<phyphox xmlns="http://phyphox.org/xml" xmlns:editor="http://phyphox.org/editor/xml" version="1.7" editor:version="1.0" locale="en">
	<title>Magnetic sensor</title>
	<category>1) Sussex</category>
	<description>Magnetic sensor (3 axis) with offset adjustment and optional data smoothing</description>
	<data-containers>
		<!-- initialize buffers-->
		<container size="100" init="-9.8,-9.7,-9.6,-9.5,-9.4,-9.3,-9.2,-9.1,-9,-8.9,-8.8,-8.7,-8.6,-8.5,-8.4,-8.3,-8.2,-8.1,-8,-7.9,-7.8,-7.7,-7.6,-7.5,-7.4,-7.3,-7.2,-7.1,-7,-6.9,-6.8,-6.7,-6.6,-6.5,-6.4,-6.3,-6.2,-6.1,-6,-5.9,-5.8,-5.7,-5.6,-5.5,-5.4,-5.3,-5.2,-5.1,-5,-4.9,-4.8,-4.7,-4.6,-4.5,-4.4,-4.3,-4.2,-4.1,-4,-3.9,-3.8,-3.7,-3.6,-3.5,-3.4,-3.3,-3.2,-3.1,-3,-2.9,-2.8,-2.7,-2.6,-2.5,-2.4,-2.3,-2.2,-2.1,-2,-1.9,-1.8,-1.7,-1.6,-1.5,-1.4,-1.3,-1.2,-1.1,-1,-0.9,-0.8,-0.7,-0.6,-0.5,-0.4,-0.3,-0.2,-0.1,0,0.1" static="false">I_t_100
		</container>
		<container size="100" static="false">I_Bx_100</container>
		<container size="100" static="false">I_By_100</container>
		<container size="100" static="false">I_Bz_100</container>
		<container size="100" static="false">I_Babs_100</container>
		<!-- R for raw data stright from sensor, _100 for buffer size  , _O for values minus offsets-->
		<container size="100" static="false">R_t_100</container>
		<container size="100" static="false">R_t_80</container>
		<container size="100" static="false">R_Bx_100</container>
		<container size="100" static="false">R_By_100</container>
		<container size="100" static="false">R_Bz_100</container>
		<container size="100" static="false">R_Babs_100</container>
		<container size="100" static="false">R_Bx_100_O</container>
		<container size="100" static="false">R_By_100_O</container>
		<container size="100" static="false">R_Bz_100_O</container>
		<container size="100" static="false">R_Babs_100_O</container>
		<container size="1" static="false">R_Bx0</container>
		<container size="1" static="false">R_By0</container>
		<container size="1" static="false">R_Bz0</container>
		<container size="1" static="false">R_Babs0</container>
		<!-- S for gaussian smoothed data, _100 for buffer size  , _O for values minus offsets-->
		<container size="100" static="false">RS_t_100</container>
		<container size="100" static="false">RS_Bx_100</container>
		<container size="100" static="false">RS_By_100</container>
		<container size="100" static="false">RS_Bz_100</container>
		<container size="100" static="false">RS_Babs_100</container>
		<container size="100" static="false">S_t_100</container>
		<container size="100" static="false">S_Bx_100</container>
		<container size="100" static="false">S_By_100</container>
		<container size="100" static="false">S_Bz_100</container>
		<container size="100" static="false">S_Babs_100</container>
		<container size="80" static="false">S_Bx_80</container>
		<container size="80" static="false">S_By_80</container>
		<container size="80" static="false">S_Bz_80</container>
		<container size="80" static="false">S_Babs_80</container>
		<container size="100" static="false">S_Bx_100_O</container>
		<container size="100" static="false">S_By_100_O</container>
		<container size="100" static="false">S_Bz_100_O</container>
		<container size="100" static="false">S_Babs_100_O</container>
		<container size="80" static="false">S_Bx_80_O</container>
		<container size="80" static="false">S_By_80_O</container>
		<container size="80" static="false">S_Bz_80_O</container>
		<container size="80" static="false">S_Babs_80_O</container>
		<container size="1" static="false">S_Bx_mean</container>
		<container size="1" static="false">S_By_mean</container>
