACTOR_TORSION_LINE[0] = 0.3
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_RELATIVE_SCALE_FACTOR[0] = 5.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_SCALE_FACTOR_DISPLACEMENT[0] = 1000.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_SCALE_FACTOR_INCLINATION[0] = 1.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_SCALE_FACTOR_FORCE[0] = 1.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_SCALE_FACTOR_MOMENT[0] = 1.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_SCALE_FACTOR_SPEED[0] = 1.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_SCALE_FACTOR_ACCELERATION[0] = 1.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_ANIMATION_TIME[0] = 2.0
[IDCO_IMPORT_LOAD_DATA]
IDCO_FILE_NAME = ""
IDCO_FIRST_DATA_LINE = 1
[/IDO_SYSTEM_LOADCASE] [0]
[IDCO_CALCOBJECT_DATA]
IDCO_IDENTIFICATION = "1dd94d1a-e52d-40b3-a82b-6db02a8fbbab"
IDCO_DESIGNATION = "Lastfall 1"
[IDSLC_SYSTEM_LOADCASE_DATA]
IDSLC_TIME_PORTION = 100.000
IDSLC_DISTANCE_PORTION = 100.000
IDSLC_OPERATING_TIME_IN_HOURS = 1.000
IDSLC_OPERATING_TIME_IN_SECONDS = 3600.000
IDSLC_OPERATING_REVOLUTIONS = 1
IDSLC_OPERATING_DISTANCE = 1.000
IDSLC_ACCELERATION = 9.81000
IDSLC_EPSILON_X = 0.000000000000000000
IDSLC_EPSILON_Y = 0.000000000000000000
IDSLC_EPSILON_Z = 0.000000000000000000
IDSLC_CALCULATION_WITH_OWN_WEIGHT = CO_CALCULATION_WITHOUT_OWN_WEIGHT
IDSLC_CALCULATION_WITH_TEMPERATURE = CO_CALCULATION_WITH_TEMPERATURE
IDSLC_FLAG_FOR_LOADCASE_CALCULATION = LB_CALCULATE_LOADCASE
IDSLC_STATUS_OF_LOADCASE_CALCULATION = ITRUE
[/IDO_SHAFT_SYSTEM] [0]
[IDCO_CALCOBJECT_DATA]
IDCO_IDENTIFICATION = "ab7fbf37-17bb-4e60-a543-634571a0fd73"
IDCO_DESIGNATION = "#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"
[IDSCO_SYSTEMDATA]
IDSCO_SEGMENT_GEOMETRY_REFERENCE_FLAG = LB_IDSCO_SEGMENT_GEOMETRY_REFERENCE_END
[IDSCO_CALCULATION]
IDSCO_NBITERATIONSTEPS = 200
IDSCO_DELTA_X_VECTOR_LIMIT = 0.00001
IDSCO_Y_VECTOR_LIMIT = 0.00001
IDSCO_CALCULATION_SCOPE = CALCULATE_ALL_WITHOUT_CONTACTPRESSURE
IDSCO_IS_LOAD_CASE_REPRESENTING_SYSTEM_CALCOBJECT = IFALSE
IDSCO_LIFE_THEORY_FOR_SYSTEMS = LB_BEARING_ANALYSIS_NOMINAL_LIFE
IDSCO_LIFE_THEORY_FOR_ALL_BEARINGS_IN_SYSTEMS = LB_BEARING_ANALYSIS_NOMINAL_LIFE
IDSCO_ORIGIN_OF_LIFE_THEORY_FLAG = LB_FROM_SYSTEM
IDSCO_TRANSLATORY_DEFORMATION_LIMIT = 2.463
IDSCO_ROTATORY_DEFORMATION_LIMIT = 2.000
