List of Subsystems

• Subsystem 01: Playing Arena Unit
• Subsystem 02: Dino Control Unit
• Subsystem 03: User Interactions Unit
• Subsystem 04: Casing Unit

Playing Arena Unit	Dino Control Unit	User Interactions Unit	Casing Unit
Material Interaction	:x:	:x:	:x:
Data Interaction	:x:	:heavy_check_mark:	:heavy_check_mark:
Spatial Interaction	:heavy_check_mark:	:x:	:heavy_check_mark:

Dino controls Unit	Playing Arena Unit	User Interactions Unit	Casing Unit
Material Interaction	:x:	:x:	:x:
Data Interaction	:x:	:heavy_check_mark:	:heavy_check_mark:
Spatial Interaction	:heavy_check_mark:	:x:	:heavy_check_mark:

User Interactions Unit	Playing Arena Unit	Dino controls Unit	Casing Unit
Material Interaction	:x:	:x:	:x:
Data Interaction	:heavy_check_mark:	:heavy_check_mark:	:heavy_check_mark:
Spatial Interaction	:x:	:x:	:heavy_check_mark:

Casing Unit	Playing Arena Unit	Dino controls Unit	User Interactions Unit
Material Interaction	:x:	:x:	:x:
Data Interaction	:heavy_check_mark:	:heavy_check_mark:	:heavy_check_mark:
Spatial Interaction	:heavy_check_mark:	:heavy_check_mark:	:heavy_check_mark:

Interface Performance Specification

Playing Arena Unit	Dino Control Unit	User Interactions Unit	Casing Unit
Material Interaction	:x:	:x:	:x:
Data Interaction	:x:	The Restart Button on the User Interaction Unit will signal the DC Motor to restart the game	The Speed Of Blinking of the lights depends on the PWM value of the L298N Driver. The time interval between the blinks is given by the formula, t = 2 -(pwm*0.015)
Spatial Interaction	On Pressing the Jump Button the Dino Spatially interacts with Arena for a second. Orienting itself 2cm above the conveyer Belt	:x:	The Playing area will be made fit above the Casing unit

Dino controls Unit	Playing Arena Unit	User Interactions Unit	Casing Unit
Material Interaction	:x:	:x:	:x:
Data Interaction	:x:	The Dino attached to Servo Motor must be initiated at an angle 10° and when there is data interactions such that Jump Button pressed makes the Servo angle 90°	When the Dino gets hit the sensor sends data to the Casing unit To Display the final Score, Stop the Background Music and Play the Siren indicating that Dino got hit and the game is over. This Sound is played until the User Off or Restart the Game
Spatial Interaction	On Pressing the Jump Button the Dino Spatially interacts with Arena for a second. Orienting itself 2cm above the conveyer Belt	:x:	The Dino Control Unit will be made fit above the Casing unit

User Interactions Unit	Playing Arena Unit	Dino controls Unit	Casing Unit
Material Interaction	:x:	:x:	:x:
Data Interaction	The Restart Button on the User Interaction Unit will signal the DC Motor to restart the game	The Dino attached to Servo Motor must be initiated at an angle 10° and when there is data interactions such that Jump Button pressed makes the Servo angle 90°	The jump button pressed, will send data to the Casing Unit and play the Beep Sound once the button is Send
Spatial Interaction	:x:	:x:	The User Interactions Unit will be made fit above the Casing unit

Casing Unit	Playing Arena Unit	Dino controls Unit	User Interactions Unit
Material Interaction	:x:	:x:	:x:
Data Interaction	The Speed Of Blinking of the lights depends on the PWM value of the L298N Driver. The time interval between the blinks is given by the formula, t = 2 -(pwm*0.015)	When the Dino gets hit the sensor sends data to the Casing unit To Display the final Score, Stop the Background Music and Play the Siren indicating that Dino got hit and the game is over. This Sound is played until the User Off or Restart the Game	The jump button pressed, will send data to the Casing Unit and play the Beep Sound once the button is Send
Spatial Interaction	The Playing area will be made fit above the Casing unit	The Dino Control Unit will be made fit above the Casing unit	The User Interactions Unit will be made fit above the Casing unit