		<container size="1" static="false">S_Bz_mean</container>
		<container size="1" static="false">S_Babs_mean</container>
		<container size="1" static="false">Bx0</container>
		<container size="1" static="false">By0</container>
		<container size="1" static="false">Bz0</container>
		<container size="1" static="false">Babs0</container>
		<container size="1" static="false">S_Bx</container>
		<container size="1" static="false">S_By</container>
		<container size="1" static="false">S_Bz</container>
		<container size="1" static="false">S_Babs</container>
		<container size="1" init="0" static="false">C</container>
	</data-containers>
	<input>
		<sensor rate="10" average="true" type="magnetic_field">
			<output component="x">R_Bx_100</output>
			<output component="y">R_By_100</output>
			<output component="z">R_Bz_100</output>
			<output component="t">R_t_100</output>
			<output component="abs">R_Babs_100</output>
		</sensor>
	</input>
	<output>
    </output>
	<analysis sleep=".1" onUserInput="false">
		<!-- make cycle index  
		<if  less="false" equal="true" greater="true">
            <input as="a" clear="false">C</input>
            <input as="b" type="value">1</input>
            <input as="true" clear="false">C</input>
            <input as="false" type="value">0</input>
            <output as="result">C</output>
        </if> -->
		<formula cycles="1-" formula="[1]+1">
			<input as="in" clear="false">C</input>
			<output as="out">C</output>
		</formula>
		<!-- cycle 0 - fill bufferes with initial reading -->
		<if less="true" equal="true" greater="false">
			<input as="a" clear="false">C</input>
			<input as="b" type="value">10</input>
			<input as="true" clear="false">R_Bx_100</input>
			<output as="result">Bx0</output>
		</if>
		<if less="true" equal="true" greater="false">
			<input as="a" clear="false">C</input>
			<input as="b" type="value">10</input>
			<input as="true" clear="false">R_By_100</input>
			<output as="result">By0</output>
		</if>
		<if less="true" equal="true" greater="false">
			<input as="a" clear="false">C</input>
			<input as="b" type="value">10</input>
			<input as="true" clear="false">R_Bz_100</input>
			<output as="result">Bz0</output>
		</if>
		<if less="true" equal="true" greater="false">
			<input as="a" clear="false">C</input>
			<input as="b" type="value">10</input>
			<input as="true" clear="false">R_Babs_100</input>
			<output as="result">Babs0</output>
		</if>
		<const>
			<input as="value" clear="false">Bx0</input>
			<output as="out">I_Bx_100</output>
		</const>
		<const>
			<input as="value" clear="false">By0</input>
			<output as="out">I_By_100</output>
		</const>
		<const>
			<input as="value" clear="false">Bz0</input>
			<output as="out">I_Bz_100</output>
		</const>
		<const>
			<input as="value" clear="false">Babs0</input>
			<output as="out">I_Babs_100</output>
		</const>
		<append>
			<input as="in" clear="false">I_t_100</input>
			<input as="in" clear="false">R_t_100</input>
			<output as="out">RS_t_100</output>
		</append>
		<append>
			<input as="in" clear="false">I_Bx_100</input>
			<input as="in" clear="false">R_Bx_100</input>
			<output as="out">RS_Bx_100</output>
		</append>
		<append>
			<input as="in" clear="false">I_By_100</input>
			<input as="in" clear="false">R_By_100</input>
			<output as="out">RS_By_100</output>
		</append>
		<append>
			<input as="in" clear="false">I_Bz_100</input>
			<input as="in" clear="false">R_Bz_100</input>
			<output as="out">RS_Bz_100</output>
		</append>
		<append>
			<input as="in" clear="false">I_Babs_100</input>
			<input as="in" clear="false">R_Babs_100</input>
			<output as="out">RS_Babs_100</output>
