mirror of
https://github.com/eried/portapack-mayhem.git
synced 2024-12-25 07:19:28 -05:00
2ccda5aebd
* Initial commit - wip
* Half part of the transition of baseband processor.
* More SGD
* WIP, Weather refactor, UI improv
* Rename
* Added 4msps, and fixes
* Fixes
* princeton working
* Renamed proc_weather, bc now multifunctional
* Proto: bett
* FPS_CAME = 4,
FPS_PRASTEL = 5,
FPS_AIRFORCE = 6,
* Came Atomo, fixes
* Separate weather and sgd, bc of baseband size limit
* Fix display
* Save space
* More protos
* Dooya proto added
* More protos
* add protos
* More protos
* Move weather to ext app
* nw
* Revert "Move weather to ext app"
This reverts commit 8a84aac2f5.
* revert
* Fix merge
* Better naming
* More protos
* More protos
* Add protos
* Fix warning
* Add NeroRadio
* more protos
* more protos
* More protos
* Shrink a bit
* fixes
* More protos
* Nicer code
* Fix naming
* Fix format
* Remove unused
* Fix some protos, that needs a LOOOONG part with the same lo/high
* Modify key calculation
248 lines
8.6 KiB
C++
248 lines
8.6 KiB
C++
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#ifndef __FPROTO_OREGON2_H__
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#define __FPROTO_OREGON2_H__
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#include "weatherbase.hpp"
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#define OREGON2_PREAMBLE_BITS 19
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#define OREGON2_PREAMBLE_MASK 0b1111111111111111111
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#define OREGON2_SENSOR_ID(d) (((d) >> 16) & 0xFFFF)
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#define OREGON2_CHECKSUM_BITS 8
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// 15 ones + 0101 (inverted A)
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#define OREGON2_PREAMBLE 0b1111111111111110101
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// bit indicating the low battery
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#define OREGON2_FLAG_BAT_LOW 0x4
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/// Documentation for Oregon Scientific protocols can be found here:
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/// http://wmrx00.sourceforge.net/Arduino/OregonScientific-RF-Protocols.pdf
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// Sensors ID
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#define ID_THGR122N 0x1d20
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#define ID_THGR968 0x1d30
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#define ID_BTHR918 0x5d50
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#define ID_BHTR968 0x5d60
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#define ID_RGR968 0x2d10
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#define ID_THR228N 0xec40
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#define ID_THN132N 0xec40 // same as THR228N but different packet size
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#define ID_RTGN318 0x0cc3 // warning: id is from 0x0cc3 and 0xfcc3
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#define ID_RTGN129 0x0cc3 // same as RTGN318 but different packet size
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#define ID_THGR810 0xf824 // This might be ID_THGR81, but what's true is lost in (git) history
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#define ID_THGR810a 0xf8b4 // unconfirmed version
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#define ID_THN802 0xc844
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#define ID_PCR800 0x2914
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#define ID_PCR800a 0x2d14 // Different PCR800 ID - AU version I think
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#define ID_WGR800 0x1984
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#define ID_WGR800a 0x1994 // unconfirmed version
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#define ID_WGR968 0x3d00
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#define ID_UV800 0xd874
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#define ID_THN129 0xcc43 // THN129 Temp only
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#define ID_RTHN129 0x0cd3 // RTHN129 Temp, clock sensors
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#define ID_RTHN129_1 0x9cd3
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#define ID_RTHN129_2 0xacd3
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#define ID_RTHN129_3 0xbcd3
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#define ID_RTHN129_4 0xccd3
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#define ID_RTHN129_5 0xdcd3
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#define ID_BTHGN129 0x5d53 // Baro, Temp, Hygro sensor
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#define ID_UVR128 0xec70
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#define ID_THGR328N 0xcc23 // Temp & Hygro sensor similar to THR228N with 5 channel instead of 3
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#define ID_RTGR328N_1 0xdcc3 // RTGR328N_[1-5] RFclock(date &time)&Temp&Hygro sensor
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#define ID_RTGR328N_2 0xccc3
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#define ID_RTGR328N_3 0xbcc3
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#define ID_RTGR328N_4 0xacc3
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#define ID_RTGR328N_5 0x9cc3
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#define ID_RTGR328N_6 0x8ce3 // RTGR328N_6&7 RFclock(date &time)&Temp&Hygro sensor like THGR328N
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#define ID_RTGR328N_7 0x8ae3
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typedef enum {
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Oregon2DecoderStepReset = 0,
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Oregon2DecoderStepFoundPreamble,
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Oregon2DecoderStepVarData,
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} Oregon2DecoderStep;
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class FProtoWeatherOregon2 : public FProtoWeatherBase {
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public:
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FProtoWeatherOregon2() {
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sensorType = FPW_OREGON2;
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}
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void feed(bool level, uint32_t duration) override {
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// oregon v2.1 signal is inverted
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ManchesterEvent event = level_and_duration_to_event(!level, duration);
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bool bit_value = false;
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// low-level bit sequence decoding
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if (event == ManchesterEventReset) {
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parser_step = Oregon2DecoderStepReset;
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have_bit = false;
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decode_data = 0UL;
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decode_count_bit = 0;
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}
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if (FProtoGeneral::manchester_advance(manchester_saved_state, event, &manchester_saved_state, &bit_value)) {
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if (have_bit) {
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if (!prev_bit && bit_value) {
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subghz_protocol_blocks_add_bit(1);
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} else if (prev_bit && !bit_value) {
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subghz_protocol_blocks_add_bit(0);
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} else {
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ws_protocol_decoder_oregon2_reset();
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}
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have_bit = false;
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} else {
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prev_bit = bit_value;
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have_bit = true;
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}
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}
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switch (parser_step) {
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case Oregon2DecoderStepReset:
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// waiting for fixed oregon2 preamble
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if (decode_count_bit >= OREGON2_PREAMBLE_BITS &&
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((decode_data & OREGON2_PREAMBLE_MASK) == OREGON2_PREAMBLE)) {
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parser_step = Oregon2DecoderStepFoundPreamble;
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decode_count_bit = 0;
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decode_data = 0UL;
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}
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break;
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case Oregon2DecoderStepFoundPreamble:
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// waiting for fixed oregon2 data
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if (decode_count_bit == 32) {
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data = decode_data;
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data_count_bit = decode_count_bit;
