def start_RepTate(argv):
"""
Main RepTate application.
:param list argv: Command line parameters passed to Reptate
"""
loglevel = logging.DEBUG
GUI = True
QApplication.setStyle("Fusion") # comment that line for a native look
# for a list of available styles: "from PyQt5.QtWidgets import QStyleFactory; print(QStyleFactory.keys())"
# app = QApplication(sys.argv)
# FOR DEBUGGING PURPOSES: Set Single or MultiThread (default)
CmdBase.calcmode = CalcMode.singlethread
ex = QApplicationManager(loglevel=loglevel)
ex.setStyleSheet("QTabBar::tab { color:black; height: 22px; }")
########################################################
# THE FOLLOWING LINES ARE FOR TESTING A PARTICULAR CASE
# Open a particular application
ex.handle_new_app("React")
#####################
# Open a Dataset
ex.applications["React1"].new_tables_from_files([
"data%sReact%sout1.reac" % ((os.sep, ) * 2),
])
# Open a theory
ex.applications["React1"].datasets["Set1"].new_theory("BOB Architecture")
ex.show()
sys.exit(app.exec_())
def start_RepTate(argv):
"""
Main RepTate application.
:param list argv: Command line parameters passed to Reptate
"""
loglevel = logging.DEBUG
GUI = True
QApplication.setStyle("Fusion") # comment that line for a native look
# for a list of available styles: "from PyQt5.QtWidgets import QStyleFactory; print(QStyleFactory.keys())"
app = QApplication(sys.argv)
# FOR DEBUGGING PURPOSES: Set Single or MultiThread (default)
CmdBase.calcmode = CalcMode.singlethread
ex = QApplicationManager(loglevel=loglevel)
ex.setStyleSheet("QTabBar::tab { color:black; height: 22px; }")
ex.show()
########################################################
# THE FOLLOWING LINES ARE FOR TESTING A PARTICULAR CASE
# Open a particular application
ex.handle_new_app("TTS")
# Open a Dataset
pi_dir = "data%sPI_LINEAR%sosc%s" % ((os.sep, ) * 3)
ex.applications["TTS1"].new_tables_from_files([
pi_dir + "PI223k-14c_-45C_FS2_PP10.osc",
pi_dir + "PI223k-14c_-40C_FS_PP10.osc",
pi_dir + "PI223k-14c_-30C_FS_PP10.osc",
pi_dir + "PI223k-14_-10C_FS_PP10.osc",
pi_dir + "PI223k-14c_-20C_FS_PP10.osc",
pi_dir + "PI223k-14b_0C_FS4_PP10.osc",
pi_dir + "PI223k-14_10C_FS_PP10.osc",
pi_dir + "PI223k-14b_25C_FS3_PP10.osc",
pi_dir + "PI223k-14_25C_FS3_PP10.osc",
pi_dir + "PI223k-14c_30C_FS3_PP10.osc",
pi_dir + "PI223k-14_40C_FS_PP10.osc",
pi_dir + "PI223k-14_50C_FS_PP10.osc",
])
# Open a theory
ex.applications["TTS1"].datasets["Set1"].new_theory("Automatic TTS Shift")
# Minimize the theory
ex.applications["TTS1"].datasets["Set1"].handle_actionMinimize_Error()
# Open a theory
ex.applications["TTS1"].datasets["Set1"].new_theory("WLF Shift")
# Minimize the theory
ex.applications["TTS1"].datasets["Set1"].handle_actionMinimize_Error()
sys.exit(app.exec_())
def start_RepTate(argv):
"""
Main RepTate application.
:param list argv: Command line parameters passed to Reptate
"""
loglevel = logging.DEBUG
GUI = True
QApplication.setStyle("Fusion") # comment that line for a native look
# for a list of available styles: "from PyQt5.QtWidgets import QStyleFactory; print(QStyleFactory.keys())"
app = QApplication(sys.argv)
# FOR DEBUGGING PURPOSES: Set Single or MultiThread (default)
CmdBase.calcmode = CalcMode.singlethread
ex = QApplicationManager(loglevel=loglevel)
ex.setStyleSheet("QTabBar::tab { color:black; height: 22px; }")
ex.show()
########################################################
# THE FOLLOWING LINES ARE FOR TESTING A PARTICULAR CASE
# Open a particular application
ex.handle_new_app("MWD")
#####################
# Open a Dataset
gt_dir = "data%sMWD%s" % ((os.sep, ) * 2)
ex.applications["MWD1"].new_tables_from_files([
gt_dir + "Munstedt_PSIII.gpc",
])
# Open a theory
ex.applications["MWD1"].datasets["Set1"].new_theory("Discretize MWD")
ex.applications["MWD1"].datasets["Set1"].new_theory("LogNormal")
ex.applications["MWD1"].datasets["Set1"].new_theory("GEX")
sys.exit(app.exec_())
ex.handle_new_app("MWD")
