diff --git a/handwriting_synthesis/tf/BaseModel.py b/handwriting_synthesis/tf/BaseModel.py
index 5c2496c..1903868 100644
--- a/handwriting_synthesis/tf/BaseModel.py
+++ b/handwriting_synthesis/tf/BaseModel.py
@@ -133,11 +133,11 @@ def __init__(
             self.checkpoint_dir_averaged = checkpoint_dir + '_avg'
 
         self.init_logging(self.log_dir)
-        logging.info('\nnew run with parameters:\n{}'.format(pp.pformat(self.__dict__)))
+        logging.info('\nNew run with parameters:\n{}'.format(pp.pformat(self.__dict__)))
 
         self.graph = self.build_graph()
         self.session = tfcompat.Session(graph=self.graph)
-        logging.info('built graph')
+        logging.info('Built Graph')
 
     def update_train_params(self):
         self.batch_size = self.batch_sizes[self.restart_idx]
@@ -146,7 +146,7 @@ def update_train_params(self):
         self.early_stopping_steps = self.patiences[self.restart_idx]
 
     def calculate_loss(self):
-        raise NotImplementedError('subclass must implement this')
+        raise NotImplementedError('Subclass must implement this.')
 
     def fit(self):
         with self.session.as_default():
@@ -170,6 +170,8 @@ def fit(self):
                 metric_name: deque(maxlen=self.loss_averaging_window) for metric_name in self.metrics
             }
             best_validation_loss, best_validation_tstep = float('inf'), 0
+            checkpoint_created=False
+            
 
             while step < self.num_training_steps:
 
@@ -260,31 +262,42 @@ def fit(self):
 
                     logging.info(metric_log)
 
+                    # Save the best step.
                     if early_stopping_metric < best_validation_loss:
+                        logging.info('Updating best validation loss {} with early stopping metric {}.'.format(round(best_validation_loss,4),round(early_stopping_metric,4)))
                         best_validation_loss = early_stopping_metric
                         best_validation_tstep = step
+                        # Take a snapshot if the minimum number of steps have been reached.
                         if step > self.min_steps_to_checkpoint:
                             self.save(step)
                             if self.enable_parameter_averaging:
                                 self.save(step, averaged=True)
+                            checkpoint_created=True
 
+                    # Stop training early and either restart with tigher training parameters or finish entirely.
                     if step - best_validation_tstep > self.early_stopping_steps:
-
+                        logging.info('Stopping early at step {}: Best Validation Step: {} Early Stopping Steps: {}'.format(step, best_validation_tstep, self.early_stopping_steps))
                         if self.num_restarts is None or self.restart_idx >= self.num_restarts:
-                            logging.info('best validation loss of {} at training step {}'.format(
-                                best_validation_loss, best_validation_tstep))
-                            logging.info('early stopping - ending training.')
+                            logging.info('Best validation loss of {} at training step {}'.format(best_validation_loss, best_validation_tstep))
+                            logging.info('Early stopping - ending training.')
                             return
 
-                        if self.restart_idx < self.num_restarts:
-                            self.restore(best_validation_tstep)
-                            step = best_validation_tstep
-                            self.restart_idx += 1
-                            self.update_train_params()
-                            train_generator = self.reader.train_batch_generator(self.batch_size)
+                        #Restart the training with tighter parameters if we have remaining restarts and a checkpoint has been created.
+                        if self.restart_idx < self.num_restarts and checkpoint_created:
+                            logging.info('Restarting for the {} time out of {} total restarts.'.format(self.restart_idx, self.num_restarts))
+                            try:
+                                self.restore(best_validation_tstep)
+                            except Exception as error:
+                                logging.warn('Failed to restore checkpoint; will continue training: {} - {}'.format(type(error).__name__, error))
+                            else:
+                                step = best_validation_tstep
+                                self.restart_idx += 1
+                                self.update_train_params()
+                                train_generator = self.reader.train_batch_generator(self.batch_size)
 
                 step += 1
 
+            #Make sure at least one model gets saved.
             if step <= self.min_steps_to_checkpoint:
                 # best_validation_tstep = step
                 self.save(step)
@@ -398,13 +411,13 @@ def update_parameters(self, loss):
         else:
             self.step = step
 
-        logging.info('all parameters:')
+        logging.info('All parameters:')
         logging.info(pp.pformat([(var.name, shape(var)) for var in tfcompat.global_variables()]))
 
-        logging.info('trainable parameters:')
+        logging.info('Trainable parameters:')
         logging.info(pp.pformat([(var.name, shape(var)) for var in tfcompat.trainable_variables()]))
 
-        logging.info('trainable parameter count:')
+        logging.info('Trainable parameter count:')
         logging.info(str(np.sum(np.prod(shape(var)) for var in tfcompat.trainable_variables())))
 
     def get_optimizer(self, learning_rate, beta1_decay):
@@ -415,7 +428,7 @@ def get_optimizer(self, learning_rate, beta1_decay):
         elif self.optimizer == 'rms':
             return tfcompat.train.RMSPropOptimizer(learning_rate, decay=beta1_decay, momentum=0.9)
         else:
-            assert False, 'optimizer must be adam, gd, or rms'
+            assert False, 'Optimizer must be adam, gd, or rms'
 
     def build_graph(self):
         with tf.Graph().as_default() as graph: