102 lines
2.6 KiB
Plaintext
102 lines
2.6 KiB
Plaintext
// ================
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// TASKS!
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// ================
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pushtask(number pos, string name, int/pointer targer)
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-- Pushes a task onto the queue.
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-- pos : Place task at the beginning if 0, or end if 1.
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-- name : Function name, this is to be defined in the lua file.
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-- target : int or pointer containing target info (for example, could be
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pilot id or a Vec2).
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-- return nil.
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poptask()
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-- Pops the current task from the list.
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-- return nil
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taskname()
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-- Returns the current task name.
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-- return string name of the current task.
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// ================
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// CONSULT!
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// ================
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gettarget()
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-- Gets the current target.
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-- return pointer to the target.
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gettargerid()
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-- Gets the current targets id.
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-- return number of the current target id.
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getdist(Vec2 vect)
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-- Gets the distance from the position of the Vec2 vect.
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-- Vect point to calculate the distance from.
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-- return nil.
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getpos(number/pilot)
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-- Get the pilots position of the current pilots position if no pilot
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is specified.
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-- pilot ID or poiunter to the pilot to get the position of, if no params are called
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it uses the current pilot as target.
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-- return Vec2
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minbrakedist()
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-- Returns the minimum required braking distance assuming all goes well.
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-- return number distance needed to brake.
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// ================
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// BOOLEAN!
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// ================
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ismaxval()
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-- Check if velocity is maximum.
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-- return true if velocity is max, false otherwise.
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isstopped()
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-- Check if we are stopped.
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-- return true if stopped, false otherwise.
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// ================
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// MOVEMENT!
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// ================
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accel(number mod)
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-- Accelerates the pilot.
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-- mod float that represents acceleration ratio between 0(stopped) and 1(max accel).
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-- return nil.
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turn(number mod)
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-- Turns the pilot.
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-- mod float that represents the turning ratio between -1(max right) and 1(max left).
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-- return nil.
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face(number/Vec2 target, number invert)
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-- Turn to face the current target.
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-- target pilot ID or Vec2 to face.
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-- invert face away if 1
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-- return number offset from target in grad
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// ================
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// MISC!
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// ================
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createvect(number x, number y)
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-- Create a vector from cartesian coords.
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-- x coord of the vector.
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-- y coord of the vector.
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-- return pointer to the Vec2
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say(string message)
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-- Make the pilot say something to the player.
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-- message - string to output.
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-- return nil
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rng(number low, number high)
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-- Return a random number between low and high.
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-- low - minimum to return.
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-- high - maximum to return
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-- return random number between low and high.
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