Global functions

Functions

void	Quit()
void	QuitNoKill()
void	Waitframe()
void	Waitframes(int count)
void	Waitdraw()
void	WaitTo(int timing, bool at_least = false)
int	WaitEvent()
void	Trace(untyped val)
void	Trace(long val)
void	TraceB(bool val)
void	TraceS(char32[] string)
void	TraceNL()
void	ClearTrace()
void	TraceToBase(int val, int base, int mindigits)
int	Sin(int deg)
int	Cos(int deg)
int	Tan(int deg)
int	ArcTan(int x, int y)
int	ArcSin(int x)
int	ArcCos(int x)
int	RadianSin(int rad)
int	RadianCos(int rad)
int	RadianTan(int rad)
int	Pow(int base, int exp)
long	LPow(long base, long exp)
int	InvPow(int base, int exp)
int	Factorial(int val)
int	Abs(int val)
int	Log10(int val)
int	Ln(int val)
int	Sqrt(int val)
void	CopyTile(int src, int dest)
void	SwapTile(int a, int b)
void	ClearTile(int tile)
int	SizeOfArray(T[] arr)
void	ResizeArray(T[] arr, int size)
void	OwnArray(T[] arr)
void	DestroyArray(T[] arr)
void	OwnObject(untyped obj)
void	GlobalObject(untyped obj)
void	OverlayTile(int src, int dest)
T	Floor(T val)
T	Ceiling(T val)
T	Truncate(T n)
T	Round(T n)
T	RoundAway(T n)
int	GetSystemTime(int index)
int	Distance(int x1, int y1, int x2, int y2)
int	Distance(int x1, int y1, int x2, int y2, int scale)
long	LongDistance(long x1, long y1, long x2, long y2)
long	LongDistance(long x1, long y1, long x2, long y2, long scale)
int	strcmp(char32[] str1, char32[] str2)
int	strncmp(char32[] str1, char32[] str2, int num_chars)
int	stricmp(char32[] str1, char32[] str2)
int	strnicmp(char32[] str1, char32[] str2, int num_chars)
void	strcpy(char32[] dest, char32[] src)
void	itoacat(char32[] dest, int val)
void	ArrayCopy(T[] dest, T[] src)
int	strlen(char32[] str)
int	atoi(char32[] str)
long	atol(char32[] arg1)
int	ilen(char32[] string)
void	utol(char32[] string)
void	ltou(char32[] string)
void	convcase(char32[] string)
int	itoa(char32[] dest, int val)
int	xtoa(char32[] dest, int val)
int	xtoi(char32[] str)
int	SaveSRAM(char32[] filename, int flags)
int	LoadSRAM(char32[] filename, int flags)
int	strcat(char32[] dest, char32[] src)
int	strchr(char32[] str, int c)
int	strcspn(char32[] str, char32[] chars)
int	strspn(char32[] str, char32[] string_keys)
int	strstr(char32[] str, char32[] tofind)
int	strrchr(char32[] str, int c)
bool	IsValidArray(T[] arr)
int	DegtoRad(int degrees)
int	RadtoDeg(int radians)
int	WrapRadians(int radians)
int	WrapDegrees(int degrees)
void	printf(char32[] format, untyped varargs …)
int	sprintf(char32[] dest, char32[] format, untyped varargs …)
void	printfa(char32[] format, T[] args)
int	sprintfa(char32[] dest, char32[] format, T[] args)
T	Max(T val1, T val2, T varargs …)
T	Min(T val1, T val2, T varargs …)
T	Choose(T arg1, T varargs …)
bool	ArrayPushBack(T[] arr, T val)
bool	ArrayPushFront(T[] arr, T val)
bool	ArrayPushAt(T[] arr, T val, int index)
T	ArrayPopBack(T[] arr)
T	ArrayPopFront(T[] arr)
T	ArrayPopAt(T[] arr, int index)
int	Rand(int arg1)
void	SRand(long seed)
long	SRand()
untyped	Untype(untyped value) deprecated
int	Byte(int n) deprecated
int	Int8(int n) deprecated
int	SignedByte(int n) deprecated
int	Word(int n) deprecated
int	Int16(int n) deprecated
int	Short(int n) deprecated
int	Integer(int n) deprecated
int	GetScriptRAM(int arg1) deprecated
void	SetScriptRAM(int arg1, int arg2) deprecated
int	GetGlobalRAM(int arg1) deprecated
void	SetGlobalRAM(int arg1, int arg2) deprecated
void	SetColorBuffer(int arg1, int arg2, int arg3, int arg4) deprecated
void	SetDepthBuffer(int arg1, int arg2, int arg3, int arg4) deprecated
void	GetColorBuffer(int arg1, int arg2, int arg3, int arg4) deprecated
void	GetDepthBuffer(int arg1, int arg2, int arg3, int arg4) deprecated
long	RefCount(untyped arg1)
void	GC()

