/ - Diff - HYTOS - 일정관리

개정판 611d6b1f

ID	611d6b1fca1b058e4c9a5f436e75a9f325d7fb4a
상위	a25e9bcd
하위	e9b4417a

김연진이(가) 약 5년 전에 추가함

issue #1060 : 계산식

Change-Id: I7463225e1674eb4e23e81ffb292c17028425d5d4

                 v_rey = tp_massflux * tp_quality * tp_id / v_visco
                 roughness_unit = self.units['Roughness']
                 tp_rough = self.geometry.item(row, 4).text()
                 tp_rough = float(self.geometry.item(row, 4).text())
                 if roughness_unit == 'm':
                     tp_rough = tp_rough
                 elif roughness_unit == 'ft':
-...
         def decision_length(self, row):
             try:
                 length_unit = self.units['Length']
                 tp_length = self.geometry.item(row, 5).text()
                 tp_length = float(self.geometry.item(row, 5).text())
                 if length_unit == 'm':
                     tp_length = tp_length
                 elif length_unit == 'in':
-...
         def tp_bend_cal(self, row):
             try:
                 tp_rperd = self.geometry.item(row, 7).text()
                 tp_rperd = float(self.geometry.item(row, 7).text())
                 kval = self.geometry.item(row, 9).text()
                 if is_not_blank(kval):
                     kval = kval
                     kval = float(kval)
                 else:
                     roughness_unit = self.units['Roughness']
                     tp_rough = float(self.geometry.item(row, 4).text())
-...
             try:
                 kval = self.geometry.item(row, 9).text()
                 if is_not_blank(kval):
                     kval = kval
                     kval = float(kval)
                 else:
                     element = self.geometry.item(row, 0).text()
                     if element == 'Nozzle In':
-...
                 v_rey = tp_massflux * tp_quality * tp_id / v_visco
                 roughness_unit = self.units['Roughness']
                 tp_rough = self.geometry.item(row, 4).text()
                 tp_rough = float(self.geometry.item(row, 4).text())
                 if roughness_unit == 'm':
                     tp_rough = tp_rough
                 elif roughness_unit == 'ft':
-...
             equivalent_length = 0
             for row in range(self.geometry.rowCount()):
                 length = self.geometry.item(row, 5).text()
                 length = float(self.geometry.item(row, 5).text())
                 if length:
                     equivalent_length += float(length)
-...
                     reynolds = ida * velocity * (density * 16.0185) / viscosity
                 # 'MACH 넘버 자리이므로 미입력 처리
                 self._hmb.reynolds = None
                 self._hmb.reynolds = '-'
                 # ********** 4. Friction Factor 구하기 ***********
                 # 'roughness 를 m로 바꿔줌
-...
                 reynolds = ida * velocity * (density * 16.0185) / viscosity
             # 'MACH 넘버 자리이므로 미입력 처리
             self._hmb.reynolds = None
             self._hmb.reynolds = '-'
             # ''****************** 3. roughness 가져오기 ****************** ******************
             rough = self._hmb.roughness  # '무차원 상수이다