IDSCO_POSITION_DEPENDENCY_OF_RATINGLIFE = LB_POSITION_DEPENDENT_RATINGLIFE
IDSCO_CALCULATE_ROLLING_ELEMENT_RATINGLIFE = LB_DONT_CALCULATE
IDSCO_HAS_LOADS_TO_DISCRETIZE = IFALSE
IDSCO_HAS_SHAFTS_WITH_FEA_DATA = IFALSE
IDSCO_LOAD_CASE_MUST_BE_DISCRETIZED[0] = IFALSE
IDSCO_IDENTIFICATION_OF_LOAD_CASE_REPRESENTING_SYSTEM_CALCOBJECT[0] = ""
IDSCO_KINEMATIC_MODEL = LB_NOT_LINEARISED_KINEMATIC
IDSCO_LIFE_ACCORDING_DIN_281_SUPPLEMENT_1 = LB_NO_LIFE_ACCORDING_DIN_281_SUPPLEMENT_1
IDSS_DYNAMIC_SIMULATION_SHOULD_BE_PERFORMED = LB_NO
IDSCO_MASS_FORCES_OF_ROLLING_ELEMENTS = LB_DO_NOT_CONSIDER
IDSCO_CALCULATE_FRICTIONAL_TORQUE = LB_DONT_CALCULATE
IDSCO_LUBRICATION_AND_CONTAMINATION = LB_CONSIDER
[IDSCO_LUBRICANT]
IDSCO_VISCOSITY_CALCULATION_FLAG = LB_CALCULATE_VISCOSITY_GLOBAL
IDSCO_ETA_C_CALCULATION_FLAG = LB_INPUT_ETAC
IDSCO_LUBRICANT_DEFINITION_FLAG = LB_DEFINITION_BY_INPUT
IDSCO_VISCOSITY_DEFINITION_FLAG = LB_DEFINITION_BY_CLASS
IDSCO_OILTEMP[0] = 70.0
IDSCO_NY[0] = 55.2
IDSCO_NY_40 = 240.0
IDSCO_NY_100 = 1.0
IDSCO_OIL_DENSITY[0] = 890.0
IDSCO_ADDITIVES = LB_NO_ADDITIVES
IDSCO_KAPPA_CALCULATION_FLAG = LB_ACCORDING_ISO_281
IDSCO_ETA_C[0] = 0.70
IDSCO_FILTRATION = LB_FILTERED_OIL
IDSCO_LUBRICANT_TYPE = LB_OIL_LUBRICATION
IDSCO_CLEANLINESS_CODE_RECIRCULATING_OIL = LB_ISO17_14_DP25
IDSCO_CLEANLINESS_CODE_OIL_BATH = LB_ISO17_14
IDSCO_CLEANLINESS_CODE_GREASE = LB_NORMAL_CLEANLINESS_GREASE
IDSCO_INITIAL_GREASING = LB_YES
IDSCO_DESIGNATION_OF_GREASE = LB_GA01
IDSCO_INFLUENCE_OF_AMBIENT = LB_AVERAGE_AMBIENT_INFLUENCE
IDSCO_CALCULATE_GREASE_SERVICE_LIFE = LB_NO
IDSCO_SPECIFICATION_OF_OIL_LEVEL = LB_DESCRIPTION
IDSCO_OIL_LEVEL_RELATIVE_TO_DW = 50.00
IDSCO_DESCRIPTION_OF_OIL_LEVEL = LB_OIL_MIST_LUBRICATION
[IDCO_LOCATION]
IDCO_LOCATION_IS_LOADCASE_DEPENDENT = IFALSE
IDCO_X = -498.300
IDCO_Y = 0.000
IDCO_Z = -229.800
IDCO_EPSILON_X = 0.000000000000000000
IDCO_EPSILON_Y = 0.000000000000000000
IDCO_EPSILON_Z = 0.000000000000000000
IDSS_PLANET_SHAFT_SYSTEM_WITH_RELATIVE_LOCATION = LB_NO
IDSS_REFERENCE_PLANET_SHAFT_SYSTEM = ""
IDSS_RELATIVE_ROTATION_REGARDING_THE_REFERENCE_PLANET_SHAFT_SYSTEM = 0.000000000000000000
[IDSS_OPERATINGDATA]
IDSS_MAXIMUM_SIGV = 0.0
IDSS_SHAFT_NUMBER_MAXIMUM_SIGV = "-"
IDSS_BEARING_NUMBER_MINIMUM_LN = "e1f0ec0b-9ea7-4009-a3ff-77bf9bad5ae8"
IDSS_BEARING_NAME_MINIMUM_LN = "SL182220"
IDSS_MINIMUM_LN = 1749392.4604
