0 0x0200 software_registers 0x9000 0x9000 32 little 0x%lx software IPECamera Registers

0x00

0 32 0 0 RW spi_conf_input

0x10

0 32 0 0 R spi_conf_output

0x20

0 32 0 0 RW spi_clk_speed

0x30

0 32 0 0 R firmware_info 0 8 R firmware_version 8 1 R firmware_bitmode 12 2 R adc_resolution 16 2 R output_mode

0x40

0 32 0 0 RW control 31 1 R freq

0x50

0 32 0 0 R status

0x54

0 32 0 0 R status2

0x58

0 32 0 0 R status3

0x5c

0 32 0 0 R fr_status

0x70

0 32 0 0 R start_address

0x74

0 32 0 0 R end_address

0x78

0 32 0 0 R rd_address

0xa0

0 32 0 0 R fr_param1 0 10 RW fr_skip_lines 10 11 RW fr_num_lines 21 11 RW fr_start_address

0xb0

0 32 0 all RW fr_param2 0 11 RW fr_threshold_start_line 16 10 RW fr_area_lines

0xc0

0 32 0 0 R skiped_lines

0xd0

0 32 0 all RW fr_thresholds

0xd0

0 10 0 all RW fr_pixel_thr

0xd0

10 11 0 all RW fr_num_pixel_thr

0xd0

21 11 0 all RW fr_num_lines_thr

0x100

0 32 0 0 RW rawdata_pkt_addr

0x110

0 32 0 0 R temperature_info 0 16 R sensor_temperature formuu1 formuu2 enumm2 16 3 R sensor_temperature_alarms 19 10 RW fpga_temperature formuu1 enumm1 29 3 R fpga_temperature_alarms

0x120

0 32 0 0 R num_lines

0x130

0 32 0 0 R start_line

0x140

0 32 0 0 R exp_time

0x150

0 32 0 0 RW motor 0 5 RW motor_phi 5 5 RW motor_z 10 5 RW motor_y 15 5 RW motor_x 20 8 R adc_gain

0x160

0 32 0 0 R write_status

0x170

0 32 0 0 RW num_triggers

0x180

0 32 0x280 0 RW trigger_period enumm2

0x190

0 32 0 0 R temperature_sample_period

0x1a0

0 32 0x64 0 RW ddr_max_frames

0x1b0

0 32 0 0 R ddr_num_frames 0 0x0200 default 0x0 0x0 32 little 0x%lx dma DMA Registers formuu1 C (503975./1024000)*@reg - 27315./100 (@value + 27315./100)*(102400./503975) formula to get real fpga temperature from the fpga_temperature register in decimal enumm1 high low enum towards temperatures register formuu2 C ((1./4)*(@reg + 1200)) if @freq==0 else ((3./10)*(@reg + 1000)) 4*@value + 1200 if @freq==0 else (10./3)*@value + 1000 formula to get real sensor temperature from the sensor_temperature register in decimal enumm2 high low enum towards sensor_temperature register formuu3 us (@reg+(43./100))*129./(40*1000000)if @freq==0 else (@reg+(43./100))*129./(48*1000000) @value/129.*(40*1000000) - 43./100 if @freq==0 else @value/129.*(48*1000000) - 43./100 formula to get real exposure time from the cmosis_exp_time register in decimal enumm3 short mid long enum towards cmosis_exp_register register