     '''
     def isfloat(s):
         try:
             if s:
                 float(s)
                 return True
             else:
                 return False
         except ValueError:
             return False
     class HMBData:
         def __init__(self, uid=None):
             self._uid = None
-...
         @property
         def flowrate_mass(self):
             return self._flowrate_mass
             return float(self._flowrate_mass) if isfloat(self._flowrate_mass) else self._flowrate_mass
         @flowrate_mass.setter
         def flowrate_mass(self, value):
-...
         @property
         def flowrate_volume(self):
             return self._flowrate_volume
             return float(self._flowrate_volume) if isfloat(self._flowrate_volume) else self._flowrate_volume
         @flowrate_volume.setter
         def flowrate_volume(self, value):
-...
         @property
         def density(self):
             return self._density
             return float(self._density) if isfloat(self._density) else self._density
         @density.setter
         def density(self, value):
-...
         @property
         def viscosity(self):
             return self._viscosity
             return float(self._viscosity) if isfloat(self._viscosity) else self._viscosity
         @viscosity.setter
         def viscosity(self, value):
-...
         @property
         def temperature(self):
             return self._temperature
             return float(self._temperature) if isfloat(self._temperature) else self._temperature
         @temperature.setter
         def temperature(self, value):
-...
         @property
         def molecular_weight(self):
             return self._molecular_weight
             return float(self._molecular_weight) if isfloat(self._molecular_weight) else self._molecular_weight
         @molecular_weight.setter
         def molecular_weight(self, value):
-...
         @property
         def specific_heat_ratio(self):
             return self._specific_heat_ratio
             return float(self._specific_heat_ratio) if isfloat(self._specific_heat_ratio) else self._specific_heat_ratio
         @specific_heat_ratio.setter
         def specific_heat_ratio(self, value):
-...
         @property
         def compress_factor(self):
             return self._compress_factor
             return float(self._compress_factor) if isfloat(self._compress_factor) else self._compress_factor
         @compress_factor.setter
         def compress_factor(self, value):
-...
         @property
         def nominal_pipe_size(self):
             return self._nominal_pipe_size
             return float(self._nominal_pipe_size) if isfloat(self._nominal_pipe_size) else self._nominal_pipe_size
         @nominal_pipe_size.setter
         def nominal_pipe_size(self, value):
-...
         @property
         def inside_pipe_size(self):
             return self._inside_pipe_size
             return float(self._inside_pipe_size) if isfloat(self._inside_pipe_size) else self._inside_pipe_size
         @inside_pipe_size.setter
         def inside_pipe_size(self, value):
-...
         @property
         def schedule_no(self):
             return self._schedule_no
             return float(self._schedule_no) if isfloat(self._schedule_no) else self._schedule_no
         @schedule_no.setter
         def schedule_no(self, value):
-...
         @property
         def straight_length(self):
             return self._straight_length
             return float(self._straight_length) if isfloat(self._straight_length) else self._straight_length
         @straight_length.setter
         def straight_length(self, value):
-...
         @property
         def equivalent_length(self):
             return self._equivalent_length
             return float(self._equivalent_length) if isfloat(self._equivalent_length) else self._equivalent_length
         @equivalent_length.setter
         def equivalent_length(self, value):
-...
         @property
         def equivalent_length_input(self):
             return self._equivalent_length_input
             return float(self._equivalent_length_input) if isfloat(self._equivalent_length_input) else self._equivalent_length_input
         @equivalent_length_input.setter
         def equivalent_length_input(self, value):
-...
         @property
         def fitting_length(self):
             return self._fitting_length
             return float(self._fitting_length) if isfloat(self._fitting_length) else self._fitting_length
         @fitting_length.setter
         def fitting_length(self, value):
-...
         @property
         def fitting_K(self):
             return self._fitting_K
             return float(self._fitting_K) if isfloat(self._fitting_K) else self._fitting_K
         @fitting_K.setter
         def fitting_K(self, value):
-...
         @property
         def equivalent_length_cal(self):
             return self._equivalent_length_cal
             return float(self._equivalent_length_cal) if isfloat(self._equivalent_length_cal) else self._equivalent_length_cal
         @equivalent_length_cal.setter
         def equivalent_length_cal(self, value):
-...
         @property
         def roughness(self):
             return self._roughness
             return float(self._roughness) if isfloat(self._roughness) else self._roughness
         @roughness.setter
         def roughness(self, value):
-...
         @property
         def limitation_velocity(self):
             return self._limitation_velocity
             return float(self._limitation_velocity) if isfloat(self._limitation_velocity) else self._limitation_velocity
         @limitation_velocity.setter
         def limitation_velocity(self, value):
-...
         @property
         def limitation_pressure_drop(self):
             return self._limitation_pressure_drop
             return float(self._limitation_pressure_drop) if isfloat(self._limitation_pressure_drop) else self._limitation_pressure_drop
         @limitation_pressure_drop.setter
         def limitation_pressure_drop(self, value):
-...
         @property
         def velocity(self):
             return self._velocity
             return float(self._velocity) if isfloat(self._velocity) else self._velocity
         @velocity.setter
         def velocity(self, value):
-...
         @property
         def reynolds(self):
             return self._reynolds
             return float(self._reynolds) if isfloat(self._reynolds) else self._reynolds
         @reynolds.setter
         def reynolds(self, value):
-...
         @property
         def friction_factor(self):
             return self._friction_factor
             return float(self._friction_factor) if isfloat(self._friction_factor) else self._friction_factor
         @friction_factor.setter
         def friction_factor(self, value):
-...
         @property
         def pressure_drop(self):
             return self._pressure_drop
             return float(self._pressure_drop) if isfloat(self._pressure_drop) else self._pressure_drop
         @pressure_drop.setter
         def pressure_drop(self, value):
-...
         @property
         def pressure_drop_friction(self):
             return self._pressure_drop_friction
             return float(self._pressure_drop_friction) if isfloat(self._pressure_drop_friction) else self._pressure_drop_friction
         @pressure_drop_friction.setter
         def pressure_drop_friction(self, value):
-...
         @property
         def pressure_drop_static(self):
             return self._pressure_drop_static
             return float(self._pressure_drop_static) if isfloat(self._pressure_drop_static) else self._pressure_drop_static
         @pressure_drop_static.setter
         def pressure_drop_static(self, value):
-...
         @property
         def pressure_pipe_end_point(self):
             return self._pressure_pipe_end_point
             return float(self._pressure_pipe_end_point) if isfloat(self._pressure_pipe_end_point) else self._pressure_pipe_end_point
         @pressure_pipe_end_point.setter
         def pressure_pipe_end_point(self, value):
-...
         @property
         def power(self):
             return self._power
             return float(self._power) if isfloat(self._power) else self._power
         @power.setter
         def power(self, value):