		</append>
		<!-- R for raw data -->
		<subtract cycles="3-">
			<input as="minuend" clear="false">R_Bx_100</input>
			<input as="subtrahend" clear="false">Bx0</input>
			<output as="difference">R_Bx_100_O</output>
		</subtract>
		<subtract cycles="3-">
			<input as="minuend" clear="false">R_By_100</input>
			<input as="subtrahend" clear="false">By0</input>
			<output as="difference">R_By_100_O</output>
		</subtract>
		<subtract cycles="3-">
			<input as="minuend" clear="false">R_Bz_100</input>
			<input as="subtrahend" clear="false">Bz0</input>
			<output as="difference">R_Bz_100_O</output>
		</subtract>
		<formula cycles="3-" formula="sqrt([1_]*[1_]+[2_]*[2_]+[3_]*[3_])">
			<input as="in" clear="false">R_Bx_100_O</input>
			<input as="in" clear="false">R_By_100_O</input>
			<input as="in" clear="false">R_Bz_100_O</input>
			<output as="out">R_Babs_100_O</output>
		</formula>
		<formula cycles="3-" formula="sqrt([1_]*[1_]+[2_]*[2_]+[3_]*[3_])">
			<input as="in" clear="false">R_Bx0</input>
			<input as="in" clear="false">R_By0</input>
			<input as="in" clear="false">R_Bz0</input>
			<output as="out">R_Babs0</output>
		</formula>
		<!-- smoothed data , gaussian smoothing sigma requires window size of 6 sigma -1 , FWHM is ~2.35 sigma so for 0.1Hz rate FWHM of 1s needs sigma 4.2 -->
		<gausssmooth cycles="3-" sigma="6">
			<input as="in" clear="false">RS_Bx_100</input>
			<output as="out" clear="false">S_Bx_100</output>
		</gausssmooth>
		<gausssmooth cycles="3-" sigma="6">
			<input as="in" clear="false">RS_By_100</input>
			<output as="out" clear="false">S_By_100</output>
		</gausssmooth>
		<gausssmooth cycles="3-" sigma="6">
			<input as="in" clear="false">RS_Bz_100</input>
			<output as="out" clear="false">S_Bz_100</output>
		</gausssmooth>
		<formula cycles="3-" formula="sqrt([1_]*[1_]+[2_]*[2_]+[3_]*[3_])">
			<input as="in" clear="false">S_Bx_100</input>
			<input as="in" clear="false">S_By_100</input>
			<input as="in" clear="false">S_Bz_100</input>
			<output as="out">S_Babs_100</output>
		</formula>
		<subrange cycles="3-">
			<input as="in" clear="false">RS_t_100</input>
			<input as="from" type="value">10</input>
			<input as="length" type="value">80</input>
			<output as="out">R_t_80</output>
		</subrange>
		<subrange cycles="3-">
			<input as="in" clear="false">S_Bx_100</input>
			<input as="from" type="value">10</input>
			<input as="length" type="value">80</input>
			<output as="out">S_Bx_80</output>
		</subrange>
		<subrange cycles="3-">
			<input as="in" clear="false">S_By_100</input>
			<input as="from" type="value">10</input>
			<input as="length" type="value">80</input>
			<output as="out">S_By_80</output>
		</subrange>
		<subrange cycles="3-">
			<input as="in" clear="false">S_Bz_100</input>
			<input as="from" type="value">10</input>
			<input as="length" type="value">80</input>
			<output as="out">S_Bz_80</output>
		</subrange>
		<subrange cycles="3-">
			<input as="in" clear="false">S_Babs_100</input>
			<input as="from" type="value">10</input>
			<input as="length" type="value">80</input>
			<output as="out">S_Babs_80</output>
		</subrange>
		<average cycles="3-">
			<input as="buffer" clear="false">S_Bx_80</input>
			<output as="average" clear="false">S_Bx_mean</output>
		</average>
		<average cycles="3-">
			<input as="buffer" clear="false">S_By_80</input>
			<output as="average" clear="false">S_By_mean</output>
		</average>
		<average cycles="3-">
			<input as="buffer" clear="false">S_Bz_80</input>
			<output as="average" clear="false">S_Bz_mean</output>
		</average>
		<formula cycles="3-" formula="sqrt([1_]*[1_]+[2_]*[2_]+[3_]*[3_])">
