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` Load + Apply Shader
LoadOceanShader
ApplyOceanShader

` Load Textures
LoadWaves
LoadCubeMap

` Get the Effect ID
GetEffectID

` Set the Shader Properties
SetU
SetV
SetBumpHeight
SetFresnelPower
SetTextureScale
SetTextureScale
SetFresnelBias
SetBumpSpeed
SetHDRMultiplier
SetRefectionAmount
SetWaterAmount
SetWaveAmp
SetWaveFreq

` Set the Shader Color
SetDeepColor
SetShallowColor
SetReflectionColor

` Get the Shader Default Values
GetUDefault
GetVDefault
GetBumpHeightDefault
GetFresnelPowerDefault
GetTextureScaleDefault
GetTextureScaleDefault
GetFresnelBiasDefault
GetBumpSpeedDefault
GetHDRMultiplierDefault
GetRefectionAmountDefault
GetWaterAmountDefault
GetWaveAmpDefault
GetWaveFreqDefault

` Pick Object Expansion
PickObject
PickAllObjects
PickSingleObject
PositionAtPickVector
GetPickX
GetPickY
GetPickZ

ConvertLimbToMesh ` Converts a Limb to a Mesh

` Image Processing
Image_DiamondSquare
GenerateImageMask
GenerateTextureFromMask

GenerateSimplexNoise
GeneratePerlinNoise
GenerateTiledPerlin
TileImage ` Repeat an Image X amount of Times

` Distance Functions
ObjectToPoint
CameraToPoint
PointToPoint
CameraToObject
Distance2D

SizeObject ` Size an Object to X, Y, Z
GetAngle ` Get an Angle Between Two Points

CreatePhysicsExplosion ` Creates a Physics Impluse Explosion at certain position at a certain size

` Sets up the Game Performance Plugin
GP Setup

` Input the functions name which will be representing the loop. The LPS cap which can also be thought of as the FPS is the second parameter.
Index = GP Create Task(FunctionName$, LPSCap)

` This command will update all of the loops that were created. It will run them at the rate that is set. This command will not use Fast Sync so it will be Thread Safe!
GP Update

` This command will return the task type. Count – Will run the loop x amount of times, Time – Will run the loop for x amount of time. Loop – Will loop indefinitely. 
Index = GP Get Task Type(Index)

` This command will end the task Index 
GP End Task Index

` This command will set the task to run for a certain duration.
GP Set Task To Time Index, Duration

` This command will set the task to run for a certain amount of times.
GP Set Task To Count Index, Count

` This command will set the task to loop indefinitely. By default tasks will loop indefinitely
GP Set Task To Loop Index

` This command will pause the task
GP Pause Task Index

` This command will resume the task
GP Resume Task Index

` This command will stop the task
GP Stop Task Index

MT Start
This command will setup the multi-threading so you can use the commands

Index = MT Create Task(FunctionName$, LPSCap)

This command will create a new multi-theaded task. You provide a Function Name that will be called. The LPS cap is the rate in Loops Per Second.

Type$ = MT Get Task Type()
Time: Will run the task for a certain amount of time
Loop: Will loop indefinitely
Count: Will run the task for a certain amount of iterations
MT End Task

MT Set Task To Time Index, Duration#

This command will run a task for a certain amount of time. (Duration#) The Index is the Index of the already created Task.

MT Set Task To Count Index, Count

This command will run a task for a certain amount of iterations. (Count) The Index is the Index of the already created Task.

MT Set Task To Loop Index

This command will run a task indefinitely. The Index is the Index of the already created Task.

MT Pause Task Index

This command will pause the task.

MT Resume Task Index

This command will resume the pause tasked.

MT Stop Task Index

This command will stop the task.

index = MT Task Count()

This command will return the amount of tasks that exists.

index = MT Task Ended()

This command will return a 1 if the task has ended and a 0 if it hasn't.

MT Remove Task Index
This command will remove a task at Index.

MT Query Object ObjectIndex, Path$, PositionVector, RotateVector, Exclude Flag

This command will add an object to the query. You provide a Path$ and an Object Index. The Position and Rotate Vectors are DBP vectors with the position and rotations set. The Exclude flag set to 1 will exclude the object as soon as it is loaded and a 0 won't exclude it.

MT Query Image Index, Path$

This command will add a image to the query. You provide a Path$ and an Object Index. 

MT Query Sound Index, Path$

This command will add a sound to the query. You provide a Path$ and an Object Index. 

MT Query Music Index, Path$

This command will add music to the query. You provide a Path$ and an Object Index. 

ThreadIndex = MT Load Resources()

This command will create a new thread where it will go through the queried resources and load them one at a time.

` This command is called to setup the Timing Plugin
Time Setup

` This command is how you create a new timer. It returns the index of the timer
Index = Time Create Timer()

` These commands will return the time in a certain unit (seconds, minutes, hours, ect). Returns the time# for the timer Index.
time# = Time Get Hours(Index)
time# = Time Get Minutes(Index)
time# = Time Get Seconds(Index)
time# = Time Get MiliSeconds(Index)
time# = Time Get Days(Index)

` This command will set the Factor# which is the amount of time in hours per 24 cycle. 
Time Set Factor Index, Factor#

` These commands will return a 1 if it is Day or if it is Night and a 0 if it is not.
IsDay = Time Is Day()
IsNight = Time Is Night()

` This command will return how many timers are created
Index = Time Count()

` This command will delete a timer at Index
Time Delete Index

` This command will create an event timer. You provide a function name to call, a duration which is how long before you call the function, and a restart flag to if set to 1 will loop the event timer.
Index = Time Create Event Timer(FunctionName$, Duration#, Restart)

` This command will update all the Event Timers
Time Update Event Timers

` This command will return a 1 if the Event Timer has ended
HasEnded = Time Has Ended()

` This command will stop an Event Timer 
Time Stop Event Timer Index

` This command will restart and Event Timer. If restart is set to 1 it will loop the Event Timer
Time Start Event Timer Index, Restart

index = DR Next Object()
index = DR Next Sprite()
index = DR Next Emitter()
index = DR Next Vector()
index = DR Next Memblock()
index = DR Next Camera()
index = DR Next Image()
index = DR Next Effect()
index = DR Next Sound()
index = DR Next Mesh()
index = DR Next Music()
index = DR Next File()
index = DR Next Matrix()
index = DR Next Object()
index = DR Next Lookup()
index = DR Next Bank()
index = DR Next Mutex()
index = DR Next Dll()
index = DR Next Animation()
index = DR Next Coroutine()
index = DR Next Light()

DR Delete Object index
DR Delete Sprite index
DR Delete Emitter index
DR Delete Memblock index
DR Delete Camera index
DR Delete Image index 
DR Delete Effect index
DR Delete Sound index
DR Delete Mesh index
DR Delete Music index
DR Delete Matrix index
DR Delete Database index
DR Delete Lookup index
DR Delete Bank index
DR Delete Mutex index
DR Delete Dll index
DR Delete Animation index
DR Delete Coroutine index
DR Close File index
DR Delete Vector3 index
DR Delete Vector2 index
DR Delete Vector4 index
DR Delete Light index

LUA Delete Object Name$
LUA Delete Sprite Name$
LUA Delete Emitter Name$
LUA Delete Memblock Name$
LUA Delete Camera Name$
LUA Delete Image Name$
LUA Delete Effect Name$
LUA Delete Sound Name$
LUA Delete Mesh Name$
LUA Delete Music Name$
LUA Delete Matrix Name$
LUA Delete Database Name$
LUA Delete Lookup Name$
LUA Delete Bank Name$
LUA Delete Mutex Name$
LUA Delete Dll Name$
LUA Delete Animation Name$
LUA Delete Coroutine Name$
LUA Close File Name$
LUA Delete Vector3 Name$
LUA Delete Vector2 Name$
LUA Delete Vector4 Name$
LUA Delete Thread Name$
LUA Delete ArrayFile Name$
LUA Delete Light Name$

DR Update Indexes maxindex 

index = DR Free Object(Index)
index = DR Free Sprite(Index)
index = DR Free Emitter(Index)
index = DR Free Vector(Index)
index = DR Free Memblock(Index)
index = DR Free Camera(Index)
index = DR Free Image(Index)
index = DR Free Effect(Index)
index = DR Free Sound(Index)
index = DR Free Mesh(Index)
index = DR Free Music(Index)
index = DR Free File(Index)
index = DR Free Dll(Index) 
index = DR Free Light(Index) 

