小羊肉肉.
0548c1555f
主要更改： 1. 新增使用手册： - AI算法更新指南 - HTPA60x40传感器升级指南 - 环境配置教程 2. 传感器模块优化： - HTPA60x40dR1L0.9传感器集成 - HTPAd32x32L1k7传感器更新 - 传感器配置文档完善 3. 项目文档整理： - 删除过期的433MHz使用指南 - 更新README文档结构 - 完善配置教程链接 目标：完善项目文档，优化传感器集成
126 lines
6.6 KiB
C
126 lines
6.6 KiB
C
#ifndef _HTPA60x40_DEF_H
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#define _HTPA60x40_DEF_H
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// DEVICE ADDRESS
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#define SENSOR_ADDRESS_60x40 0x1A
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#define EEPROM_ADDRESS_60x40 0x50
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// I2C CLOCK
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#define CLOCK_SENSOR_60x40 1000000
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#define CLOCK_EEPROM_60x40 400000
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// SETTING
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#define PTAT_BUFFER_SIZE_60x40 10
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#define VDD_BUFFER_SIZE_60x40 10
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#define ELOFFSETS_BUFFER_SIZE_60x40 10
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#define ELOFFSETS_FILTER_START_DELAY_60x40 100
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#define START_WITH_BLOCK_60x40 4
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#define READ_ELOFFSET_EVERYX_60x40 10
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// WIFI SETTING
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#define UDP_PACKET_LENGTH_60x40 4808 // 60*40*2 + header
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#define LAST_UDP_PACKET_LENGTH_60x40 4804
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#define ACCESSPOINTNAME_60x40 "HTPA60x40dR1L0.9"
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#define ACCESSPOINTKEY_60x40 "heimannsensor"
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// PARAMETER LOOKUPTABLE
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#define TABLENUMBER_60x40 154 // table number of this sensor type (may need adjustment)
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#define PCSCALEVAL_60x40 100000000 // scale value for PixC (see formula in datasheet)
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#define NROFTAELEMENTS_60x40 12 // number of columns (ambient temperature steps)
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#define NROFADELEMENTS_60x40 1588 // number of rows (digit steps)
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#define TAEQUIDISTANCE_60x40 100 // distance between two columns
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#define ADEQUIDISTANCE_60x40 64 // distance between two rows
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#define ADEXPBITS_60x40 6
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#define TABLEOFFSET_60x40 4096 // table offset in digits
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// SENSOR INFO - HTPA60x40 specific parameters
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#define NUMBER_OF_PIXEL_60x40 2400 // number of all pixels (60*40)
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#define NUMBER_OF_BLOCKS_60x40 10 // number of blocks for each half (increased for 60x40)
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#define PIXEL_PER_BLOCK_60x40 120 // number of pixels of each block (2400/20 blocks total)
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#define PIXEL_PER_COLUMN_60x40 60 // number of pixels of each column
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#define PIXEL_PER_ROW_60x40 40 // number of pixels of each row
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#define ROW_PER_BLOCK_60x40 4 // number of rows of each block
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#define ALLOWED_DEADPIX_60x40 12 // max. 0.5% of the pixel number (2400*0.005)
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#define ATC_ACTIVE_60x40 0 // 1 - sensor has... / 0 - sensor hasn't a cyclops
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#define ATC_POS_60x40 0 // position of the cyclops in block reading order
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#define PTAT_POS_60x40 0 // position of PTAT in block reading order
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#define VDD_POS_60x40 0 // position of VDD in block reading order
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#define PTAT_VDD_SWITCH_60x40 1 // 1 - PTAT and VDD alternate after each pic / 0 - not
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#define BLOCK_LENGTH_60x40 242 // number of char in each block (120*2 + 2)
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#define DATA_POS_60x40 2 // position of first data byte in each block
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// SENSOR REGISTER (same as 32x32)
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#define TOP_HALF_60x40 0x0A // data of top half
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#define BOTTOM_HALF_60x40 0x0B // data of bot half
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#define CONFIGURATION_REGISTER_60x40 0x01 // configuration register (WRITE only)
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// | 7 | 6 | 5 | 4 | 3 | 2 | 1 | 0 |
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// | RFU | Block | Start | VDD_MEAS | BLIND | WAKEUP |
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#define STATUS_REGISTER_60x40 0x02 // address of status register (read only)
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// | 7 | 6 | 5 | 4 | 3 | 2 | 1 | 0 |
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// | RFU | Block | RFU | VDD_MEAS | BLIND | EOC |
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#define TRIM_REGISTER1_60x40 0x03 // address for trim register 1 (WRITE only)
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// | 7 | 6 | 5 | 4 | 3 | 2 | 1 | 0 |
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// | RFU | REF_CAL | MBIT |
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#define TRIM_REGISTER2_60x40 0x04 // address for trim register 2 (WRITE only)
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// | 7 | 6 | 5 | 4 | 3 | 2 | 1 | 0 |