			<input as="in" clear="false">S_Bx_mean</input>
			<input as="in" clear="false">S_By_mean</input>
			<input as="in" clear="false">S_Bz_mean</input>
			<output as="out">S_Babs_mean</output>
		</formula>
		<subtract cycles="3-">
			<input as="minuend" clear="false">S_Bx_80</input>
			<input as="subtrahend" clear="false">Bx0</input>
			<output as="difference">S_Bx_80_O</output>
		</subtract>
		<subtract cycles="3-">
			<input as="minuend" clear="false">S_By_80</input>
			<input as="subtrahend" clear="false">By0</input>
			<output as="difference">S_By_80_O</output>
		</subtract>
		<subtract cycles="3-">
			<input as="minuend" clear="false">S_Bz_80</input>
			<input as="subtrahend" clear="false">Bz0</input>
			<output as="difference">S_Bz_80_O</output>
		</subtract>
		<formula cycles="3-" formula="sqrt([1_]*[1_]+[2_]*[2_]+[3_]*[3_])">
			<input as="in" clear="false">S_Bx_80_O</input>
			<input as="in" clear="false">S_By_80_O</input>
			<input as="in" clear="false">S_Bz_80_O</input>
			<output as="out">S_Babs_80_O</output>
		</formula>
		<formula cycles="3-" formula="sqrt([1_]*[1_]+[2_]*[2_]+[3_]*[3_])">
			<input as="in" clear="false">Bx0</input>
			<input as="in" clear="false">By0</input>
			<input as="in" clear="false">Bz0</input>
			<output as="out">Babs0</output>
		</formula>
	</analysis>
	<views>
		<view label="B-Field">
			<separator height="0.2" color="404040">            </separator>
			<info label="Magnetometer (direct measurement)" color="white" align="center" size="1.5">            </info>
			<separator height="0.5" color="202020">           </separator>
			<graph label="" aspectRatio="3" style="lines" lineWidth="1" color="green" partialUpdate="true" history="1" labelX="time" labelY="B" labelZ="" unitX="s" unitY="μT" unitZ="" logX="false" logY="false" logZ="false" xPrecision="1" yPrecision="1" zPrecision="3" scaleMinX="auto" scaleMaxX="auto" scaleMinY="auto" scaleMaxY="auto" scaleMinZ="auto" scaleMaxZ="auto" minX="0" maxX="0" minY="0" maxY="0" minZ="0" maxZ="0" mapWidth="0">
				<input axis="x" color="green">R_t_100</input>
				<input axis="y">R_Bx_100</input>
				<input axis="x" color="blue">R_t_100</input>
				<input axis="y">R_By_100</input>
				<input axis="x" color="yellow">R_t_100</input>
				<input axis="y">R_Bz_100</input>
				<input axis="x" color="white">R_t_100</input>
				<input axis="y">R_Babs_100</input>
			</graph>
			<separator editor:uuid="110" height="0.5" color="202020"/>
			<value label="Bx" size="1" unit="μT" precision="1" color="green" scientific="false" factor="1">
				<input>R_Bx_100</input>
			</value>
			<value label="By" size="1" unit="μT" precision="1" color="blue" scientific="false" factor="1">
				<input>R_By_100</input>
			</value>
			<value label="Bz" size="1" unit="μT" precision="1" color="yellow" scientific="false" factor="1">
				<input>R_Bz_100</input>
			</value>
			<value label="Babs" size="1" unit="μT" precision="1" color="white" scientific="false" factor="1">
				<input>R_Babs_100</input>
			</value>
			<separator height="0.5" color="202020">            </separator>
			<separator height="0.1" color="404040">            </separator>
			<button label="Set zero point">
				<input>R_Bx_100</input>
				<output>Bx0</output>
				<input>R_By_100</input>
				<output>By0</output>
				<input>R_Bz_100</input>
				<output>Bz0</output>
			</button>
			<value label="Bx0" size="1" unit="μT" precision="1" color="green" scientific="false" factor="1">
				<input>Bx0</input>
			</value>
			<value label="By0" size="1" unit="μT" precision="1" color="blue" scientific="false" factor="1">
				<input>By0</input>
			</value>
