Function

Description

MAS Script

Macros for Effects

Storage Place Macro

Global Macro

int MapDlgIsMapped()

Retrieves if the Layer is mapped.

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void MapDlgGetMapVector(float map[])

Retrieves the map settings for the Layer using relative values. The values are saved in a array (map[]).

▪map[0] = X-coordinate (Position X)

▪map[1] = Y-coordinate (Position Y)

▪map[2] = width (Size X)

▪map[3] = height (Size Y)

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void MapDlgSetMapVector(float x, float y, float w, float h)

Maps the Layer to a certain area of the matrix using relative values. x and y describe the coordinates. w and h describe width and height, respectively.

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void MapDlgGetMapVector3D(float map[])

Retrieves the map settings for the Layer in 3D using relative values. The values are saved in an array (map[]).

▪map[0] = X-coordinate (Position X)

▪map[1] = Y-coordinate (Position Y)

▪map[2] = Z-coordinate (Position Z)

▪map[3] = width (Size X)

▪map[4] = height (Size Y)

▪map[5] = depth (Size Z)

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void MapDlgSetMapVector3D(float x, float y, float z, float w, float h, float d)

Maps the Layer to a certain area of the matrix in 3D using relative values. x, y, and z describe the coordinates. w, h, and d describe width, height, and depth.

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void MapDlgGetMapPixel(int map[])

Retrieves the map settings for the Layer using pixel values. The values are saved in an array (map[]).

▪map[0] = X-coordinate (Position X)

▪map[1] = Y-coordinate (Position Y)

▪map[2] = width (Size X)

▪map[3] = height (Size Y)

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void MapDlgSetMapPixel(int x, int y, int w, int h)

Maps the Layer to a certain area of the matrix using pixel values. x and y describe the coordinates. w and h describe width and height, respectively.

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void MapDlgGetMapPixel3D(int map[])

Retrieves the map settings for the Layer in 3D using pixel values. The values are saved in an array (map[]).

▪map[0] = X-coordinate (Position X)

▪map[1] = Y-coordinate (Position Y)

▪map[2] = Z-coordinate (Position Z)

▪map[3] = width (Size X)

▪map[4] = height (Size Y)

▪map[5] = depth (Size Z)

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void MapDlgSetMapPixel3D(int x, int y, int z, int w, int h, int d)

Maps the Layer to a certain area of the matrix in 3D using pixel values. x, y, and z describe the coordinates. w, h, and d describe width, height, and depth.

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int MapDlgGetMapMode()

Retrieves the currently used Map Mirror Mode of the Layer. See below for a list of constants.

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void MapDlgSetMapMode(int mode)

Sets the Map Mirror Mode for the Layer. See below for a list of constants.

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void MapDlgGetTileVector(float tile[])

Retrieves the Tiling settings for the Layer using relative values. The values are saved in an array (tile[]).

▪tile[0] = X-coordinate (Position X)

▪tile[1] = Y-coordinate (Position Y)

▪tile[2] = width (Size X)

▪tile[3] = height (Size Y)

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void MapDlgSetTileVector(float x, float y, float w, float h)

Tiles the Layer to a certain area of the mapping using relative values. x and y describe the coordinates. w and h describe width and height, respectively.

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void MapDlgGetTileVector3D(float tile[])

Retrieves the Tiling settings for the Layer in 3D using relative values. The values are saved in an array (tile[]).

▪tile[0] = X-coordinate (Position X)

▪tile[1] = Y-coordinate (Position Y)

▪tile[2] = Z-coordinate (Position Z)

▪tile[3] = width (Size X)

▪tile[4] = height (Size Y)

▪tile[5] = depth (Size Z)

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void MapDlgSetTileVector3D(float x, float y, float z, float w, float h, float d)

Tiles the Layer in a certain area of the mapping in 3D using relative values. Layer indexing (number) starts with 0. x, y, and z describe the coordinates. w, h, and d describe width, height, and depth.

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void MapDlgGetTilePixel(int tile[])

Retrieves the Tiling settings for the Layer using pixel values. The values are saved in an array (tile[]).

▪tile[0] = X-coordinate (Position X)

▪tile[1] = Y-coordinate (Position Y)

▪tile[2] = width (Size X)

▪tile[3] = height (Size Y)

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void MapDlgSetTilePixel(int x, int y, int w, int h)

Tiles the Layer in a certain area of the mapping using pixel values. x and y describe the coordinates. w and h describe width and height, respectively.