IDSS_BEARING_NUMBER_MINIMUM_LKM = ""
IDSS_BEARING_NAME_MINIMUM_LKM = " - "
IDSS_BEARING_NUMBER_MINIMUM_LH = "e1f0ec0b-9ea7-4009-a3ff-77bf9bad5ae8"
IDSS_BEARING_NAME_MINIMUM_LH = "SL182220"
IDSS_MINIMUM_LH = 19436916
IDSS_BEARING_NUMBER_MINIMUM_S0 = "e1f0ec0b-9ea7-4009-a3ff-77bf9bad5ae8"
IDCO_BEARING_MINIMUM_S0_W = "e1f0ec0b-9ea7-4009-a3ff-77bf9bad5ae8"
IDSS_BEARING_NAME_MINIMUM_S0 = "SL182220"
IDSS_MINIMUM_S0 = 120.982
IDSS_BEARING_INDEX_MINIMUM_S0 = 1
IDSS_BEARING_NUMBER_MINIMUM_GREASE_SERVICE_LIFE = ""
IDSS_NOTCH_CREATION_FLAG = INTERACTIVE_NOTCH_CREATION
IDSS_FLAG_FOR_GEAR_CALCULATION = LB_INCLUDED_IN_GEAR_CALCULATION
[IDSS_LOAD_CYCLE_INPUT]
IDSS_LOAD_CYCLE_INPUT_NUMBER_OF_DISCRETISATION_STEPS = 4
IDSS_LOAD_CYCLE_INPUT_TYPE_OF_DISCRETIZED_LOADS_SUPERPOSITION = LB_SUPERPOSE_DISCRETIZED_LOADS_COMMUTATED
[IDCO_VISUALIZATION]
IDCO_VISUALIZATION_STATUS = LB_SOLID_BODY
IDCO_VISUALIZE_LABEL = IFALSE
IDCO_VERTICAL_LABEL_POSITION = 30
IDCO_HORIZONTAL_LABEL_POSITION = 30
IDCO_DEPTH_LABEL_POSITION = 0
[IDSCO_VISUALIZATION]
IDSCO_SCALE_FACTOR_ALGORITHM = LB_SCALE_FACTOR_FROM_MODEL_DIMENSIONS
IDSCO_SCALE_FACTOR_LOADS_MM_PER_UNIT = 0.010
IDSCO_SCALE_FACTOR_MOMENTS_MM_PER_UNIT = 0.010
IDSCO_SCALE_FACTOR_DISTRIBUTED_LOADS_MM_PER_UNIT = 0.010
IDSCO_SCALE_FACTOR_DISTRIBUTED_MOMENTS_MM_PER_UNIT = 0.010
[IDSS_DYNAMIC_SIMULATION_DATA]
IDSS_BASIS_MAX_FREQUENCY = 10471.975511966
IDSS_DYNAMIC_SIMULATION_CONSIDER_STIFFENING_DUE_TO_AXIAL_LOAD = LB_YES
IDSS_DYNAMIC_SIMULATION_FILTEROUT_0_FREQUENCIES = LB_YES
IDSS_NATURAL_FREQUENCIES_SHOULD_BE_CALCULATED = LB_YES
IDSS_STATUS_OF_NATURAL_FREQUENCIES_CALCULATION[0] = IFALSE
IDSS_CRITICAL_SPEEDS_SHOULD_BE_CALCULATED = LB_NO
IDSS_STATUS_OF_CRITICAL_SPEEDS_CALCULATION[0] = IFALSE
IDSS_TRANSIENT_RESPONSE_SHOULD_BE_CALCULATED = LB_NO
IDSS_STATUS_OF_TRANSIENT_RESPONSE_CALCULATION[0] = IFALSE
IDSS_UNBALANCE_RESPONSE_SHOULD_BE_CALCULATED = LB_NO
IDSS_UNBALANCE_RESPONSE_LOWER_ROTATING_SPEED = 0.000000000000000000
IDSS_UNBALANCE_RESPONSE_UPPER_ROTATING_SPEED = 100000.000000000
IDSS_UNBALANCE_RESPONSE_NUMBER_OF_CALCULATION_STEPS = 100
IDSS_STATUS_OF_UNBALANCE_RESPONSE_CALCULATION[0] = IFALSE
IDSS_DYNAMIC_SIMULATION_CALL_DYNLIB = LB_YES
IDSS_DYNAMIC_SIMULATION_SAVE_DYNLIB_MODEL_TO_INTERMEDIATE_FILE = LB_NO
IDSS_DYNAMIC_SIMULATION_PATH_TO_DYNLIB_INTERMEDIATE_FILE = "DynLibModel.xml"
[IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION]
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_MODESHAPES_RELATIVE_SCALE_FACTOR[0] = 2.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_MODESHAPES_RELATIVE_SCALE_FACTOR_TORSION_LINE[0] = 0.3
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_RELATIVE_SCALE_FACTOR[0] = 5.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_SCALE_FACTOR_DISPLACEMENT[0] = 1000.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_SCALE_FACTOR_INCLINATION[0] = 1.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_SCALE_FACTOR_FORCE[0] = 1.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_SCALE_FACTOR_MOMENT[0] = 1.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_SCALE_FACTOR_SPEED[0] = 1.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_SCALE_FACTOR_ACCELERATION[0] = 1.0
IDCO_DYNAMIC_SIMULATION_RESULTS_VISUALIZATION_RESPONSE_ANIMATION_TIME[0] = 2.0
[IDSCO_EXTERNAL_MASS_LOAD]
IDSCO_ROTATION_RADIUS = 0.000
IDSCO_EPS_X_ACCELERATION[0] = 0.000000000000000000
IDSCO_SPEED_OF_ROTATION[0] = 0.00000
[IDCO_IMPORT_LOAD_DATA]
IDCO_FILE_NAME = ""
IDCO_FIRST_DATA_LINE = 1
[/IDO_SHAFT_SYSTEM[0]/IDO_RADIAL_ROLLER_BEARING] [0]
在文件中读取内容后，将指针重置为指向文件开头是很重要的
def searchIDs(mdl, IDs, Properties, i):
lineNum = 0
print('blah')
mdl.seek(0)
for line in mdl:
#print(line)
if i in line:
ID = i
print("Line number is: ")
print(lineNum)
print("ID is: " + ID)
print("Line is: " + line)
#searchProp(mdl, jsonCopy, IDs, Properties, lineNum, ID)
lineNum += 1
def searchIDs(mdl, IDs, Properties, i):
lineNum = 0
mdl.seek(0)
for line in mdl:
lineNum += 1
if i in line:
ID = i
print("Line number is: ")
print(lineNum)
print("ID is: " + ID)
print("Line is: " + line)
searchProp(mdl, IDs, Properties, lineNum, ID)
if lineNum == sum(1 for line in open('test.txt')):
break
设置搜索它的文件名而不是“test.txt”。您的代码过于复杂，如果不使用，为什么要将ID传递给SearchID和searchProp？@Ralf SearchID的代码在那里。@woockashek，因为稍后我将使用所有这些。您可以在循环结束时为mdl中的行增加lineNum:@damagedCoda我更改了它，但没有帮助我之前尝试过，但结果是打印出来的它比应该的大，就像它在循环中运行了很多次
def searchIDs(mdl, IDs, Properties, i):
lineNum = 0
mdl.seek(0)
for line in mdl:
lineNum += 1
if i in line:
ID = i
print("Line number is: ")
print(lineNum)
print("ID is: " + ID)
print("Line is: " + line)
searchProp(mdl, IDs, Properties, lineNum, ID)
if lineNum == sum(1 for line in open('test.txt')):
break