			<value label="Bz0" size="1" unit="μT" precision="1" color="yellow" scientific="false" factor="1">
				<input>Bz0</input>
			</value>
			<value label="Babs0" size="1" unit="μT" precision="1" color="white" scientific="false" factor="1">
				<input>Babs0</input>
			</value>
			<separator height="0.5" color="202020">            </separator>
			<separator height="0.1" color="404040">            </separator>
			<info label="Magnetometer (with offset adjustment)" color="white" align="center" size="1.5">            </info>
			<separator height="0.5" color="202020">            </separator>
			<graph label="" aspectRatio="2.5" style="lines" lineWidth="1" color="green" partialUpdate="true" history="1" labelX="time" labelY="B" scientificX="false" labelZ="" unitX="s" unitY="μT" unitZ="" logX="false" logY="false" logZ="false" xPrecision="1" yPrecision="1" zPrecision="3" scaleMinX="auto" scaleMaxX="auto" scaleMinY="auto" scaleMaxY="auto" scaleMinZ="auto" scaleMaxZ="auto" minX="0" maxX="0" minY="0" maxY="0" minZ="0" maxZ="0" mapWidth="0">
				<input axis="x" color="green">R_t_100</input>
				<input axis="y">R_Bx_100_O</input>
				<input axis="x" color="blue">R_t_100</input>
				<input axis="y">R_By_100_O</input>
				<input axis="x" color="yellow">R_t_100</input>
				<input axis="y">R_Bz_100_O</input>
				<input axis="x" color="white">R_t_100</input>
				<input axis="y">R_Babs_100_O</input>
			</graph>
			<value label="Bx - Bx0" size="1" unit="μT" precision="1" color="green" scientific="false" factor="1">
				<input>R_Bx_100_O</input>
			</value>
			<value label="By - By0" size="1" unit="μT" precision="1" color="blue" scientific="false" factor="1">
				<input>R_By_100_O</input>
			</value>
			<value label="Bz - Bz0" size="1" unit="μT" precision="1" color="yellow" scientific="false" factor="1">
				<input>R_Bz_100_O</input>
			</value>
			<value label="|Babs - Babs0|" size="2" unit="μT" precision="1" color="white" scientific="false" factor="1">
				<input>R_Babs_100_O</input>
			</value>
			<value label="..." size="2" precision="0" scientific="false" factor="1" color="White">
				<input>C</input>
				<map max="10">....Initializing</map>
				<map min="10">Running</map>
			</value>
		</view>
		<view label="B-Field - Smoothed">
			<separator height="0.2" color="404040">            </separator>
			<info label="Magnetometer (direct measurement)" color="white" align="center" size="1.5">            </info>
			<separator height="0.5" color="202020">           </separator>
			<graph label="" aspectRatio="3" style="lines" lineWidth="1" color="green" partialUpdate="true" history="1" labelX="time" labelY="B" labelZ="" unitX="s" unitY="μT" unitZ="" logX="false" logY="false" logZ="false" xPrecision="1" yPrecision="1" zPrecision="3" scaleMinX="auto" scaleMaxX="auto" scaleMinY="auto" scaleMaxY="auto" scaleMinZ="auto" scaleMaxZ="auto" minX="0" maxX="0" minY="0" maxY="0" minZ="0" maxZ="0" mapWidth="0">
				<input axis="x" color="green">R_t_80</input>
				<input axis="y">S_Bx_80</input>
				<input axis="x" color="blue">R_t_80</input>
				<input axis="y">S_By_80</input>
				<input axis="x" color="yellow">R_t_80</input>
				<input axis="y">S_Bz_80</input>
				<input axis="x" color="white">R_t_80</input>
				<input axis="y">S_Babs_80</input>
			</graph>
			<separator height="0.5" color="202020"/>
			<value label="Bx" size="1" unit="μT" precision="1" color="green" scientific="false" factor="1">
				<input>S_Bx_mean</input>
			</value>
			<value label="By" size="1" unit="μT" precision="1" color="blue" scientific="false" factor="1">
				<input>S_By_mean</input>
			</value>