index = DR Get Object Index()
index = DR Get Image Index()
index = DR Get Camera Index()
index = DR Get Effect Index()
index = DR Get Sound Index()
index = DR Get Mesh Index()
index = DR Get Music Index()
index = DR Get File Index()
index = DR Get Emitter Index()
index = DR Get Sprite Index()
index = DR Get Matrix Index()
index = DR Get Vector Index()
index = DR Get Database Index()
index = DR Get Lookup Index()
index = DR Get Memblock Index()
index = DR Get Bank Index()
index = DR Get Coroutine Index()
index = DR Get Mutex Index()
index = DR Get Dll Index()
index = DR Get Animation Index() 

exist = DR Open Main Script
DR Close Main Script 

LUA Name Object index, name$
LUA Name Image index, name$
LUA Name Camera index, name$
LUA Name Effect index, name$
LUA Name Sound index, name$
LUA Name Mesh index, name$
LUA Name Music index, name$
LUA Name File index, name$
LUA Name Emitter index, name$
LUA Name Sprite index, name$
LUA Name Matrix index, name$
LUA Name Vector index, name$
LUA Name Database index, name$
LUA Name Lookup index name$
LUA Name Memblock index, name$
LUA Name Bank index, name$
LUA Name Coroutine index, name$
LUA Name Mutex index, name$
LUA Name Animation index, name$
LUA Name Thread index, name$
LUA Name ArrayFile index, name$
LUA Name Dll index, name$
LUA Name Light index, name$

index = LUA Get Object(name$)
index = LUA Get Image(name$)
index = LUA Get Camera(name$)
index = LUA Get Effect(name$)
index = LUA Get Sound(name$)
index = LUA Get Mesh(name$)
index = LUA Get Vector(name$)
index = LUA Get Matrix(name$)
index = LUA Get Sprite(name$)
index = LUA Get Emitter(name$)
index = LUA Get Music(name$)
index = LUA Get File(name$)
index = LUA Get ArrayFile( name$)
index = LUA Get Dll(name$) 

index = LUA Free Object(name$)
index = LUA Free Sprite(name$)
index = LUA Free Emitter(name$)
index = LUA Free Memblock(name$)
index = LUA Free Camera(name$)
index = LUA Free Image(name$)
index = LUA Free Effect(name$)
index = LUA Free Sound(name$)
index = LUA Free Mesh(name$)
index = LUA Free Music(name$)
index = LUA Free File(name$)
index = LUA Free Dll(name$)
index = LUA Free Light(name$)

DR Set Start Index index

index = LUA Next Object(name$)
index = LUA Next Sprite(name$)
index = LUA Next Emitter(name$)
index = LUA Next Vector(name$)
index = LUA Next Memblock(name$)
index = LUA Next Camera(name$)
index = LUA Next Image(name$)
index = LUA Next Effect(name$)
index = LUA Next Sound(name$)
index = LUA Next Mesh(name$)
index = LUA Next Music(name$)
index = LUA Next File(name$)
index = LUA Next Matrix(name$)
index = LUA Next Object(name$)
index = LUA Next LookUp(name$)
index = LUA Next Bank(name$)
index = LUA Next Mutex(name$)
index = LUA Next Dll(name$)
index = LUA Next Animation(name$)
index = LUA Next Coroutine(name$) 
index = LUA Next Light(name$)

index = LUA Load Object(name$, path$)
index = DR Load Object(path$)
index = LUA Load Image(name$, path$)
index = DR Load Image(path$)
index = LUA Load Effect(name$, path$, textureflag)
index = DR Load Effect(path$, textureflag)
index = LUA Load Sound(name$, path$)
index = DR Load Sound(path$)
index = LUA Load Mesh(name$, path$)
index = DR Load Mesh(path$)
index = LUA Load Music(name$, path$)
index = DR Load Music(path$)
index = DR Open To Read(path$)
index = LUA Open To Read(name$, path$)
index = LUA Open To Write(name$, path$)
index = DR Open To Write(path$)
index = LUA Load Dll(name$, path$)
index = DR Load Dll(path$) 

index = LUA Make Object Plain(name$, width#, height#)
index = DR Make Object Plain(width#, height#)
index = LUA Make Object Sphere(name$, size#)
index = DR Make Object Sphere(size#)
index = LUA Make Object Cone(name$, size#)
index = DR Make Object Cone(size#)
index = LUA Make Object Cylinder(name$, Size#)
index = DR Make Object Cylinder(size#)
index = LUA Make Object Triangle(name$, X1#, Y1#, Z#2, X2#, Y2#, Z1#, X3#, Y3#, Z3#)
index = DR Make Object Triangle(X1#, Y1#, Z2#, X2#, Y2#, Z1#, X3#, Y3#, Z3#)
index = LUA Create Sprite(name$, image, x#, y#)
index = DR Create Sprite(image, x#, y#)
index = DR Create Camera()
index = LUA Create Camera(name$)
index = DR Make Object Box(width#, height#, depth#)
index = LUA Make Object Box(Name, width#, height#, depth#)
index = LUA Make Object Cube(name$, size#)
index = DR Make Object Cube(size#)
index = LUA Object To Mesh(name$, object)
index = DR Object To Mesh(object) 
index = DR Make Matrix(width#, height#, XSeg, ZSeg)
index = LUA Make Matrix(name$, width#, height#, XSeg, ZSeg)
DR Close Current File 

index = DR Next Item()
index = LUA Next Item(name$)
DR Delete Item(index)
LUA Delete Item(name$)
DR Name Item(int Index, name$)
index = DR Get Item(name$)

index = DR Next Free Light()
index = DR Next Free Object()
index = DR Next Free Sprite()
index = DR Next Free Emitter()
index = DR Next Free Memblock()
index = DR Next Free Camera()
index = DR Next Free Image()
index = DR Next Free Effect()
index = DR Next Free Sound()
index = DR Next Free Mesh()
index = DR Next Free Music()
index = DR Next Free File()
index = DR Next Free Matrix()
index = DR Next Free Dll()

index = LUA Next Free Object(name$)
index = LUA Next Free Sprite(name$)
index = LUA Next Free Emitter(name$)
index = LUA Next Free Memblock(name$)
index = LUA Next Free Camera(name$)
index = LUA Next Free Image(name$)
index = LUA Next Free Effect(name$)
index = LUA Next Free Sound(name$)
index = LUA Next Free Mesh(name$)
index = LUA Next Free Music(name$)
index = LUA Next Free File(name$)
index = LUA Next Free Matrix(name$)
index = LUA Next Free Dll(name$)
index = LUA Next Free Light(name$)

FS Search Folder Path$
FS Search Folder will search for every file and ever folder found at the path Path$.

FS Clear Search
FS Clear Search will clear out the current seach.

Count = FS Get Folder Count()
FS Get Folder Count will return the folder count of the folders found.

Count = FS Get File Count()
FS Get Folder Count will return the file count of the files found.

Return$ = FS Get Folder Path(Index)
FS Get Folder Path will return the path of the folder found at index Index.

Return$ = FS Get Folder Name(Index)
FS Get Folder Name will return the name of the folder found at index Index.

SubLevel = FS Get Folder SubLevel(Index)
FS Get Folder SubLevel will return the Sub Level of the folder found at index Index.

Return$ = FS Get File Path(Index)
FS Get File Path will return the path of the file found at index Index.

Return$ = FS Get File Name(Index)
FS Get File Name( will return the name of the file found at index Index.

Return$ = FS Get File Folder(Index)
FS Get File Folder will return the folder of the file found at index Index.

FS Save Files Path$
FS Save Files will save all the file's data to a file at Path$

FS Save Folders Path$ 
FS Save Folders will save all the folders's data to a file at Path$

FS Load Files Path$
FS Load Files will load all the file's data from a file at Path$

FS Load Folders Path$
FS Load Folders will load all the file's data from a file at Path$

Index = FS Open To Write(Path$)
FS Open To Write will open a file to write at path Path$

Index = FS Open To Read(Path$)
FS Open To Read will open a file to read at path Path$

FS Write Float Index, Float#
FS Write Float will write a float to file Index without a newline.

FS Write Int Index, Integer
FS Write Float will write a integer to file Index without a newline.

FS Write String Index, String$
FS Write Float will write a string to file Index without a newline.

FS Write Line Float Index, Float#
FS Write Float will write a float to file Index with a newline.

FS Write Line Int Index, Integer
FS Write Float will write a integer to file Index with a newline.

FS Write Line String Index, String$
FS Write Float will write a string to file Index with a newline.

Return$ = FS Read Line(Index)
FS Read Line will read a line as a string from file Index.

Return$ = FS Read Char(Index)
FS Read Char will read one character of the file. Note: This will move the current index. If you try FS Read Line after this command it will return the rest of the line minus what you read currently using FS Read Char.

Return$ = FS Read Length(Index)
FS Read Length will read X amount of characters of the file. Note: This will move the current index. If you try FS Read Line after this command it will return the rest of the line minus what you read currently using FS Read Length.