# THE TEST FAILS FOR THE CODE BELOW... STRANGE!
ex.applications["MWD2"].new_tables_from_files([
gt_dir + "Munstedt_PSIV.gpc",
])
# Open a theory
ex.applications["MWD2"].datasets["Set1"].new_theory("Discretize MWD")
ex.applications["MWD2"].datasets["Set1"].new_theory("LogNormal")
ex.applications["MWD2"].datasets["Set1"].new_theory("GEX")
sys.exit(app.exec_())
def start_RepTate(argv):
"""
Main RepTate application.
:param list argv: Command line parameters passed to Reptate
"""
loglevel = logging.DEBUG
GUI = True
QApplication.setStyle("Fusion") # comment that line for a native look
# for a list of available styles: "from PyQt5.QtWidgets import QStyleFactory; print(QStyleFactory.keys())"
app = QApplication(sys.argv)
# FOR DEBUGGING PURPOSES: Set Single or MultiThread (default)
CmdBase.calcmode = CalcMode.singlethread
ex = QApplicationManager(loglevel=loglevel)
ex.setStyleSheet("QTabBar::tab { color:black; height: 22px; }")
ex.show()
########################################################
# THE FOLLOWING LINES ARE FOR TESTING A PARTICULAR CASE
# Open a particular application
ex.handle_new_app("Gt")
#####################
# TEST MaxwellModesTime
# Open a Dataset
gt_dir = "data%sGt%s" % ((os.sep, ) * 2)
ex.applications["Gt1"].new_tables_from_files([
gt_dir + "C0224_NVT_450K_1atm.gt",
])
# Open a theory
ex.applications["Gt1"].datasets["Set1"].new_theory("Maxwell Modes")
# Minimize the theory
ex.applications["Gt1"].datasets["Set1"].handle_actionMinimize_Error()
ex.applications["Gt1"].datasets["Set1"].new_theory("Rouse")
# # Minimize the theory
ex.applications["Gt1"].datasets["Set1"].handle_actionMinimize_Error()
sys.exit(app.exec_())
def start_RepTate(argv):
"""
Main RepTate application.
:param list argv: Command line parameters passed to Reptate
"""
loglevel = logging.DEBUG
GUI = True
QApplication.setStyle("Fusion") # comment that line for a native look
# for a list of available styles: "from PyQt5.QtWidgets import QStyleFactory; print(QStyleFactory.keys())"
app = QApplication(sys.argv)
# FOR DEBUGGING PURPOSES: Set Single or MultiThread (default)
CmdBase.calcmode = CalcMode.singlethread
ex = QApplicationManager(loglevel=loglevel)
ex.setStyleSheet("QTabBar::tab { color:black; height: 22px; }")
ex.show()
########################################################
# THE FOLLOWING LINES ARE FOR TESTING A PARTICULAR CASE
# Open a particular application
ex.handle_new_app("LVE")
#####################
# TEST Likhtman-McLeish
# Open a Dataset
pi_dir = "data%sPI_LINEAR%s" % ((os.sep,) * 2)
ex.applications["LVE1"].new_tables_from_files(
[
pi_dir + "PI_13.5k_T-35.tts",
pi_dir + "PI_23.4k_T-35.tts",
pi_dir + "PI_33.6k_T-35.tts",
pi_dir + "PI_94.9k_T-35.tts",
pi_dir + "PI_225.9k_T-35.tts",
pi_dir + "PI_483.1k_T-35.tts",
pi_dir + "PI_634.5k_T-35.tts",
pi_dir + "PI_1131k_T-35.tts",
]
)
# Open a theory
ex.applications["LVE1"].datasets["Set1"].new_theory("Likhtman-McLeish")
# Minimize the theory
ex.applications["LVE1"].datasets["Set1"].handle_actionMinimize_Error()
# Open a theory
ex.applications["LVE1"].datasets["Set1"].new_theory("Rouse")
# Minimize the theory
ex.applications["LVE1"].datasets["Set1"].handle_actionMinimize_Error()
#####################
# TEST Carreau-Yasuda
# Open a Dataset
ex.handle_new_app("LVE")
ex.applications["LVE2"].new_tables_from_files(
[pi_dir + "PI_483.1k_T-35.tts",]
)
# Switch the view
ex.applications["LVE2"].view_switch("logetastar")
# Open a theory
ex.applications["LVE2"].datasets["Set1"].new_theory("Carreau-Yasuda")
# Minimize the theory
ex.applications["LVE2"].datasets["Set1"].handle_actionMinimize_Error()
# Open a theory
ex.applications["LVE2"].datasets["Set1"].new_theory("Maxwell Modes")
# Minimize the theory
ex.applications["LVE2"].datasets["Set1"].handle_actionMinimize_Error()
#####################
# TEST DTD
# Open a Dataset
ex.handle_new_app("LVE")
pi_dir = "data%sPI_STAR%s" % ((os.sep,) * 2)
ex.applications["LVE3"].new_tables_from_files(
[pi_dir + "S6Z8.1T40.tts", pi_dir + "S6Z12T40.tts", pi_dir + "S6Z16T40.tts",]
)
ex.applications["LVE3"].datasets["Set1"].new_theory("DTD Stars")
ex.applications["LVE3"].datasets["Set1"].handle_actionMinimize_Error()
sys.exit(app.exec_())
def start_RepTate(argv):
"""
Main RepTate application.