Function descriptions

void Quit() 🔗 Source

Exits the current script entirely. Has the same effect as void run() ending.

---

void QuitNoKill() 🔗 Source

Exits the current script entirely, and forcibly skips the de-allocating of objects ‘Owned’ by the script. Only use this if you know what you are doing!

---

void Waitframe() 🔗 Source

Yields the script to the engine for the current frame. The engine will proceed with one frame of gameplay before resuming this execution of this script.

---

void Waitframes(int count) 🔗 Source

Waitframe() for ‘count’ frames in a row.

If ‘count <= 0’, no wait occurs.

‘count’ will be rounded up.

---

void Waitdraw() 🔗 Source

When called the first time in a frame, the script ends running for a portion of time. The engine will proceed with part of a frame of gameplay, allowing other engine activities to occur, before resuming this script.

---

void WaitTo(int timing, bool at_least = false) 🔗 Source

Can only be used in a passively-running Generic Script.

---

int WaitEvent() 🔗 Source

Can only be used in a passively-running Generic Script.

---

void Trace(untyped val) 🔗 Source

Prints the passed value to the output console. Includes a newline character after the value.

---

void Trace(long val) 🔗 Source

Prints the passed value to the output console. Includes a newline character after the value.

---

void TraceB(bool val) 🔗 Source

Prints the passed value to the output console, as “true” if the value is nonzero, or “false” if the value is 0. Includes a newline character after the value.

---

void TraceS(char32[] string) 🔗 Source

Prints the passed string to the output console. Does not include a newline character after the string.

---

void TraceNL() 🔗 Source

Prints a newline character to the output console.

---

void ClearTrace() 🔗 Source

Clears the logs from ${allegro.log}, and clears the ${output console}.

---

void TraceToBase(int val, int base, int mindigits) 🔗 Source

Prints the passed value to the output console, in the specified base, where “2 <= base <= 36”. Value will be floored before print, so decimal values are not printed. Will print at least ‘mindigits digits, using leading 0s as needed. Includes a newline character after the value.

---

int Sin(int deg) 🔗 Source

Returns the trig Sin of the degree value given.

---

int Cos(int deg) 🔗 Source

Returns the trig Cos of the degree value given.

---

int Tan(int deg) 🔗 Source

Returns the trig Tan of the degree value given.

---

int ArcTan(int x, int y) 🔗 Source

Returns the trig ArcTan of the values given.

---

int ArcSin(int x) 🔗 Source

Returns the trig ArcSin of the value given.

---

int ArcCos(int x) 🔗 Source

Returns the trig ArcCos of the value given.

---

int RadianSin(int rad) 🔗 Source

Returns the trig Sin of the radian value given.

---

int RadianCos(int rad) 🔗 Source

Returns the trig Cos of the radian value given.

---

int RadianTan(int rad) 🔗 Source

Returns the trig Tan of the radian value given.

---

int Pow(int base, int exp) 🔗 Source

Returns ‘base**exp’, with ‘0**0==1’. Negative values of ‘exp’ work, though may not be useful, as the return value is truncated to the nearest integer.

