ALL ARGUMENTS ARE FLOATS UNLESS STATED OTHERWISE
	"T": Any type

---------------------------------------------->	[Base Script] <----------------------------------------------
	
	--------------------------------> New Constants <--------------------------------
		
		M_PI        = pi                ; 3.14159265358979323846
		M_PI_2      = M_PI / 2          ; 1.57079632679489661923
		M_PI_4      = M_PI / 4          ; 0.78539816339744830962
		M_PI_X2     = M_PI * 2          ; 6.28318530717958647693
		M_PI_X4     = M_PI * 4          ; 12.5663706143591729539
		M_1_PI      = 1 / M_PI          ; 0.31830988618379067154
		M_2_PI      = 2 / M_PI          ; 0.63661977236758134308
		M_SQRTPI    = sqrt(M_PI)        ; 1.772453850905516027298
		M_1_SQRTPI  = 1 / sqrt(M_PI)    ; 0.56418958354775628695
		M_2_SQRTPI  = 2 / sqrt(M_PI)    ; 1.128379167095512573896
		M_SQRT2     = sqrt(2)           ; 1.4142135623730950488
		M_SQRT2_2   = sqrt(2) / 2       ; 0.7071067811865475244
		M_SQRT2_X2  = sqrt(2) * 2       ; 2.8284271247461900976
		M_E         = e                 ; 2.71828182845904523536
		M_LOG2E     = log2(e)           ; 1.44269504088896340736
		M_LOG10E    = log10(e)          ; 0.43429448190325182765
		M_LN2       = ln(2)             ; 0.69314718055994530942
		M_LN10      = ln(10)            ; 2.30258509299404568402
		M_PHI       = (1 + sqrt(5)) / 2 ; 1.61803398874989484821
		M_1_PHI     = 1 / M_PHI         ; 0.6180339887498948482
		
		INF			= infinity float
		NAN			= NaN float
	
	--------------------------------> Basic Operations <--------------------------------
	
	__DEBUG_BREAK
		Description:
			Triggers a debug break. For developers.
	
	wait
		Arguments:
			1) (int) frame
		Description:
			Pauses the execution for the given amount of frames.
			
			Much faster than loop(n){yield;}
	
	typeof
		Arguments:
			1) (T) value
		Returns:
			(int) type
		Description:
			Returns the type of the given value.
			
			Example:
				-60i        -> VAR_INT
				920         -> VAR_FLOAT
				false       -> VAR_BOOL
				"str"       -> VAR_STRING
				[8, 0, 2]   -> VAR_ARRAY
	
	ftypeof
		Arguments:
			1) (T) value
		Returns:
			(int) type
		Description:
			Returns the root type of the given value.
			
			Example:
				920         -> VAR_FLOAT
				false       -> VAR_BOOL
				"str"       -> VAR_CHAR
				[8, 0, 2]   -> VAR_FLOAT
				[[["a"]]]   -> VAR_CHAR
	
	resize
		Arguments:
			1) (T[]) array
			2) (int) new size
		Returns:
			(T[]) result
		Description:
			Resizes the given array.
			The array must not be a null array.
	
	resize (Overload)
		Arguments:
			1) (T[]) array
			2) (int) new size
			3) (T) fill value
		Returns:
			(T[]) result
		Description:
			Overloaded with 3 arguments.
		
			Resizes the given array.
			
			If the new size is larger than the old size, newly inserted elements will be assigned the fill value.
			Unless the array is a null array, the fill value's type must be convertible to the array's element type.
	
	insert
		Arguments:
			1) (T[]) array
			2) (int) insert position
			3) (T) value
		Returns:
			(T[]) result
		Description:
			Inserts the given value into the given position of the array.
			Insertion method is "insert-before".
	
	contains
		Arguments:
			1) (T[]) array
			2) (T) value
		Returns:
			(bool) result
		Description:
			Checks if the given value is present as an element of the given array.
	
	replace
		Arguments:
			1) (T[]) array
			2) (T) replace from
			2) (T) replace to
		Returns:
			(T[]) result
		Description:
			Replaces all occurences of the given element with the other in the array.
	
	remove
		Arguments:
			1) (T[]) array
			2) (T) value
		Returns:
			(T[]) result
		Description:
			Removes all occurences of the given element in the array.
	
	--------------------------------> Type Casting <--------------------------------
	
	as_int
		Arguments:
			1) (T) value
		Returns:
			(int) result
		Description:
			Returns the given value casted to an int value.
	
	as_float
		Arguments:
			1) (T) value
		Returns:
			(float) result
		Description:
			Returns the given value casted to a float value.
	
	as_bool
		Arguments:
			1) (T) value
		Returns:
			(bool) result
		Description:
			Returns the given value casted to a bool value.
	
	as_char
		Arguments:
			1) (T) value
		Returns:
			(char) result
		Description:
			Returns the given value casted to a char value.
	
	as_int_array
		Arguments:
			1) (T[]) array
		Returns:
			(int[]) result
		Description:
			Casts array elements to ints, then returns the result.
			
			Casting is recursive.
			
			Example:
				as_int_array([[true, true], [false, true]]);	//-> [[1, 1], [0, 1]]
	
	as_float_array
		Arguments:
			1) (T[]) array
		Returns:
			(float[]) result
		Description:
			Casts array elements to floats, then returns the result.
			
			Casting is recursive.
	
	as_bool_array
		Arguments:
			1) (T[]) array
		Returns:
			(bool[]) result
		Description:
			Casts array elements to bools, then returns the result.
			
			Casting is recursive.
	
	as_char_array
		Arguments:
			1) (T[]) array
		Returns:
			(char[]) result
		Description:
			Casts array elements to chars, then returns the result.
			
			Casting is recursive.
			Not an alias of ToString.
	
	as_x_array
		Arguments:
			1) (T[]) array
			2) (const) type
		Returns:
			(T[]) result
		Description:
			Casts array elements to the given type, then returns the result.
			
			Supported types:
				VAR_INT
				VAR_FLOAT
				VAR_BOOL
				VAR_CHAR
				
			Casting is recursive.
	
	--------------------------------> Bitwise Operations <--------------------------------
	
	bit_not
		Arguments:
			1) (int) value
		Returns:
			(int) result
		Description:
			Performs a bitwise NOT operation.
	
	bit_and
		Arguments:
			1) (int) value 1
			2) (int) value 2
		Returns:
			(int) result
		Description:
			Performs a bitwise AND operation.
	
	bit_or
		Arguments:
			1) (int) value 1
			2) (int) value 2
		Returns:
			(int) result
		Description:
			Performs a bitwise OR operation.
	
	bit_xor
		Arguments:
			1) (int) value 1
			2) (int) value 2
		Returns:
			(int) result
		Description:
			Performs a bitwise XOR operation.
	
	bit_left
		Arguments:
			1) (int) value
			2) (int) shift factor
		Returns:
			(int) result
		Description:
			Performs a bitwise left shift operation.
	
	bit_right
		Arguments:
			1) (int) value
			2) (int) shift factor
		Returns:
			(int) result
		Description:
			Performs a bitwise right shift operation.
			
	--------------------------------> Float Utilities <--------------------------------
	
	Float_Classify
		Arguments:
			1) x
		Returns:
			(const) result
		Description:
			Classifies the given float value.
			
			Possible return values:
				- FLOAT_TYPE_ZERO           ; Value is either +0 or -0.
				- FLOAT_TYPE_NORMAL         ; Value is a normal float.
				- FLOAT_TYPE_SUBNORMAL      ; Value is a subnormal float. (https://en.wikipedia.org/wiki/Subnormal_number)
				- FLOAT_TYPE_INFINITY	    ; Value is either +infinity or -infinity.
				- FLOAT_TYPE_NAN		    ; Value is not-a-number.
	
	Float_IsNan
		Arguments:
			1) x
		Returns:
			(bool) result
		Description:
			Returns true if the given float is NaN.
	
	Float_IsInf
		Arguments:
			1) x
		Returns:
			(bool) result
		Description:
			Returns true if the given float is +infinity or -infinity.
	
	Float_GetSign
		Arguments:
			1) x
		Returns:
			(float) sign
		Description:
			Returns +1.0 if the given float is positive, and -1.0 if the given float is negative.
	
	Float_CopySign
		Arguments:
			1) x
			2) y
		Returns:
			(float) result
		Description:
			Copies the sign of x to y, and returns the result.
	
	--------------------------------> Maths <--------------------------------
	
	clamp
		Arguments:
			1) x
			2) lower bound
			3) upper bound
		Returns:
			(float) result
		Description:
			Returns x clamped between the specified range.
	
	log2
		Arguments:
			1) x
		Returns:
			(float) result
		Description:
			Returns base-2 logarithm of x.
	
	logn
		Arguments:
			1) x
			2) base
		Returns:
			(float) result
		Description:
			Returns base-n logarithm of x.
	
	erf
		Arguments:
			1) x
		Returns:
			(float) result
		Description:
			Returns the error function value of x.
			
			erf(x) = (2/sqrt(pi)) * integral(0, x, "e^(-t^2) dt")
	
	gamma
		Arguments:
			1) x
		Returns:
			(float) result
		Description:
			Returns the gamma function value of x.
			
			gamma(z + 1) = integral(0, infinity, "(x^z)(e^(-x)) dx")
	
	exp
		Arguments:
			1) value
		Returns:
			(float) result
		Description:
			Returns e (Euler's number) raised to the power of x.
	
	sqrt
		Arguments:
			1) x
		Returns:
			(float) result
		Description:
			Returns the square root of x.
			Much faster than pow(x, 0.5).
	
	cbrt
		Arguments:
			1) x
		Returns:
			(float) result
		Description:
			Returns the cube root of x.
			Equivalent to (x ^ (1/3)).
	
	nroot
		Arguments:
			1) x
			2) root
		Returns:
			(float) result
		Description:
			Returns the nth root of x.
			Equivalent to pow(x, 1 / root).
	
	hypot
		Arguments:
			1) a
			2) b
		Returns:
			(float) result
		Description:
			Returns the hypotenuse of the triangle formed by the two given values.
			
			hypot(a, b) = sqrt(a * a + b * b)
	
	distance
		Arguments:
			1) x1
			2) y1
			3) x2
			4) y2
		Returns:
			(float) result
		Description:
			Returns distance between the given two points.
			
			distance(x1, y1, x2, y2) = hypot(x1 - x2, y1 - y2)
	
	distancesq
		Arguments:
			1) x1
			2) y1
			3) x2
			4) y2
		Returns:
			(float) result
		Description:
			Returns square of the distance between the given two points.
			
			distancesq(x1, y1, x2, y2) = (x1 - x2)^2 + (y1 - y2)^2
	
	dottheta
		Arguments:
			1) x1
			2) y1
			3) x2
			4) y2
		Returns:
			(float) result (degrees)
		Description:
			Returns angle (in degrees) between the given two points.
			
			dottheta(x1, y1, x2, y2) = atan2(y2 - y1, x2 - x1)
	
	rdottheta
		Arguments:
			1) x1
			2) y1
			3) x2
			4) y2
		Returns:
			(float) result (radians)
		Description:
			Returns angle (in radians) between the given two points.
			
			rdottheta(x1, y1, x2, y2) = ratan2(y2 - y1, x2 - x1)
	
	--------------------------------> Trigonometry and Angular Maths <--------------------------------

	sincos
		Arguments:
			1) angle
		Returns:
			(float[2]) [sin(angle), cos(angle)]
	
	rsin
		Arguments:
			1) angle
		Returns:
			(float) result
		Description:
			sin() for radians input.
	
	rcos
		Arguments:
			1) angle (radians)
		Returns:
			(float) result
		Description:
			cos() for radians input.
	
	rtan
		Arguments:
			1) angle (radians)
		Returns:
			(float) result
		Description:
			tan() for radians input.
	
	rsincos
		Arguments:
			1) angle (radians)
		Returns:
			(float[2]) result
		Description:
			sincos() for radians input.
	
	rasin
		Arguments:
			1) value
		Returns:
			(float) result
		Description:
			asin() for radians output.
	
	racos
		Arguments:
			1) value
		Returns:
			(float) result
		Description:
			acos() for radians output.
	
	ratan
		Arguments:
			1) y
			2) x
		Returns:
			(float) result
		Description:
			atan() for radians output.
	
	ratan2
		Arguments:
			1) value
		Returns:
			(float) result
		Description:
			atan2() for radians output.
			
	ToDegrees
		Arguments:
			1) angle
		Returns:
			(float) result
		Description:
			Converts the given angle to degrees.
	
	ToRadians
		Arguments:
			1) angle
		Returns:
			(float) result
		Description:
			Converts the given angle to radians.
	
	NormalizeAngle
		Arguments:
			1) angle (degrees)
		Returns:
			(float) result
		Description:
			Normalizes the given angle. (Range = [0, 360))
			
	NormalizeAngleR
		Arguments:
			1) angle (radians)
		Returns:
			(float) result
		Description:
			Normalizes the given angle. (Range = [0, 2pi))
	
	AngularDistance
		Arguments:
			1) angle from (degrees)
			2) angle to (degrees)
		Returns:
			(float) result
		Description:
			Calculates the shortest angular distance between the given angles. (Range = [-180, 180))
	
	AngularDistanceR
		Arguments:
			1) angle from (radians)
			2) angle to (radians)
		Returns:
			(float) result
		Description:
			Calculates the shortest angular distance between the given angles. (Range = [-pi, pi))
	
	ReflectAngle
		Arguments:
			1) ray angle (degrees)
			2) surface angle (degrees)
		Returns:
			(float) result
		Description:
			Calculates the given ray's angle of reflection upon a surface of the given angle. (Range = [0, 360))
	
	ReflectAngleR
		Arguments:
			1) ray angle (radians)
			2) surface angle (radians)
		Returns:
			(float) result
		Description:
			Calculates the given ray's angle of reflection upon a surface of the given angle. (Range = [0, 2pi))
		
	--------------------------------> Interpolation <--------------------------------
	
	For the functions in this section, refer to these Desmos graph plot.
	"Basic" interpolations 	-> https://www.desmos.com/calculator/m8dnz348cq
	Bezier interpolations	-> https://www.desmos.com/calculator/q1uptzx8ti
	
	Interpolate_Linear
		Arguments:
			1) a
			2) b
			3) x
		Returns:
			IF a, b are not arrays
				(float) result
			ELSE
				(float[]) result array
		Description:
			Returns the result of interpolation between a and b, using x as the interpolation value.
			Interpolation method is linear.
				Direct formula is (a + (b - a) * (x))
				Represented by the red graph.
				
			When interpolating between two arrays, they must be of the same size.
	
	Interpolate_Smooth
		Arguments:
			1) a
			2) b
			3) x
		Returns:
			IF a, b are not arrays
				(float) result
			ELSE
				(float[]) result array
		Description:
			Returns the result of interpolation between a and b, using x as the interpolation value.
			Interpolation method is first-order smoothstep curve.
				Direct formula is (a + (b - a) * (x^2 * (3 - 2 * x)))
				Represented by the blue graph.
				
			When interpolating between two arrays, they must be of the same size.
	
	Interpolate_Smoother
		Arguments:
			1) a
			2) b
			3) x
		Returns:
			IF a, b are not arrays
				(float) result
			ELSE
				(float[]) result array
		Description:
			Returns the result of interpolation between a and b, using x as the interpolation value.
			Interpolation method is second-order smoothstep curve.
				Direct formula is (a + (b - a) * (x^3 * (x * (x * 6 - 15) + 10)))
				Represented by the green graph.
				
			When interpolating between two arrays, they must be of the same size.
	
	Interpolate_Accelerate
		Arguments:
			1) a
			2) b
			3) x
		Returns:
			IF a, b are not arrays
				(float) result
			ELSE
				(float[]) result array
		Description:
			Returns the result of interpolation between a and b, using x as the interpolation value.
			Interpolation method is parabolic.
				Direct formula is (a + (b - a) * (x^2))
				Represented by the purple graph.
				
			When interpolating between two arrays, they must be of the same size.
	
	Interpolate_Decelerate
		Arguments:
			1) a
			2) b
			3) x
		Returns:
			IF a, b are not arrays
				(float) result
			ELSE
				(float[]) result array
		Description:
			Returns the result of interpolation between a and b, using x as the interpolation value.
			Interpolation method is inverse parabolic.
				Direct formula is (a + (b - a) * (1 - (1 - x)^2))
				Represented by the black graph.
				
			When interpolating between two arrays, they must be of the same size.
	
	Interpolate_Modulate
		Arguments:
			1) a
			2) b
			3) c
			4) x
		Returns:
			(float) result
		Description:
			Returns the result of interpolation between a and b, using x as the interpolation value.
			Interpolation method is sine.
				Direct formula is (a + (b - a) * (x + (rsin(2pi * x) / (2pi)) * c))
				Represented by the dotted red graph.
	
