BASE_STATION/TARGETS/BeamPattern_using_MATLABScript.wsv - master - CEPBEP/OPS

BASE_STATION/TARGETS/BeamPattern_using_MATLABScript.wsv
4 362 строки187 KB
George Kwa
ADD System Design (SystemVue) Software
09 авг 2025, 01:42
09 авг 2025, 01:42db4f78b
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<DataEntry>if ( SpecifyLocation == 0 )&#x000D;&#x000A;&#x0009;if ( ~isequal( size( weights ), [NumOfAnty, NumOfAntx] ) )&#x000D;&#x000A;&#x0009;&#x0009;error(&apos;size( weights ) should be equal to [NumOfAnty, NumOfAntx].&apos;);&#x000D;&#x000A;&#x0009;else&#x000D;&#x000A;&#x0009;&#x0009;[LocationX, LocationY] = meshgrid( (0:NumOfAntx-1)*Dx, (0:NumOfAnty-1)*Dy );&#x000D;&#x000A;&#x0009;&#x0009;LocationZ = zeros( NumOfAnty, NumOfAntx );&#x000D;&#x000A;&#x0009;end&#x000D;&#x000A;else&#x000D;&#x000A;&#x0009;if ( ~isequal( size( weights ), size( LocationX ) ) || ~isequal( size( weights ), size( LocationY ) ) || ~isequal( size( weights ), size( LocationZ ) ) )&#x000D;&#x000A;&#x0009;&#x0009;error(&apos;size( weights ) should be equal to size(LocationX), size(LocationY), and size(LocationZ).&apos;);&#x000D;&#x000A;&#x0009;end&#x000D;&#x000A;&#x0009;if ( Wavelength == 0 )&#x000D;&#x000A;&#x0009;&#x0009;error(&apos;Wavelength must be a positive number.&apos;);&#x000D;&#x000A;&#x0009;end&#x000D;&#x000A;&#x0009;LocationX = LocationX / Wavelength;&#x000D;&#x000A;&#x0009;LocationY = LocationY / Wavelength;&#x000D;&#x000A;&#x0009;LocationZ = LocationZ / Wavelength;&#x000D;&#x000A;end&#x000D;&#x000A;&#x000D;&#x000A;if ( ApplyTaper == 1 )&#x000D;&#x000A;&#x0009;if ( ~isequal( size( weights ), size( Taper ) ) )&#x000D;&#x000A;&#x0009;&#x0009;error(&apos;size( Taper ) should be equal to size(weights).&apos;);&#x000D;&#x000A;&#x0009;else&#x000D;&#x000A;&#x0009;&#x0009;weights = weights .* Taper;&#x000D;&#x000A;&#x0009;end&#x000D;&#x000A;end&#x000D;&#x000A;&#x000D;&#x000A;TWOPI = 2*pi;&#x000D;&#x000A;&#x000D;&#x000A;theta = [0 : Resolution : pi/2];&#x000D;&#x000A;phi = [0 : Resolution : TWOPI];&#x000D;&#x000A;&#x000D;&#x000A;[THETA,PHI]=meshgrid(theta,phi);&#x000D;&#x000A;&#x000D;&#x000A;AF_Tx = zeros(size(THETA)); %antenna factor&#x000D;&#x000A;&#x000D;&#x000A;%for n = 1 : NumOfAnty&#x000D;&#x000A;%&#x0009;for m = 1 : NumOfAntx&#x000D;&#x000A;%        AF_Tx = AF_Tx + weights(n,m) * exp(j * TWOPI * ((m-1) * Dx * cos(PHI) + (n-1) * Dy * sin(PHI)) .* sin(THETA));&#x000D;&#x000A;%    end&#x000D;&#x000A;%end&#x000D;&#x000A;&#x000D;&#x000A;numElements = numel(weights);&#x000D;&#x000A;for k = 1 : numElements&#x000D;&#x000A;&#x0009;AF_Tx = AF_Tx + weights(k) * exp(j * TWOPI * ( LocationX(k) * sin(THETA) .* cos(PHI) + LocationY(k) * sin(THETA) .* sin(PHI) + LocationZ(k) * cos(THETA) ));&#x000D;&#x000A;end&#x000D;&#x000A;&#x000D;&#x000A;% This example only normalize AF by the power of input weights&#x000D;&#x000A;% To compute directivity, this should be normalized by the integral of the beam pattern&#x000D;&#x000A;Pin = sum(sum(abs(weights).^2));&#x000D;&#x000A;if Pin == 0&#x000D;&#x000A;&#x0009;Pin = 1;&#x000D;&#x000A;end&#x000D;&#x000A;&#x000D;&#x000A;if Isotropic == 1&#x000D;&#x000A;&#x0009;AG_Tx = (abs(AF_Tx).^2) / Loss / Pin; % antenna gain w.r.t isotropic assume each element is isotropic&#x000D;&#x000A;else&#x000D;&#x000A;&#x0009;AG_Tx = (abs(AF_Tx).^2) .* (cos(THETA).^CosineThetaExponent) / Loss / Pin; % antenna gain w.r.t isotropic assume each element antenna gain is cosine(theta) ^ CosineThetaExponent&#x000D;&#x000A;end&#x000D;&#x000A;&#x000D;&#x000A;azimuth = PHI;&#x000D;&#x000A;zenith = THETA;&#x000D;&#x000A;magnitude = max(10*log10(AG_Tx),MinLevel_dB); %dBi with minimum level MinLevel_dB</DataEntry>
<Description>Equation Text to Parse, edited in the equation set</Description>
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<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="IOInfo" Type="PartParam">
<DataEntry>weights?1?0?1?17#azimuth?0?0?1?17#zenith?0?0?1?17#magnitude?0?0?1?17#</DataEntry>
<Description>IO Port Info</Description>
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<IsSettable><T>Bool</T><D>0</D></IsSettable>
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<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="Interpreter" Type="PartParam">
<DataEntry>0</DataEntry>
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<Enum>MATLAB_Script__Interpreter@Data Flow Enums</Enum>
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Isotropic" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>Isotropic</DataEntry>
<Description>NO or YES</Description>
<Enum>NO_YES@Eagleware</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="LocationX" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>LocationX</DataEntry>
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="LocationY" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>LocationY</DataEntry>
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="LocationZ" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>LocationZ</DataEntry>
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Loss" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>Loss</DataEntry>
<Unit><T>Int</T><D>15001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="MinLevel_dB" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>MinLevel_dB</DataEntry>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="NumOfAntx" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>NumOfAnt_X</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="NumOfAnty" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>NumOfAnt_Y</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="Resolution" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>Resolution</DataEntry>
