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SourceVuESP-IDF Framework and Examplesdf_server sampleBASE_ADDR

BASE_ADDR macro

KP18058 register start address - Byte0

Syntax

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Summary

Declaration

from sm2135e.c:34

#define BASE_ADDR 0xC0

References

Code

Location

#define BASE_ADDR 0x80

#define BASE_ADDR 0x80

#define BASE_ADDR 0x80

#define BASE_ADDR 0xC0

#define BASE_ADDR 0xC0

#define BASE_ADDR 0xC0

uint8_t addr = BASE_ADDR | BIT_MAX_CURRENT | BIT_SLEEP_MODE_ENABLE;

uint8_t addr = BASE_ADDR | BIT_MAX_CURRENT | BIT_ALL_OUT_ENABLE;

uint8_t addr = BASE_ADDR | BIT_SLEEP_MODE_ENABLE;

uint8_t addr = BASE_ADDR | BIT_R_OUT1 | BIT_ALL_OUT_ENABLE;

uint8_t addr = BASE_ADDR | BIT_ALL_OUT_ENABLE | get_mapping_addr(channel);

uint8_t addr = BASE_ADDR | BIT_R_OUT1 | BIT_ALL_OUT_ENABLE;

uint8_t addr = BASE_ADDR | BIT_C_OUT4 | BIT_ALL_OUT_ENABLE;

uint8_t addr = BASE_ADDR | BIT_R_OUT1 | BIT_ALL_OUT_ENABLE;

uint8_t addr = BASE_ADDR | BIT_OUT_SELECT;

uint8_t addr = BASE_ADDR | BIT_DISABLE_SLEEP_MODE | BIT_OUT1_GRAYSCALE;

uint8_t addr = BASE_ADDR | BIT_DISABLE_SLEEP_MODE;

uint8_t addr = BASE_ADDR | BIT_OUT1_GRAYSCALE | BIT_DISABLE_SLEEP_MODE;

uint8_t addr = BASE_ADDR | BIT_OUT4_GRAYSCALE | BIT_DISABLE_SLEEP_MODE;

uint8_t addr = BASE_ADDR | BIT_OUT1_GRAYSCALE | BIT_DISABLE_SLEEP_MODE;

uint8_t addr = BASE_ADDR | BIT_ALL_CHANNEL | BIT_NEXT_BYTE1;

uint8_t addr = BASE_ADDR | BIT_STANDBY | BIT_NEXT_BYTE4;

uint8_t addr = BASE_ADDR | BIT_ALL_CHANNEL | get_mapping_addr(channel);

uint8_t addr = BASE_ADDR | BIT_ALL_CHANNEL | BIT_NEXT_BYTE4;

uint8_t addr = BASE_ADDR | BIT_ALL_CHANNEL | BIT_NEXT_BYTE10;

uint8_t addr = BASE_ADDR | BIT_ALL_CHANNEL | BIT_NEXT_BYTE4;

uint8_t addr = BASE_ADDR | BIT_MAX_CURRENT;

uint8_t addr = BASE_ADDR | BIT_MAX_CURRENT;

uint8_t addr = BASE_ADDR | BIT_MODE_SELECT;

uint8_t addr = BASE_ADDR | BIT_R_OUT1;

uint8_t addr = BASE_ADDR;

uint8_t addr = BASE_ADDR | BIT_MAX_CURRENT;

uint8_t addr = BASE_ADDR | BIT_W_OUT4;

uint8_t addr = BASE_ADDR | BIT_MAX_CURRENT;

uint8_t addr = BASE_ADDR | BIT_MAX_CURRENT;

uint8_t addr = BASE_ADDR | BIT_STANDBY_MODE_SELECT;

uint8_t addr = BASE_ADDR | BIT_R_OUT1;

uint8_t addr = BASE_ADDR | get_mapping_addr(channel);

uint8_t addr = BASE_ADDR | BIT_R_OUT1;

uint8_t addr = BASE_ADDR | BIT_W_OUT4;

uint8_t addr = BASE_ADDR | BIT_R_OUT1;

uint8_t addr = BASE_ADDR | BIT_STANDBY | BIT_R_OUT1;

addr = BASE_ADDR | BIT_ALL_CHANNEL | BIT_R_OUT1;

uint8_t addr = BASE_ADDR | BIT_ALL_CHANNEL | BIT_R_OUT1;

sm2x35egh.c:107

uint8_t addr = BASE_ADDR | BIT_ALL_CHANNEL | get_mapping_addr(channel);

sm2x35egh.c:130

uint8_t addr = BASE_ADDR | BIT_ALL_CHANNEL | BIT_R_OUT1;

sm2x35egh.c:145

uint8_t addr = BASE_ADDR | BIT_ALL_CHANNEL | BIT_C_OUT4;

sm2x35egh.c:168

uint8_t addr = BASE_ADDR | BIT_ALL_CHANNEL | BIT_R_OUT1;

sm2x35egh.c:186