---

long LPow(long base, long exp) 🔗 Source

Returns ‘base**exp’, with ‘0**0==1’. Negative values of ‘exp’ work, though may not be useful, as the return value is truncated to the nearest long.

---

int InvPow(int base, int exp) 🔗 Source

Returns ‘base**(1/exp)’, undefined if ‘exp’ is 0, or if ‘exp’ is even and ‘base’ is negative. Negative values of ‘exp’ work, though may not be useful, as the return value is truncated to the nearest integer.

---

int Factorial(int val) 🔗 Source

Returns val!. Returns 0 for negative values.

---

int Abs(int val) 🔗 Source

Returns the absolute value of the parameter.

---

int Log10(int val) 🔗 Source

Returns the log\_10 of the value. Values <= 0 return 0.

---

int Ln(int val) 🔗 Source

Returns the natural log (log\_e) of the value. Values <= 0 return 0.

---

int Sqrt(int val) 🔗 Source

Returns the square root of the value. Undefined for negative values, and will return an error.

---

void CopyTile(int src, int dest) 🔗 Source

Copies tile src to tile dest.

---

void SwapTile(int a, int b) 🔗 Source

Swaps the tiles ‘a’ and ‘b’.

---

void ClearTile(int tile) 🔗 Source

Clears the tile ‘tile’ to be blank.

---

int SizeOfArray(T[] arr) 🔗 Source

Returns the size of the array

---

void ResizeArray(T[] arr, int size) 🔗 Source

Resizes the array ‘arr’ to size ‘size’. If ‘size’ is <1, the array becomes size 1 instead.

---

void OwnArray(T[] arr) 🔗 Source

Grants ownership of the target array to the currently running script.

---

void DestroyArray(T[] arr) 🔗 Source

If arr is a local array, destroys it immediately. Otherwise does nothing.

---

void OwnObject(untyped obj) 🔗 Source

Takes an Object parameter. Grants ownership of the object to the currently running script.

---

void GlobalObject(untyped obj) 🔗 Source

Takes an Object parameter. Globalizes the object, making it no longer owned by any script.

---

void OverlayTile(int src, int dest) 🔗 Source

Overlays tile src over tile dest.

---

T Floor(T val) 🔗 Source

Returns val rounded down to the next lower integer.

---

T Ceiling(T val) 🔗 Source

Returns val rounded up to the next higher integer.

---

T Truncate(T n) 🔗 Source

Truncates n to the nearest integer, rounding towards 0.

---

T Round(T n) 🔗 Source

Truncates n to the nearest integer.

---

T RoundAway(T n) 🔗 Source

Truncates n to the nearest integer, rounding away from 0.

---

int GetSystemTime(int index) 🔗 Source

Returns information from the real-time clock of the system.

---

int Distance(int x1, int y1, int x2, int y2) 🔗 Source

Calculates the distance between two points, optionally using a scale divisor to handle distances that would otherwise overflow.

---

int Distance(int x1, int y1, int x2, int y2, int scale) 🔗 Source

Calculates the distance between two points, optionally using a scale divisor to handle distances that would otherwise overflow.

---

long LongDistance(long x1, long y1, long x2, long y2) 🔗 Source

Same as Distance(), but takes distances as ‘long’ coordinates, returning a ‘long’ distance value.

---

long LongDistance(long x1, long y1, long x2, long y2, long scale) 🔗 Source

Same as Distance(), but takes distances as ‘long’ coordinates, returning a ‘long’ distance value.

---

int strcmp(char32[] str1, char32[] str2) 🔗 Source

Compares the contents of the two strings.

---

int strncmp(char32[] str1, char32[] str2, int num_chars) 🔗 Source

Compares the contents of the two strings.

---

int stricmp(char32[] str1, char32[] str2) 🔗 Source

Compares the contents of the two strings.

---

int strnicmp(char32[] str1, char32[] str2, int num_chars) 🔗 Source

Compares the contents of the two strings.

---

void strcpy(char32[] dest, char32[] src) 🔗 Source

Copies the string src to dest.

---

void itoacat(char32[] dest, int val) 🔗 Source

Appends the value val on the end of the dest string; combining itoa() with strcat().

---

void ArrayCopy(T[] dest, T[] src) 🔗 Source

Copies all data from src to dest. If the arrays are not the same size, the smaller size is used, and the excess in the larger array is ignored.

---

int strlen(char32[] str) 🔗 Source

Returns the length of the string in characters.

---

int atoi(char32[] str) 🔗 Source

Converts a string containing a number to its numeric value.

---

long atol(char32[] arg1) 🔗 Source

---

int ilen(char32[] string) 🔗 Source

Returns the number of characters in the string that are taken up by a number (as would be read by [atoi, including negative sign)

---

void utol(char32[] string) 🔗 Source

Lowercases the string (modifies).

---

void ltou(char32[] string) 🔗 Source

Uppercases the string (modifies).

---

void convcase(char32[] string) 🔗 Source

Swaps casing (a->A, A->a) for the string passed (modifies).

---

int itoa(char32[] dest, int val) 🔗 Source

Converts the value val to a string, and writes to dest.

---

int xtoa(char32[] dest, int val) 🔗 Source

Converts val to a string, as hexadecimal, and writes to dest.

---

int xtoi(char32[] str) 🔗 Source

Converts a string containing a hexadecimal number to its numeric value.

---

int SaveSRAM(char32[] filename, int flags) 🔗 Source

Saves/loads internal data (which is normally temporarily altered by scripts) of the types specified in flags.

---

int LoadSRAM(char32[] filename, int flags) 🔗 Source

Saves/loads internal data (which is normally temporarily altered by scripts) of the types specified in flags.

---

int strcat(char32[] dest, char32[] src) 🔗 Source

Appends src to the end of dest. Returns dest.

---

int strchr(char32[] str, int c) 🔗 Source

Returns the first index of str that contains the character c.

---

int strcspn(char32[] str, char32[] chars) 🔗 Source

Returns the length in str before any character in ‘chars’ is found.

---

int strspn(char32[] str, char32[] string_keys) 🔗 Source

Returns the number of characters in a string before a character not contained in

‘string_keys’ is found

---

int strstr(char32[] str, char32[] tofind) 🔗 Source

Returns the index of the first instance of the string tofind within str.

---

int strrchr(char32[] str, int c) 🔗 Source

Returns the last index of str that contains the character c.

---

bool IsValidArray(T[] arr) 🔗 Source

Returns true if the value ‘arr’ points to a valid array.

---

int DegtoRad(int degrees) 🔗 Source

Converts Degrees to Radians. More accurate than the old std_functions DegtoRad.

Because radians are mostly decimal and zscript can only have 4 decimals, there is very minor inaccuracies

with this conversion that are not feasibly fixable; however, it is still more accurate than the old std.zh conversion function,

where the old conversion could potentially be 2 entire degrees off at certain angles, while this version only loses about 0.0004 degrees of accuracy.

In addition, casting between DegtoRad() and RadtoDeg() repeatedly will *not* lose additional precision with each call; only the first call will lose precision.

---

int RadtoDeg(int radians) 🔗 Source

Converts Radians to Degrees. More accurate than the old std_functions RadtoDeg.

See DegtoRad() for more details on how this is more accurate.

---

int WrapRadians(int radians) 🔗 Source

Returns the radians value, wrapped between [-PI,PI)

---

int WrapDegrees(int degrees) 🔗 Source

Returns the degrees value, wrapped between [-180,180)

---

void printf(char32[] format, untyped varargs …) 🔗 Source

Prints the specified format_string to the output console, using the given args to fill in parts of the string that are specially marked. Does not include a newline character after the string.

---

int sprintf(char32[] dest, char32[] format, untyped varargs …) 🔗 Source

Acts exactly as output console, it is instead placed in the dest buffer. If the dest buffer is too small, it will be resized to fit the contents.

---

void printfa(char32[] format, T[] args) 🔗 Source

Prints the specified format_string to the output console, using the given args to fill in parts of the string that are specially marked. Does not include a newline character after the string.