<Unit><T>Int</T><D>40769</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SpecifyLocation" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>SpecifyLocation</DataEntry>
<Description>NO or YES</Description>
<Enum>NO_YES@Eagleware</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Taper" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>Taper</DataEntry>
<HideCondition>ApplyTaper==0</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Vectorization" Type="PartParam">
<DataEntry>Vectorization</DataEntry>
<Description>Vectorization factor</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="Wavelength" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>Wavelength</DataEntry>
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="__CustParams_Def" Type="Parameters">
<Item XName="ParamSet" Type="ParamSet">
<ParamOrder><T>Array_BString</T><D>1;16;NumOfAntx;NumOfAnty;Dx;Dy;Resolution;MinLevel_dB;Loss;Isotropic;CosineThetaExponent;ApplyTaper;Taper;SpecifyLocation;LocationX;LocationY;LocationZ;Wavelength</D></ParamOrder>
<Item XName="ApplyTaper" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>0</DataEntry>
<Enum>NO_YES@Eagleware</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="CosineThetaExponent" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>0</DataEntry>
<HideCondition>Isotropic==1</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Dx" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>0.5</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Dy" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>0.5</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Isotropic" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>1</DataEntry>
<Enum>NO_YES@Eagleware</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="LocationX" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<Data />
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="LocationY" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<Data />
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="LocationZ" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<Data />
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Loss" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>0</DataEntry>
<Unit><T>Int</T><D>15001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="MinLevel_dB" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>-20</DataEntry>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="NumOfAntx" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>8</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="NumOfAnty" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>8</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="Resolution" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>1</DataEntry>
<Unit><T>Int</T><D>40769</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SpecifyLocation" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>0</DataEntry>
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<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Taper" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>ones(8,8)</DataEntry>
<HideCondition>ApplyTaper==0</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Wavelength" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<Data />
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="ApplyTaper" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>ApplyTaper</DataEntry>
<Description>NO or YES</Description>
<Enum>NO_YES@Eagleware</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="CosineThetaExponent" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>CosineThetaExponent</DataEntry>
<HideCondition>Isotropic==1</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Dx" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>Dx</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Dy" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>Dy</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="EquationBP" Type="PartParam">
<DataEntry>[]</DataEntry>
<Description>Equation Breakpoints</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>5</D></Validate></Item>
<Item XName="EquationBPStates" Type="PartParam">
<DataEntry>[]</DataEntry>
<Description>Equation Breakpoint States</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>5</D></Validate></Item>
<Item XName="EquationSet" Type="PartParam">
<DataEntry />
<Description>Flags that we need a right-click &quot;Edit Equations&quot; menu</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="EquationText" Type="PartParam">
<DataEntry>if ( SpecifyLocation == 0 )&#x000D;&#x000A;&#x0009;if ( ~isequal( size( weights ), [NumOfAnty, NumOfAntx] ) )&#x000D;&#x000A;&#x0009;&#x0009;error(&apos;size( weights ) should be equal to [NumOfAnty, NumOfAntx].&apos;);&#x000D;&#x000A;&#x0009;else&#x000D;&#x000A;&#x0009;&#x0009;[LocationX, LocationY] = meshgrid( (0:NumOfAntx-1)*Dx, (0:NumOfAnty-1)*Dy );&#x000D;&#x000A;&#x0009;&#x0009;LocationZ = zeros( NumOfAnty, NumOfAntx );&#x000D;&#x000A;&#x0009;end&#x000D;&#x000A;else&#x000D;&#x000A;&#x0009;if ( ~isequal( size( weights ), size( LocationX ) ) || ~isequal( size( weights ), size( LocationY ) ) || ~isequal( size( weights ), size( LocationZ ) ) )&#x000D;&#x000A;&#x0009;&#x0009;error(&apos;size( weights ) should be equal to size(LocationX), size(LocationY), and size(LocationZ).&apos;);&#x000D;&#x000A;&#x0009;end&#x000D;&#x000A;&#x0009;if ( Wavelength == 0 )&#x000D;&#x000A;&#x0009;&#x0009;error(&apos;Wavelength must be a positive number.&apos;);&#x000D;&#x000A;&#x0009;end&#x000D;&#x000A;&#x0009;LocationX = LocationX / Wavelength;&#x000D;&#x000A;&#x0009;LocationY = LocationY / Wavelength;&#x000D;&#x000A;&#x0009;LocationZ = LocationZ / Wavelength;&#x000D;&#x000A;end&#x000D;&#x000A;&#x000D;&#x000A;if ( ApplyTaper == 1 )&#x000D;&#x000A;&#x0009;if ( ~isequal( size( weights ), size( Taper ) ) )&#x000D;&#x000A;&#x0009;&#x0009;error(&apos;size( Taper ) should be equal to size(weights).