                         res = self.hole_p_cal(i)
                         if res == 0:
                             break
                     elif self.items[i].phase_type == 'Vapor':
                     elif self.items[i].data.phase_type == 'Vapor':
                         self.discharge_vapor_factor_length(i)
                         res = self.hole_p_cal(i)
                         if res == 0:

                     res.append((sql, tuple(param)))
                     index += 1
                 # save fittings to database
                 for method in self.fittings:
                     cols = ['UID', 'Components_UID', 'Fittings_UID', 'Method', 'Sub_Size', 'Angle', 'Count']
                     values = ['?', '?', '?', '?', '?', '?', '?']
                 if self.fittings:
                     for method in self.fittings:
                         cols = ['UID', 'Components_UID', 'Fittings_UID', 'Method', 'Sub_Size', 'Angle', 'Count']
                         values = ['?', '?', '?', '?', '?', '?', '?']
                     for fitting in self.fittings[method]:
                         param = [str(uuid.uuid4()), str(uid), fitting.uid, method, fitting.sub_size, fitting.angle, fitting.count]
                         for fitting in self.fittings[method]:
                             param = [str(uuid.uuid4()), str(uid), fitting.uid, method, fitting.sub_size, fitting.angle, fitting.count]
                         sql = 'insert or replace into Fittings_Input({}) values({})'.format(','.join(cols), ','.join(values))
                         res.append((sql, tuple(param)))
                             sql = 'insert or replace into Fittings_Input({}) values({})'.format(','.join(cols), ','.join(values))
                             res.append((sql, tuple(param)))
             except Exception as ex:
                 from App import App
                 from AppDocData import MessageType

             self.lineEdit_Overdesign = QtWidgets.QLineEdit(self.groupBox)
             self.lineEdit_Overdesign.setGeometry(QtCore.QRect(262, 123, 100, 21))
             self.lineEdit_Overdesign.setMaximumSize(QtCore.QSize(100, 16777215))
             font = QtGui.QFont()
             font.setBold(False)
             font.setWeight(50)
             self.lineEdit_Overdesign.setFont(font)
             self.lineEdit_Overdesign.setAlignment(QtCore.Qt.AlignCenter)
             self.lineEdit_Overdesign.setObjectName("lineEdit_Overdesign")
             self.label_OverdesignUnit = QtWidgets.QLabel(self.groupBox)
-...
             self.label_5.setText(_translate("Valve_ControlDialog", "Elevation"))
             self.label_ElevationUnit.setText(_translate("Valve_ControlDialog", "-"))
             self.label_8.setText(_translate("Valve_ControlDialog", "Overdesign"))
             self.lineEdit_Overdesign.setText(_translate("Valve_ControlDialog", "0"))
             self.label_OverdesignUnit.setText(_translate("Valve_ControlDialog", "%"))
             self.label.setText(_translate("Valve_ControlDialog", "Tag No."))
             self.label_9.setText(_translate("Valve_ControlDialog", "Type (for Aramco-BP)"))

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개정판 611d6b1f

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개정판 611d6b1f

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