			<value label="Bz" size="1" unit="μT" precision="1" color="yellow" scientific="false" factor="1">
				<input>S_Bz_mean</input>
			</value>
			<value label="Babs" size="1" unit="μT" precision="1" color="white" scientific="false" factor="1">
				<input>S_Babs_mean</input>
			</value>
			<separator height="0.5" color="202020">            </separator>
			<separator height="0.1" color="404040">            </separator>
			<button label="Set zero point">
				<input>S_Bx_mean</input>
				<output>Bx0</output>
				<input>S_By_mean</input>
				<output>By0</output>
				<input>S_Bz_mean</input>
				<output>Bz0</output>
			</button>
			<value label="Bx0" size="1" unit="μT" precision="1" color="green" scientific="false" factor="1">
				<input>Bx0</input>
			</value>
			<value label="By0" size="1" unit="μT" precision="1" color="blue" scientific="false" factor="1">
				<input>By0</input>
			</value>
			<value label="Bz0" size="1" unit="μT" precision="1" color="yellow" scientific="false" factor="1">
				<input>Bz0</input>
			</value>
			<value label="Babs0" size="1" unit="μT" precision="1" color="white" scientific="false" factor="1">
				<input>Babs0</input>
			</value>
			<separator height="0.5" color="202020">            </separator>
			<separator height="0.1" color="404040">            </separator>
			<info label="Magnetometer (with offset adjustment)" color="white" align="center" size="1.5">            </info>
			<separator height="0.5" color="202020">            </separator>
			<graph label="" aspectRatio="2.5" style="lines" lineWidth="1" color="green" partialUpdate="true" history="1" labelX="time" labelY="B" labelZ="" unitX="s" unitY="μT" unitZ="" logX="false" logY="false" logZ="false" xPrecision="1" yPrecision="1" zPrecision="3" scaleMinX="auto" scaleMaxX="auto" scaleMinY="auto" scaleMaxY="auto" scaleMinZ="auto" scaleMaxZ="auto" minX="0" maxX="0" minY="0" maxY="0" minZ="0" maxZ="0" mapWidth="0">
				<!-- Smoothed-->
				<input axis="x" color="green">R_t_80</input>
				<input axis="y">S_Bx_80_O</input>
				<input axis="x" color="blue">R_t_80</input>
				<input axis="y">S_By_80_O</input>
				<input axis="x" color="yellow">R_t_80</input>
				<input axis="y">S_Bz_80_O</input>
				<input axis="x" color="white">R_t_80</input>
				<input axis="y">S_Babs_80_O</input>
				<input axis="x" color="0C4B16">R_t_100</input>
				<input axis="y">R_Bx_100_O</input>
				<input axis="x" color="11304C">R_t_100</input>
				<input axis="y">R_By_100_O</input>
				<input axis="x" color="47491F">R_t_100</input>
				<input axis="y">R_Bz_100_O</input>
				<input axis="x" color="4C4C4C">R_t_100</input>
				<input axis="y">R_Babs_100_O</input>
			</graph>
			<value label="Bx - Bx0" size="1" unit="μT" precision="1" color="green" scientific="false" factor="1">
				<input>S_Bx_80_O</input>
			</value>
			<value label="By - By0" size="1" unit="μT" precision="1" color="blue" scientific="false" factor="1">
				<input>S_By_80_O</input>
			</value>
			<value label="Bz - Bz0" size="1" unit="μT" precision="1" color="yellow" scientific="false" factor="1">
				<input>S_Bz_80_O</input>
			</value>
			<value label="|Babs - Babs0|" size="2" unit="μT" precision="1" color="white" scientific="false" factor="1">
				<input>S_Babs_80_O</input>
			</value>
			<value label="..." size="2" precision="0" scientific="false" factor="1" color="White">
				<input>C</input>
				<map max="10">Initializing</map>
				<map min="10">Running</map>
			</value>
		</view>
		<view label="Help">
			<separator height=".5" color="202020">            </separator>
			<info label="Please note this is best used in portrait mode. If you cannot see all of the graphs or text, you may need to scroll down" color="white" align="center" size="1.2">   </info>