&apos;);&#x000D;&#x000A;&#x0009;else&#x000D;&#x000A;&#x0009;&#x0009;weights = weights .* Taper;&#x000D;&#x000A;&#x0009;end&#x000D;&#x000A;end&#x000D;&#x000A;&#x000D;&#x000A;TWOPI = 2*pi;&#x000D;&#x000A;&#x000D;&#x000A;theta = [0 : Resolution : pi/2];&#x000D;&#x000A;phi = [0 : Resolution : TWOPI];&#x000D;&#x000A;&#x000D;&#x000A;[THETA,PHI]=meshgrid(theta,phi);&#x000D;&#x000A;&#x000D;&#x000A;AF_Tx = zeros(size(THETA)); %antenna factor&#x000D;&#x000A;&#x000D;&#x000A;%for n = 1 : NumOfAnty&#x000D;&#x000A;%&#x0009;for m = 1 : NumOfAntx&#x000D;&#x000A;%        AF_Tx = AF_Tx + weights(n,m) * exp(j * TWOPI * ((m-1) * Dx * cos(PHI) + (n-1) * Dy * sin(PHI)) .* sin(THETA));&#x000D;&#x000A;%    end&#x000D;&#x000A;%end&#x000D;&#x000A;&#x000D;&#x000A;numElements = numel(weights);&#x000D;&#x000A;for k = 1 : numElements&#x000D;&#x000A;&#x0009;AF_Tx = AF_Tx + weights(k) * exp(j * TWOPI * ( LocationX(k) * sin(THETA) .* cos(PHI) + LocationY(k) * sin(THETA) .* sin(PHI) + LocationZ(k) * cos(THETA) ));&#x000D;&#x000A;end&#x000D;&#x000A;&#x000D;&#x000A;% This example only normalize AF by the power of input weights&#x000D;&#x000A;% To compute directivity, this should be normalized by the integral of the beam pattern&#x000D;&#x000A;Pin = sum(sum(abs(weights).^2));&#x000D;&#x000A;if Pin == 0&#x000D;&#x000A;&#x0009;Pin = 1;&#x000D;&#x000A;end&#x000D;&#x000A;&#x000D;&#x000A;if Isotropic == 1&#x000D;&#x000A;&#x0009;AG_Tx = (abs(AF_Tx).^2) / Loss / Pin; % antenna gain w.r.t isotropic assume each element is isotropic&#x000D;&#x000A;else&#x000D;&#x000A;&#x0009;AG_Tx = (abs(AF_Tx).^2) .* (cos(THETA).^CosineThetaExponent) / Loss / Pin; % antenna gain w.r.t isotropic assume each element antenna gain is cosine(theta) ^ CosineThetaExponent&#x000D;&#x000A;end&#x000D;&#x000A;&#x000D;&#x000A;azimuth = PHI;&#x000D;&#x000A;zenith = THETA;&#x000D;&#x000A;magnitude = max(10*log10(AG_Tx),MinLevel_dB); %dBi with minimum level MinLevel_dB</DataEntry>
<Description>Equation Text to Parse, edited in the equation set</Description>
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<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="IOInfo" Type="PartParam">
<DataEntry>weights?1?0?1?17#azimuth?0?0?1?17#zenith?0?0?1?17#magnitude?0?0?1?17#</DataEntry>
<Description>IO Port Info</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="Interpreter" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>MATLAB Script or retail MATLAB</Description>
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<Enum>MATLAB_Script__Interpreter@Data Flow Enums</Enum>
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Isotropic" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>Isotropic</DataEntry>
<Description>NO or YES</Description>
<Enum>NO_YES@Eagleware</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="LocationX" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>LocationX</DataEntry>
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="LocationY" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>LocationY</DataEntry>
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="LocationZ" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>LocationZ</DataEntry>
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Loss" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>Loss</DataEntry>
<Unit><T>Int</T><D>15001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="MinLevel_dB" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>MinLevel_dB</DataEntry>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="NumOfAntx" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>NumOfAnt_X</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="NumOfAnty" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>NumOfAnt_Y</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="Resolution" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>Resolution</DataEntry>
<Unit><T>Int</T><D>40769</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SpecifyLocation" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>SpecifyLocation</DataEntry>
<Description>NO or YES</Description>
<Enum>NO_YES@Eagleware</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Taper" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>Taper</DataEntry>
<HideCondition>ApplyTaper==0</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Vectorization" Type="PartParam">
<DataEntry>Vectorization</DataEntry>
<Description>Vectorization factor</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="Wavelength" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>Wavelength</DataEntry>
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="__CustParams_Def" Type="Parameters">
<Item XName="ParamSet" Type="ParamSet">
<ParamOrder><T>Array_BString</T><D>1;16;NumOfAntx;NumOfAnty;Dx;Dy;Resolution;MinLevel_dB;Loss;Isotropic;CosineThetaExponent;ApplyTaper;Taper;SpecifyLocation;LocationX;LocationY;LocationZ;Wavelength</D></ParamOrder>
<Item XName="ApplyTaper" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>0</DataEntry>
<Enum>NO_YES@Eagleware</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="CosineThetaExponent" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>0</DataEntry>
<HideCondition>Isotropic==1</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Dx" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>0.5</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Dy" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>0.5</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Isotropic" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>1</DataEntry>
<Enum>NO_YES@Eagleware</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="LocationX" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<Data />
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="LocationY" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<Data />
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="LocationZ" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<Data />
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Loss" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>0</DataEntry>
<Unit><T>Int</T><D>15001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="MinLevel_dB" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>-20</DataEntry>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="NumOfAntx" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>8</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="NumOfAnty" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>8</DataEntry>
<HideCondition>SpecifyLocation==1</HideCondition>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="Resolution" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>1</DataEntry>
<Unit><T>Int</T><D>40769</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SpecifyLocation" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>0</DataEntry>
<Enum>NO_YES@Eagleware</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Taper" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<DataEntry>ones(8,8)</DataEntry>
<HideCondition>ApplyTaper==0</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Wavelength" Type="PartParam">
<Custom><T>Bool</T><D>1</D></Custom>
<Data />
<HideCondition>SpecifyLocation==0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item></Item></Item>
<Item XName="Magnitude" Type="Part">
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>DATAPORT</Model>
<ModelID />
<Netlist>Port_1,4?Connect3</Netlist>
<Symbol>SYM_DataPort</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>DATAPORT</ModelName>
<SymbolName>SYM_DataPort</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="Bus" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Is this a bus</Description>
<Enum>NO_YES</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Commutative" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Bus ordering does not matter</Description>
<Enum>NO_YES</Enum>
<HideCondition>Bus == 0</HideCondition>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Data Type" Type="PartParam">
<DataEntry>11</DataEntry>
<Description>Data type</Description>
<Enum>ModelTypeType</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Direction" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Data direction</Description>
<Enum>ModelTypeIO</Enum>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Optional" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Is this port optional</Description>
<Enum>NO_YES</Enum>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="PORT" Type="PartParam">
<DataEntry>4</DataEntry>
<Description>Port Number</Description>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="ZO" Type="PartParam">
<DataEntry>50.000000</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Impedance</Description>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>34769</D></Unit>
<Validate><T>Int</T><D>5</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="Bus" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Is this a bus</Description>
<Enum>NO_YES</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Commutative" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Bus ordering does not matter</Description>
<Enum>NO_YES</Enum>
<HideCondition>Bus == 0</HideCondition>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Data Type" Type="PartParam">
<DataEntry>11</DataEntry>
<Description>Data type</Description>
<Enum>ModelTypeType</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Direction" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Data direction</Description>
<Enum>ModelTypeIO</Enum>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Optional" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Is this port optional</Description>
<Enum>NO_YES</Enum>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="PORT" Type="PartParam">
<DataEntry>4</DataEntry>
<Description>Port Number</Description>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="ZO" Type="PartParam">
<DataEntry>50.000000</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Impedance</Description>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>34769</D></Unit>
<Validate><T>Int</T><D>5</D></Validate></Item></Item></Item>
<Item XName="Zenith" Type="Part">
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>DATAPORT</Model>
<ModelID />
<Netlist>Port_1,3?Connect2</Netlist>
<Symbol>SYM_DataPort</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
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<ModelName>DATAPORT</ModelName>
<SymbolName>SYM_DataPort</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="Bus" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Is this a bus</Description>
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<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Commutative" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Bus ordering does not matter</Description>
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<HideCondition>Bus == 0</HideCondition>
<Show><T>Bool</T><D>0</D></Show>
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<Item XName="Data Type" Type="PartParam">
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<Description>Data type</Description>
<Enum>ModelTypeType</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Direction" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Data direction</Description>
<Enum>ModelTypeIO</Enum>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Optional" Type="PartParam">
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<Default><T>Bool</T><D>1</D></Default>
<Description>Is this port optional</Description>
<Enum>NO_YES</Enum>
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<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="PORT" Type="PartParam">
<DataEntry>3</DataEntry>
<Description>Port Number</Description>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="ZO" Type="PartParam">
<DataEntry>50.000000</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
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<Unit><T>Int</T><D>34769</D></Unit>
<Validate><T>Int</T><D>5</D></Validate></Item></Item></Item></Item>
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<Description>Is this a bus</Description>
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<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Commutative" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Bus ordering does not matter</Description>
<Enum>NO_YES</Enum>
<HideCondition>Bus == 0</HideCondition>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Data Type" Type="PartParam">
<DataEntry>11</DataEntry>
<Description>Data type</Description>
<Enum>ModelTypeType</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Direction" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Data direction</Description>
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<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Optional" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Is this port optional</Description>
<Enum>NO_YES</Enum>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="PORT" Type="PartParam">
<DataEntry>3</DataEntry>
<Description>Port Number</Description>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="ZO" Type="PartParam">
<DataEntry>50.000000</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Impedance</Description>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>34769</D></Unit>
<Validate><T>Int</T><D>5</D></Validate></Item></Item></Item>
<Item XName="weights" Type="Part">
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>DATAPORT</Model>
<ModelID />
<Netlist>Port_1,1?Part13</Netlist>
<Symbol>SYM_DataPort</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>DATAPORT</ModelName>
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<Item XName="Bus" Type="PartParam">
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<DataEntry>0</DataEntry>
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<Description>Bus ordering does not matter</Description>
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<Show><T>Bool</T><D>0</D></Show>
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<Item XName="Data Type" Type="PartParam">
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<Item XName="PORT" Type="PartParam">
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<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-225.64</D></PosY>
<Text>weights {DATAPORT}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pBus" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>Bus=NO</Text></Item>
<Item XName="_pData Type" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-112.82</D></PosY>
<Text>Data Type=Complex Matrix</Text></Item></Item></Item>
<Item XName="Part1" Type="SchPart">
<CenterX><T>Double</T><D>0</D></CenterX>
<CenterY><T>Double</T><D>125</D></CenterY>
<Designator>Azimuth</Designator>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>4750</D></PosX>
<PosY><T>Double</T><D>16000</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_DataPort</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<PosX><T>Double</T><D>237.75</D></PosX>
<PosY><T>Double</T><D>252.5</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pAzimuth" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>Azimuth {DATAPORT}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pBus" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>225.64</D></PosY>
<Text>Bus=NO</Text></Item>
<Item XName="_pData Type" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>112.82</D></PosY>
<Text>Data Type=Floating Point (Real) Matrix</Text></Item></Item></Item>
<Item XName="Part13" Type="SchPart">
<CenterX><T>Double</T><D>250</D></CenterX>
<CenterY><T>Double</T><D>250</D></CenterY>
<Description>MATLAB Script Block</Description>
<Designator>M2</Designator>
<PosX><T>Double</T><D>2125.000015380778</D></PosX>
<PosY><T>Double</T><D>15250.00034894026</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>AutoSymDF{MATLAB_SCRIPT_LOGO}</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<PosX><T>Double</T><D>1125</D></PosX>
<PosY><T>Double</T><D>1045</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pM2" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>M2 {MATLAB_Script@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pApplyTaper" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>1015.38</D></PosY>
<Text>ApplyTaper=0 [ApplyTaper]</Text></Item>
<Item XName="_pDx" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>338.46</D></PosY>
<Text>Dx=0.5 [Dx]</Text></Item>
<Item XName="_pDy" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>451.28</D></PosY>
<Text>Dy=0.5 [Dy]</Text></Item>
<Item XName="_pIsotropic" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>902.5600000000001</D></PosY>
<Text>Isotropic=1 [Isotropic]</Text></Item>
<Item XName="_pLoss" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>789.7400000000001</D></PosY>
<Text>Loss=0 dB10 [Loss]</Text></Item>
<Item XName="_pMinLevel_dB" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>676.9200000000001</D></PosY>