FS Close Reader Index
FS Close Reader will close the file reader at index Index.

FS Close Writer Index 
FS Close Writer will close the file writer at index Index.

Exists = FS File Exists(Path$)
FS File Exists will return a 1 if the file at Path$ exists. It is doesn't it will return a 0.

IsEnd = FS End Of File(Index)
FS End Of File will return a 1 if the file Index is at the end of the file.. It is not at the end of the file it will return a 0.

Return$ = FS Get Folder(Level, Path$)
FS Get Folder will take the path Path$ and return a folder at a certain Level. The Level starts at folder 1 which is the first folder in the path. As you move down the path you go into another folder.

Return$ = FS Get Path File Name(Path$)
FS Get Path File Name will take path Path$ and returns the file name without the extension.

Return$ = FS Get Full File Name(Path$)
FS Get Full File Name will take path Path$ and returns the file name with the extension.

Return$ = FS Get Extension(Path$)
FS Get Extension will take path Path$ and returns the extension.

Return$ = FS Remove Extension(Path$)
FS Remove Extension will take path Path$ and returns the path without the extension.

` Hologram Shaders are like the Halo Shader but more complex
LoadHologram
ApplyHologram
UpdateHologram

LoadPhongHologram
ApplyPhongHologram
UpdatePhongHologram

` Two Types of Metal Shaders
LoadMetal
ApplyMetal
UpdateMetal

LoadHeatMetal
ApplyHeatMetal

` Cube Map Shader
LoadCubeMapping
ApplyCubeMapping

` Create Camera Images (Camera -> Image = Background Image)
Create_DefaultCameraImage
GetDefaultCameraImage

SetCameraImageSize

Create_CameraImage
GetCameraImage
GetCameraImageCount
DeleteCameraImage

` Reflection Shading (Windows and Types)
LoadRefractionShading
LoadRefractionShadingDefault
ApplyRefractionShading

` Types of Windows. Will be many more!
ApplyReflectionPlain
ApplyReflectionWaves
ApplyReflectionBrick
ApplyReflectionTile

` Glass Shaders
` Have to update the Reflection Image (Reflection/Enviroment CubeMap Image)
LoadGlassReflectionShading
ApplyGlassReflectionShading

LoadGlassShading
ApplyGlassShading

` Offset Mapping which is like a relief mapping
SetOffsetMappingOn

GUI_AddToolbarEvent
GUI_AddMenuEvent
GUIEvents_UpdateToolBar
GUIEvents_UpdateMenu

` This Command will Setup the Input
DI Setup

` This Command will Scan for Input Keys Pressed and Trigger Function Events
DI Scan Input

` These commands will get the states of the key Up/Down and Mouse Up/Down. Mouse are 0 - 8.
DI Input Down
DI Input Up

` This command will get the current scancode pressed
DI Scan Code

` This command will get the name of the key/mouse code given
DI Input Name

` Mouse Click (Like DBP) + Test if a Mouse Button is Up/Down
DI Mouse Click
DI Mouse Down
DI Mouse Up

` Camera Commands
Camera_ThirdPerson
LookAroundCamera
FlyCamera

` Convert Limb to Mesh
ConvertLimbToMesh

` Position at Object's Positoin
PositionObjectAtObject

` Size instead of Scale Object
SizeObject

` Get Angle Between Two Points
GetAngle

` Distance Functions
ObjectToPoint
ObjectToObject
CameraToObject
CameraToPoint
PointToPoint

` Orbit Object
OrbitObject

Trigonometric functions
cos
Compute cosine (function )
sin
Compute sine (function )
tan
Compute tangent (function )
acos
Compute arc cosine (function )
asin
Compute arc sine (function )
atan
Compute arc tangent (function )
atan2
Compute arc tangent with two parameters (function )

Hyperbolic functions
cosh
Compute hyperbolic cosine (function )
sinh
Compute hyperbolic sine (function )
tanh
Compute hyperbolic tangent (function )
acosh 
Compute arc hyperbolic cosine (function )
asinh 
Compute arc hyperbolic sine (function )
atanh 
Compute arc hyperbolic tangent (function )

