diff --git a/application/thermal_print.py b/application/thermal_print.py
index e1dca74..5671289 100644
--- a/application/thermal_print.py
+++ b/application/thermal_print.py
@@ -63,7 +63,7 @@ class ThermalPrinter():
 		self.p.text("\n\n")
 		# pass #TODO: add other greetings?
 
-	def print_todos(self, todos=[{"time": "1:00pm to 2:00pm", "text": "Read a book"}]):
+	def print_todos(self, todos=[{"time": "1:00pm to 2:00pm", "text": "Read a book"}, {"time": "2:00pm to 3:00pm", "text": "Go for a walk"}, {"time": "3:00pm to 4:00pm", "text": "Walk to school while jumping on one leg and scratching your head."},]):
 		self.p.set(align="left")
 		for x in self._parse_todos(todos):
 			# print(x)
@@ -71,42 +71,40 @@ class ThermalPrinter():
 
 		# 	# self.p.charcode("CP437")
 		# 	# self.p.set(align="left")
-		# 	self.p.text(x[0])
+			self.p.text(x[0])
 
-			output = []
+			# output = []
 
 			if this_line_width < 32:
-				output.append( (" "*(32-this_line_width))+x[1] )
-
-			for o in output:
-				self.p.text(o)
-		self.p.text("\n")
-
-		# 		# for s in range((32-this_line_width)):
-		# 			# self.p.text(" ")
-		# 		# self.p.text("" + " "*(32-this_line_width))
-		# 	else:
-		# 		# self.p.text(" ")
-		# 		todo_text_max_len = 32-(len(x[0])+1)
-		# 		todo_text = textwrap.wrap(x[1], todo_text_max_len)
-		# 		# t_text = textwrap.wrap()
+				self.p.text( (" "*(32-this_line_width))+x[1] )
+
+				# for s in range((32-this_line_width)):
+					# self.p.text(" ")
+				# self.p.text("" + " "*(32-this_line_width))
+			else:
+				# self.p.text(" ")
+				todo_text_max_len = 32-(len(x[0])+1)
+				todo_text = textwrap.wrap(x[1], todo_text_max_len)
+				# t_text = textwrap.wrap()
 				
-		# 		output.append(" " + todo_text[0])
+				self.p.text(" " + todo_text[0])
 
-		# 		for t in todo_text[1:]:
-		# 			# self.p.text("" + " "*(len(x[0])+1) )
-		# 			# for s in range((len(x[0])+1)):
-		# 				# self.p.text(" ")
+				for t in todo_text[1:]:
+					# self.p.text("" + " "*(len(x[0])+1) )
+					# for s in range((len(x[0])+1)):
+						# self.p.text(" ")
 
-		# 			output.append( (" "*(32-(len(x[0])+1)))+t )
+					output.append( (" "*(32-(len(x[0])+1)))+t )
 
-		# 			# self.p.text(t + "\n")
+					# self.p.text(t + "\n")
 
-		# 	print(output)
-		# 	for l in output:
-		# 		print(l)
-		# 		self.p.text(l)
+			print(output)
+			for l in output:
+				print(l)
+				self.p.text(l + "\n")
+			self.p.text("\n")
 		self.p.set(align="left")
+		self.p.text("\n")
 
 			# self.p.set(align="right")
 			# self.p.textln(x[1])