<Text>MinLevel_dB=-20 [MinLevel_dB]</Text></Item>
<Item XName="_pNumOfAntx" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>112.82</D></PosY>
<Text>NumOfAntx=8 [NumOfAnt_X]</Text></Item>
<Item XName="_pNumOfAnty" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>225.64</D></PosY>
<Text>NumOfAnty=8 [NumOfAnt_Y]</Text></Item>
<Item XName="_pResolution" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>564.1</D></PosY>
<Text>Resolution=1 &#x00B0; [Resolution]</Text></Item>
<Item XName="_pSpecifyLocation" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>1128.2</D></PosY>
<Text>SpecifyLocation=0 [SpecifyLocation]</Text></Item></Item></Item>
<Item XName="Part2" Type="SchPart">
<CenterX><T>Double</T><D>0</D></CenterX>
<CenterY><T>Double</T><D>125</D></CenterY>
<Designator>Zenith</Designator>
<Justification><T>Int</T><D>6</D></Justification>
<PosX><T>Double</T><D>4750</D></PosX>
<PosY><T>Double</T><D>15750</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_DataPort</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<PosX><T>Double</T><D>603</D></PosX>
<PosY><T>Double</T><D>125</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pZenith" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>4</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-112.82</D></PosY>
<Text>Zenith {DATAPORT}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pBus" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>4</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>112.82</D></PosY>
<Text>Bus=NO</Text></Item>
<Item XName="_pData Type" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>4</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>Data Type=Floating Point (Real) Matrix</Text></Item></Item></Item>
<Item XName="Part3" Type="SchPart">
<CenterX><T>Double</T><D>0</D></CenterX>
<CenterY><T>Double</T><D>125</D></CenterY>
<Designator>Magnitude</Designator>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>4750</D></PosX>
<PosY><T>Double</T><D>15500</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_DataPort</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<PosX><T>Double</T><D>237.75</D></PosX>
<PosY><T>Double</T><D>-2.5</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pMagnitude" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-225.64</D></PosY>
<Text>Magnitude {DATAPORT}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pBus" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>Bus=NO</Text></Item>
<Item XName="_pData Type" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-112.82</D></PosY>
<Text>Data Type=Floating Point (Real) Matrix</Text></Item></Item></Item></Item>
<Item XName="PartLength" Type="Param">
<DataEntry>1.0</DataEntry>
<Unit><T>Int</T><D>6003</D></Unit></Item>
<Item XName="SnapGrid" Type="Param">
<Data><T>Double</T><D>125</D></Data></Item>
<Item XName="Width" Type="Param">
<Data><T>Double</T><D>0.2794</D></Data></Item></Item></Item>
<Item XName="Design1" UserName="Design1" Type="Design">
<Intent><T>Int</T><D>1</D></Intent>
<Selected><T>Bool</T><D>0</D></Selected>
<Item XName="Connectivity" Type="DesignTopology">
<Item XName="N1" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>0</D></Direction>
<IsMultiport><T>Bool</T><D>1</D></IsMultiport>
<PartID>B1</PartID>
<PinName>Phi</PinName>
<SchObject>Part0</SchObject>
<TermNum>1</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<NetName>1</NetName></Item></Item></Item></Item>
<Item XName="N10" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>CompareMeToTheSubNetwork</PartID>
<PinName>Theta</PinName>
<SchObject>Part3</SchObject>
<TermNum>3</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<NetName>17</NetName></Item></Item></Item></Item>
<Item XName="N11" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>CompareMeToTheSubNetwork</PartID>
<PinName>AntennaGain</PinName>
<SchObject>Part3</SchObject>
<TermNum>4</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<NetName>18</NetName></Item></Item></Item></Item>
<Item XName="N12" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>CompareMeToTheSubNetwork</PartID>
<PinName>OutputX</PinName>
<SchObject>Part3</SchObject>
<TermNum>5</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<NetName>15</NetName></Item></Item></Item></Item>
<Item XName="N13" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>CompareMeToTheSubNetwork</PartID>
<PinName>OutputY</PinName>
<SchObject>Part3</SchObject>
<TermNum>6</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<NetName>16</NetName></Item></Item></Item></Item>
<Item XName="N14" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>CompareMeToTheSubNetwork</PartID>
<PinName>OutputZ</PinName>
<SchObject>Part3</SchObject>
<TermNum>7</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<NetName>13</NetName></Item></Item></Item></Item>
<Item XName="N15" Type="Nexus">
<Item XName="C1" Type="ConnEndpoint">
<Direction><T>Int</T><D>0</D></Direction>
<ResolvedNetName>3</ResolvedNetName>
<SchObject>Connect0</SchObject></Item>
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<IsMultiport><T>Bool</T><D>1</D></IsMultiport>
<PartID>B1</PartID>
<PinName>Weights</PinName>
<SchObject>Part0</SchObject>
<TermNum>3</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Connect0</MappedSchObject>
<NetName>3</NetName></Item></Item></Item></Item>
<Item XName="N16" Type="Nexus">
<Item XName="C1" Type="ConnEndpoint">
<Direction><T>Int</T><D>1</D></Direction>
<ResolvedNetName>3</ResolvedNetName>
<SchObject>Connect0</SchObject></Item>
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>0</D></Direction>
<PartID>Subnetwork1</PartID>
<PinName>weights</PinName>
<SchObject>Part1</SchObject>