	Interpolate_Overshoot
		Arguments:
			1) a
			2) b
			3) c
			4) x
		Returns:
			(float) result
		Description:
			Returns the result of interpolation between a and b, using x as the interpolation value.
			Interpolation method is half sine.
				Direct formula is (a + (b - a) * (x + (rsin(pi * x) / pi) * c))
				Represented by the dotted blue graph.
	
	Interpolate_QuadraticBezier
		Arguments:
			1) a
			2) b
			3) c
			4) x
		Returns:
			(float) result
		Description:
			Calculates a coordinate component of a quadratic Bezier curve.
				Direct formula is ((a * (1 - x)^2) + (2 * c * x * (1 - x)) + (b * x^2))
				Represented by the red graph.
	
	Interpolate_CubicBezier
		Arguments:
			1) a
			2) b
			3) c1
			4) c2
			5) x
		Returns:
			(float) result
		Description:
			Calculates a coordinate component of a cubic Bezier curve.
				Direct formula is ((a * (1 - x)^3) + (3 * c1 * x * (1 - x)^2) + (3 * c2 * x^2 * (1 - x)) + (b * x^3))
				Represented by the red graph.
	
	Interpolate_Hermite
		Arguments:
			1) start x
			2) start y
			3) end x
			4) end y
			5) starting point tangent vector magnitude
			6) starting point tangent vector angle (degrees)
			5) ending point tangent vector magnitude
			6) ending point tangent vector angle (degrees)
			9) x
		Returns:
			(float[2]) [x, y]
		Description:
			Calculates the position along the given cubic Hermite spline curve.
			
			https://en.wikipedia.org/wiki/Cubic_Hermite_spline
	
	Interpolate_X
		Arguments:
			1) a
			2) b
			3) x
			4) (int) interpolation type
		Returns:
			IF a, b are not arrays
				(float) result
			ELSE
				(float[]) result array
		Description:
			Interpolates between a and b using x with the given interpolation type.
			
			Available interpolation types:
				LERP_LINEAR:
					Interpolate_Linear
				LERP_SMOOTH:
					Interpolate_Smooth
				LERP_SMOOTHER:
					Interpolate_Smoother
				LERP_ACCELERATE:
					Interpolate_Accelerate
				LERP_DECELERATE:
					Interpolate_Decelerate
	
	Interpolate_X_PackedInt
		Arguments:
			1) (int) a
			2) (int) b
			3) x
			4) (int) interpolation type
		Returns:
			(int[]) result array
		Description:
			Divides a and b (both 8-byte ints) into eight 1-byte chunks, performs interpolation on each pair, and recombines them to return the result.
			
			Example:
				Interpolate_X_PackedInt(0x37ff4040, 0xaa001010, 0.5, LERP_LINEAR);		//result = 0x707f2828
	
	Interpolate_X_Angle
		Arguments:
			1) a (degrees)
			2) b (degrees)
			3) x
			4) (int) interpolation type
		Returns:
			(float) angle (degrees)
		Description:
			Interpolates between angles a and b using x with the given interpolation type.
			
			Equivalent to:
				NormalizeAngle(a + Interpolate_X(0, AngularDistance(a, b), x, type));
	
	Interpolate_X_AngleR
		Arguments:
			1) a (radians)
			2) b (radians)
			3) x
			4) (int) interpolation type
		Returns:
			(float) angle (radians)
		Description:
			Interpolates between angles a and b using x with the given interpolation type.
			
			Equivalent to:
				NormalizeAngleR(a + Interpolate_X(0, AngularDistanceR(a, b), x, type));
	
	Interpolate_X_Array
		Arguments:
			1) (T[]) values
			2) x
			3) (int) interpolation type
		Returns:
			(float) result
		Description:
			Interpolates between multiple elements of the array.
			
			Examples:
				Interpolate_X_Array([a, b, c, d], 0.2, LERP_LINEAR);
					= Interpolate_X(a, b, 0.2, LERP_LINEAR);
				
				Interpolate_X_Array([a, b, c, d], 1.5, LERP_LINEAR);
					= Interpolate_X(b, c, 0.5, LERP_LINEAR);
				
				Interpolate_X_Array([a, b, c, d], 2.9, LERP_LINEAR);
					= Interpolate_X(c, d, 0.9, LERP_LINEAR);
	
	--------------------------------> Random <--------------------------------
	
	rand_int
		Arguments:
			1) (int) min
			2) (int) max
		Returns:
			(int) random integer
		Description:
			Returns a random integer within the range [a, b].
			
			rand_int(a, b) = as_int(rand(a, b + 0.99999))
	
	prand
		Arguments:
			1) min
			2) max
		Returns:
			(float) random value
		Description:
			Exactly like rand(), but the seed of which doesn't get saved to replays, and does not affect the state of rand().
	
	prand_int
		Arguments:
			1) (int) min
			2) (int) max
		Returns:
			(int) random integer
		Description:
			Returns a random integer within the range [a, b] using the prand() function.
			
			prand_int(a, b) = as_int(prand(as_int(a), as_int(b) + 0.99999))
	
	psrand
		Arguments:
			1) (int) seed
		Description:
			Sets the seed for prand and prand_int.
	
	count_rand
		Returns:
			(int) count
		Description:
			Returns the amount of number rand or rand_int have been used.
			
			Resets when restarting the game or exiting to the script select menu.
	
	count_prand
		Returns:
			(int) count
		Description:
			Returns the amount of number prand or prand_int have been used.
			
			Resets when restarting the game or exiting to the script select menu.
	
	reset_count_rand
		Description:
			Sets the rand count to 0.
	
	reset_count_prand
		Description:
			Sets the prand count to 0.
	
	--------------------------------> Rotation Maths <--------------------------------
	
	Rotate2D
		Arguments:
			1) x
			2) y
			3) angle
		Returns:
			(float[2]) rotated position [x, y]
		Description:
			Rotates the given (x, y) point around the origin (0, 0).
			
			Direct formula is:
				x = x * cos(angle) - y * sin(angle)
				y = x * sin(angle) + y * cos(angle)
	
	Rotate2D (overload)
		Arguments:
			1) x
			2) y
			3) angle
			4) origin x
			5) origin y
		Returns:
			(float[2]) rotated position [x, y]
		Description:
			Overloaded with 5 arguments.
		
			Rotates the given (x, y) point around the given origin.
			
			Direct formula is:
				_x = x - ox
				_y = y - oy
				x = ox + (_x * cos(angle) - _y * sin(angle))
				y = oy + (_x * sin(angle) + _y * cos(angle))
	
	Rotate3D
		Arguments:
			1) x
			2) y
			3) z
			4) X angle
			5) Y angle
			6) Z angle
		Returns:
			(float[3]) rotated position [x, y, z]
		Description:
			Rotates the given (x, y, z) point around the origin (0, 0) with the given Euler angles.
			
			Direct formula is:
				x = x * (cos(angY) * cos(angZ) - sin(angX) * sin(angY) * sin(angZ)) + y * (-cos(angX) * sin(angZ)) + z * (sin(angY) * cos(angZ) + sin(angX) * cos(angY) * sin(angZ))
				y = x * (cos(angY) * sin(angZ) + sin(angX) * sin(angY) * cos(angZ)) + y * (cos(angX) * cos(angZ)) + z * (sin(angY) * sin(angZ) - sin(angX) * cos(angY) * cos(angZ))
				z = x * (-cos(angX) * sin(angY)) + y * (sin(angX)) + z * (cos(angX) * cos(angY))
	
	Rotate3D (overload)
		Arguments:
			1) x
			2) y
			3) z
			4) X angle
			5) Y angle
			6) Z angle
			7) origin x
			8) origin y
			9) origin z
		Returns:
			(float[3]) rotated position [x, y, z]
		Description:
			Rotates the given (x, y, z) point around the given origin with the given Euler angles.
			
			Direct formula is:
				_x = x - ox
				_y = y - oy
				_z = z - oz
				x = ox + (_x * (cos(angY) * cos(angZ) - sin(angX) * sin(angY) * sin(angZ)) + _y * (-cos(angX) * sin(angZ)) + _z * (sin(angY) * cos(angZ) + sin(angX) * cos(angY) * sin(angZ)))
				y = oy + (_x * (cos(angY) * sin(angZ) + sin(angX) * sin(angY) * cos(angZ)) + _y * (cos(angX) * cos(angZ)) + _z * (sin(angY) * sin(angZ) - sin(angX) * cos(angY) * cos(angZ)))
				z = oz + (_x * (-cos(angX) * sin(angY)) + _y * (sin(angX)) + _z * (cos(angX) * cos(angY)))
	
	--------------------------------> String <--------------------------------
	
	atoi (overload)
		Arguments:
			1) (string) value
			2) (int) base
		Returns:
			(int) value
		Description:
			Overloaded with 2 arguments.
			
			Converts the string into an integer with the specified base.
			
			Examples:
				atoi("3511", 10);		//3511
				atoi("3511", 16);		//13585
				atoi("0x7f3", 16);		//2035
	
	SplitString2
		Arguments:
			1) (string) source string
			2) (string) pattern
		Returns:
			(string[]) split result
		Description:
			Splits the string at the given pattern.
			
			Examples:
				SplitString2("ab3cd3ef3g", "3");
				//Result: ["ab", "cd", "ef", "g"]
				
				SplitString2("1b23abc45a6abc789c", "abc");
				//Result: ["1b23", "45a6", "789c"]
				
				SplitString("1b23abc45a6abc789c", "abc");
				//Result: ["1", "23", "", "", "45", "6", "", "", "789", ""]
	
	StringFormat
		Arguments:
			1) (string) source string
			2) (string) argument types
			3+) (T) format arguments...
		Returns:
			(string) formatted string
		Description:
			Formats the string in the style of sprintf.
			
			The number of format arguments must match the number of argument types.
			
			Make sure that the amount of format arguments match the formatting tokens in the source string,
				the game may crash if the formatting token count exceeds the format argument count.
			
			Available argument types:
				- d:	Argument is passed a 32-bit integer (int).
				- l:	Argument is passed a 64-bit integer (long int).
				- f:	Argument is passed a floating point number (double).
				- s:	Argument is passed a string (wstring).
				
			Example:
				StringFormat("This is a %s", "s", "string.");
				//Result: This is a string.
				
				StringFormat("The value is %s", "s", 32);
				//Result: The value is 32.000000
				
				StringFormat("%f + %d = %.2f", "fdf", 1.15836, 2.12, 3.27836);
				//Result: 1.158360 + 2 = 3.28
				
				StringFormat("0x%08x is %d", "ll", 8023465, 8023465);
				//Result: 0x007a6da9 is 8023465
				
				StringFormat("0x%016llx %s %lld", "lsl", 2275101568023465, "is", 2275101568023465);
				//Result: 0x000815315cca3ba9 is 2275101568023465
	
	RegexMatch
		Arguments:
			1) (string) source string
			2) (string) pattern
		Returns:
			(string[]) match groups
		Description:
			Uses regular expression to match patterns in a given string.
			Returns a string array of matches.
			
			Example:
				RegexMatch("Voyage 1969", "[0-9]+");
				//Result: ["1969"]
				
				RegexMatch("S231 A001 S101 S000", "S([0-9]{3})");
				//Result: "S231", "231"]
	
	RegexMatchRepeated
		Arguments:
			1) (string) source string
			2) (string) pattern
		Returns:
			(string[][]) array of match groups
		Description:
			Behaves like RegexMatch, but returns all matches in the string rather than only the first match.
			
			Example:
				RegexMatchRepeated("Voyage 1969", "[0-9]+");
				//Result: [["1969"]]
				
				RegexMatchRepeated("S231 A001 S101 S0040", "S([0-9]{3})");
				//Result: [["S231", "231"], ["S101", "101"], ["S004", "004"]]
	
	RegexReplace
		Arguments:
			1) (string) source string
			2) (string) pattern
			2) (string) replacing string
		Returns:
			(string) replace result
		Description:
			Uses regular expression to replace patterns in a given string.
			Returns the pattern-replaced string.
			
			Example:
				RegexReplace("Voyage 1969", "[0-9]+", "1970");
				//Result: "Voyage 1970"
				
				RegexReplace("Example String", "(a|e|i)", "*");
				//Result: "Ex*mpl* Str*ng"
				
				RegexReplace("Red, Green, and Blue", "[A-Z]+[a-zA-Z]*", "\'$&\'");
				//Result: "'Red', 'Green', and 'Blue'"
	
	--------------------------------> File Path and Archives <--------------------------------
	
	GetArchiveFilePathList
		Arguments:
			1) (string) archive path
			2) (bool) print full path
		Returns:
			(string[]) file names of stored entries
		Description:
			Returns an array of all filepaths stored inside the specified archive.
			The archive must have already been loaded with AddArchiveFile, otherwise an empty array will be returned.
	
	GetWorkingDirectory
		Returns:
			(string) working directory
		Description:
			Returns the working directory of the engine.
			
			The working directory is the directory in which the engine is operating in,
				and will always be in the same directory as the exe's if the engine was started normally.
			But there are some cases where the working directory won't necessary be the same as the exe's, such as when the game is started via Steam.
	
	GetModuleName
		Returns:
			(string) module name
		Description:
			Returns the file name of the engine, without the extension.
	
	GetFileDirectoryFromModule
		Arguments:
			1) (string) path
		Returns:
			(string) directory name
		Description:
			Returns the directory of the given file path, without the directory of the engine.
			The given path does not need to actually exist.
	
	GetFileTopDirectory
		Arguments:
			1) (string) path
		Returns:
			(string) directory name
		Description:
			Returns the topmost directory of the given file path.
			The given path does not need to actually exist.
	
	GetFileName
		Arguments:
			1) (string) path
		Returns:
			(string) file name
		Description:
			Returns the file name of the given file path.
			The given path does not need to actually exist.
	
	GetFileNameWithoutExtension
		Arguments:
			1) (string) path
		Returns:
			(string) file name
		Description:
			Returns the file name of the given file path, without its extension.
			The given path does not need to actually exist.
	
	GetFileExtension
		Arguments:
			1) (string) path
		Returns:
			(string) file extension
		Description:
			Returns the file extension of the given file path.
			The given path does not need to actually exist.
	
	IsFileExists
		Arguments:
			1) (string) path
		Returns:
			(bool) result
		Description:
			Returns true if the given file exists.
	
	IsDirectoryExists
		Arguments:
			1) (string) path
		Returns:
			(bool) result
		Description:
			Returns true if the given directory exists.
	
	--------------------------------> Time <--------------------------------
	
	GetSystemTimeMilliS
		Returns:
			(int) time
		Description:
			Returns the time of the system clock in milliseconds.
	
	GetSystemTimeNanoS
		Returns:
			(int) time
		Description:
			Returns the time of the system clock in nanoseconds.
	
	--------------------------------> Debugging <--------------------------------
	
	WriteLog
		Arguments:
			1+) (T) value...
		Description:
			Change.
			
			Writes the values of the given arguments to the LogWindow.
	
	RaiseMessageWindow
		Arguments:
			1) (string) title text
			2) (string) description text
			3) (int) window flags
		Returns:
			(int) window result
		Description:
			Raises a message window similar to RaiseError, but does not terminate the script. 
			The game will be paused until the message window is addressed. The LogWindow will not be affected.
			
			For the list of window flags, refer to this page:
			https://docs.microsoft.com/en-us/windows/win32/api/winuser/nf-winuser-messagebox
				
				The following flags are not allowed and will be automatically deleted:
					MB_SETFOREGROUND
					MB_DEFAULT_DESKTOP_ONLY
					MB_SERVICE_NOTIFICATION
					MB_SYSTEMMODAL
					MB_TASKMODAL
				The following flags are forced:
					MB_APPLMODAL
					
			The return value is dependent on the user's interaction with the message window.
			Refer to the same page for the list and explaination of return values.
	
	RaiseMessageWindow (Overload)
		Arguments:
			1) (string) title text
			2) (string) description text
		Returns:
			(int) window result
		Description:
			Overloaded with 2 arguments.
			
			Triggers RaiseMessageWindow with MB_OK as the window flag value.
	
	--------------------------------> Common Data <--------------------------------
	
	GetCommonData (Overload)
		Arguments:
			1) (string) key
		Returns:
			(T) stored value
		Description:
			Overloaded with 1 argument.
			
			A variant of GetCommonData(key, default) where the "default value" argument is omitted.
			A null value will be returned if the requested key-value pair does not exist.
	
	GetAreaCommonData (Overload)
		Arguments:
			1) (string) area
			2) (string) key
		Returns:
			(T) stored value
		Description:
			Overloaded with 2 arguments.
			
			A variant of GetAreaCommonData(area, key, default) where the "default value" argument is omitted.
			A null value will be returned if the requested key-value pair does not exist.
	
	DeleteWholeAreaCommonData
		Arguments:
			1) (string) name
		Description:
			Deletes the whole area common data, not just the key-value list.
			To use the area common data again, it must be recreated with CreateCommonDataArea.
	
	LoadCommonDataValuePointer
		Arguments:
			1) (string) key
			2) (T) initial value
		Returns:
			(pointer) value pointer
		Description:
			Obtains a value pointer to the common data value in the default area.
			
