Hi,
I plan to make a "Game" as such in which you have 60 Led's in a 6 X 10 grid. Each led with a pressure sensor. On the left side in the middle will be the start and on the opposite side will be the finish. I want the led at the start to light up and head towards the finish but if one of the sensors is activated it will stop and go up one and check if it can go across again if it cant it will keep trying intill it reaches the top, Then it will try again but in a downwards direction. If it finds a gap it will go across and in the end it will reach the finish and end. Also each time the light changes the previous lights stay on (to show the path).
Does anyone know how to do this? i think i need the chip indicated on this The Logic Lab: simulating simple circuits of logic gates (middle chip with J K Q Q on it) But i dont know for sure what that is and where i can get it. Or how exactly i set it up. I have basic electronic's experience but not advanced enough to do this.
Thanks Guys,
Any help would be greatly appreciated.
I plan to make a "Game" as such in which you have 60 Led's in a 6 X 10 grid. Each led with a pressure sensor. On the left side in the middle will be the start and on the opposite side will be the finish. I want the led at the start to light up and head towards the finish but if one of the sensors is activated it will stop and go up one and check if it can go across again if it cant it will keep trying intill it reaches the top, Then it will try again but in a downwards direction. If it finds a gap it will go across and in the end it will reach the finish and end. Also each time the light changes the previous lights stay on (to show the path).
Does anyone know how to do this? i think i need the chip indicated on this The Logic Lab: simulating simple circuits of logic gates (middle chip with J K Q Q on it) But i dont know for sure what that is and where i can get it. Or how exactly i set it up. I have basic electronic's experience but not advanced enough to do this.
Thanks Guys,
Any help would be greatly appreciated.