Merge branch 'main' into add-2023-cepci

.github/workflows/typos.toml

@@ -8,6 +8,7 @@ idaes = "idaes"
 IDAE = "IDAE"
 # HELMET - HELMholtz
 HEL = "HEL"
+gam = "gam"
 # Datas
 Datas = "Datas"
 # ba triggers in docs

idaes/core/util/model_diagnostics.py

@@ -3167,7 +3167,7 @@ def psweep_runner_validator(val):
 
 class IpoptConvergenceAnalysis:
     """
-    Tool to performa a parameter sweep of model checking for numerical issues and
+    Tool to perform a parameter sweep of model checking for numerical issues and
     convergence characteristics. Users may specify an IDAES ParameterSweep class to
     perform the sweep (default is SequentialSweepRunner).
     """

idaes/models/unit_models/translator.py

@@ -73,7 +73,7 @@ class TranslatorData(UnitModelBlockData):
 **default** - True.
 **Valid values:** {
 **True** - outlet state will be fully defined,
-**False** - outlet property package should enforce sumation and equilibrium
+**False** - outlet property package should enforce summation and equilibrium
 constraints.}""",
         ),
     )

idaes/models_extra/power_generation/flowsheets/subcritical_power_plant/steam_cycle_flowsheet.py

@@ -830,7 +830,7 @@ def set_inputs(m):
     fs.bfp.efficiency_isentropic.fix(0.8)
     fs.bfp.outlet.pressure.fix(1.45e7)
 
-    # Set input for spliter for main steam attemperator spray
+    # Set input for splitter for main steam attemperator spray
     fs.split_attemp.split_fraction[:, "Spray"].fix(0.0007)
 
     # Set inputs for water spray control valve

idaes/models_extra/power_generation/flowsheets/supercritical_power_plant/SCPC_full_plant.py

@@ -105,7 +105,7 @@ def main():
     # pylint: disable-next=import-outside-toplevel
     import idaes.models_extra.power_generation.flowsheets.supercritical_power_plant.boiler_subflowsheet_build as blr
 
-    # import the models (ECON, WW, PrSH, PlSH, FSH, Spliter, Mixer, Reheater)
+    # import the models (ECON, WW, PrSH, PlSH, FSH, Splitter, Mixer, Reheater)
     # see boiler_subflowhseet_build.py for a better description
     blr.build_boiler(m.fs)
     # initialize boiler network models (one by one)

idaes/models_extra/power_generation/unit_models/helm/compressor.py

@@ -180,7 +180,7 @@ def initialize_build(
                     (self.control_volume.deltaP[t] + self.inlet.pressure[t])
                     / self.inlet.pressure[t]
                 )
-        # Fix the variables we base the initializtion on and free the rest.
+        # Fix the variables we base the initialization on and free the rest.
         # This requires good values to be provided for pressure, efficiency,
         # and inlet conditions, but it is simple and reliable.
         self.inlet.fix()

idaes/models_extra/power_generation/unit_models/helm/condenser_ntu.py

@@ -298,7 +298,7 @@ def initialize_build(
         hot_side = getattr(self, self.config.hot_side_name)
         cold_side = getattr(self, self.config.cold_side_name)
 
-        # Store initial model specs, restored at the end of initializtion, so
+        # Store initial model specs, restored at the end of initialization, so
         # the problem is not altered.  This can restore fixed/free vars,
         # active/inactive constraints, and fixed variable values.
         sp = StoreSpec.value_isfixed_isactive(only_fixed=True)

idaes/models_extra/power_generation/unit_models/helm/mixer.py

@@ -385,7 +385,7 @@ def initialize_build(self, outlvl=idaeslog.NOTSET, optarg=None, solver=None):
         # Create solver
         opt = get_solver(solver, optarg)
 
-        # This shouldn't require too much initializtion, just fixing inlets
+        # This shouldn't require too much initialization, just fixing inlets
         # and solving should always work.
 