			If the requested common data does not exist, it will be created and initialized with the provided value.
	
	LoadCommonDataValuePointer (Overload)
		Arguments:
			1) (string) key
		Returns:
			(pointer) value pointer
		Description:
			Overloaded with 1 argument.
		
			Obtains a value pointer to the common data value in the default area.
			
			If the requested common data does not exist, a null pointer will be returned.
	
	LoadAreaCommonDataValuePointer
		Arguments:
			1) (string) area
			2) (string) key
			3) (T) initial value
		Returns:
			(pointer) value pointer
		Description:
			Obtains a value pointer to the common data value in the given area.
			
			If the requested common data does not exist, it will be created and initialized with the provided value.
	
	LoadAreaCommonDataValuePointer (Overload)
		Arguments:
			1) (string) area
			2) (string) key
		Returns:
			(pointer) value pointer
		Description:
			Overloaded with 1 argument.
		
			Obtains a value pointer to the common data value in the given area.
			
			If the requested common data does not exist, a null pointer will be returned.
	
	IsValidCommonDataValuePointer
		Arguments:
			1) (pointer) value pointer
		Returns:
			(bool) valid
		Description:
			Returns if the given value is a valid common data value pointer.
	
	SetCommonDataPtr
		Arguments:
			1) (pointer) value pointer
			2) (T) value
		Description:
			SetCommonData/SetAreaCommonData using pointers.
			
			The use of direct pointers mitigate the need for map traversals present in regular common data accesses,
				and thus would remarkably improve speed.
			Using an invalid pointer may cause a memory access violation.
	
	GetCommonDataPtr
		Arguments:
			1) (pointer) value pointer
			2) (T) default value
		Returns:
			(T) stored value
		Description:
			GetCommonData/GetAreaCommonData using pointers.
			
			The use of direct pointers mitigate the need for map traversals present in regular common data accesses,
				and thus would remarkably improve speed.
			Using an invalid pointer may cause a memory access violation.
	
	GetCommonDataPtr (Overload)
		Arguments:
			1) (pointer) value pointer
		Returns:
			(T) stored value
		Description:
			Overloaded with 1 argument.
		
			GetCommonData/GetAreaCommonData using pointers.
			
			The use of direct pointers mitigate the need for map traversals present in regular common data accesses,
				and thus would remarkably improve speed.
			Using an invalid pointer may cause a memory access violation.
	
	--------------------------------> Engine Utilities <--------------------------------
	
	IsEngineFastMode
		Returns:
			(bool) result
		Description:
			Returns whether the engine is in the "fast mode" state.
			(Note: Normally triggered with the LCtrl key.)
	
	GetConfigWindowSizeIndex
		Returns:
			(int) index
		Description:
			Returns the config's selected window size index.
	
	GetConfigWindowSizeList
		Returns:
			(int[][]) available window sizes
		Description:
			Returns an array of the window sizes specified in th_dnh.def.
	
	GetConfigVirtualKeyMapping
		Arguments:
			1) (int) virtual key
		Returns:
			(int[2]) keys mapping
		Description:
			Returns the key mapping [keyboard, pad] as set in the config.
			
			Mappings will not change if keys are reassigned in-game.
	
	GetConfigWindowTitle
		Returns:
			(string) window title
		Description:
			Returns the engine's default window title, or the one specified in th_dnh.def if it exists.
	
	SetWindowTitle
		Arguments:
			1) (string) window title
		Description:
			Sets the window title.
			
			Passing in an empty string will reset the window title to the default.
	
	SetEnableUnfocusedProcessing
		Arguments:
			1) (bool) enables
		Description:
			Enables or disables unfocused processing.
	
	GetLastFrameUpdateSpeed
		Returns:
			(int) milliseconds
		Description:
			Returns the time the engine took to update scripts in the previous frame in milliseconds.
	
	GetLastFrameRenderSpeed
		Returns:
			(int) milliseconds
		Description:
			Returns the time the engine took to render the previous frame in milliseconds.
	
	--------------------------------> Stage Information <--------------------------------
	
	SetScore
		Arguments:
			1) (int) score
		Description:
			Sets the score value.
	
	SetGraze
		Arguments:
			1) (int) graze
		Description:
			Sets the graze count.
	
	SetPoint
		Arguments:
			1) (int) point
		Description:
			Sets the default point item value.
	
	--------------------------------> Archive <--------------------------------
	
	AddArchiveFile (Overload)
		Arguments:
			1) (string) path
			2) (int) offset
		Returns:
			(bool) load successful
		Description:
			Overloaded with 2 arguments.
			
			Loads a .dat archive, with the added capability to specify the read offset.
	
	GetArchiveFilePathList
		Arguments:
			1) (string) path
			2) (bool) full path
		Returns:
			(string[]) paths
		Description:
			Lists out the stored file entries in the given .dat archive.
			Archive must have already been loaded.
	
	--------------------------------> Screenshot <--------------------------------
	
	SaveSnapShotA3
		Arguments:
			1) (string) path
			2) (int) rect left
			3) (int) rect top
			4) (int) rect right
			5) (int) rect bottom
			6) (const) format
		Returns:
			(bool) result
		Description:
			Renders the whole screen to a texture and saves the specified rectangular area of the texture to a file with the given name.
			Returns true if the save was successful.
			
			Available formats:
				IFF_BMP: Bitmap file. 										(.bmp) (default)
				IFF_JPG: Joint Photographic Experts Group graphics file. 	(.jpeg)
				IFF_TGA: TARGA bitmap file. 								(.tga)
				IFF_PNG: Portable Network Graphics file. 					(.png)
				IFF_DDS: DirectDraw Surface file. 							(.dds)
				IFF_PPM: Portable PixelMap graphics file. 					(.ppm)
	
	--------------------------------> Script <--------------------------------
	
	UnloadScript
		Arguments:
			1) (int) script ID
		Description:
			Unloads a script that was loaded with LoadScript or LoadScriptInThread.
	
	UnloadScriptFromCache
		Arguments:
			1) (string) script path
		Description:
			Unloads the given given from the script source cache.
			
			Does nothing if the script does not exist in the cache.
	
	StartScript (Overload)
		Arguments:
			1) (int) script ID
			2) (bool) unload
		Description:
			Overloaded with 2 arguments.
			
			Starts the given script, and whether or not to remove the script from the "Loaded Scripts" cache. (NOT the "Script Source" cache)
			A script that is often restarted would benefit from this overload by using LoadScript only once,
				and then using StartScript(idScript, false) to avoid having to repeatedly call LoadScript.
				
			*StartScript(idScript) = StartScript(idScript, true)
	
	PauseScript
		Arguments:
			1) (int) script ID
			2) (bool) pause
		Description:
			Pauses or unpauses the specified script. Not guaranteed to work flawlessly.
			Causes an error is the script ID is the ID of the script from which the function was called,
				aka; "a script cannot pause itself".
	
	GetScriptStatus
		Arguments:
			1) (int) script ID
		Returns:
			(const) status
		Description:
			Returns the status of the specified script.
			
			Possible return values:
				- STATUS_LOADING	; Script is currently loading.
				- STATUS_LOADED		; Script has been loaded.
				- STATUS_RUNNING	; Script is running.
				- STATUS_PAUSED		; Script has been paused.
				- STATUS_CLOSING	; Script is closing.
				- STATUS_INVALID	; Any other cases, or invalid script ID.
	
	--------------------------------> Event <--------------------------------
	
	GetEventArgumentCount
		Returns:
			(int) count
		Description:
			Returns the event argument count of the active event.
	
	NotifyEvent
		Arguments:
			1) (int) script ID
			2) (int) event type
			3+) (T) arguments...
		Returns:
			(T) event result
		Description:
			Change.
			
			It is possible to pass as many event arguments as you want.
			
			*Scripts paused with PauseScript will still be able to run events.
	
	NotifyEventOwn
		Arguments:
			1) (int) event type
			2+) (T) arguments...
		Returns:
			(T) event result
		Description:
			NotifyEvent's the script in which it was called.
			
			It is possible to pass as many event arguments as you want.
			
			*Scripts paused with PauseScript will still be able to run events.
	
	NotifyEventAll
		Arguments:
			1) (int) event type
			2+) (T) arguments...
		Description:
			Change.
			NotifyEvent's all actively running scripts.
			
			It is possible to pass as many event arguments as you want.
			
			*Scripts paused with PauseScript will still be able to run events.
	
	--------------------------------> Matrix <--------------------------------
	
	A "matrix" here is a 16-member array representing a 4x4 matrix arranged row-by-row.
		Ex: [1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1] (The identity matrix)
	A "vector" here is a float value array of the specified size.
		Ex: [3, 4, 5] 		-> VECTOR3
			[5, 5, 0, 2]	-> VECTOR4
	
	MatrixIdentity
		Returns:
			(matrix) the identity matrix
		Description:
			Contructs an identity matrix.
	
	MatrixInverse
		Arguments:
			1) (matrix) matrix
		Returns:
			(matrix) result
		Description:
			Inverses the given matrix.
	
	MatrixAdd
		Arguments:
			1) (matrix) matrix1
			2) (matrix) matrix2
		Returns:
			(matrix) result
		Description:
			Adds two matrices together.
			Note: Directly using the "+" operator also works.
	
	MatrixSubtract
		Arguments:
			1) (matrix) matrix1
			2) (matrix) matrix2
		Returns:
			(matrix) result
		Description:
			Subtracts two matrices.
			Note: Directly using the "-" operator also works.
	
	MatrixMultiply
		Arguments:
			1) (matrix) matrix1
			2) (matrix) matrix2
		Returns:
			(matrix) result
		Description:
			Multiplies two matrices together.
	
	MatrixDivide
		Arguments:
			1) (matrix) matrix1
			2) (matrix) matrix2
		Returns:
			(matrix) result
		Description:
			Divides two matrices.
	
	MatrixTranspose
		Arguments:
			1) (matrix) matrix
		Returns:
			(matrix) result
		Description:
			Transposes the given matrix.
	
	MatrixDeterminant
		Arguments:
			1) (matrix) matrix
		Returns:
			(float) result
		Description:
			Calculates the determinant of the given matrix.
	
	MatrixLookAtLH
		Arguments:
			1) (VECTOR3) eye vector
			2) (VECTOR3) destination vector
			3) (VECTOR3) orientation vector
		Returns:
			(matrix) result
		Description:
			Constructs a left-handed look-at matrix.
	
	MatrixLookAtRH
		Arguments:
			1) (VECTOR3) eye vector
			2) (VECTOR3) destination vector
			3) (VECTOR3) orientation vector
		Returns:
			(matrix) result
		Description:
			Constructs a right-handed look-at matrix.
	
	MatrixTransformVector
		Arguments:
			1) (VECTOR3) position
			2) (matrix) transformation matrix
		Returns:
			(VECTOR4) result
		Description:
			Transforms the given (x, y, z, 1) point with the given matrix.
	
	--------------------------------> Screen Status <--------------------------------
	
	GetMonitorWidth
		Returns:
			(int) monitor width
		Description:
			Returns the width of the primary display monitor.
	
	GetMonitorHeight
		Returns:
			(int) monitor height
		Description:
			Returns the height of the primary display monitor.
	
	GetScreenWidth
		Returns:
			(int) screen width
		Description:
			Returns the width of the engine screen. (specified in th_dnh.def as "screen.width")
	
	GetScreenHeight
		Returns:
			(int) screen height
		Description:
			Returns the height of the engine screen. (specified in th_dnh.def as "screen.height")
	
	GetWindowedWidth
		Returns:
			(int) window width
		Description:
			Returns the width of the windowed mode.
	
	GetWindowedHeight
		Returns:
			(int) window width
		Description:
			Returns the height of the windowed mode.
	
	IsFullscreenMode
		Returns:
			(bool) result
		Description:
			Returns whether or not the game is in fullscreen mode.
			Both pseudo and true fullscreen modes register as true.
	
	--------------------------------> Sound <--------------------------------
	
	SetSoundDivisionVolumeRate
		Arguments:
			1) (const) division
			2) rate
		Description:
			Sets the volume rate of the given sound division.
			The volume rates of all sound objects assigned to the division are multiplied by the division's rate.
	
	GetSoundDivisionVolumeRate
		Arguments:
			1) (const) division
		Returns:
			(float) volume rate
		Description:
			Returns the volume rate of the given sound division.
	
	--------------------------------> Input <--------------------------------
	
	GetVirtualKeyMapping
		Arguments:
			1) (int) virtual key
		Returns:
			(int[2]) keys mapping
		Description:
			Returns the current key mapping [keyboard, pad].
	
	--------------------------------> Resource Loading <--------------------------------
	
	LoadTextureEx
		Arguments:
			1) (string) path
			2) (bool) use mipmap
			3) (bool) use non-power-of-two
		Returns:
			(bool) loading result
		Description:
			Returns a boolean value of whether loading was successful.
		
			Loads a texture with more options.
			Mipmap option generates a mipmap chain, causes textures to look better when scaled down when used with mipmap filtering.
			Non-power-of-two option prevents blurring when the source texture's dimensions are not powers of two. (Due to DirectX's nature, may cause rendering to be slightly slower.)
	
	LoadTextureInLoadThreadEx
		Arguments:
			1) (string) path
			2) (bool) use mipmap
			3) (bool) use non-power-of-two
		Returns:
			(bool) loading result
		Description:
			Returns a boolean value of whether initial loading was successful.
		
			LoadTextureEx in the load thread.
			
	LoadShader
		Arguments:
			1) (string) path
		Returns:
			(bool) loading result
		Description:
			Loads a shader file, and returns a boolean value of whether loading was successful.
	
	RemoveShader
		Arguments:
			1) (string) path
		Description:
			Removes a shader data that was previously loaded with LoadShader.
	
	LoadMesh
		Arguments:
			1) (string) path
		Returns:
			(bool) loading result
		Description:
			Loads a mesh data file, and returns a boolean value of whether loading was successful.
	
	RemoveMesh
		Arguments:
			1) (string) path
		Description:
			Removes a mesh data that was previously loaded with LoadMesh.
	
	--------------------------------> Render Target <--------------------------------
	
	CreateRenderTargetEx
		Arguments:
			1) (string) name
			2) (int) width
			3) (int) height
		Returns:
			(bool) creation result
		Description:
			Returns a boolean value of whether creation was successful.
			
			Creates a render target with the specified name, width, and height.
			Fails if either value is not a positive integer.
	
	ClearRenderTargetA1
		Arguments:
			1) (string) name
		Returns:
			(bool) clear result
		Description:
			Previously [SetRenderTarget].
		
			Returns a boolean value of whether the operation was successful.
			
			Clears the render target.
	
	ClearRenderTargetA2
		Arguments:
			1) (string) name
			2) (int) clear color red
			3) (int) clear color green
			4) (int) clear color blue
			5) (int) clear color alpha
		Returns:
			(bool) clear result
		Description:
			Returns a boolean value of whether the operation was successful.
			
			Clears the render target and fills it with the specified color and alpha.
	
	ClearRenderTargetA3
		Arguments:
			1) (string) name
			2) (int) clear color red
			3) (int) clear color green
			4) (int) clear color blue
			5) (int) clear color alpha
			6) (int) rect left
			7) (int) rect top
			8) (int) rect right
			9) (int) rect bottom
		Returns:
			(bool) clear result
		Description:
			Returns a boolean value of whether the operation was successful.
			
			Clears the render target in the specified rectangular area and fills that area with the specified color and alpha.
	
	SaveRenderedTextureA3
		Arguments:
			1) (string) name
			2) (string) path
			3) (int) rect left
			4) (int) rect top
			5) (int) rect right
			6) (int) rect bottom
			7) (const) format
		Returns:
			(bool) save result
		Description:
			SaveRenderedTextureA2, with the added ability of image format specification.
			
			Available formats are:
				IFF_BMP: Bitmap file. 										(.bmp) (default)
				IFF_JPG: Joint Photographic Experts Group graphics file. 	(.jpeg)
				IFF_TGA: TARGA bitmap file. 								(.tga)
				IFF_PNG: Portable Network Graphics file. 					(.png)
				IFF_DDS: DirectDraw Surface file. 							(.dds)
				IFF_PPM: Portable PixelMap graphics file. 					(.ppm)
	
	--------------------------------> Device Capabilities <--------------------------------
	
	IsVertexShaderSupported
		Arguments:
			1) (int) major
			2) (int) minor
		Returns:
			(bool) result
		Description:
			Checks if the video card on the device supports the given vertex shader version.
	
	--------------------------------> Fog <--------------------------------
	
	SetFogParam (Overload)
		Arguments:
			1) fog start
			2) fog end
			3) (int) fog hex color
		Description:
			Overloaded with 3 arguments.
				
				Sets the fog color as an XRGB hexadecimal color value.
				