:param list argv: Command line parameters passed to Reptate
"""
loglevel = logging.DEBUG
GUI = True
QApplication.setStyle("Fusion") # comment that line for a native look
# for a list of available styles: "from PyQt5.QtWidgets import QStyleFactory; print(QStyleFactory.keys())"
app = QApplication(sys.argv)
# FOR DEBUGGING PURPOSES: Set Single or MultiThread (default)
CmdBase.calcmode = CalcMode.singlethread
ex = QApplicationManager(loglevel=loglevel)
ex.setStyleSheet("QTabBar::tab { color:black; height: 22px; }")
ex.show()
########################################################
# THE FOLLOWING LINES ARE FOR TESTING A PARTICULAR CASE
# Open a particular application
####################
# open linear rheology data to import the Maxwell modes
ex.handle_new_app("LVE")
dow_dir = "data%sDOW%sLinear_Rheology_TTS%s" % ((os.sep, ) * 3)
ex.applications["LVE1"].new_tables_from_files([
dow_dir + "DOWLDPEL150R_160C.tts",
])
ex.applications["LVE1"].datasets["Set1"].new_theory("Maxwell Modes")
ex.applications["LVE1"].datasets["Set1"].handle_actionMinimize_Error()
#####################
# TEST Rolie-Poly
# Open a Dataset
ex.handle_new_app("NLVE")
dow_dir = "data%sDOW%sNon-Linear_Rheology%sStart-up_Shear%s" % (
(os.sep, ) * 4)
ex.applications["NLVE2"].new_tables_from_files([
dow_dir + "My_dow150-160-1 shear.shear",
dow_dir + "My_dow150-160-01 shear.shear",
dow_dir + "My_dow150-160-001 shear.shear",
dow_dir + "My_dow150-160-3 shear.shear",
dow_dir + "My_dow150-160-03 shear.shear",
dow_dir + "My_dow150-160-003 shear.shear",
dow_dir + "My_dow150-160-0003 shear.shear",
])
# Open a theory
ex.applications["NLVE2"].datasets["Set1"].new_theory("Rolie-Poly")
# Minimize the theory
# Copy Maxwell Modes
ex.applications["NLVE2"].datasets["Set1"].theories["RP1"].do_copy_modes(
"LVE1.Set1.MM1")
ex.applications["NLVE2"].datasets["Set1"].handle_actionMinimize_Error()
#####################
# TEST Rolie-Poly uniaxial extension
# Open a Dataset
ex.handle_new_app("NLVE")
dow_dir = "data%sDOW%sNon-Linear_Rheology%sStart-up_extension%s" % (
(os.sep, ) * 4)
ex.applications["NLVE3"].new_tables_from_files([
dow_dir + "My_dow150-160-01.uext",
dow_dir + "My_dow150-160-001.uext",
dow_dir + "My_dow150-160-0001.uext",
dow_dir + "My_dow150-160-03.uext",
dow_dir + "My_dow150-160-003.uext",
dow_dir + "My_dow150-160-0003.uext",
])
# Open a theory
ex.applications["NLVE3"].datasets["Set1"].new_theory("Rolie-Poly")
# select uniaxial extension
ex.applications["NLVE3"].datasets["Set1"].theories[
"RP1"].select_extensional_flow()
# Copy Maxwell Modes
ex.applications["NLVE3"].datasets["Set1"].theories["RP1"].do_copy_modes(
"LVE1.Set1.MM1")
# Minimize the theory
ex.applications["NLVE3"].datasets["Set1"].handle_actionMinimize_Error()
# Open a theory
ex.applications["NLVE3"].datasets["Set1"].new_theory("Pom-Pom")
sys.exit(app.exec_())