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void MapDlgGetTilePixel3D(int tile[])

Retrieves the Tiling settings for the Layer in 3D using pixel values. The values are saved in an array (tile[]).

▪tile[0] = X-coordinate (Position X)

▪tile[1] = Y-coordinate (Position Y)

▪tile[2] = Z-coordinate (Position Z)

▪tile[3] = width (Size X)

▪tile[4] = height (Size Y)

▪tile[5] = depth (Size Z)

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void MapDlgSetTilePixel3D(int x, int y, int z, int w, int h, int d)

Tiles the Layer in a certain area of the mapping using pixel values. x, y and z describe the coordinates. w, h, and d describe width, height, and depth.

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void MapDlgGetTileOffsetVector(float offset[])

Retrieves the Tiling Offset of the Layer using relative values. The values are saved in an array (offset[]).

▪offset[0] = X-coordinate (Offset X)

▪offset[1] = Y-coordinate (Offset Y)

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void MapDlgSetTileOffsetVector(float x, float y)

Sets the Tiling Offset of the Layer using relative values. x describes Offset X, while y represents Offset Y.

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void MapDlgGetTileOffsetVector3D(float offset[])

Retrieves the Tiling Offset of the Layer in 3D using relative values. The values are saved in an array (offset[]).

▪offset[0] = X-coordinate (Offset X)

▪offset[1] = Y-coordinate (Offset Y)

▪offset[2] = Z-coordinate (Offset Z)

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void MapDlgSetTileOffsetVector3D(float x, float y, float z)

Sets the Tiling Offset of the Layer in 3D using relative values. x describes Offset X, y describes Offset Y, while z represents Offset Z.

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void MapDlgGetTileOffsetPixel(int offset[])

Retrieves the Tiling Offset of the Layer using pixel values. The values are saved in an array (offset[]).

▪offset[0] = X-coordinate (Offset X)

▪offset[1] = Y-coordinate (Offset Y)

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void MapDlgSetTileOffsetPixel(int x, int y)

Sets the Tiling Offset of the Layer using pixel values. x describes Offset X, while y represents Offset Y.

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void MapDlgGetTileOffsetPixel3D(int offset[])

Retrieves the Tiling Offset of the Layer in 3D using pixel values. The values are saved in an array (offset[]).

▪offset[0] = X-coordinate (Offset X)

▪offset[1] = Y-coordinate (Offset Y)

▪offset[2] = Z-coordinate (Offset Z)

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void MapDlgSetTileOffsetPixel3D(int x, int y, int z)

Sets the Tiling Offset of the Layer in 3D using pixel values. x describes Offset X, y describes Offset Y, while z represents Offset Z.

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int MapDlgGetTileMode()

Retrieves the currently used Tile Mode of the Layer. See below for a list of Tile Mode constants.

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void MapDlgSetTileMode(int mode)

Sets the Tile Mode of the Layer. See below for a list of Tile Mode constants.

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void MapDlgGetRotationVector(float rot[])

Retrieves the Rotation values for axes x, y, and z of the Layer using relative values. The values are saved in an array (rot[]).

▪rot[0] = X-coordinate (X-Axis)

▪rot[1] = Y-coordinate (Y-Axis)

▪rot[2] = Z-coordinate (Z-Axis)

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void MapDlgSetRotationVector(float x, float y, float z)

Sets the Rotation values for axes x, y, and z of the Layer using relative values.

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void MapDlgGetRotationDegree(int rot[])

Retrieves the Rotation values for axes x, y, and z of the Layer using degree values.The values are saved in an array (rot[]).

▪rot[0] = X-coordinate (X-Axis)

▪rot[1] = Y-coordinate (Y-Axis)

▪rot[2] = Z-coordinate (Z-Axis)

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void MapDlgSetRotationDegree(int x, int y, int z)

Sets the Rotation values for axes x, y, and z of the Layer using degree values.

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float MapDlgGetRotationXVector()

Retrieves the Rotation for the X-axis of the Layer using relative values.

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void MapDlgSetRotationXVector(float value)

Sets the Rotation value for the X-axis of the specified Layer using degree values.

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int MapDlgGetRotationXDegree()

Retrieves the Rotation for the X-axis of the Layer using degree values.

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void MapDlgSetRotationXDegree(int value)

Sets the Rotation value for the X-axis of the Layer using degree values.

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int MapDlgGetRotationXMode()

Retrieves the Rotation mode for the X-axis of the Layer. See below for a list of Rotation Mode constants.

