You are to develop a control code to fulfill these specifications:

$$ The Force Sensor can sense a force from $0$N to $10$N at input A$0.$

$$ If the force is below $3$N then only green LED is blinking.

$$ If the force is above $6$N then only red led is blinking.

$$ Otherwise, both LEDs are blinking.

$$ The servo angle is continuously controlled such that it varies automatically from $0$O at $0$N to $180$O at $10$N$.$ That is$,$ the limits are: $0$N gives $180$O $($fully opened$)$; $10$N gives $0$O $($fully closed$).$

$$ The blinking delay time of LEDs is such that $0$N causes a long delay of $800$ms; and $10$N causes short delay of $80$ms$.$ Meaning the blinking rate is inversely proportional to the force. So$,$ low force gives slow blinking, high force gives fast blinking.

$$ The sensed force value, the blinking rate, and the rotated angle are to be displayed on the serial monitor.

$$ Force sensor output value in decimal are $0$N produces a decimal $0$; $10$N produces $870$ in decimal.

Assume the application scenario as this:

$$ The force sensor is attached to a window.

$$ The opening$-$and$-$closing angle of the window is controlled by the servo.

$$ If the wind blowing on to the window causes a force of below $3$N$,$ then is considered a safe cool breeze day and ok to open the window with large angle as controlled by the servo. The green LED is blinking at slower rate.

$$ If the force by the wind is above $6$N$,$ then red LED is blinking at a faster rate as a sign of warning of strong wind blowing, and the window is opened at smaller angle by the servo control. When the force is $10$N the window is totally closed $(0$O$)$ and the red LED is blinking very fast.

$$ Otherwise, both LEDs are blinking alternately indicating it is a windy day and the window angle is appropriately adjusted by the servo.