Sony CXD5602 User Manual page 804

3.9.12.11.6 SEQ_OUT_FORMAT_n
OFFSET: 0x0024 + n x 0x20 (n = 0, ..., 9)
NAME Field Name
SEQ_OUT_FORMAT_ Reserved
n
MATH_WRITE_VEC_
ELE_NUM
MATH_WRITE_STAR
T_OFST
Reserved
MATH_WRITE_SHIF
T_SIZE
Reserved
MATH_WRITE_BYTE
_SWAPT
Reserved
FIFO_WRITE_LEN
FIFO_WRITE_START
_OFST
Each bit of this parameter cannot be rewritten when the corresponding sequencer n is in operation.
3.9.12.11.7 SEQ_MATH_PROC_OFST_GAIN_n_m
OFFSET: 0x0028 + n x 0x04 + m x 0x20
NAME
SEQ_MATH_PROC_OFST_GAIN_n_m
Each bit of this parameter can be rewritten when its corresponding sequencer m is in operation.
Table SCU (Sensor Control Unit)-688
Bit RW
[31:30]
[29:28] RW
[26:24] RW
[23]
[22:20] RW
[19:15]
[16] RW
[15:8]
[7:4] RW
[3:0] RW
Table SCU (Sensor Control Unit)-689
Field Name Bit
GAIN_n [31:16]
OFST_n [15:0]
－804/1010－
Description
Reserved
Format for writing to the MATH_PROC. Number of vector
elements. "0" corresponds to one element. Set this from "0"
to "2".
Format for writing to the MATH_PROC. The data to
process is selected using the number of Bytes from the start
of the reading buffer. "0" corresponds to no offset. (0 to 7)
Reserved
Format for writing to the MATH_PROC. Selects the
amount of left bit shift of the 16 bit data. "1" corresponds to
1 bit shift (0 to 7)
Reserved
Format for writing to the MATH_PROC. Set to "1" when
swapping 8 bit 2 Byte data to 16 bits
Reserved
Selects how many Bytes of data read out from the sensor to
write to the FIFO. "0" means 1 Byte (0 to 15)
Selects from which Byte of data read out from the sensor to
start writing to the FIFO. "0" means 1 Byte (0 to 15)
RW Description
RW Gain value of vector n of sequencer m (n =
0, ..., 2, m = 0, ..., 9)
RW Offset value of vector n of sequencer m (n =
0, ..., 2, m = 0, ..., 9)
CXD5602 User Manual