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void MapDlgSetRotationXMode(int mode)

Sets the Rotation mode for the X-axis of the Layer. See below for a list of Rotation Mode constants.

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float MapDlgGetRotationYVector()

Retrieves the Rotation for the Y-axis of the Layer using relative values.

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void MapDlgSetRotationYVector(float value)

Sets the Rotation value for the Y-axis of the Layer using relative values.

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int MapDlgGetRotationYDegree()

Retrieves the Rotation for the Y-axis of the Layer using degree values.

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void MapDlgSetRotationYDegree(int value)

Sets the Rotation value for the Y-axis of the Layer using degree values.

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int MapDlgGetRotationYMode()

Retrieves the Rotation mode for the Y-axis of the Layer. See below for a list of Rotation Mode constants.

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void MapDlgSetRotationYMode(int mode)

Sets the Rotation mode for the Y-axis of the Layer. See below for a list of Rotation Mode constants.

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float MapDlgGetRotationZVector()

Retrieves the Rotation value for the Z-axis of the Layer using relative values.

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void MapDlgSetRotationZVector(float value)

Sets the Rotation value for the Z-axis of the Layer using relative values.

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int MapDlgGetRotationZDegree()

Retrieves the Rotation value for the Z-axis of the Layer using degree values.

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void MapDlgSetRotationZDegree(int value)

Sets the Rotation value for the Z-axis of the Layer using degree values.

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int MapDlgGetRotationZMode()

Retrieves the Rotation mode for the Z-axis of the Layer. See below for a list of Rotation Mode constants.

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void MapDlgSetRotationZMode(int mode)

Sets the Rotation mode for the Z-axis of the Layer. See below for a list of Rotation Mode constants.

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void MapDlgGetRotationMode(int mode[])

Retrieves the Rotation mode for axes x, y, and z of the Layer. See below for a list of Rotation Mode constants. The values are saved in an array (mode[]).

▪mode[0] = X-coordinate (X-Axis)

▪mode[1] = Y-coordinate (Y-Axis)

▪mode[2] = Z-coordinate (Z-Axis)

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void MapDlgSetRotationMode(int x, int y, int z)

Sets the Rotation Mode for axes x, y, and z of the Layer. See below for a list of Rotation Mode constants.

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int MapDlgGetAntiAliasing()

Retrieves the Anti-Aliasing mode of the Layer. See below for a list of Anti-Aliasing Mode constants.

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void MapDlgSetAntiAliasing(int aaLevel)

Sets the Anti-Aliasing mode of the Layer. See below for a list of Anti-Aliasing Mode constants.

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int MAP_MIRROR_NONE

Sets no Mirror Mode.

int MAP_MIRROR_H

Mirrors the content of the matrix horizontally.

int MAP_MIRROR_V

Mirrors the content of the matrix vertically.

int MAP_MIRROR_HV

Mirrors the content of the matrix horizontally and vertically.

int MAP_MIRROR_D

Mirrors the content of the matrix in the depth.

int MAP_MIRROR_HD

Mirrors the content of the matrix horizontally and in the depth.

int MAP_MIRROR_VD

Mirrors the content of the matrix vertically and in the depth.

int MAP_MIRROR_HVD

Mirrors the content of the matrix horizontally, vertically, and in the depth.

int MAP_TILE_NONE

Sets no Tile Mode.

int MAP_TILE_REPEAT

Repeats tiles on the mapped matrix.

int MAP_TILE_MIRROR_H

Mirrors tiles horizontally.

int MAP_TILE_MIRROR_V

Mirrors tiles vertically.

int MAP_TILE_MIRROR_HV

Mirrors tiles horizontally and vertically.

int MAP_TILE_MIRROR_D

Mirrors tiles in the depth.

int MAP_TILE_MIRROR_HD

Mirrors tiles horizontally and in the depth.

int MAP_TILE_MIRROR_VD

Mirrors tiles vertically and in the depth.

int MAP_TILE_MIRROR_HVD

Mirrors tiles horizontally, vertically, and in the depth.

int MAP_ROTATION_FIXED

The rotation value is fixed and not animated.

int MAP_ROTATION_LOOP

The rotation value is used for a looped animation.

int MAP_AA_NONE

Sets no anti-aliasing.

int MAP_AA_2X

Sets simple anti-aliasing (requires some performance).

int MAP_AA_4X

Sets complex anti-aliasing (requires a lot performance).