				Example:
					SetFogParam(0, 1024, 0xFF7B32);		//-> SetFogParam(0, 1024, 255, 123, 50);
	
	--------------------------------> 3D Camera <--------------------------------
	
	SetCameraMode
		Arguments:
			1) (const) mode
		Description:
			Switches the 3D camera between available modes.
			Modes:
				CAMERA_NORMAL
					- The normal 3D camera mode, positioned with elevation and azimuth angles.
				CAMERA_LOOKAT
					- The new 3D camera mode for maths enthusiasts, with the ability to directly specify camera position and view target position.
						Configured with SetCameraFocusX/Y/Z or SetCameraPosEye and SetCameraPosLookAt.
	
	SetCameraPosEye
		Arguments:
			1) x
			2) y
			3) z
		Description:
			Literally just SetCameraFocusXYZ with a different name.
	
	SetCameraPosLookAt
		Arguments:
			1) x
			2) y
			3) z
		Description:
			Used with CAMERA_LOOKAT mode. 
			Sets the camera's "look-at" position.
	
	GetCameraViewMatrix
		Returns:
			(matrix) view matrix
		Description:
			Returns the 3D camera's view matrix.
	
	GetCameraProjectionMatrix
		Returns:
			(matrix) projection matrix
		Description:
			Returns the 3D camera's projection matrix.
	
	GetCameraViewProjectionMatrix
		Returns:
			(matrix) view-projection matrix
		Description:
			Returns the 3D camera's view-projection matrix.
	
	--------------------------------> Intersection <--------------------------------
	
	IsIntersected_Point_Polygon
		Arguments:
			1) point - x
			2) point - y
			3) (float[2][]) polygon vertices
		Returns:
			(bool) intersection
		Description:
			Returns true if the given point intersects with the polygon.
			
			The polygon can be convex, concave, or complex (self-intersecting).
	
	IsIntersected_Point_Circle
		Arguments:
			1) point  - x
			2) point  - y
			3) circle - x
			4) circle - y
			5) circle - radius
		Returns:
			(bool) intersection
		Description:
			Returns true if the given point intersects with the circle.
	
	IsIntersected_Point_Ellipse
		Arguments:
			1) point   - x
			2) point   - y
			3) ellipse - x
			4) ellipse - y
			5) ellipse - x radius
			6) ellipse - y radius
		Returns:
			(bool) intersection
		Description:
			Returns true if the given point intersects with the ellipse.
	
	IsIntersected_Point_Line
		Arguments:
			1) point - x
			2) point - y
			3) line - start x
			4) line - start y
			5) line - end x
			6) line - end y
			7) line - width
		Returns:
			(bool) intersection
		Description:
			Returns true if the given point intersects with the line.
	
	IsIntersected_Point_RegularPolygon
		Arguments:
			1) point   - x
			2) point   - y
			3) polygon - x
			4) polygon - y
			5) polygon - radius
			6) (int) polygon - edge count
			7) polygon - angle (degrees)
		Returns:
			(bool) intersection
		Description:
			Returns true if the given point intersects with the regular polygon.
	
	IsIntersected_Circle_Polygon
		Arguments:
			1) circle - x
			2) circle - y
			3) circle - radius
			4) (float[2][]) polygon vertices
		Returns:
			(bool) intersection
		Description:
			Returns true if the given circle intersects with the polygon.
			
			The polygon can be convex, concave, or complex (self-intersecting).
	
	IsIntersected_Circle_Circle
		Arguments:
			1) circle 1 - x
			2) circle 1 - y
			3) circle 1 - radius
			4) circle 2 - x
			5) circle 2 - y
			6) circle 2 - radius
		Returns:
			(bool) intersection
		Description:
			Returns true if the given circles intersect.
	
	IsIntersected_Circle_Ellipse
		Arguments:
			1) circle  - x
			2) circle  - y
			3) circle  - radius
			4) ellipse - x
			5) ellipse - y
			6) ellipse - x radius
			7) ellipse - y radius
		Returns:
			(bool) intersection
		Description:
			Returns true if the given circle intersects with the ellipse.
	
	IsIntersected_Circle_RegularPolygon
		Arguments:
			1) circle  - x
			2) circle  - y
			3) circle  - radius
			4) polygon - x
			5) polygon - y
			6) polygon - radius
			7) (int) polygon - edge count
			8) polygon - angle (degrees)
		Returns:
			(bool) intersection
		Description:
			Returns true if the given circle intersects with the regular polygon.
	
	IsIntersected_Line_Polygon
		Arguments:
			1) line - start x
			2) line - start y
			3) line - end x
			4) line - end y
			5) line - width
			6) (float[2][]) polygon vertices
		Returns:
			(bool) intersection
		Description:
			Returns true if the given line intersects with the polygon.
			
			The polygon can be convex, concave, or complex (self-intersecting).
	
	IsIntersected_Line_Circle
		Arguments:
			1) line   - start x
			2) line   - start y
			3) line   - end x
			4) line   - end y
			5) line   - width
			6) circle - x
			7) circle - y
			8) circle - radius
		Returns:
			(bool) intersection
		Description:
			Returns true if the given line intersects with the circle.
	
	IsIntersected_Line_Ellipse
		Arguments:
			1) line    - start x
			2) line    - start y
			3) line    - end x
			4) line    - end y
			5) line    - width
			6) ellipse - x
			7) ellipse - y
			8) ellipse - x radius
			9) ellipse - y radius
		Returns:
			(bool) intersection
		Description:
			Returns true if the given line intersects with the ellipse.
	
	IsIntersected_Line_Line
		Arguments:
			1)  line 1 - start x
			2)  line 1 - start y
			3)  line 1 - end x
			4)  line 1 - end y
			5)  line 1 - width
			6)  line 2 - start x
			7)  line 2 - start y
			8)  line 2 - end x
			9)  line 2 - end y
			10) line 2 - width
		Returns:
			(bool) intersection
		Description:
			Returns true if the given lines intersect.
	
	IsIntersected_Line_RegularPolygon
		Arguments:
			1)  line    - start x
			2)  line    - start y
			3)  line    - end x
			4)  line    - end y
			5)  line    - width
			6)  polygon - x
			7)  polygon - y
			8)  polygon - radius
			9)  (int) polygon - edge count
			10) polygon - angle (degrees)
		Returns:
			(bool) intersection
		Description:
			Returns true if the given line intersects with the regular polygon.
	
	IsIntersected_Polygon_Polygon
		Arguments:
			1) (float[2][]) polygon 1 vertices
			2) (float[2][]) polygon 2 vertices
		Returns:
			(bool) intersection
		Description:
			Returns true if the given polygons intersect.
			
			The polygons can be convex, concave, or complex (self-intersecting).
	
	IsIntersected_Polygon_Ellipse
		Arguments:
			1) (float[2][]) polygon vertices
			2) ellipse - x
			3) ellipse - y
			4) ellipse - x radius
			5) ellipse - y radius
		Returns:
			(bool) intersection
		Description:
			Returns true if the given polygon intersects with the ellipse.
			
			The polygon can be convex, concave, or complex (self-intersecting).
	
	IsIntersected_Polygon_RegularPolygon
		Arguments:
			1) (float[2][]) polygon 1 vertices
			2) polygon 2 - x
			3) polygon 2 - y
			4) polygon 2 - radius
			5) (int) polygon 2 - edge count
			6) polygon 2 - angle (degrees)
		Returns:
			(bool) intersection
		Description:
			Returns true if the given polygon intersects with the regular polygon.
			
			The polygon can be convex, concave, or complex (self-intersecting).
	
	--------------------------------> Color Utility <--------------------------------
	
	ColorARGBToHex
		Arguments:
			1) (int) alpha
			2) (int) red
			3) (int) green
			4) (int) blue
		Returns:
			(int) hex color
		Description:
			Returns an ARGB hexadecimal color value of the given colors.
			
			Example:
				ColorARGBToHex(255, 255, 255, 255);
				//Result: 0xFFFFFFFF
				
				ColorARGBToHex(67, 255, 0, 125);
				//Result: 0x43FF007D
	
	ColorARGBToHex (Overload)
		Arguments:
			1) (int[4]) color
		Returns:
			(int) hex color
		Description:
			Overloaded with 1 argument.
		
			Returns ColorARGBToHex(color[0], color[1], color[2], color[3]);
	
	ColorHexToARGB
		Arguments:
			1) (int) hex color
		Returns:
			(int[4]) ARGB color
		Description:
			Returns an ARGB color array of the given hexadecimal color (D3DCOLOR).
			
			Example:
				ColorHexToARGB(0xFFFFFFFF);
				//Result: [255, 255, 255, 255]
				
				ColorHexToARGB(0x43FF007D);
				//Result: [67, 255, 0, 125]
	
	ColorHexToARGB (Overload)
		Arguments:
			1) (int) hex color
			2) (int) control
		Returns:
			(int[]) color array
		Description:
			Overloaded with 2 arguments.
		
			Returns an ARGB color array of the given hexadecimal color (D3DCOLOR), controlled by the control argument.
			
			The control value dictates which color channels to output, and in which order.
				The bit format is:
					MSB                         LSB   (16 bit)
					000000   00      00  00  00  00
					Unused   Count   1st 2nd 3rd 4th
					
					- Bits 0-5 are unused.
					- Bits 6-7 control the amount of color channels to return, subtracted by 1. 
						(11 is 4 channels, 10 is 3, 01 is 2, 00 is 1)
					- Bits 8-15 control the order of the color channels, duplication is allowed.
						00 (0) signifies the A channel.
						01 (1) signifies the R channel.
						10 (2) signifies the G channel.
						11 (3) signifies the B channel.
						
					Examples:
						0b1100011011 (0x31b) -> [A, R, G, B]
						0b1101101100 (0x36c) -> [R, G, B, A]
						0b1100000000 (0x300) -> [A, A, A, A]
						0b1001101100 (0x26c) -> [R, G, B]
						0b0001000000 (0x040) -> [R]
						
			For people whose brain lacks the required amount of sanity (or lack thereof) to understand the control argument, here are some constants:
				COLOR_PERMUTE_ARGB
				COLOR_PERMUTE_RGBA
				COLOR_PERMUTE_BGRA
				COLOR_PERMUTE_RGB
				COLOR_PERMUTE_BGR
				COLOR_PERMUTE_A
				COLOR_PERMUTE_R
				COLOR_PERMUTE_G
				COLOR_PERMUTE_B
			
			Example:
				ColorHexToARGB(0xFFFFFFFF, 0x31b);
				//Result: [255, 255, 255, 255]
				
				ColorHexToARGB(0xFFFFFFFF, 0x000);
				//Result: [255]
				
				ColorHexToARGB(0x43FF007D, 0x31b)
				//Result: [67, 255, 0, 125]
				
				ColorHexToARGB(0x43FF007D, 0x36c);
				//Result: [255, 0, 125, 67]
				
				ColorHexToARGB(0x43FF007D, 0x2e4);
				//Result: [125, 0, 255]
	
	ColorRGBtoHSV
		Arguments:
			1) (int) red
			2) (int) green
			3) (int) blue
		Returns:
			(int[3]) color array
		Description:
			Returns the given RGB color as a HSV color array.
	
	ColorHexRGBtoHSV
		Arguments:
			1) (int) hex color
		Returns:
			(int[3]) color array
		Description:
			Returns the given XRGB hexadecimal color as a HSV color array.
	
	ColorHSVtoRGB
		Arguments:
			1) (int) hue
			2) (int) saturation
			3) (int) value
		Returns:
			(int[3]) color array
		Description:
			Returns the given HSV color as an RGB color array.
	
	ColorHSVtoHexRGB
		Arguments:
			1) (int) hue
			2) (int) saturation
			3) (int) value
		Returns:
			(int) hex color
		Description:
			Returns the given HSV color as an XRGB hexadecimal color.
	
	--------------------------------> Base Object Functions <--------------------------------
	
	SetInvalidPositionReturn
		Arguments:
			1) x
			2) y
		Description:
			Sets the default position that position-fetching functions will return if the object does not exist.
			
			The default value is (0, 0).
	
	GetObjectDistance
		Arguments:
			1) (int) object 1 ID
			2) (int) object 2 ID
		Returns:
			(float) distance
		Description:
			Change.
			
			The Z positions will not be included in the calculation if neither objects are 3D-valid.
	
	GetObjectDistanceSq
		Arguments:
			1) (int) object 1 ID
			2) (int) object 2 ID
		Returns:
			(float) distance
		Description:
			Returns the square of the distance between two objects.
			
			The Z positions will not be included in the calculation if neither objects are 3D-valid.
	
	GetObjectDeltaAngle
		Arguments:
			1) (int) object 1 ID
			2) (int) object 2 ID
		Returns:
			(float) angle
		Description:
			Returns the angle between two objects.
			
			The Z positions will not be included in the calculation if neither objects are 3D-valid.
	
	Obj_GetValueI
		Arguments:
			1) (int) object ID
			2) (int) key
		Returns:
			(T) value
		Description:
			Obj_GetValue with int value key.
	
	Obj_GetValueDI
		Arguments:
			1) (int) object ID
			2) (int) key
			3) default
		Returns:
			(T) value
		Description:
			Obj_GetValueD with int value key.
	
	Obj_SetValueI
		Arguments:
			1) (int) object ID
			2) (int) key
			3) value
		Returns:
			(T) value
		Description:
			Obj_SetValue with int value key.
	
	Obj_DeleteValueI
		Arguments:
			1) (int) object ID
			2) (int) key
		Returns:
			(T) value
		Description:
			Obj_DeleteValue with int value key.
	
	Obj_IsValueExistsI
		Arguments:
			1) (int) object ID
			2) (int) key
		Returns:
			(T) value
		Description:
			Obj_IsValueExists with int value key.
	
	Obj_GetValueCount
		Arguments:
			1) (int) object ID
		Returns:
			(int) count
		Description:
			Returns the number of stored values in the object's string-indexed value table.
	
	Obj_GetValueCountI
		Arguments:
			1) (int) object ID
		Returns:
			(int) count
		Description:
			Returns the number of stored values in the object's int-indexed value table.
	
	Obj_CopyValueTable
		Arguments:
			1) (int) destination object ID
			2) (int) source object ID
			3) (int) mode
		Returns:
			(int) source object's object value amount
		Description:
			Copies the source's object value table to the destination's object value table.
			
			Available modes:
				0 - Object value table is cleared before the copy.
				1 - Value will be overwritten in case of key conflicts.
				2 - Value will not be overwritten in case of key conflicts.
	
	--------------------------------> Shader Object Functions <--------------------------------
	
	ObjShader_SetShaderT
		Arguments:
			1) (int) object ID
			2) (string) shader name
			2) (string) shader source
		Returns:
			(bool) success
		Description:
			Compiles a shader from the given string. Returns whether the operation was successful.
			Shader name should be unique.
	
	--------------------------------> Render Object Functions <--------------------------------
	
		[---------------------------> Blending <---------------------------]
		
		ObjRender_SetBlendType
			Description:
				Addition.
				
				BLEND_ALPHA_INV - Alpha blending with source color inversion.
				
		[---------------------------> Scale <---------------------------]
		
		ObjRender_SetScaleXYZ (Overload)
			Arguments:
				1) (int) object ID
				2) scale
			Description:
				Overloaded with 2 arguments.
				
				Sets the object's XYZ scale.
				
				Example:
					ObjRender_SetScaleXYZ(obj, 2); 	//-> ObjRender_SetScaleXYZ(obj, 2, 2, 2);
		
		[---------------------------> Color & Alpha <---------------------------]
		
		ObjRender_SetColor (Overload)
			Arguments:
				1) (int) object ID
				2) (int) hex color
			Description:
				Overloaded with 2 arguments.
				
				Sets the object's color as an XRGB hexadecimal color value.
				
				Example:
					ObjRender_SetColor(obj, 0xFF7B32); 	//-> ObjRender_SetColor(obj, 255, 123, 50);
		
		ObjRender_SetColorHSV
			Arguments:
				1) (int) object ID
				2) (int) color hue
				3) (int) color saturation
				4) (int) color value
			Description:
				Sets the object's RGB color as a HSV color.
		
		ObjRender_GetColor
			Arguments:
				1) (int) object ID
			Returns:
				(int[3]) color
			Description:
				Returns an [r, g, b] array of the object's color.
		
		ObjRender_GetColorHex
			Arguments:
				1) (int) object ID
			Returns:
				(int) hex color
			Description:
				Returns the object's color an XRGB hexadecimal color value.
		
		ObjRender_GetAlpha
			Arguments:
				1) (int) object ID
			Returns:
				(int) alpha
			Description:
				Returns the object's alpha value.
		
		[---------------------------> Texture Filtering <---------------------------]
		
		ObjRender_SetTextureFilterMin
			Arguments:
				1) (int) object ID
				2) (const) mode
			Description:
				Sets the minification filtering mode for the render object.
				
				Filtering modes:
					FILTER_NONE
					FILTER_POINT
					FILTER_LINEAR
					FILTER_ANISOTROPIC
					
				Default is FILTER_LINEAR.
		
		ObjRender_SetTextureFilterMag
			Arguments:
				1) (int) object ID
				2) (const) mode
			Description:
				Sets the magnification filtering mode for the render object.
				
