#Zero byte file captured serial#
save the last timestamp value, currently used for extra CR/LF in serial print Serial.print( " bad checksum or packet header" ) Serial.println( (uiWSR_CurrentWindSpeed_m_per_sec%10), DEC )
Serial.print( (uiWSR_CurrentWindSpeed_m_per_sec/10), DEC ) UiWSR_CurrentWindSpeed_m_per_sec = (uint)si Si = (sint)(bICP_WSR_PacketData & 0x0F) > 4) Serial.println( bWSR_CurrentHumidity, DEC ) Serial.print( (siWSR_CurrentTemperature/10), DEC ) Print to serial port with decimal place management Lower nibble of byte 7 is first temperature digit, take care of 3xx offset Sensor/packet ID bits are 0x00, temperature is present in this packet Bits 4 and 5 of this byte are the sensor/packet IDī = bICP_WSR_PacketData Serial.println( bWSR_StationTransmitterID, DEC ) Bottom nibble, drop the last one since it's not part of the 52 incoming bits print it in hex text out the serial port Serial.print( ' ', BYTE ) //timestamp seperator print it in binary text out the serial portįor( b = WSR_TIMESTAMP_BIT_OFFSET b > 3] & (0x80 > (b&0x07))) != 0 ) packet to make it easier to see what belongs with what Blank separator line if there has been more than about 2 seconds since the last Inspect, validate and convert any fresh incoming packet data to the latest real world values * Initialise port initial state and data direction registers Interrupts() // Enable interrupts (NOTE: is this necessary? Should be enabled by default)
Serial.println( "Weather Station Receiver has powered up" ) Serial.begin( 38400 ) //using the serial port at 38400bps for debugging and logging Real world data, latest received and converted by Packet_Converter_WS2355()
Unsigned long ulWSR_LastTimestamp_262_144mS Saved timestamp at packet receive conversion main array size must be ^2, and there may be some other count dependencies in the interpreter. Timer 1 Input capture period and captured event time detectionīyte bICP_WSR_State //Interpreter state machineīyte bICP_WSR_PacketData //incoming RF packet data with 4 byte timestamp at start, already bit reversed to suit. * reset happens during first transition/bit in. * period coming in is not a problem causing loss of packet start if Make sure boundary condition of reset just as new bit / * given the receiver model used, but a quiet receiver timeout should be Currently unsquelched RF noise is resetting it anyway * activity is received within a few mS, reset the receiver state Add: WSR_RESET() call from a dead-time timeout. * bit there may mean something else? Still investigating. * reading on it that was not generated by rainfall pulses, so a higher * The rainfall count may be 11 bits, not 12 bits. The cable connected wind speed and direction sensor is The cable connected rainfall sensor is part number * wind sensors are made to the WS-2300-25S unit as it is the central RF * (part number WS-2300-25S), and cable connections between the rain and * package, the RF transmitter is the integrated thermo/hygro station, * The transmitter is from the La Crosse WS-2355 Weather Station * bitstream, received through a 433MHz receiver module into the PB0 * Receives and decodes a pulse-width and transition encoded RF
#Zero byte file captured code#
With this code I am able to save a jpeg image to a known directory on my SD card. I think my main problem is with the picturecallback() class.
#Zero byte file captured android#
I'm very new to Android and am trying to do something simple: using the camera API, I want to capture an image and save it to a directory.
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