Exponential and logarithmic functions
exp
Compute exponential function (function )
frexp
Get significand and exponent (function )
ldexp
Generate value from significand and exponent (function )
log
Compute natural logarithm (function )
log10
Compute common logarithm (function )
modf
Break into fractional and integral parts (function )
exp2 
Compute binary exponential function (function )
expm1 
Compute exponential minus one (function )
ilogb 
Integer binary logarithm (function )
log1p 
Compute logarithm plus one (function )
log2 
Compute binary logarithm (function )
logb 
Compute floating-point base logarithm (function )
scalbn 
Scale significand using floating-point base exponent (function )
scalbln 
Scale significand using floating-point base exponent (long) (function )

Power functions
pow
Raise to power (function )
sqrt
Compute square root (function )
cbrt 
Compute cubic root (function )
hypot 
Compute hypotenuse (function )

Error and gamma functions
erf 
Compute error function (function )
erfc 
Compute complementary error function (function )
tgamma 
Compute gamma function (function )
lgamma 
Compute log-gamma function (function )

Rounding and remainder functions
ceil
Round up value (function )
floor
Round down value (function )
fmod
Compute remainder of division (function )
trunc 
Truncate value (function )
round 
Round to nearest (function )
lround 
Round to nearest and cast to long integer (function )
llround 
Round to nearest and cast to long long integer (function )
rint 
Round to integral value (function )
lrint 
Round and cast to long integer (function )
llrint 
Round and cast to long long integer (function )
nearbyint 
Round to nearby integral value (function )
remainder 
Compute remainder (IEC 60559) (function )
remquo 
Compute remainder and quotient (function )

int = String_Len(string Source)
string = String_Insert(string Source, string String, int Start)
string = String_Append(string String, string String2)
int = String_FindFirst(string String, string Find)
int = String_FindNext(string String, string Find)
string = String_Left(string String, int Start)
string = String_Right(string String, int Start)
string = String_Sub(string String, int Start, int Length)
string = String_Upper(string Source)
string = LTrim(string Source)
string = RTrim(string Source)
string = Trim(string Source)

` Extension Commands
string = GetType(string Extension) ` Get Extension Type
string = GetExtension(string Path)
string = RemoveExtension(string Path)

` Gets File Name from a path
string = GetFileNameFull(string Path)
string = GetFileNameFromPath(string Path)

` Gets a Folder Name from any position on a path (Level = Position)
string = GetFolder(int Level, string Path)

SetEnviromentVariable(string SetString) ` "PATH=C:\"
string = GetEnviromentVariable(string Name) `"PATH" will return 'C:\'

int = DelimCount(string Source, char Find)
int = TokenCount(string Source, string Find)

` This Command will mark all the tokens and store them
count = MarkTokens(string Source, string Token)

` This command will get the first token
string = FirstToken()

` This command will get the next token
string = NextToken()

` This command will get the string that has been tokenized
string = GetSourceString()

` This command will get the token it is searching for
string = GetTokenString()

` Gets a position of a marked token
int = GetTokenPosition(int Index)