				Default is FILTER_LINEAR.
		
		ObjRender_SetTextureFilterMip
			Arguments:
				1) (int) object ID
				2) (const) mode
			Description:
				Sets the mipmap filtering mode for the render object.
				
				Default is FILTER_NONE.
		
		ObjRender_SetTextureFilter
			Arguments:
				1) (int) object ID
				2) (const) filter min
				3) (const) filter mag
				4) (const) filter mip
			Description:
				Fused ObjRender_SetTextureFilterMin+Mag+Mip.
		
		[---------------------------> Vertex Shader <---------------------------]
		
		ObjRender_SetVertexShaderRenderingMode
			Arguments:
				1) (int) object ID
				2) (bool) use vertex shader mode
			Description:
				Sets whether the render object will be rendered with support for vertex shaders.
				Default is false.
				
				Rendering will not be performed without an attached shader object when this is set to true.
				When using vertex shader rendering mode with 3D objects, fog must be manually computed with the shader.
		
		ObjRender_SetEnableDefaultTransformMatrix
			Arguments:
				1) (int) object ID
				2) (bool) enable
			Description:
				Sets whether the render object will calculate its transformation matrix.
				Default is true.
				
				The transformation matrix contains the object's scale, angle, and position data, along with the 2D camera matrix.
				If set to false, the transformation matrix will only contain the 2D camera matrix.
		
		[---------------------------> Lighting <---------------------------]
		
		ObjRender_SetLightingEnable
			Arguments:
				1) (int) object ID
				2) (bool) lighting enable
				2) (bool) specular lighting enable
			Description:
				Enables or disables the 3D directional lighting and specular lighting for the render object.
				
				The default values are false and false.
				For mesh objects, the default values are true and false.
				
				If it is not necessary, I recommend you not use specular lighting, as it's quite computationally expensive.
		
		ObjRender_SetLightingDiffuseColor
			Arguments:
				1) (int) object ID
				2) (int) r
				3) (int) g
				4) (int) b
			Description:
				Sets the diffuse color of the lighting.
				
				The default color value is (128, 128, 128).
		
		ObjRender_SetLightingDiffuseColor (Overload)
			Arguments:
				1) (int) object ID
				2) (int) hex color
			Description:
				Overloaded with 2 arguments.
				
				Sets the object's diffuse lighting color as an XRGB hexadecimal color value.
		
		ObjRender_SetLightingSpecularColor
			Arguments:
				1) (int) object ID
				2) (int) r
				3) (int) g
				4) (int) b
			Description:
				Sets the specular color of the lighting.
				
				The default color value is (0, 0, 0).
		
		ObjRender_SetLightingSpecularColor (Overload)
			Arguments:
				1) (int) object ID
				2) (int) hex color
			Description:
				Overloaded with 2 arguments.
				
				Sets the object's specular lighting color as an XRGB hexadecimal color value.
		
		ObjRender_SetLightingAmbientColor
			Arguments:
				1) (int) object ID
				2) (int) r
				3) (int) g
				4) (int) b
			Description:
				Sets the ambient color of the lighting.
				
				The default color value is (128, 128, 128).
		
		ObjRender_SetLightingAmbientColor (Overload)
			Arguments:
				1) (int) object ID
				2) (int) hex color
			Description:
				Overloaded with 2 arguments.
				
				Sets the object's ambient lighting color as an XRGB hexadecimal color value.
		
		ObjRender_SetLightingDirection
			Arguments:
				1) (int) object ID
				2) x component
				3) y component
				4) z component
			Description:
				Sets the direction vector of the lighting.
				Vector does not need to be normalized, but should have a non-zero length.
				
				The default direction vector is (-1, -1, -1).
		
	--------------------------------> Primitive Object Functions <--------------------------------
	
	ObjPrim_GetTexture
		Arguments:
			1) (int) object ID
		Returns:
			(string) texture name
		Description:
			Returns the path/name of the primitive object's texture.
	
	ObjPrim_SetVertexColor (Overload)
		Arguments:
			1) (int) object ID
			2) (int) vertex index
			3) (int) hex color
		Description:
			Overloaded with 3 arguments.
		
			Sets the vertex color as an XRGB hexadecimal color value.
	
	ObjPrim_SetVertexColorHSV
		Arguments:
			1) (int) object ID
			2) (int) vertex index
			3) color hue
			4) color saturation
			5) color value
		Description:
			Sets the vertex color of the primitive object as a HSV color.
	
	ObjPrim_GetVertexColor
		Arguments:
			1) (int) object ID
			2) (int) vertex index
		Returns:
			(int[3]) color
		Description:
			Returns the vertex color as an [r, g, b] array.
	
	ObjPrim_GetVertexColorHex
		Arguments:
			1) (int) object ID
			2) (int) vertex index
		Returns:
			(int) hex color
		Description:
			Returns the vertex color as an XRGB hexadecimal color value.
	
	ObjPrim_GetVertexAlpha
		Arguments:
			1) (int) object ID
			2) (int) vertex index
		Returns:
			(int) alpha
		Description:
			Returns the vertex alpha value.
	
	ObjPrim_SetVertexIndex
		Arguments:
			1) (int) object ID
			2) (int[]) indices
		Description:
			Sets vertex indices to the primitive object. 
			Required for particle list objects.
			
			Example:
				ObjPrim_SetPrimitiveType(obj, PRIMITIVE_TRIANGLELIST);
				ObjPrim_SetVertexCount(obj, 4);
				ObjPrim_SetVertexPosition(obj, 0, 0, 0);
				ObjPrim_SetVertexPosition(obj, 1, 32, 0);
				ObjPrim_SetVertexPosition(obj, 2, 0, 32);
				ObjPrim_SetVertexPosition(obj, 3, 32, 32);
				ObjPrim_SetVertexIndex(obj, [0, 1, 2, 1, 2, 3]);
	
	--------------------------------> 2D Sprite Object Functions <--------------------------------
	
	ObjSprite2D_SetSourceRect (overload)
		Arguments:
			1) (int) object ID
			2) (int[4]) rect
		Description:
			Overloaded with 2 arguments.
			
			ObjSprite2D_SetSourceRect(obj, rect[0], rect[1], rect[2], rect[3]);
	
	ObjSprite2D_SetDestRect (overload)
		Arguments:
			1) (int) object ID
			2) (float[4]) rect
		Description:
			Overloaded with 2 arguments.
			
			ObjSprite2D_SetDestRect(obj, rect[0], rect[1], rect[2], rect[3]);
	
	--------------------------------> 2D Sprite List Object Functions <--------------------------------
	
	ObjSpriteList2D_SetSourceRect (overload)
		Arguments:
			1) (int) object ID
			2) (int[4]) rect
		Description:
			Overloaded with 2 arguments.
			
			ObjSpriteList2D_SetSourceRect(obj, rect[0], rect[1], rect[2], rect[3]);
	
	ObjSpriteList2D_SetDestRect (overload)
		Arguments:
			1) (int) object ID
			2) (float[4]) rect
		Description:
			Overloaded with 2 arguments.
			
			ObjSpriteList2D_SetDestRect(obj, rect[0], rect[1], rect[2], rect[3]);
	
	ObjSpriteList2D_SetAutoClearVertexCount
		Arguments:
			1) (int) object ID
			2) (bool) clear
		Description:
			Sets whether the 2D sprite list object will clear its vertices upon rendering.
	
	--------------------------------> 3D Sprite Object Functions <--------------------------------
	
	ObjSprite3D_SetSourceRect (overload)
		Arguments:
			1) (int) object ID
			2) (int[4]) rect
		Description:
			Overloaded with 2 arguments.
			
			ObjSprite3D_SetSourceRect(obj, rect[0], rect[1], rect[2], rect[3]);
	
	ObjSprite3D_SetDestRect (overload)
		Arguments:
			1) (int) object ID
			2) (float[4]) rect
		Description:
			Overloaded with 2 arguments.
			
			ObjSprite3D_SetDestRect(obj, rect[0], rect[1], rect[2], rect[3]);
	
	ObjSprite3D_SetSourceDestRect (overload)
		Arguments:
			1) (int) object ID
			2) (float[4]) rect
		Description:
			Overloaded with 2 arguments.
			
			ObjSprite3D_SetSourceDestRect(obj, rect[0], rect[1], rect[2], rect[3]);
	
	--------------------------------> Particle List Object Functions <--------------------------------
	
	ObjParticleList_Create
		Arguments:
			1) (const) type
		Description:
			Creates a new particle list object and returns its ID.
			Available types are:
				OBJ_PARTICLE_LIST_2D
				OBJ_PARTICLE_LIST_3D
			Vertex shader rendering is always on, and rendering will fail if an improper custom shader is used.
			Not using a custom shader will result in the default shader being used.
	
	ObjParticleList_SetPosition
		Arguments:
			1) (int) object ID
			2) X position
			3) Y position
			4) Z position
		Description:
			Sets the instance position data.
	
	ObjParticleList_SetScaleX
		Arguments:
			1) (int) object ID
			2) X scale
		Description:
			Sets the instance X scale data.
	
	ObjParticleList_SetScaleY
		Arguments:
			1) (int) object ID
			2) Y scale
		Description:
			Sets the instance Y scale data.
	
	ObjParticleList_SetScaleZ
		Arguments:
			1) (int) object ID
			2) Z scale
		Description:
			Sets the instance Z scale data.
	
	ObjParticleList_SetScale
		Arguments:
			1) (int) object ID
			2) X scale
			3) Y scale
			4) Z scale
		Description:
			Sets the instance scale data.
	
	ObjParticleList_SetScale (Overload)
		Arguments:
			1) (int) object ID
			2) scale
		Description:
			Overloaded with 2 arguments.
			
			Sets the instance scale data.
			
			ObjParticleList_SetScale(obj, 2);  //->  ObjParticleList_SetScale(obj, 2, 2, 2);
	
	ObjParticleList_SetAngleX
		Arguments:
			1) (int) object ID
			2) X angle
		Description:
			Sets the instance X angle data.
	
	ObjParticleList_SetAngleY
		Arguments:
			1) (int) object ID
			2) Y angle
		Description:
			Sets the instance Y angle data.
	
	ObjParticleList_SetAngleZ
		Arguments:
			1) (int) object ID
			2) Z angle
		Description:
			Sets the instance Z angle data.
	
	ObjParticleList_SetAngleXYZ
		Arguments:
			1) (int) object ID
			2) X angle
			3) Y angle
			3) Z angle
		Description:
			Sets the instance XYZ angle data.
	
	ObjParticleList_SetColor
		Arguments:
			1) (int) object ID
			2) (int) red
			3) (int) green
			4) (int) blue
		Description:
			Sets the instance RGB color data.
	
	ObjParticleList_SetColor (Overload)
		Arguments:
			1) (int) object ID
			2) (int) hex color
		Description:
			Overloaded with 2 arguments.
		
			Sets the instance color data as an XRGB hexadecimal color value.
	
	ObjParticleList_SetAlpha
		Arguments:
			1) (int) object ID
			2) (int) alpha
		Description:
			Sets the instance alpha data.
	
	ObjParticleList_SetExtraData
		Arguments:
			1) (int) object ID
			2) data 1
			2) data 2
			2) data 3
		Description:
			Sets instance extra data.
			These can be freely utilized by the scripters in case a custom shader is used.
	
	ObjParticleList_AddInstance
		Arguments:
			1) (int) object ID
		Description:
			Submits the current data to the next instance.
	
	ObjParticleList_ClearInstance
		Arguments:
			1) (int) object ID
		Description:
			Clears all previously submitted instance data of the current frame.
	
	--------------------------------> Mesh Object Functions <--------------------------------
	
	ObjMesh_SetColor (Overload)
		Arguments:
			1) (int) object ID
			2) (int) hex color
		Description:
			Overloaded with 2 arguments.
		
			Sets the mesh object's color as an XRGB hexadecimal color value.
	
	--------------------------------> Text Object Functions <--------------------------------
	
	ObjText_GetText
		Arguments:
			1) (int) object ID
		Returns:
			(string) text
		Description:
			Returns the text of the text object.
	
	ObjText_SetFixedWidth
		Arguments:
			1) (int) object ID
			2) (int) width
		Description:
			Activates and sets the width of monospacing mode for the text object.
			
			If width is <= 0, the spacing mode returns to regular dynamic spacing.
	
	ObjText_SetFontWeight
		Arguments:
			1) (int) object ID
			2) (int) weight
		Description:
			Sets the font weight for the following text object.
			
			Weight ranges from 0 to 1000, with 0 being the lightest and 1000 being the thickest. -1 for the default weight.
			Some fonts may not support all weight values.
			
			*ObjText_SetFontBold(a, b) is equivalent to ObjText_SetFontWeight(a, b ? 700 : 400).
	
	ObjText_SetFontCharacterSet
		Arguments:
			1) (int) object ID
			2) (int) charset
		Description:
			Sets the charset for the following text object.
			
			The following constants are defined:
				CHARSET_ANSI
				CHARSET_DEFAULT
				CHARSET_SHIFTJIS
				CHARSET_HANGUL
				CHARSET_JOHAB
				CHARSET_CHINESEBIG5
				CHARSET_TURKISH
				CHARSET_VIETNAMESE
				CHARSET_HEBREW
				CHARSET_ARABIC
				CHARSET_THAI
			
			For the full list of all charset values, refer to here:
				https://docs.microsoft.com/en-us/openspecs/windows_protocols/ms-wmf/0d0b32ac-a836-4bd2-a112-b6000a1b4fc9
			Avoid using CHARSET_DEFAULT, as it may be device-dependent.
			
			To ensure that font glyphs generate correctly, match the text object's charset with the font's charset.
			*The font charset is reset to either CHARSET_ANSI or CHARSET_SHIFTJIS every time ObjText_SetFontType is used.
	
	ObjText_SetFontColorTop (Overload)
		Arguments:
			1) (int) object ID
			2) (int) hex color
		Description:
			Overloaded with 2 arguments.
		
			Sets the text object's font's top color as an XRGB hexadecimal color value.
	
	ObjText_SetFontColorBottom (Overload)
		Arguments:
			1) (int) object ID
			2) (int) hex color
		Description:
			Overloaded with 2 arguments.
		
			Sets the text object's font's bottom color as an XRGB hexadecimal color value.
	
	ObjText_SetFontBorderColor (Overload)
		Arguments:
			1) (int) object ID
			2) (int) hex color
		Description:
			Overloaded with 2 arguments.
		
			Sets the text object's font's border color as an XRGB hexadecimal color value.
	
	ObjText_SetVertexColor (Overload)
		Arguments:
			1) (int) object ID
			2) (int) hex color
		Description:
			Overloaded with 2 arguments.
		
			Sets the text object's color as an ARGB hexadecimal color value.
	
	--------------------------------> Sound Object Functions <--------------------------------
	
	ObjSound_SetResumeEnable
		Arguments:
			1) (int) object ID
			2) (bool) resume enable
		Description:
			Formerly ObjSound_SetRestartEnable.
			Function unchanged.
			
			If set to true, using ObjSound_Play on the sound object that was previously stopped with ObjSound_Stop will resume playing where it last left off.
	
	ObjSound_Seek
		Arguments:
			1) (int) object ID
			2) time
		Description:
			Seeks to the specified time in the audio.
	
	ObjSound_SeekSampleCount
		Arguments:
			1) (int) object ID
			2) (int) sample
		Description:
			Seeks to the specified sample in the audio.
	
	ObjSound_SetFrequency
		Arguments:
			1) (int) object ID
			2) (int) frequency
		Description:
			Sets the frequency of the audio in sample rate.
			Can be used to increase or decrease play speed.
			
			An input of 0 will reset the value to the audio's original frequency.
	
	ObjSound_GetInfo
		Arguments:
			1) (int) object ID
			2) (const) type
		Returns:
			[varies]
		Description:
			Returns the value of the requested information about the sound object.
			
			List of available information types:
				INFO_FORMAT
					- The format of the audio file.
						- SOUND_UNKNOWN
						- SOUND_WAVE
						- SOUND_OGG
						- SOUND_MP3
						- SOUND_AWAVE
						- SOUND_MIDI
				INFO_CHANNEL
					- The number of channels.
				INFO_SAMPLE_RATE
					- The sample rate of the audio in hertz.
					- ObjSound_SetFrequency does not affect this value.
				INFO_AVG_BYTE_PER_SEC
					- The average byte per one second of audio.
				INFO_BLOCK_ALIGN
					- The block align. (channel * bytePerSample)
				INFO_BIT_PER_SAMPLE
					- The bits per sample of the audio.
				INFO_POSITION
					- The current reading position of the audio in seconds.
				INFO_POSITION_SAMPLE
					- The current reading position of the audio in sample count.
				INFO_LENGTH
					- The total length of the audio in seconds.
				INFO_LENGTH_SAMPLE
					- The total length of the audio in sample count.
	