---

int sprintfa(char32[] dest, char32[] format, T[] args) 🔗 Source

Acts exactly as output console, it is instead placed in the dest buffer. If the dest buffer is too small, it will be resized to fit the contents.

---

T Max(T val1, T val2, T varargs …) 🔗 Source

Returns the largest parameter.

---

T Min(T val1, T val2, T varargs …) 🔗 Source

Returns the smallest parameter.

---

T Choose(T arg1, T varargs …) 🔗 Source

Returns a random parameter, using the global RandGen.

---

bool ArrayPushBack(T[] arr, T val) 🔗 Source

Increases the size of the array by 1, inserting val at the back of the array.

---

bool ArrayPushFront(T[] arr, T val) 🔗 Source

Increases the size of the array by 1, inserting val at the front of the array.

---

bool ArrayPushAt(T[] arr, T val, int index) 🔗 Source

Increases the size of the array by 1, inserting val at the specified index of the array. If an invalid index is passed, the back of the array will be targetted.

---

T ArrayPopBack(T[] arr) 🔗 Source

Decreases the size of the array by 1, removing and returning the element at the back of the array.

---

T ArrayPopFront(T[] arr) 🔗 Source

Decreases the size of the array by 1, removing and returning the element at the front of the array.

---

T ArrayPopAt(T[] arr, int index) 🔗 Source

Decreases the size of the array by 1, removing and returning the element at the specified index of the array. If an invalid index is passed, the back of the array will be targetted.

---

int Rand(int arg1) 🔗 Source

---

void SRand(long seed) 🔗 Source

Sets the current random seed to a given value, input from script. (DOES NOT /10000)

---

long SRand() 🔗 Source

Generates a random seed, sets it, and returns it.

---

untyped Untype(untyped value) 🔗 Source

Converts the type of any value to untyped, exactly like typecasting.

Example:

int x;
npc n = Screen->LoadNPC(10);
x = Untype(n);

Warning

Deprecated! Use casting <untyped>(var) instead!

---

int Byte(int n) 🔗 Source

Clamps and returns n sized to an unsigned byte, with appropriate overflow.

Warning

Deprecated!

---

int Int8(int n) 🔗 Source

Clamps and returns n sized to an unsigned byte, with appropriate overflow.

Warning

Deprecated!

---

int SignedByte(int n) 🔗 Source

Clamps and returns n sized to a signed byte, with appropriate overflow.

Warning

Deprecated!

---

int Word(int n) 🔗 Source

Clamps and returns n sized to an unsigned 16-bit integer, with appropriate overflow.

Warning

Deprecated!

---

int Int16(int n) 🔗 Source

Clamps and returns n sized to an unsigned 16-bit integer, with appropriate overflow.

Warning

Deprecated!

---

int Short(int n) 🔗 Source

Clamps and returns n sized to a signed 16-bit integer, with appropriate overflow.

Warning

Deprecated!

---

int Integer(int n) 🔗 Source

Truncates n to an integer.

Warning

Deprecated!

---

int GetScriptRAM(int arg1) 🔗 Source

Warning

Deprecated!

---

void SetScriptRAM(int arg1, int arg2) 🔗 Source

Warning

Deprecated!

---

int GetGlobalRAM(int arg1) 🔗 Source

Warning

Deprecated!

---

void SetGlobalRAM(int arg1, int arg2) 🔗 Source

Warning

Deprecated!

---

void SetColorBuffer(int arg1, int arg2, int arg3, int arg4) 🔗 Source

Warning

Deprecated!

---

void SetDepthBuffer(int arg1, int arg2, int arg3, int arg4) 🔗 Source

Warning

Deprecated!

---

void GetColorBuffer(int arg1, int arg2, int arg3, int arg4) 🔗 Source

Warning

Deprecated!

---

void GetDepthBuffer(int arg1, int arg2, int arg3, int arg4) 🔗 Source

Warning

Deprecated!

---

long RefCount(untyped arg1) 🔗 Source

---

void GC() 🔗 Source