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// | RFU | BIAS TRIM TOP |
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#define TRIM_REGISTER3_60x40 0x05 // address for trim register 3 (WRITE only)
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// | 7 | 6 | 5 | 4 | 3 | 2 | 1 | 0 |
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// | RFU | BIAS TRIM BOT |
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#define TRIM_REGISTER4_60x40 0x06 // address for trim register 4 (WRITE only)
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// | 7 | 6 | 5 | 4 | 3 | 2 | 1 | 0 |
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// | RFU | CLK TRIM |
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#define TRIM_REGISTER5_60x40 0x07 // address for trim register 5 (WRITE only)
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// | 7 | 6 | 5 | 4 | 3 | 2 | 1 | 0 |
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// | RFU | BPA TRIM TOP |
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#define TRIM_REGISTER6_60x40 0x08 // address for trim register 6 (WRITE only)
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// | 7 | 6 | 5 | 4 | 3 | 2 | 1 | 0 |
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// | RFU | BPA TRIM BOT |
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#define TRIM_REGISTER7_60x40 0x09 // address for trim register 7 (WRITE only)
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// | 7 | 6 | 5 | 4 | 3 | 2 | 1 | 0 |
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// | PU SDA TRIM | PU SDA TRIM |
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// EEPROM REGISTER (same structure as 32x32)
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#define E_PIXCMIN_1_60x40 0x0000 // Min of PixC, stored as float in four 8-bit fields
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#define E_PIXCMIN_2_60x40 0x0001
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#define E_PIXCMIN_3_60x40 0x0002
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#define E_PIXCMIN_4_60x40 0x0003
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#define E_PIXCMAX_1_60x40 0x0004// Max of PixC, stored as float in four 8-bit fields
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#define E_PIXCMAX_2_60x40 0x0005
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#define E_PIXCMAX_3_60x40 0x0006
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#define E_PIXCMAX_4_60x40 0x0007
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#define E_GRADSCALE_60x40 0x0008 // stored as unsigned char, important for PTAT comp.
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#define E_TABLENUMBER1_60x40 0x000B // table number of this sensor, stored as unsigned short
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#define E_TABLENUMBER2_60x40 0x000C
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#define E_EPSILON_60x40 0x000D // emissivity in percentage, stored as unsigned char
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#define E_MBIT_CALIB_60x40 0x000F // calibration MBIT, stored as unsigned char
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#define E_BIAS_CALIB_60x40 0x0010 // calibration BIAS, stored as unsigned char
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#define E_CLK_CALIB_60x40 0x0011 // calibration CLK, stored as unsigned char
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#define E_BPA_CALIB_60x40 0x0012 // calibration BPA, stored as unsigned char
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#define E_PU_CALIB_60x40 0x0013 // calibration PU, stored as unsigned char
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#define E_MBIT_USER_60x40 0x0014 // user MBIT, stored as unsigned char
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#define E_BIAS_USER_60x40 0x0015 // user BIAS, stored as unsigned char
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#define E_CLK_USER_60x40 0x0016 // user CLK, stored as unsigned char
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#define E_BPA_USER_60x40 0x0017 // user BPA, stored as unsigned char
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#define E_PU_USER_60x40 0x0018 // user PU, stored as unsigned char
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#define E_VDDTH1_1_60x40 0x0026 // VDD th1, stored as unsigned short
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#define E_VDDTH1_2_60x40 0x0027
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#define E_VDDTH2_1_60x40 0x0028 // VDD th2, stored as unsigned short
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#define E_VDDTH2_2_60x40 0x0029
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#define E_PTATTH1_1_60x40 0x002A // PTAT th1, stored as unsigned short
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#define E_PTATTH1_2_60x40 0x002B
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#define E_PTATTH2_1_60x40 0x002C // PTAT th2, stored as unsigned short
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#define E_PTATTH2_2_60x40 0x002D
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#define E_VDDSCGRAD_60x40 0x002E // VDD scaling gradient, stored as unsigned char
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#define E_VDDSCOFF_60x40 0x002F // VDD scaling offset, stored as unsigned char
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#define E_PTATGR_1_60x40 0x0030 // PTAT gradient, stored as unsigned short
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#define E_PTATGR_2_60x40 0x0031
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#define E_PTATOFF_1_60x40 0x0032 // PTAT offset, stored as unsigned short
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#define E_PTATOFF_2_60x40 0x0033
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#define E_PIXCIJ_60x40 0x0034 // start of PixC array
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// Lookup table for temperature calculation
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extern const short htpa60x40_lookuptable[NROFTAELEMENTS_60x40][NROFADELEMENTS_60x40];
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#endif // _HTPA60x40_DEF_H
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