			<separator height=".5" color="404040">            </separator>
			<info label="This phyphox experiment displays the data from the phones 3-axis magnetometer (a magnetic field sensor) with features to allow for relative measurements by setting a zero offset. The terms Bx, By and Bz are used for the magnetic field in the x, y and z axis respectively. The absolute magnitude of the magnetic field is Babs=Sqrt(Bx^2+By^2+Bz^2). The colour convention used throughout is Bx in green, By in blue, Bz in yellow and Babs in white. " color="white" align="left" size="1">            </info>
			<separator height="0.2" color="404040">            </separator>
			<info label="There are two tabs (plus this help tab), the first tab displays data direct from the phones magnetometer. The second tab displays this data processed to reudce noise by smoothing the data." color="white" align="left" size="1">    </info>
			<info label="Each tab contains 3 sections (in order from top to bottom):" color="white" align="left" size="1">      </info>
			<separator height="0.2" color="404040">            </separator>
			<info label="Magnetometer (direct measurement)" color="white" align="left" size="1.1">   </info>
			<info label="This contains graph of Bx, By, Bz and Babs vs time with the current values displayed under the graph." color="white" align="left" size="1">    </info>
			<separator height="0.2" color="404040">            </separator>
			<info label="Set zero point" color="white" align="left" size="1.1">    </info>
			<info label="This button sets the current values as the zero point for the following section. These values Bx0, By0, Bz0 and Babs0 are displayed under the button" color="white" align="left" size="1">    </info>
			<separator height="0.2" color="404040">            </separator>
			<info label="Magnetometer (with offset adjustment)" color="white" align="left" size="1.1">    </info>
			<info label="This contains graph of the zero offset adjusted fields (Bx-Bx0),(By-By0),(Bz-Bz0) and |Babs-Babs0| vs time with the current values displayed under the graph. The absolute value |Babs-Babs0| is calculated in vector form as |Babs-Babs0|=sqrt((Bx-Bx0)^2+(By-By0)^2+(Bz-Bz0)^2)" color="white" align="left" size="1">   </info>
			<separator height="0.2" color="404040"> </separator>
			<info label="At the bottom is text indicating if the phyphox experiment is `Running` or `Initializing` you must wait for the initialization to finish to ensure data is taken correctly" color="white" align="left" size="1">   </info>
			<separator height="0.5" color="202020">            </separator>
			<separator height="0.2" color="404040">            </separator>
			<info label="Notes for smoothed data" color="white" align="left" size="1.2">   </info>
			<info label="The second tab displays data with the same arrangement as the first tab, but the data is processed by applying gaussian smoothing. This is a form of moving average filter, reducing the higher frequency noise on the data. While this reduces the noise seen on the data it does so at the expense of the response time. To obtain a good zero offset adjustment the average of the displayed data is used to find the zero-point values. As such it is important to allow for 10s of data to be captured after any change in magnetic field to get best results when pressing the zero-offset button. The graph with offset adjustment also includes the raw unfiltered data (in a fainter colour) for comparison." color="white" align="left" size="1">       </info>
		</view>
	</views>
	<export>
    </export>
</phyphox>