<TermNum>1</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Connect0</MappedSchObject>
<NetName>3</NetName></Item></Item></Item></Item>
<Item XName="N17" Type="Nexus">
<Item XName="C1" Type="ConnEndpoint">
<Direction><T>Int</T><D>0</D></Direction>
<ResolvedNetName>10</ResolvedNetName>
<SchObject>Connect1</SchObject></Item>
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>Subnetwork1</PartID>
<PinName>Azimuth</PinName>
<SchObject>Part1</SchObject>
<TermNum>2</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Connect1</MappedSchObject>
<NetName>10</NetName></Item></Item></Item></Item>
<Item XName="N18" Type="Nexus">
<Item XName="C1" Type="ConnEndpoint">
<Direction><T>Int</T><D>0</D></Direction>
<ResolvedNetName>9</ResolvedNetName>
<SchObject>Connect2</SchObject></Item>
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>Subnetwork1</PartID>
<PinName>Zenith</PinName>
<SchObject>Part1</SchObject>
<TermNum>3</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Connect2</MappedSchObject>
<NetName>9</NetName></Item></Item></Item></Item>
<Item XName="N19" Type="Nexus">
<Item XName="C1" Type="ConnEndpoint">
<Direction><T>Int</T><D>0</D></Direction>
<ResolvedNetName>12</ResolvedNetName>
<SchObject>Connect3</SchObject></Item>
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>Subnetwork1</PartID>
<PinName>Magnitude</PinName>
<SchObject>Part1</SchObject>
<TermNum>4</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Connect3</MappedSchObject>
<NetName>12</NetName></Item></Item></Item></Item>
<Item XName="N2" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>0</D></Direction>
<IsMultiport><T>Bool</T><D>1</D></IsMultiport>
<PartID>B1</PartID>
<PinName>Theta</PinName>
<SchObject>Part0</SchObject>
<TermNum>2</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<NetName>2</NetName></Item></Item></Item></Item>
<Item XName="N20" Type="Nexus">
<Item XName="C1" Type="ConnEndpoint">
<Direction><T>Int</T><D>1</D></Direction>
<ResolvedNetName>10</ResolvedNetName>
<SchObject>Connect1</SchObject></Item>
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>0</D></Direction>
<PartID>D1</PartID>
<PinName>X/Phi</PinName>
<SchObject>Part2</SchObject>
<TermNum>1</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Connect1</MappedSchObject>
<NetName>10</NetName></Item></Item></Item></Item>
<Item XName="N21" Type="Nexus">
<Item XName="C1" Type="ConnEndpoint">
<Direction><T>Int</T><D>1</D></Direction>
<ResolvedNetName>9</ResolvedNetName>
<SchObject>Connect2</SchObject></Item>
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>0</D></Direction>
<PartID>D1</PartID>
<PinName>Y/Theta</PinName>
<SchObject>Part2</SchObject>
<TermNum>2</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Connect2</MappedSchObject>
<NetName>9</NetName></Item></Item></Item></Item>
<Item XName="N22" Type="Nexus">
<Item XName="C1" Type="ConnEndpoint">
<Direction><T>Int</T><D>1</D></Direction>
<ResolvedNetName>12</ResolvedNetName>
<SchObject>Connect3</SchObject></Item>
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>0</D></Direction>
<PartID>D1</PartID>
<PinName>Z/Magnitude</PinName>
<SchObject>Part2</SchObject>
<TermNum>3</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Connect3</MappedSchObject>
<NetName>12</NetName></Item></Item></Item></Item>
<Item XName="N3" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<IsMultiport><T>Bool</T><D>1</D></IsMultiport>
<PartID>B1</PartID>
<PinName>Magnitudes</PinName>
<SchObject>Part0</SchObject>
<TermNum>4</TermNum>
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<Item XName="T1" Type="SubTerm">
<NetName>4</NetName></Item></Item></Item></Item>
<Item XName="N4" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<IsMultiport><T>Bool</T><D>1</D></IsMultiport>
<PartID>B1</PartID>
<PinName>Phases</PinName>
<SchObject>Part0</SchObject>
<TermNum>5</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<NetName>5</NetName></Item></Item></Item></Item>
<Item XName="N5" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>B1</PartID>
<PinName>OutputX</PinName>
<SchObject>Part0</SchObject>
<TermNum>6</TermNum>
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<Item XName="T1" Type="SubTerm">
<NetName>6</NetName></Item></Item></Item></Item>
<Item XName="N6" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>B1</PartID>
<PinName>OutputY</PinName>
<SchObject>Part0</SchObject>
<TermNum>7</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<NetName>7</NetName></Item></Item></Item></Item>
<Item XName="N7" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>B1</PartID>
<PinName>OutputZ</PinName>
<SchObject>Part0</SchObject>
<TermNum>8</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<NetName>8</NetName></Item></Item></Item></Item>
<Item XName="N8" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>0</D></Direction>
<PartID>CompareMeToTheSubNetwork</PartID>
<PinName>Input</PinName>
<SchObject>Part3</SchObject>
<TermNum>1</TermNum>
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<Item XName="T1" Type="SubTerm">
<NetName>14</NetName></Item></Item></Item></Item>
<Item XName="N9" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>CompareMeToTheSubNetwork</PartID>
<PinName>Phi</PinName>
<SchObject>Part3</SchObject>
<TermNum>2</TermNum>
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<Item XName="T1" Type="SubTerm">
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<CurTab>Schematic</CurTab>
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<Show><T>Bool</T><D>1</D></Show>
<ShowCmd><T>Int</T><D>1</D></ShowCmd>
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<ZOrder><T>Int</T><D>0</D></ZOrder>
<Item XName="TabInfo" Type="SerItem">
<Item XName="PartList" Type="TabInfo">
<PageNo><T>Int</T><D>0</D></PageNo></Item>
