Rectangle Copy Operations Macros

Name 

Description 

RCC_SRC_ADDR_CONTINUOUS 

Source (S) and Destination (D) data type. When performing executing commands on the Rectangle Copy Processing Unit (RCCGPU). The source and destination data can be treated as a continuous block of data in memory or a discontinuous data in memory. This gives flexibility to the operation where an copy operation can be performed to data already present in the display buffer or anywhere else in data memory. Both source and destination data can be set to continuous or discontinuous data. These macros are only used in RCCGPU operations.

• RCC_SRC_ADDR_CONTINUOUS - source data is continuous
• RCC_SRC_ADDR_DISCONTINUOUS - source data is discontinuous... more 

RCC_SRC_ADDR_DISCONTINUOUS 

Source (S) and Destination (D) data type. When performing executing commands on the Rectangle Copy Processing Unit (RCCGPU). The source and destination data can be treated as a continuous block of data in memory or a discontinuous data in memory. This gives flexibility to the operation where an copy operation can be performed to data already present in the display buffer or anywhere else in data memory. Both source and destination data can be set to continuous or discontinuous data. These macros are only used in RCCGPU operations.

• RCC_SRC_ADDR_CONTINUOUS - source data is continuous
• RCC_SRC_ADDR_DISCONTINUOUS - source data is discontinuous... more 

RCC_DEST_ADDR_CONTINUOUS 

Source (S) and Destination (D) data type. When performing executing commands on the Rectangle Copy Processing Unit (RCCGPU). The source and destination data can be treated as a continuous block of data in memory or a discontinuous data in memory. This gives flexibility to the operation where an copy operation can be performed to data already present in the display buffer or anywhere else in data memory. Both source and destination data can be set to continuous or discontinuous data. These macros are only used in RCCGPU operations.

• RCC_SRC_ADDR_CONTINUOUS - source data is continuous
• RCC_SRC_ADDR_DISCONTINUOUS - source data is discontinuous... more 

RCC_DEST_ADDR_DISCONTINUOUS 

Source (S) and Destination (D) data type. When performing executing commands on the Rectangle Copy Processing Unit (RCCGPU). The source and destination data can be treated as a continuous block of data in memory or a discontinuous data in memory. This gives flexibility to the operation where an copy operation can be performed to data already present in the display buffer or anywhere else in data memory. Both source and destination data can be set to continuous or discontinuous data. These macros are only used in RCCGPU operations.

• RCC_SRC_ADDR_CONTINUOUS - source data is continuous
• RCC_SRC_ADDR_DISCONTINUOUS - source data is discontinuous... more 

RCC_ROP_0 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_1 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_2 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_3 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_4 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_5 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_6 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_7 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_8 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_9 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_A 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_B 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_C 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_D 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_E 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_ROP_F 

Raster Operation (ROP) option. Select one of the following 16 raster operation options whenever Rectangle Copy Processing Unit (RCCGPU) is used. The raster operation is performed on the source (S) and destination (D) data. and the result written to the destination (D).

• RCC_ROP_0 - 0 (BLACK)
• RCC_ROP_1 - not (S or D)
• RCC_ROP_2 - (not S) and D
• RCC_ROP_3 - not (S)
• RCC_ROP_4 - S and not (D))
• RCC_ROP_5 - not (D)
• RCC_ROP_6 - S xor D
• RCC_ROP_7 - not (S and D)
• RCC_ROP_8 - S and D
• RCC_ROP_9 - not (S xor D)
• RCC_ROP_A - D
• RCC_ROP_B... more 

RCC_COPY 

Type of Rectangle Copy Operations. Select one of the following rectangle copy operations and together with the ROP; the source, destination, current color set and transparency are evaluated on each pixel and the result written to the destination.

• RCC_COPY - Copies the source data to the destination address with the selected ROP.
• RCC_SOLID_FILL - Fills the specified rectangle with the current color set.
• RCC_TRANSPARENT_COPY - Operation is the same as the COPY operation except that the source data is compared against the current color set. If the values match, the source data is not written to the destination. The source... more 

RCC_SOLID_FILL 

Type of Rectangle Copy Operations. Select one of the following rectangle copy operations and together with the ROP; the source, destination, current color set and transparency are evaluated on each pixel and the result written to the destination.

• RCC_COPY - Copies the source data to the destination address with the selected ROP.
• RCC_SOLID_FILL - Fills the specified rectangle with the current color set.
• RCC_TRANSPARENT_COPY - Operation is the same as the COPY operation except that the source data is compared against the current color set. If the values match, the source data is not written to the destination. The source... more 

RCC_TRANSPARENT_COPY 

Type of Rectangle Copy Operations. Select one of the following rectangle copy operations and together with the ROP; the source, destination, current color set and transparency are evaluated on each pixel and the result written to the destination.

• RCC_COPY - Copies the source data to the destination address with the selected ROP.
• RCC_SOLID_FILL - Fills the specified rectangle with the current color set.
• RCC_TRANSPARENT_COPY - Operation is the same as the COPY operation except that the source data is compared against the current color set. If the values match, the source data is not written to the destination. The source... more