@@ -106,7 +106,7 @@ Connect the Chainable LED to pin `D10`, the Servo Motor to pin `D12` and the Tou
106106
107107 if touch.value == False :
108108 print (" sleeping 😴" )
109- # Make a call to the library and request the status of our LED
109+ # Make a call to the library and request the desired brightness of our LED
110110 position_led, running_led, changed_led = vs_led.sequence(sequence = led_sequence_sleep, loop_max = led_looping)
111111
112112 # See if the values changed for the next move, then do so
@@ -118,7 +118,7 @@ Connect the Chainable LED to pin `D10`, the Servo Motor to pin `D12` and the Tou
118118 leds.fill((0 , 0 , 0 , led_value))
119119 leds.show()
120120
121- # Make a call to the library and request the status of our servo motor
121+ # Make a call to the library and request the desired position of our servo motor
122122 position_servo, running_servo, changed_servo = vs_servo.sequence(sequence = servo_sequence_sleep,
123123 loop_max = servo_looping)
124124
@@ -129,7 +129,7 @@ Connect the Chainable LED to pin `D10`, the Servo Motor to pin `D12` and the Tou
129129
130130 elif touch.value == True :
131131 print (" angry!!! 😡" )
132- # Make a call to the library and request the status of our LED
132+ # Make a call to the library and request the desired brightness of our LED
133133 position_led, running_led, changed_led = vs_led.sequence(sequence = led_sequence_angry, loop_max = led_looping)
134134
135135 # See if the values changed for the next move, then do so
@@ -141,7 +141,7 @@ Connect the Chainable LED to pin `D10`, the Servo Motor to pin `D12` and the Tou
141141 leds.fill((led_value, 0 , 0 ))
142142 leds.show()
143143
144- # Make a call to the library and request the status of our servo motor
144+ # Make a call to the library and request the desired position of our servo motor
145145 position_servo, running_servo, changed_servo = vs_servo.sequence(sequence = servo_sequence_angry,
146146 loop_max = servo_looping)
147147
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