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decode_data = 0UL;
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decode_count_bit = 0;
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// reverse nibbles in decoded data
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data = (data & 0x55555555) << 1 |
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(data & 0xAAAAAAAA) >> 1;
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data = (data & 0x33333333) << 2 |
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(data & 0xCCCCCCCC) >> 2;
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ws_oregon2_decode_const_data();
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var_bits = oregon2_sensor_id_var_bits(OREGON2_SENSOR_ID(data));
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if (!var_bits) {
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// sensor is not supported, stop decoding, but showing the decoded fixed part
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parser_step = Oregon2DecoderStepReset;
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if (callback) callback(this);
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} else {
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parser_step = Oregon2DecoderStepVarData;
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}
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}
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break;
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case Oregon2DecoderStepVarData:
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// waiting for variable (sensor-specific data)
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if (decode_count_bit == (uint32_t)var_bits + OREGON2_CHECKSUM_BITS) {
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var_data = decode_data & 0xFFFFFFFF;
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// reverse nibbles in var data
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var_data = (var_data & 0x55555555) << 1 |
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(var_data & 0xAAAAAAAA) >> 1;
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var_data = (var_data & 0x33333333) << 2 |
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(var_data & 0xCCCCCCCC) >> 2;
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ws_oregon2_decode_var_data(OREGON2_SENSOR_ID(data), var_data >> OREGON2_CHECKSUM_BITS);
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parser_step = Oregon2DecoderStepReset;
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if (callback) callback(this);
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}
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break;
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}
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}
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protected:
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// timing values
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uint32_t te_short = 500;
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uint32_t te_long = 1000;
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uint32_t te_delta = 200;
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uint32_t min_count_bit_for_found = 32;
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bool have_bit = false;
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bool prev_bit = 0;
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uint8_t var_bits{0};
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uint32_t var_data{0};
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void ws_protocol_decoder_oregon2_reset() {
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parser_step = Oregon2DecoderStepReset;
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decode_data = 0UL;
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decode_count_bit = 0;
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FProtoGeneral::manchester_advance(manchester_saved_state, ManchesterEventReset, &manchester_saved_state, NULL);
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have_bit = false;
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var_data = 0;
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var_bits = 0;
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}
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ManchesterEvent level_and_duration_to_event(bool level, uint32_t duration) {
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bool is_long = false;
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if (DURATION_DIFF(duration, te_long) < te_delta) {
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is_long = true;
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} else if (DURATION_DIFF(duration, te_short) < te_delta) {
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is_long = false;
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} else {
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return ManchesterEventReset;
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}
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if (level)
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return is_long ? ManchesterEventLongHigh : ManchesterEventShortHigh;
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else
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return is_long ? ManchesterEventLongLow : ManchesterEventShortLow;
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}
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uint8_t oregon2_sensor_id_var_bits(uint16_t sensor_id) {
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switch (sensor_id) {
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case ID_THR228N:
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case ID_RTHN129_1:
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case ID_RTHN129_2:
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case ID_RTHN129_3:
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case ID_RTHN129_4:
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case ID_RTHN129_5:
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return 16;
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case ID_THGR122N:
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return 24;
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default:
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return 0;
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}
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}
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void ws_oregon2_decode_const_data() {
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id = OREGON2_SENSOR_ID(data);
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uint8_t ch_bits = (data >> 12) & 0xF;
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channel = 1;
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while (ch_bits > 1) {
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channel++;
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ch_bits >>= 1;
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}
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battery_low = (data & OREGON2_FLAG_BAT_LOW) ? 1 : 0;
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}
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uint16_t bcd_decode_short(uint32_t data) {
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return (data & 0xF) * 10 + ((data >> 4) & 0xF);
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}
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float ws_oregon2_decode_temp(uint32_t data) {
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int32_t temp_val;
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temp_val = bcd_decode_short(data >> 4);
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temp_val *= 10;
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temp_val += (data >> 12) & 0xF;
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if (data & 0xF) temp_val = -temp_val;
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return (float)temp_val / 10.0;
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}
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void ws_oregon2_decode_var_data(uint16_t sensor_id, uint32_t data) {
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switch (sensor_id) {
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case ID_THR228N:
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case ID_RTHN129_1:
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case ID_RTHN129_2:
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case ID_RTHN129_3:
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case ID_RTHN129_4:
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case ID_RTHN129_5:
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temp = ws_oregon2_decode_temp(data);
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humidity = WS_NO_HUMIDITY;
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return;
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case ID_THGR122N:
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humidity = bcd_decode_short(data);
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temp = ws_oregon2_decode_temp(data >> 8);
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return;
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default:
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break;
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}
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}
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};
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#endif
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