	--------------------------------> Text File Object Functions <--------------------------------
	
	ObjFileT_SetLineText
		Arguments:
			1) (int) object ID
			2) (int) line number
			3) (string) new text
		Description:
			Sets the text of the given line of the text file object.
			
			*Note that the actual file content is only updated upon calling ObjFile_Store.
	
	--------------------------------> Binary File Object Functions <--------------------------------
	
	ObjFileB_GetLastRead
		Arguments:
			1) (int) object ID
		Returns:
			(int) result
		Description:
			Returns the amount of bytes read at the last read operation.
			
			A result of 0 may indicate an end-of-file.
	
	ObjFileB_ReadBoolean
		Arguments:
			1) (int) object ID
		Returns:
			(bool) result
		Description:
			Change.
			No longer throws an error upon attempting to read past the end-of-file.
		
			Reads a boolean value from the binary file object.
			Advances the read pointer by 1.
	
	ObjFileB_ReadByte
		Arguments:
			1) (int) object ID
		Returns:
			(int) result
		Description:
			Change.
			No longer throws an error upon attempting to read past the end-of-file.
		
			Reads a byte value from the binary file object.
			Advances the read pointer by 1.
	
	ObjFileB_ReadShort
		Arguments:
			1) (int) object ID
		Returns:
			(int) result
		Description:
			Change.
			No longer throws an error upon attempting to read past the end-of-file.
		
			Reads a short integer value from the binary file object.
			Advances the read pointer by 2.
	
	ObjFileB_ReadInteger
		Arguments:
			1) (int) object ID
		Returns:
			(int) result
		Description:
			Change.
			No longer throws an error upon attempting to read past the end-of-file.
		
			Reads an integer value from the binary file object.
			Advances the read pointer by 4.
	
	ObjFileB_ReadLong
		Arguments:
			1) (int) object ID
		Returns:
			(int) result
		Description:
			Change.
			No longer throws an error upon attempting to read past the end-of-file.
		
			Reads a long integer value from the binary file object.
			Advances the read pointer by 8.
	
	ObjFileB_ReadFloat
		Arguments:
			1) (int) object ID
		Returns:
			(float) result
		Description:
			Change.
			No longer throws an error upon attempting to read past the end-of-file.
		
			Reads a single-precision float value from the binary file object.
			Advances the read pointer by 4.
	
	ObjFileB_ReadDouble
		Arguments:
			1) (int) object ID
		Returns:
			(float) result
		Description:
			Change.
			No longer throws an error upon attempting to read past the end-of-file.
		
			Reads a double-precision float value from the binary file object.
			Advances the read pointer by 8.
	
	ObjFileB_WriteBoolean
		Arguments:
			1) (int) object ID
			2) (bool) value
		Returns:
			(int) bytes written
		Description:
			Writes a boolean value to the binary file object at the current write pointer.
			Advances the write pointer by 1.
	
	ObjFileB_WriteByte
		Arguments:
			1) (int) object ID
			2) (int) value
		Returns:
			(int) bytes written
		Description:
			Writes a boolean value to the binary file object at the current write pointer.
			Advances the write pointer by 1.
	
	ObjFileB_WriteShort
		Arguments:
			1) (int) object ID
			2) (int) value
		Returns:
			(int) bytes written
		Description:
			Writes a short integer value to the binary file object at the current write pointer.
			Advances the write pointer by 2.
	
	ObjFileB_WriteInteger
		Arguments:
			1) (int) object ID
			2) (int) value
		Returns:
			(int) bytes written
		Description:
			Writes an integer value to the binary file object at the current write pointer.
			Advances the write pointer by 4.
	
	ObjFileB_WriteLong
		Arguments:
			1) (int) object ID
			2) (int) value
		Returns:
			(int) bytes written
		Description:
			Writes a long integer value to the binary file object at the current write pointer.
			Advances the write pointer by 8.
	
	ObjFileB_WriteFloat
		Arguments:
			1) (int) object ID
			2) value
		Returns:
			(int) bytes written
		Description:
			Writes a single-precision float value to the binary file object at the current write pointer.
			Advances the write pointer by 4.
	
	ObjFileB_WriteDouble
		Arguments:
			1) (int) object ID
			2) value
		Returns:
			(int) bytes written
		Description:
			Writes a double-precision float value to the binary file object at the current write pointer.
			Advances the write pointer by 8.
	
---------------------------------------------->	[Stage Script] <----------------------------------------------
	
	-------------------------------->  Basic Stage Functions <--------------------------------
	
	SetStgFrame (Overload)
		Arguments:
			1) (int) frame left
			2) (int) frame top
			3) (int) frame right
			4) (int) frame bottom
			5) (int) STG frame render priority - starting (inclusive)
			6) (int) STG frame render priority - ending (exclusive)
			7) (int) 2D camera render priority
		Description:
			Overloaded with 7 arguments.
			
			Additional ability to change the render priority of the 2D camera. 
	
	SetIntersectionVisualization
		Arguments:
			1) (bool) enable
		Description:
			Enables active visualization of all intersection object hitboxes.
			
			Color codes:
				Green   : Player hitbox+grazebox
				Blue    : Player shot
				Cyan    : Player spell
				Yellow  : Enemy hitbox+killbox
				Red     : Enemy shot
	
	SetIntersectionVisualizationRenderPriority
		Arguments:
			1) (int) render priority
		Description:
			Sets the render priority of hitbox visualizations.
			
			Default value is 68. (GetCameraFocusPermitPriorityI() - 1)
	
	--------------------------------> Player Functions <--------------------------------
	
	GetPlayerScriptID
		Returns:
			(int) script ID
		Description:
			Returns the script ID of the player object.
	
	GetPlayerAutoItemCollectLine
		Returns:
			(float) position
		Description:
			Returns the position of the player's item autocollection line.
	
	SetPlayerItemScope
		Arguments:
			1) (int) value
		Description:
			Sets the player's item collection scope radius.
			Effect equivalent to CollectItemsInCircle.
	
	GetPlayerItemScope
		Returns:
			(float) scope size
		Description:
			Gets the player's item collection scope radius.
	
	SetPlayerInvincibleGraze
		Arguments:
			1) (bool) enable
		Description:
			Sets whether the player can graze during invincbility period.
			True by default. All hail ZUN's engine.
	
	SetPlayerIntersectionEraseShot
		Arguments:
			1) (bool) enable
		Description:
			Sets whether shots colliding with the player would get automatically deleted.
			True by default. All hail ZUN's engine. Again. LOUDER!
	
	SetPlayerStateEndEnable
		Arguments:
			1) (bool) enable
		Description:
			Sets whether STATE_END is permitted to activate.
			If set to false, player life will continue below 0 upon each death without limit.
			False by default if the main script is a package script.
	
	SetPlayerShootdownEventEnable
		Arguments:
			1) (bool) enable
		Description:
			Sets whether EV_PLAYER_SHOOTDOWN will be notified upon the player's death.
			Setting it to false would also disable STATE_DOWN and STATE_END from ever occuring.
	
	SetPlayerRebirthPosition
		Arguments:
			1) x
			2) y
		Description:
			Sets the respawn point of the player.
			Use REBIRTH_DEFAULT in either position to reset it to its default value.
	
	--------------------------------> Enemy Functions <--------------------------------
	
	SetEnemyAutoDeleteClip
		Arguments:
			1) (int) left
			2) (int) top
			3) (int) right
			4) (int) bottom
		Description:
			Sets the margin that enemy objects are allowed to traverse past the edges of the STG field before getting automatically deleted.
			
			Basically, SetShotAutoDeleteClip for enemies.
	
	--------------------------------> Shot Functions <--------------------------------
	
	CreateShotA2 (overload)
		Arguments:
			1) x
			2) y
			3) speed
			4) angle
			5) acceleration
			6) max speed
			7) angular velocity
			8) (int) shot graphic ID
			9) (int) delay
		Returns:
			(int) object ID
		Description:
			Overloaded with 9 arguments.
			
			CreateShotA2 with an additional argument for angular velocity.
	
	CreateShotC1
		Arguments:
			1) position x
			2) position y
			3) x speed
			4) y speed
			5) angular offset
			6) (int) shot graphic ID
			7) (int) delay
		Returns:
			(int) object ID
		Description:
			Creates a shot object using the C-movement mode and returns its object ID.
			
			C-movement pattern:
				The C-movement pattern is essentially B-movement with a twist.
				There is an additional "angle offset" property which acts as a rotation vector for the X and Y speeds.
				
				To be precise:
					realSpeedXY = Rotate2D(speedX, speedY, angleOffset);
	
	CreateShotC2
		Arguments:
			1)  position x
			2)  position y
			3)  x speed
			4)  y speed
			5)  x acceleration
			6)  y acceleration
			7)  x max speed
			8)  y max speed
			9)  angle offset
			10) angle offset acceleration
			11) (int) shot graphic ID
			12) (int) delay
		Returns:
			(int) object ID
		Description:
			Creates a shot object using the C-movement mode and returns its object ID.
	
	CreateShotOC1
		Arguments:
			1) (int) parent object
			2) x speed
			3) y speed
			4) angular offset
			5) (int) shot graphic ID
			6) (int) delay
		Returns:
			(int) object ID
		Description:
			Creates a shot object using the C-movement mode on the position of the parent object and returns its object ID.
	
	GetAllShotID
		Arguments:
			1) (const) type
		Returns:
			(int[]) shot object IDs
		Description:
			Returns an array of all shot object IDs of the given type.
			
			Available types:
				TARGET_ALL
				TARGET_PLAYER
				TARGET_ENEMY
	
	GetShotDataInfoA1
		Returns:
			[varies]
		Description:
			Addition + Change.
			
			No longer throws an error if the given shot graphic ID is invalid.
			
			INFO_EXISTS         - Returns whether the given shot graphic ID exists.
			INFO_PATH           - Returns the image path of the given shot graphic ID.
			INFO_IS_FIXED_ANGLE - Returns whether the given shot graphic ID has had fixed_angle enabled.
	
	SetShotTextureFilter
		Arguments:
			1) (const) filter min
			2) (const) filter mag
		Description:
			Sets the min and mag texture filtering modes for rendering shot objects.
			
			The default filtering modes are FILTER_LINEAR and FILTER_LINEAR.
	
	--------------------------------> Item Functions <--------------------------------
	
	SetItemAutoDeleteClip
		Arguments:
			1) (int) left
			2) (int) top
			3) (int) right
			4) (int) bottom
		Description:
			Sets the margin that item objects are allowed to traverse past the edges of the STG field before getting automatically deleted.
			
			Basically, SetShotAutoDeleteClip for items.
	
	GetItemIdInCircleA1
		Arguments:
			1) circle x
			2) circle y
			3) circle radius
		Returns:
			(int[]) item object IDs
		Description:
			Returns the object ID of all item objects within the specified circle.
	
	GetItemIdInCircleA2
		Arguments:
			1) circle x
			2) circle y
			3) circle radius
			4) (int) item type
		Returns:
			(int[]) item object IDs
		Description:
			Returns the object ID of all item objects of the specified type within the specified circle.
	
	SetItemTextureFilter
		Arguments:
			1) (const) filter min
			2) (const) filter mag
		Description:
			Sets the min and mag texture filtering modes for rendering item objects.
			
			The default filtering modes are FILTER_LINEAR and FILTER_LINEAR.
	
	--------------------------------> Intersection Functions <--------------------------------
	
	IsIntersected_Obj_Obj
		Arguments:
			1) (int) object ID 1
			2) (int) object ID 2
		Returns:
			(bool) intersection
		Description:
			Returns true if any of both object's hitboxes intersect at least once.
	
	IsIntersected_Obj_Obj_All
		Arguments:
			1) (int) object ID 1
			2) (int) object ID 2
		Returns:
			(bool) intersection
		Description:
			Returns true if all of both object's hitboxes intersect with any of each other's at least once.
	
	--------------------------------> Move Object Functions <--------------------------------
	
	ObjMove_SetSpeed
		Description:
			Addition.
			
			Also works on B-pattern and C-pattern movements.
	
	ObjMove_SetAngle
		Description:
			Addition.
			
			Also works on B-pattern and C-pattern movements.
	
	ObjMove_SetAcceleration
		Description:
			Addition.
			
			Also works on B-pattern and C-pattern movements.
	
	ObjMove_SetMaxSpeed
		Description:
			Addition.
			
			Also works on B-pattern and C-pattern movements.
	
	ObjMove_SetAngularVelocity
		Description:
			Addition.
			
			Also works on C-pattern movement.
	
	ObjMove_SetAngularAcceleration
		Arguments:
			1) (int) object ID
			2) angular acceleration
		Description:
			Sets the move object's angular acceleration.
			
			Works on A-pattern and C-pattern movements.
	
	ObjMove_SetAngularMaxVelocity
		Arguments:
			1) (int) object ID
			2) angular max velocity
		Description:
			Sets the move object's angular max velocity.
			
			Works on A-pattern and C-pattern movements.
	
	ObjMove_SetSpeedX
		Arguments:
			1) (int) object ID
			2) speed
		Description:
			Sets the move object's X speed.
			
			Works on A-pattern, B-pattern, and C-pattern movements.
	
	ObjMove_SetSpeedY
		Arguments:
			1) (int) object ID
			2) speed
		Description:
			Sets the move object's Y speed.
			
			Works on A-pattern, B-pattern, and C-pattern movements.
	
	ObjMove_SetSpeedXY
		Arguments:
			1) (int) object ID
			2) x speed
			2) y speed
		Description:
			Sets the move object's X and Y speeds.
			
			Works on A-pattern, B-pattern, and C-pattern movements.
	
	ObjMove_GetSpeedX
		Arguments:
			1) (int) object ID
		Returns:
			(float) x speed
		Description:
			Gets the move object's X speed.
	
	ObjMove_GetSpeedY
		Arguments:
			1) (int) object ID
		Returns:
			(float) y speed
		Description:
			Gets the move object's Y speed.
	
	ObjMove_SetDestAtFrame (Overload)
		Arguments:
			1) (int) object ID
			2) target x
			3) target y
			4) (int) frame
			5) (const) interpolation mode
		Description:
			Overloaded with 5 arguments.
		
			Moves the object to the target position in the given frames using the specified interpolation mode.
			
			Available movement interpolation modes:
				LERP_LINEAR:
					Linear interpolation.
				LERP_SMOOTH:
					Smooth interpolation.
				LERP_SMOOTHER:
					Smoother interpolation.
				LERP_ACCELERATE:
					Accelerating interpolation.
				LERP_DECELERATE:
					Decelerating interpolation.
	
	ObjMove_AddPatternA2 (overload)
		Arguments:
			1) (int) object ID
			2) (int) frame
			3) speed
			4) angle
			5) acceleration
			6) max speed
			7) angular velocity
		Description:
			Overloaded with 7 arguments.
			
			Additional ability to specify angular velocity.
	
	ObjMove_AddPatternA3
		Arguments:
			1) (int) object ID
			2) (int) frame
			3) speed
			4) angle
			5) acceleration
			6) max speed
			7) angular velocity
			8) (int) shot graphic ID
		Description:
			Change.
			
			Swapped max speed and angular velocity.
	
	ObjMove_AddPatternA4
		Arguments:
			1) (int) object ID
			2) (int) frame
			3) speed
			4) angle
			5) acceleration
			6) max speed
			7) angular velocity
			8) (int) shot graphic ID
			9) (int) relative object ID
		Description:
			Change.
			
			Swapped max speed and angular velocity.
	
	ObjMove_AddPatternA5
		Arguments:
			1)  (int) object ID
			2)  (int) frame
			3)  speed
			4)  angle
			5)  acceleration
			6)  max speed
			7)  angular velocity
			8)  angular acceleration
			9)  angular max velocity
			10) (int) shot graphic ID
			11) (int) relative object ID
		Description:
			Self-explanatory.
	
	ObjMove_AddPatternC1
		Arguments:
			1) (int) object ID
			2) (int) frame
			3) x speed
			4) y speed
			5) angle offset
		Description:
			Adds a C-movement pattern to the object that will activate after the specified frames after the function call.
	
	ObjMove_AddPatternC2
		Arguments:
			1)  (int) object ID
			2)  (int) frame
			3)  x speed
			4)  y speed
			5)  x acceleration
			6)  y acceleration
			7)  x max speed
			8)  y max speed
			10) angle offset
			11) angle offset velocity
		Description:
			Self-explanatory.
	
	ObjMove_AddPatternC3
		Arguments:
			1)  (int) object ID
			2)  (int) frame
			3)  x speed
			4)  y speed
			5)  x acceleration
			6)  y acceleration
			7)  x max speed
			8)  y max speed
			10) angle offset
			11) angle offset velocity
			12) (int) shot graphic ID
		Description:
			Self-explanatory.
	
	ObjMove_AddPatternC4
		Arguments:
			1)  (int) object ID
			2)  (int) frame
			3)  x speed
			4)  y speed
			5)  x acceleration
			6)  y acceleration
			7)  x max speed
			8)  y max speed
			9)  angle offset
			10) angle offset velocity
			11) angle offset acceleration
			12) angle offset max speed
			13) (int) shot graphic ID
		Description:
			Self-explanatory.
	