         # sp is what to save to make sure state after init is same as the start

idaes/models_extra/power_generation/unit_models/helm/pump.py

@@ -162,7 +162,7 @@ def initialize_build(
                     (self.control_volume.deltaP[t] + self.inlet.pressure[t])
                     / self.inlet.pressure[t]
                 )
-        # Fix the variables we base the initializtion on and free the rest.
+        # Fix the variables we base the initialization on and free the rest.
         # This requires good values to be provided for pressure, efficiency,
         # and inlet conditions, but it is simple and reliable.
         self.inlet.fix()

idaes/models_extra/power_generation/unit_models/helm/turbine.py

@@ -189,7 +189,7 @@ def initialize_build(
                     (self.control_volume.deltaP[t] + self.inlet.pressure[t])
                     / self.inlet.pressure[t]
                 )
-        # Fix the variables we base the initializtion on and free the rest.
+        # Fix the variables we base the initialization on and free the rest.
         # This requires good values to be provided for pressure, efficiency,
         # and inlet conditions, but it is simple and reliable.
         self.inlet.fix()

idaes/models_extra/power_generation/unit_models/helm/turbine_inlet.py

@@ -136,9 +136,9 @@ def initialize_build(
         """
         Initialize the inlet turbine stage model.  This deactivates the
         specialized constraints, then does the isentropic turbine initialization,
-        then reactivates the constraints and solves. This initializtion uses a
+        then reactivates the constraints and solves. This initialization uses a
         flow value guess, so some reasonable flow guess should be specified prior
-        to initializtion.
+        to initialization.
 
         Args:
             outlvl (int): Amount of output (0 to 3) 0 is lowest
@@ -154,7 +154,7 @@ def initialize_build(
         sp = StoreSpec.value_isfixed_isactive(only_fixed=True)
         istate = to_json(self, return_dict=True, wts=sp)
 
-        # Setup for initializtion step 1
+        # Setup for initialization step 1
         self.inlet_flow_constraint.deactivate()
         self.efficiency_correlation.deactivate()
         self.eff_nozzle.fix()

idaes/models_extra/power_generation/unit_models/helm/turbine_multistage.py

@@ -356,7 +356,7 @@ def _inlet_to_rule(b, i):
         self.stream_inlet_mix_inlet = Arc(inlet_idx, rule=_inlet_to_rule)
 
         # There are three sections HP, IP, and LP which all have the same sort
-        # of internal connctions, so the functions below provide some generic
+        # of internal connections, so the functions below provide some generic
         # capcbilities for adding the internal Arcs (streams).
         def _arc_indexes(nstages, index_set, discon, splits):
             """
@@ -369,7 +369,7 @@ def _arc_indexes(nstages, index_set, discon, splits):
                 nstages (int): Number of stages in section
                 index_set (Set): Index set for arcs in the section
                 discon (list): Disconnected stages in the section
-                splits (list): Spliter locations
+                splits (list): Splitter locations
             """
             sr = set()  # set of things to remove from the Arc index set
             for i in index_set:
@@ -602,7 +602,7 @@ def _init_section(
         copy_disconnected_flow,
         copy_disconnected_pressure,
     ):
-        """Reuse the initializtion for HP, IP and, LP sections."""
+        """Reuse the initialization for HP, IP and, LP sections."""
         if 0 in splits:
             propagate_state(splits[0].inlet, prev_port)
             splits[0].initialize(outlvl=outlvl, solver=solver, optarg=optarg)
@@ -671,7 +671,7 @@ def initialize_build(
             None
         """
         # Setup loggers
-        # Store initial model specs, restored at the end of initializtion, so
+        # Store initial model specs, restored at the end of initialization, so
         # the problem is not altered.  This can restore fixed/free vars,
         # active/inactive constraints, and fixed variable values.
         sp = StoreSpec.value_isfixed_isactive(only_fixed=True)