float Math_cos(float Value)
float Math_Sin(float Value)
float Math_Tan(float Value)
float Math_ACos(float Value)
float Math_ACos(float Value)
float Math_ASin(float Value)
float Math_ATan(float Value)
float Math_ATanFull(float X, float Y)
float Math_cosh(float Value)
float Math_sinh(float Value)
float Math_tanh(float Value)
float Math_acosh(float Value)
float Math_asinh(float Value)
float Math_atanh(float Value)
float Math_acosh(float Value)
float Math_asinh(float Value)
float Math_atanh(float Value)
float Math_exp(float Value)
float Math_frexp(double Value, int Value2)
float Math_ldexp(double Value, int Value2)
float Math_log(float Value) 
float Math_log10(float Value)
float Math_modf(double Value, double Value2)
float Math_exp2(float Value)
float Math_ilogb(float Value)
float Math_log1p(float Value) 
float Math_log2(float Value)
float Math_logb(float Value)
double Math_scalbn(double Value, int Value2)
double Math_scalbln(double Value, int Value2)
float Math_pow(double Value, double Value2)
float Math_sqrt(float Value)
float Math_cbrt(float Value)
double Math_hypot(double Value, double Value2)
float Math_erf(float Value)
float Math_erfc(float Value)
float Math_tgamma(float Value)
float Math_lgamma(float Value)
double Math_ceil(double Value, int Value2)
float Math_floor(float Value)
float Math_fmod(double Value, double Value2)
float Math_trunc(float Value)
float Math_round(float Value)
float Math_lround(float Value)
float Math_llround(float Value)
float Math_rint(float Value)
float Math_llrint(float Value)
float Math_nearbyint (float Value)
double Math_remainder(double Value, double Value2)
double Math_remquo(double Value, double Value2, int Value3)
DWORD String_Sub(LPSTR OldString, LPSTR String, int Start, int Length)
DWORD String_Right(LPSTR OldString, LPSTR String, int Start)
DWORD String_Left(LPSTR OldString, LPSTR String, int Start)
int String_FindFirst(LPSTR String, LPSTR Find)
int String_FindNext(LPSTR Source, LPSTR Find)
DWORD String_Append(LPSTR OldString, LPSTR String, LPSTR String2)
DWORD String_Insert(LPSTR OldString, LPSTR Source, LPSTR String, int Start)
int String_Len(LPSTR Source)
DWORD String_Upper(LPSTR OldString, LPSTR Source)
DWORD Trim(LPSTR OldString, LPSTR Source)
DWORD LTrim(LPSTR OldString, LPSTR Source)
DWORD RTrim(LPSTR OldString, LPSTR Source)
DWORD RemoveExtension(LPSTR OldString, LPSTR Path)
DWORD GetFolder(LPSTR OldString, int Level, LPSTR Path)
DWORD GetFileNameFromPath(LPSTR OldString, LPSTR Path)
DWORD GetFileNameFull(LPSTR OldString, LPSTR Path)
DWORD GetExtension(LPSTR OldString, LPSTR Path)
DWORD GetType(LPSTR OldString, LPSTR Extension)
int DelimCount(LPSTR Source, char Find)
int TokenCount(LPSTR Source, LPSTR Token)
int MarkTokens(LPSTR Source, LPSTR Token)
DWORD FirstToken(LPSTR OldString)
DWORD NextToken(LPSTR OldString)
DWORD GetSourceString(LPSTR OldString)
DWORD GetTokenString(LPSTR OldString)
int GetTokenPosition(int Index)
void ClearTokens()   
void SetEnviromentVariable(LPSTR string)
DWORD GetEnviromentVariable(LPSTR OldString, LPSTR string) 
void StartPlugin(void)
void SetMouseFactor(float MouseFactor)
void UpdateMouse()
float GetMouseX()
float GetMouseY()
float GetMouseMoveX()
float GetMouseMoveY()
float GetMouseMoveZ()
void Camera_ThirdPerson(int Object)
void TopDownCamera(int Camera, int GridObject)
void SetCameraSpeed(float Speed)
void SetMaxHeight(float Height)
void SetGroundHeight(float Height)
void MarkObjectStart(int Start)
int PickObject()
int PickAllObjects()
int PickSingleObject(int Object)
void PositionAtPickVector(int Object)
void PositionAtPickVectorCam(int Object, int Camera)
float GetPickX()
float GetPickY()
float GetPickZ()
float GetPickXCam(int Camera)
float GetPickYCam(int Camera)
float GetPickZCam(int Camera)
int ConvertLimbToMesh(int ObjID, int LimbID)
int PositionObjectAtObject(int Object, int Source)
int SizeObject(int Object, float SizeX, float SizeY, float SizeZ)
int GetAngle(float X1, float Y1, float X2, float Y2)
float ObjectToPoint(int Object, float X2, float Y2, float Z2)
float ObjectToObject(int Object, int Object2)
float CameraToObject(int Camera, int Object)
float CameraToPoint(int Camera, float X2, float Y2, float Z2)
float PointToPoint(float X1, float Y1, float Z1, float X2, float Y2, float Z2)
float OrbitObject(int Object, float X, float Y, float Z, float Distance, float Angle)
void AddSelectedObject(int Object)
int GetMultiSelect()
void SelectedObjects_SetMidPoint(int Object)
void RemoveSelectedObject(int Object)
void DeselectAllSelectedObjects()
void UpdateSelectedObjects()
void ModifyableGroup(int Object)
void CreateGrid(int Object)
void Update_GridSelection()
void LoadNormalMap()
void LoadNormalMap()
void LoadPrototypeTextures()
int PickProtoTexture()
void SetNormalMap(int Object)
void CreateCube(float Size)
void CreateSphere(float Size)
void CreateBox(float SizeX, float SizeY, float SizeZ)
void CreateCylinder(float Size)
void CreateCone(float Size)
void LoadObject(string Path)
string GetFileNameFromPath(string Path)