	ObjMove_AddPatternD1
		Arguments:
			1) (int) object ID
			2) (int) frame
			3) target x
			4) target y
			5) speed
		Description:
			An AddPattern version of ObjMove_SetDestAtSpeed.
	
	ObjMove_AddPatternD2
		Arguments:
			1) (int) object ID
			2) (int) frame
			3) target x
			4) target y
			5) (int) frame duration
		Description:
			An AddPattern version of ObjMove_SetDestAtFrame.
	
	ObjMove_AddPatternD2 (overload)
		Arguments:
			1) (int) object ID
			2) (int) frame
			3) target x
			4) target y
			5) (int) frame duration
			6) (const) interpolation mode
		Description:
			Overloaded with 6 arguments.
			
			An AddPattern version of ObjMove_SetDestAtFrame.
	
	ObjMove_AddPatternD3
		Arguments:
			1) (int) object ID
			2) (int) frame
			3) target x
			4) target y
			5) weight
			6) max speed
		Description:
			An AddPattern version of ObjMove_SetDestAtWeight.
	
	ObjMove_SetProcessMovement
		Arguments:
			1) (int) object ID
			2) (bool) enable
		Description:
			Sets whether the object will be allowed to execute movement-related routines.
			
			*ObjMove_SetX/Y/Position would still alter the object's position.
	
	ObjMove_GetProcessMovement
		Arguments:
			1) (int) object ID
		Returns:
			(bool) result
		Description:
			Returns true if the object is allowed to execute movement-related routines.
	
	ObjMove_GetMovementType
		Arguments:
			1) (int) object ID
		Returns:
			(const) movement type
		Description:
			Returns the current movement type of the move object.
			
			Possible return values:
				MOVE_NONE		; The object doesn't have an active movement function. (May be caused by ObjMove_CancelMovement.)
				MOVE_ANGLE		; A-pattern movement. (Angle)
				MOVE_XY			; B-pattern movement. (XY)
				MOVE_XY_ANGLE	; C-pattern movement. (XY-Angle)
				MOVE_LINE		; D-pattern movement. (Line, ObjMove_SetDestAtXXX)
				MOVE_OTHER		; Other movements.
	
	ObjMove_CancelMovement
		Arguments:
			1) (int) object ID
		Description:
			Cancels the object's current movement routine.
	
	--------------------------------> Enemy Object Functions <--------------------------------
	
	ObjEnemy_GetInfo
		Description:
			Addition.
				
			INFO_DAMAGE_PREVIOUS_FRAME:
				Returns the amount of damage the enemy received in the previous frame.
	
	ObjEnemy_SetAutoDelete
		Arguments:
			1) (int) object ID
			2) (bool) auto delete
		Description:
			ObjShot_SetAutoDelete, but for enemy objects.
			
			See: SetEnemyAutoDeleteClip
			
			Default value is false.
	
	ObjEnemy_SetDeleteFrame
		Arguments:
			1) (int) object ID
			2) (int) frame
		Description:
			ObjShot_SetDeleteFrame, but for enemy objects.
	
	ObjEnemy_AddLifeEx
		Arguments:
			1) (int) object ID
			2) life
		Description:
			Adds life to the enemy object with respect to the enemy object's maximum damage.
			
			Negative value (damaging) will count towards the maximum damage as if getting hit by a player shot.
			Positive value (healing) will reduce the damage count and allow more damage to be dealt in the frame equal to how much the healing was.
	
	ObjEnemy_SetMaximumDamage
		Arguments:
			1) (int) object ID
			2) maximum damage
		Description:
			Sets the maximum amount of damage that the enemy object can receive through normal means in a single frame.
			
			Default value is, for all intents and purposes, infinity.
	
	ObjEnemy_GetIntersectionCircleListToShot
		Arguments:
			1) (int) object ID
		Returns:
			(float[3][]) intersection circles
		Description:
			Returns an array of arrays of the enemy object's intersection circle to player shot.
			e.g. [[x1, y1, radius1], [x2, y2, radius2], ...]
	
	ObjEnemy_GetIntersectionCircleListToPlayer
		Arguments:
			1) (int) object ID
		Returns:
			(float[3][]) intersection circles
		Description:
			Returns an array of arrays of the enemy object's intersection circle to player hitbox.
			e.g. [[x1, y1, radius1], [x2, y2, radius2], ...]
	
	ObjEnemy_SetEnableIntersectionPositionFetching
		Arguments:
			1) (int) object ID
			2) (bool) enable
		Description:
			If set to false, the following functions will not include the specified enemy object's hitboxes.
				GetEnemyIntersectionPosition
				GetEnemyIntersectionPositionByIdA1
				GetEnemyIntersectionPositionByIdA2
				GetAllEnemyIntersectionPosition
	
	--------------------------------> Enemy Boss Scene Object Functions <--------------------------------
	
	ObjEnemyBossScene_GetInfo
		Description:
			Addition.
				
			INFO_IS_REQUIRE_ALL_DOWN:
				Returns if EV_REQUEST_REQUIRE_ALL_DOWN was set to true.
	
	ObjEnemyBossScene_EndSpell
		Arguments:
			1) (int) boss scene object ID
		Description:
			Marks the current single as being not-a-spell.
			
			I literally do not know why I added this.
	
	ObjEnemyBossScene_SetUnloadCache
		Arguments:
			1) (int) boss scene object ID
			2) (bool) unload
		Description:
			If set to true, will unload all added scripts from the script source cache upon boss scene end or object deletion.
	
	--------------------------------> Shot Object Functions <--------------------------------
	
	ObjShot_SetOwnerType
		Arguments:
			1) (int) object ID
			2) (const) type
		Description:
			Sets the shot object's owner type.
			Available types are:
				OWNER_PLAYER
				OWNER_ENEMY
			Shots created inside a player script are set to OWNER_PLAYER by default, OWNER_ENEMY otherwise.
	
	ObjShot_GetIntersectionEnable
		Arguments:
			1) (int) object ID
		Returns:
			(bool) intersection enable
		Description:
			Returns whether ObjShot_SetIntersectionEnable was set on the shot object.
	
	ObjShot_SetIntersectionScaleX
		Arguments:
			1) (int) object ID
			2) scale
		Description:
			Sets the shot object's X hitbox scale.
			For normal shots, the true scale is the half-point between the X and Y scales.
	
	ObjShot_SetIntersectionScaleY
		Arguments:
			1) (int) object ID
			2) scale
		Description:
			Sets the shot object's Y hitbox scale.
			For normal shots, the true scale is the half-point between the X and Y scales.
	
	ObjShot_SetIntersectionScaleXY
		Arguments:
			1) (int) object ID
			2) X scale
			3) Y scale
		Description:
			Sets the shot object's X and Y hitbox scales.
			For normal shots, the true scale is the half-point between the X and Y scales.
			
			Note: Sorry folks, no ellipse hitboxes for you.
	
	ObjShot_SetPositionRounding
		Arguments:
			1) (int) object ID
			2) (bool) enable
		Description:
			If set to true, will cause the shot object to only render in non-floating point coordinates.
			
			See: Official Touhou games
	
	ObjShot_SetAngleRounding
		Arguments:
			1) (int) object ID
			2) snap angle
		Description:
			Causes the shot render angle to be rounded to the nearest multiple of the given angle.
			If the angle is <= 0, angle rounding will be disabled.
			
			See: PC-98 Touhou games
	
	ObjShot_SetDelayMotionEnable
		Arguments:
			1) (int) object ID
			2) (bool) enable
		Description:
			If set to true, will enable the shot object to move in its delay period.
			Only works on regular shots.
			Default is false.
	
	ObjShot_SetDelayGraphic
		Arguments:
			1) (int) object ID
			2) (int) image ID
		Description:
			Sets the image ID of the shot object's delay cloud.
			A negative value will reset the delay cloud graphic to default.
	
	ObjShot_SetDelayScaleParameter
		Arguments:
			1) (int) object ID
			2) parameter 1 (Designated "S0")
			3) parameter 2 (Designated "S1")
			4) parameter 3 (Designated "S2")
		Description:
			Sets the properties of the shot object's delay cloud's scale.
			
			DELAY_DEFAULT:
				scale = min(S0 + delay / S2, S1)
			DELAY_LERP:
				scale = lerpFunction(S0, S1, delay / S2)
	
	ObjShot_SetDelayAlphaParameter
		Arguments:
			1) (int) object ID
			2) parameter 1 (Designated "A0")
			3) parameter 2 (Designated "A1")
			4) parameter 3 (Designated "A2")
		Description:
			Sets the properties of the shot object's delay cloud's alpha.
			Alpha value range is 0 to 1.
			
			DELAY_DEFAULT:
				alpha = min(A0 + delay / A2, A1)
			DELAY_LERP:
				alpha = lerpFunction(A0, A1, delay / A2)
	
	ObjShot_SetDelayMode
		Arguments:
			1) (int) object ID
			2) (const) delay mode
			3) (const) scale interpolation mode
			4) (const) alpha interpolation mode
		Description:
			Sets the properties of the shot object's delay cloud.
			
			Available delay modes:
				DELAY_DEFAULT:
					Default Danmakufu delay.
				DELAY_LERP:
					ZUN-like delay.
			Available delay interpolation modes:
				LERP_LINEAR:
					Linear interpolation.
				LERP_SMOOTH:
					Smooth interpolation.
				LERP_SMOOTHER:
					Smoother interpolation.
				LERP_ACCELERATE:
					Accelerating interpolation.
				LERP_DECELERATE:
					Decelerating interpolation.
	
	ObjShot_SetDelayColor
		Arguments:
			1) (int) object ID
			2) (int) hex color
		Description:
			Sets the color of the shot object's delay cloud as an ARGB hexadecimal color value.
			
			Set to 0 to revert to using the shot data's delay color.
	
	ObjShot_SetDelayColoringEnable
		Arguments:
			1) (int) object ID
			2) (bool) enable
		Description:
			When set to true, enables the object color to affect the shot object's delay cloud.
	
	ObjShot_SetGrazeInvalidFrame
		Arguments:
			1) (int) object ID
			2) (int) cooldown frame
		Description:
			Sets the shot object's graze cooldown frame.
			After being grazed, the shot will be put on graze cooldown, wherein it cannot be grazed for the duration.
			
			For lasers, the default value is 20.
			For normal shots, the default value is 2147483647.
	
	ObjShot_SetGrazeFrame
		Arguments:
			1) (int) object ID
			2) (int) frame
		Description:
			Sets the shot object's graze frame.
			
			Internally, this value is reset to the graze invalid frame every time a graze is performed.
			This value decreases by 1 every frame, and the shot object is eligible for a graze if it is equal to or less than 0.
	
	ObjShot_IsValidGraze
		Arguments:
			1) (int) object ID
		Returns:
			(bool) graze validity
		Description:
			Returns whether the shot object is currently able to be grazed.
	
	ObjShot_SetPenetrateShotEnable
		Arguments:
			1) (int) object ID
			2) (bool) enable
		Description:
			If set to false, the shot will not lose penetration upon collision with another enemy shot.
			Intended to be used with players shots, in tandem with ObjShot_SetEraseShot.
			
			Default is true.
	
	ObjShot_SetEnemyIntersectionInvalidFrame
		Arguments:
			1) (int) object ID
			2) (int) cooldown
		Description:
			Sets the enemy intersection cooldown duration in frames for the shot object.
			
			Intersection with an enemy will add the enemy to the shot's cooldown list.
			The shot will not be able to intersect enemy objects still on hit cooldown.
			
			Cooldown is maintained by the shot, not the enemy.
			Shot A intersecting and putting an enemy on cooldown will not stop Shot B from registering intersection with the same enemy.
	
	ObjShot_SetFixedAngle
		Arguments:
			1) (int) object ID
			2) (bool) fixed angle
		Description:
			If set to true, the shot will not visually rotate along its movement angle.
			
			The default value is specified in the graphic's shot data as "fixed_angle", this function allows you to override that value.
	
	ObjShot_SetSpinAngularVelocity
		Arguments:
			1) (int) object ID
			2) spin angular velocity
		Description:
			Sets the Z angle spin speed of the shot graphic.
			
			The default spin speed is specified in the graphic's shot data as "angular_velocity", this function allows you to override that value.
	
	ObjShot_SetDelayAngularVelocity
		Arguments:
			1) (int) object ID
			2) delay angular velocity
		Description:
			Sets the Z angle spin speed of the shot's delay cloud.
			
			The default delay spin speed is 0.
	
	--------------------------------> Straight Laser Object Functions <--------------------------------
	
	ObjLaser_SetInvalidLength
		Description:
			Change.
			
			Both invalid lengths now scale from 0 to 1 rather than 0 to 100.
	
	ObjStLaser_SetEnd
		Arguments:
			1) (int) object ID
			2) (bool) set
		Description:
			Sets whether a delay cloud will appear at the end of the straight laser object.
	
	ObjStLaser_SetEndGraphic
		Arguments:
			1) (int) object ID
			2) (int) graphic ID
		Description:
			Sets the shot image ID of the straight laser object "end" delay cloud.
			
			See: ObjShot_SetDelayGraphic
	
	ObjStLaser_SetDelayScale
		Arguments:
			1) (int) object ID
			2) source scale multiplier
			3) end scale multiplier
		Description:
			Sets the scale multipliers of the straight laser object's delay clouds.
			The default values are (1, 1).
	
	ObjStLaser_SetPermitExpand
		Arguments:
			1) (int) object ID
			2) (bool) enable
		Description:
			Sets whether the straight laser will expand after the delay period.
			Intended for use in delay lines.
	
	ObjStLaser_GetPermitExpand
		Arguments:
			1) (int) object ID
		Returns:
			(bool) permit expand
		Description:
			Returns whether the straight laser is permitted to expand after the delay period.
	
	--------------------------------> Curvy Laser Object Functions <--------------------------------
	
	ObjCrLaser_SetTipCapping
		Arguments:
			1) (int) object ID
			2) (bool) enable
		Description:
			Sets whether the curvy laser will attempt to keep its graphic's tips proportional to the upper and lower halves of its sprite.
			
			The exact middle of the sprite will be stretched along the laser's body between the tips.
			Can be used to emulate PC-98-styled "cheeto lasers".
	
	ObjCrLaser_GetNodePointer
		Arguments:
			1) (int) object ID
			2) (int) node index
		Returns:
			(pointer) node pointer
		Description:
			Returns the pointer value of the specified node index.
			The pointer is used in other node-related functions.
			
			As node traversal is relatively expensive, it is not recommended to repeatedly use this function.
			
			At each frame, the node at the laser's end is invalidated if the laser is able to move.
			Using an invalid pointer may cause a memory access violation.
	
	ObjCrLaser_GetNodePointerList
		Arguments:
			1) (int) object ID
		Returns:
			(pointer[]) node pointers
		Description:
			Returns a list of node pointers of the curvy laser object.
			The pointers are used in other node-related functions.
			
			At each frame, the node at the laser's end is invalidated if the laser is able to move.
			Using an invalid pointer may cause a memory access violation.
	
	ObjCrLaser_GetNodePosition
		Arguments:
			1) (int) object ID
			2) (pointer) node pointer
		Returns:
			(float[2]) node position
		Description:
			Returns the [x, y] position array of the specified node.
			
			The node pointer is obtained with ObjCrLaser_GetNodePointer[List], do NOT pass in any other values.
	
	ObjCrLaser_GetNodeAngle
		Arguments:
			1) (int) object ID
			2) (pointer) node pointer
		Returns:
			(float) node angle
		Description:
			Returns the facing angle of the specified node.
			
			The node pointer is obtained with ObjCrLaser_GetNodePointer[List], do NOT pass in any other values.
	
	ObjCrLaser_GetNodeWidthScale
		Arguments:
			1) (int) object ID
			2) (pointer) node pointer
		Returns:
			(float) node width
		Description:
			Returns the render width scale of the specified node.
			
			The node pointer is obtained with ObjCrLaser_GetNodePointer[List], do NOT pass in any other values.
	
	ObjCrLaser_GetNodeColor
		Arguments:
			1) (int) object ID
			2) (pointer) node pointer
		Returns:
			(int[4]) node color
		Description:
			Returns the [a, r, g, b] color array of the specified node.
			
			The node pointer is obtained with ObjCrLaser_GetNodePointer[List], do NOT pass in any other values.
	
	ObjCrLaser_GetNodeColorHex
		Arguments:
			1) (int) object ID
			2) (pointer) node pointer
		Returns:
			(int) hex color
		Description:
			Returns the ARGB hexadecimal color value of the specified node.
			
			The node pointer is obtained with ObjCrLaser_GetNodePointer[List], do NOT pass in any other values.
	
	ObjCrLaser_SetNode
		Arguments:
			1) (int) object ID
			2) (pointer) node pointer
			3) node X
			4) node Y
			5) node angle
			6) (int) node hex color
		Description:
			Sets the position, angle, and color of the specified node.
			
			The node pointer is obtained with ObjCrLaser_GetNodePointer[List], do NOT pass in any other values.
	
	ObjCrLaser_SetNode (Overload)
		Arguments:
			1) (int) object ID
			2) (pointer) node pointer
			3) node X
			4) node Y
			5) node angle
			6) (int) node hex color
			7) =node width scale
		Description:
			Overloaded with 7 arguments.
			
			Additional ability to set node render width render.
	
	ObjCrLaser_SetNodePosition
		Arguments:
			1) (int) object ID
			2) (pointer) node pointer
			3) node X
			4) node Y
		Description:
			Sets the position of the specified node.
			
			The node pointer is obtained with ObjCrLaser_GetNodePointer[List], do NOT pass in any other values.
			
	ObjCrLaser_SetNodeAngle
		Arguments:
			1) (int) object ID
			2) (pointer) node pointer
			3) node angle
		Description:
			Sets the angle of the specified node.
			
			The node pointer is obtained with ObjCrLaser_GetNodePointer[List], do NOT pass in any other values.
	
	ObjCrLaser_SetNodeWidthScale
		Arguments:
			1) (int) object ID
			2) (pointer) node pointer
			3) node scale
		Description:
			Sets the render width scale of the specified node.
			
			The node pointer is obtained with ObjCrLaser_GetNodePointer[List], do NOT pass in any other values.
	
	ObjCrLaser_SetNodeColor
		Arguments:
			1) (int) object ID
			2) (pointer) node pointer
			3) (int) node hex color
		Description:
			Sets the color of the specified node as an ARGB hexadecimal color value.
			
			The node pointer is obtained with ObjCrLaser_GetNodePointer[List], do NOT pass in any other values.
	
	ObjCrLaser_AddNode
		Arguments:
			1) (int) object ID
			2) node X
			3) node Y
			4) node angle
			5) (int) node hex color
		Description:
			Adds a laser node at the end of the curvy laser with the specified position, angle, and color.
	
	ObjCrLaser_AddNode (Overload)
		Arguments:
			1) (int) object ID
			2) node X
			3) node Y
			4) node angle
			5) (int) node hex color
			6) node width scale
		Description:
			Overloaded with 6 arguments.
			
			Additional ability to specify node render width render.
	
	--------------------------------> Shot Pattern Object Functions <--------------------------------
	
	ObjPatternShot_Create
		Description:
			Creates a pattern shot object and returns its object ID.
			
			Can be used for firing a large amount of bullets with only a few function calls, like in ZUN's ECL scripts.
	
	ObjPatternShot_Fire
		Arguments:
			1) (int) object ID
		Description:
			Fires the shot pattern defined by the given shot pattern object.
	
	ObjPatternShot_FireReturn
		Arguments:
			1) (int) object ID
		Returns:
			(int[]) shot IDs
		Description:
			Fires the shot pattern defined by the given shot pattern object and returns the IDs of the created shots in an array.
	
	ObjPatternShot_SetParentObject
		Arguments:
			1) (int) object ID
			2) (int) parent object ID
		Description:
			Sets the parent object of the given shot pattern object.
	
	ObjPatternShot_SetPatternType
		Arguments:
			1) (int) object ID
			2) (const) type
		Description:
			Sets the firing pattern of the given shot pattern object.
			Available pattern types:
				PATTERN_FAN
				PATTERN_FAN_AIMED
				PATTERN_RING
				PATTERN_RING_AIMED
				PATTERN_ARROW
				PATTERN_ARROW_AIMED
				PATTERN_POLYGON
					- [way]:            Number of polygon vertices.
					- [stack]:          Number of shots per sides.
					- [angle argument]:	Edge skip, should normally be 1. Other values will result in polygrams.
					- [speed argument]:	No effect.
				PATTERN_POLYGON_AIMED
				PATTERN_ELLIPSE
					- [stack]:          No effect.
					- [angle argument]:	Angle of the ellipse. (Not of the shots)
					- [base speed]:     Max speed at the ends of the primary axis.
					- [speed argument]:	Max speed at the ends of the secondary axis.
				PATTERN_ELLIPSE_AIMED
				PATTERN_SCATTER_ANGLE
				PATTERN_SCATTER_SPEED
				PATTERN_SCATTER
				PATTERN_LINE
				PATTERN_ROSE
					- [way]:            Number of "petals".
					- [stack]:          Number of shots per petals.
	
	ObjPatternShot_SetShotType
		Arguments:
			1) (int) object ID
			2) (const) type
		Description:
			Sets the shot type of the given shot pattern object.
			Supported types:
				OBJ_SHOT
				OBJ_LOOSE_LASER
				OBJ_CURVE_LASER
	
	ObjPatternShot_SetInitialBlendMode
		Arguments:
			1) (int) object ID
			2) (const) blend type
		Description:
			Sets the initial blend type of the shots.
			See ObjRender_SetBlendType for the list of blend types.
	
	ObjPatternShot_SetShotCount
		Arguments:
			1) (int) object ID
			2) (int) way
			3) (int) stack
		Description:
			Sets the shot way and shot stack of the given shot pattern object.
	
	ObjPatternShot_SetSpeed
		Arguments:
			1) (int) object ID
			2) base speed
			3) speed argument
		Description:
			Sets the shot speed and argument of the given shot pattern object.
	
	ObjPatternShot_SetAngle
		Arguments:
			1) (int) object ID
			2) base angle
			3) angle argument
		Description:
			Sets the shot angle and argument of the given shot pattern object.
	
	ObjPatternShot_SetBasePoint
		Arguments:
			1) (int) object ID
			2) X position
			3) Y position
		Description:
			Sets the base firing position of the given shot pattern object.
			Defaults to the parent object's position if not used.
			
			Use PATTERN_BASEPOINT_RESET in either arguments to reset it to the parent object's position.
	
	ObjPatternShot_SetBasePointOffset
		Arguments:
			1) (int) object ID
			2) X offset
			3) Y offset
		Description:
			Sets the firing position offset of the given shot pattern object from its base point.
	
	ObjPatternShot_SetBasePointOffsetCircle
		Arguments:
			1) (int) object ID
			2) angle
			3) radius
		Description:
			Sets the firing position offset in a circular manner of the given shot pattern object from its base point.
			
			Equivalent to ObjPatternShot_SetBasePointOffset(obj, radius * cos(angle), radius * sin(angle));
	
	ObjPatternShot_SetShootRadius
		Arguments:
			1) (int) object ID
			2) radius
		Description:
			Causes the shots to be fired a certain radius away from their base points.
	
	ObjPatternShot_SetDelay
		Arguments:
			1) (int) object ID
			2) (int) delay
		Description:
			Sets the shot delay of the given shot pattern object.
	
	ObjPatternShot_SetGraphic
		Arguments:
			1) (int) object ID
			2) (int) graphic
		Description:
			Sets the shot image ID of the given shot pattern object.
	
	ObjPatternShot_SetLaserParameter
		Arguments:
			1) (int) object ID
			2) width
			3) length
		Description:
			Sets the length and width of the given shot pattern object.
			Has no effect if the pattern is firing normal shots.
	
	ObjPatternShot_CopySettings
		Arguments:
			1) (int) destination object ID
			2) (int) source object ID
		Description:
			Copies the settings of a shot pattern object to another.
	
	ObjPatternShot_AddTransform
		Arguments:
			1) (int) object ID
			2) (const) transform type
			3+) transform arguments...
		Description:
			Adds a transformation to the shot pattern object.
			
			Transforms arguments will be designated, in order: [arg0], [arg1], [arg2], etc...
			
			Available transformations are:
				TRANSFORM_WAIT 				(argc = 1)
					- Delays the next transformation for [arg0] frames.
				TRANSFORM_ADD_SPEED_ANGLE 	(argc = 4)
					- Waits for [arg1] frames. (Does not delay the next transformation)
					- For [arg0] frames, sets acceleration to [arg2].
					- For [arg0] frames, sets angular velocity to [arg3].
				TRANSFORM_ANGULAR_MOVE 		(argc = 3)
					- For [arg0] frames, sets angular velocity to [arg1].
					- Sets shot graphic "spin" to [arg2].
				TRANSFORM_N_DECEL_CHANGE 	(argc = 5)
					- For [arg1] times, decelerates/accelerates the shot to a complete halt in [arg0] frames. (See: Aunn's first spell)
					- Movement will then change depending on [arg2].
						- 0: Changes the movement angle to [arg4].
						- 1: Increments the movement angle by [arg4].
						- 2: Aims to the player with an added randomness factor of -[arg4] to [arg4].
						- 3: Aims to the player with an increment of [arg4].
						- 4: Angle becomes random.
						- 5, other: No angle change.
					- All modes sets the speed to [arg3].
					- Delay the next transformation by ([arg0] * [arg1]) frames.
				TRANSFORM_GRAPHIC_CHANGE 	(argc = 1)
					- Changes the shot graphic to [arg0].
				TRANSFORM_BLEND_CHANGE 		(argc = 1)
					- Changes the shot blend type to [arg0].
				TRANSFORM_TO_SPEED_ANGLE 	(argc = 3)
					- Gradually changes the shot's speed to [arg1] in [arg0] frames.
					- Gradually changes the shot's angle to [arg2] in [arg0] frames.
						- Using TOPLAYER_CHANGE will aim the shot to the player object.
					- NO_CHANGE can be used for [arg1] and [arg2].
				TRANSFORM_ADDPATTERN_A1 	(argc = 3)
					- Applies [ObjMove_AddPatternA1(obj, [arg0], [arg1], [arg2])]
				TRANSFORM_ADDPATTERN_A2 	(argc = 8)
					- Applies [ObjMove_AddPatternA4(obj, [arg0], [arg1], [arg2], [arg3], [arg4], [arg5], [arg6], [arg7])]
				TRANSFORM_ADDPATTERN_B1 	(argc = 3)
					- Applies [ObjMove_AddPatternB1(obj, [arg0], [arg1], [arg2])]
				TRANSFORM_ADDPATTERN_B2 	(argc = 8)
					- Applies [ObjMove_AddPatternB3(obj, [arg0], [arg1], [arg2], [arg3], [arg4], [arg5], [arg6], [arg7])]
				TRANSFORM_ADDPATTERN_C1 	(argc = 3)
					- Applies [ObjMove_AddPatternC1(obj, [arg0], [arg1], [arg2])]
				TRANSFORM_ADDPATTERN_C2 	(argc = 10)
					- Applies [ObjMove_AddPatternC3(obj, [arg0], [arg1], [arg2], [arg3], [arg4], [arg5], [arg6], [arg7], [arg8], [arg9])]
	
	ObjPatternShot_SetTransform
		Arguments:
			1) (int) object ID
			2) (int) transform index
			3) (const) transform type
			4+) transform arguments...
		Description:
			Sets transformation to the specified transform index.
	
	-------------------------------->  Collision Object Functions <--------------------------------
	
	ObjCol_GetListOfIntersectedShotID
		Arguments:
			1) (int) object ID
			2) (const) shot owner type
		Returns:
			(int[]) intersected shot IDs
		Description:
			Returns an array of all shot objects of the specified owner type currently intersecting with the object.
			
			Available owner types are:
				OWNER_PLAYER
				OWNER_ENEMY
	
	-------------------------------->  Item Object Functions <--------------------------------
	
	ObjItem_SetAutoCollectEnableFlags
		Arguments:
			1) (int) object ID
			2) (int) flags
		Description:
			Sets the autocollection enable flags of the item object.
			Autocollection enable flags dictate which autocollection types will affect the item object.
			
			Available flags:
				ITEM_AUTOCOLLECT_PLAYER_SCOPE
				ITEM_AUTOCOLLECT_COLLECT_ALL
				ITEM_AUTOCOLLECT_POC_LINE
				ITEM_AUTOCOLLECT_COLLECT_CIRCLE
				ITEM_AUTOCOLLECT_ALL
			
			Flags can be combined with bitwise OR.
			Using 0 will cause the item object to be impervious to all autocollection types.
	
	ObjItem_GetInfo
		Arguments:
			1) (int) object ID
			2) (const) info type
		Returns:
			[varies]
		Description:
			Addition.
			
			INFO_ITEM_MOVE_TYPE:
				Returns the move type of the item object.
				Returned values are the possible inputs of ObjItem_SetDefinedMovePatternA1.
				
			INFO_ITEM_TYPE:
				Returns the graphic ID of the item object.
	
	ObjItem_SetMoveToPlayer
		Arguments:
			1) (int) object ID
			2) (bool) move to player
		Description:
			Causes the item object to start or stop moving to the player.
			
			If set to true, EV_COLLECT_ITEM will be notified.
			If set to false, EV_CANCEL_ITEM will be notified.
	
	ObjItem_IsMoveToPlayer
		Arguments:
			1) (int) object ID
		Returns:
			(bool) result
		Description:
			Returns whether the item object is moving to the player.
	
	ObjItem_Collect
		Arguments:
			1) (int) object ID
		Description:
			Causes the item object to be instantly collected.
			
			Not affected by ObjItem_SetIntersectionEnable.
	
	ObjItem_SetAutoDelete
		Arguments:
			1) (int) object ID
			2) (bool) auto delete
		Description:
			Sets whether the item will be subject to the auto-deletion clip.
			
			The auto-deletion clip size can be altered using SetItemAutoDeleteClip.
	
	ObjItem_SetIntersectionRadius
		Arguments:
			1) (int) object ID
			2) (int) radius
		Description:
			Sets the item object's player intersection radius.
	
	ObjItem_SetIntersectionEnable
		Arguments:
			1) (int) object ID
			2) (bool) enable
		Description:
			Sets whether the item object is allowed to directly intersect with the player.
	
	ObjItem_GetIntersectionEnable
		Arguments:
			1) (int) object ID
		Returns:
			(bool) enable
		Description:
			Returns whether the item object has intersection enabled.
	
	ObjItem_SetDefaultCollectMovement
		Arguments:
			1) (int) object ID
			2) (bool) enable
		Description:
			Sets whether the item object will use the built-in autocollection behaviour.
			
			Intended to be used in tandem with EV_COLLECT_ITEM.
	
	ObjItem_SetPositionRounding
		Arguments:
			1) (int) object ID
			2) (bool) enable
		Description:
			If set to true, will cause the item object to only render in non-floating point coordinates.
	
---------------------------------------------->	[Item Script] <----------------------------------------------
	
	--------------------------------> Events <--------------------------------
		
		EV_DELETE_SHOT_TO_ITEM is notified when an item is deleted and turned into an item.
			Actions that trigger this event:
				- Using ObjShot_ToItem.
				- Using DeleteShotAll or DeleteShotInCircle with TYPE_ITEM.
			
			Event arguments:
				1) (int) shot object ID
				2) (float[]) position [x, y]
				3) (bool) collided with player
					If true, the shot was deleted from coliision with a player hitbox.
				4) (int) shot image ID
		
		EV_COLLECT_ITEM is notified when an item is autocollected.
			Actions that trigger this event:
				- Collision with the player's item scope.
				- The player moving up into the item autocollection line.
				- Using CollectItemsInCircle, CollectAllItems, or ObjItem_SetMoveToPlayer.
			
			Event arguments:
				1) (int) item object ID
				2) (int) item type
				3) (int) collection type
					0 - Player scope
					1 - Player autocollection line
					2 - Via CollectItemsInCircle
					3 - Via CollectAllItems
					4 - Via ObjItem_SetMoveToPlayer
				4) (float) collection info
					Varies with collection type:
						Type 0 -> Player item scope radius
						Type 1 -> Player autocollection line position
						Type 2 -> Collection circle size
						Type 3 -> 0
						Type 4 -> 0
		
		EV_CANCEL_ITEM is notified when an item's autocollection is canceled.
			Actions that trigger this event:
				- The player leaving STATE_NORMAL while the item is in the middle of being collected.
				- Using CancelCollectItems or ObjItem_SetMoveToPlayer.
			
			Event arguments:
				1) (int) item object ID
				2) (int) item type
				3) (int) cancel type
					0 - Player died
					1 - Via CancelCollectItems
					2 - Via ObjItem_SetMoveToPlayer
		
---------------------------------------------->	[Player Script] <----------------------------------------------
	
	-------------------------------->  Normal Functions <--------------------------------
	
	KillPlayer
		Description:
			Kills the player.
	
	-------------------------------->  Shot Functions <--------------------------------
	
	CreatePlayerShotA1
		Description:
			Change.
			No longer returns a null value if SetForbidPlayerShot was set to true.
	
	--------------------------------> Events <--------------------------------
		
		EV_DELETE_SHOT_PLAYER is notified to the player script when a player shot is deleted upon collision with an enemy intersection.
			ObjShot_SetPenetration(obj, 0) can also be used to manually activate the event.
			
			Event arguments:
				1) (int) shot object ID
				2) (float[2]) position
				3) (int) shot graphic ID
				4) (int) object ID that the shot collided with
					- Will be ID_INVALID in case of manual activation.