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<Item XName="Schematic" Type="TabInfo">
<PageNo><T>Int</T><D>1</D></PageNo></Item></Item></Item></Item>
<Item XName="PartList" Type="PartList">
<Selected><T>Bool</T><D>0</D></Selected>
<Item XName="B1" Type="Part">
<Category>Phased Array</Category>
<Description>Generate beamformer weights by Theta and Phi</Description>
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>BeamformerWeights@Data Flow Models</Model>
<ModelID />
<Netlist>Phi,1|Theta,2|Weights,3?Connect0|Magnitudes,4|Phases,5|OutputX,6|OutputY,7|OutputZ,8</Netlist>
<ParentPartName>BeamformerWeights@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<Symbol>AutoSymDF</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>BeamformerWeights@Data Flow Models</ModelName>
<SymbolName>AutoSymDF</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="ApplyCustomWindow" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Apply custom window</Description>
<DocSymbol />
<Enum>BeamformerWeights__ApplyCustomWindow@Data Flow Enums</Enum>
<HideCondition>Configuration ~= 0 &amp;&amp; MultiUser == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Configuration" Type="PartParam">
<DataEntry>2</DataEntry>
<Description>Antenna array configuration</Description>
<DocSymbol />
<Enum>BeamformerWeights__Configuration@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="CustomWindow" Type="PartParam">
<DataEntry>[1]</DataEntry>
<Description>Custom window</Description>
<DocSymbol />
<HideCondition>~((Configuration ~= 0 &amp;&amp; MultiUser == 0 &amp;&amp; Window == 11) || (~((Configuration == 1 || Configuration == 2) &amp;&amp; MultiUser == 0) &amp;&amp; ApplyCustomWindow == 1))</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>15</D></Validate></Item>
<Item XName="DistanceUnit" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Distance unit</Description>
<DocSymbol />
<Enum>BeamformerWeights__DistanceUnit@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="DistanceX" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on X axis</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceX_in_Wavelengths" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on X axis in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceY" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on Y axis</Description>
<DocSymbol />
<HideCondition>(Configuration ~= 2 &amp;&amp; Configuration ~= 1) || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceY_in_Wavelengths" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on Y axis in wavelengths</Description>
<DocSymbol />
<HideCondition>(Configuration ~= 2 &amp;&amp; Configuration ~= 1) || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ElementToUserMap" Type="PartParam">
<DataEntry>[1]</DataEntry>
<Description>Element to user map. ElementToUserMap(i) means i-th array element is used by user ElementToUserMap(i).</Description>
<DocSymbol />
<HideCondition>MultiUser ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="InitialAngles" Type="PartParam">
<DataEntry>[0,0,0,0]</DataEntry>
<Description>Initial angles for each circle</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationX" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>X coordinate of antenna elements</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationX_in_Wavelengths" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>X coordinate of antenna elements in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationY" Type="PartParam">
<DataEntry>[0.0,0.5,1.0,1.5,2.0,2.5,3.0,3.5]</DataEntry>
<Description>Y coordinate of antenna elements</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationY_in_Wavelengths" Type="PartParam">
<DataEntry>[0.0,0.5,1.0,1.5,2.0,2.5,3.0,3.5]</DataEntry>
<Description>Y coordinate of antenna elements in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationZ" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>Z coordinate of antenna elements</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationZ_in_Wavelengths" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>Z coordinate of antenna elements in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="MultiUser" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Multiuser configuration</Description>
<DocSymbol />
<Enum>BeamformerWeights__MultiUser@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Normalization" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Normalize window so the maximum value is 1</Description>
<DocSymbol />
<Enum>BeamformerWeights__Normalization@Data Flow Enums</Enum>
<HideCondition>~((Configuration ~= 0 &amp;&amp; MultiUser == 0 &amp;&amp; Window ~= 0) || (~((Configuration == 1 || Configuration == 2) &amp;&amp; MultiUser == 0) &amp;&amp; ApplyCustomWindow == 1))</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="NumBars" Type="PartParam">
<DataEntry>2</DataEntry>
<Description>Number of bars for Taylor window</Description>
<DocSymbol />
<HideCondition>~(Configuration ~= 0 &amp;&amp; MultiUser == 0 &amp;&amp; Window == 10)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="NumElements" Type="PartParam">
<DataEntry>[1,4,8,16]</DataEntry>
<Description>Number of elements in each circle</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="NumElementsX" Type="PartParam">
<DataEntry>8</DataEntry>
<Description>Number of elements on X axis</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="NumElementsY" Type="PartParam">
<DataEntry>8</DataEntry>
<Description>Number of elements on Y axis</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2 &amp;&amp; Configuration ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="Phi" Type="PartParam">
<DataEntry>[300]</DataEntry>
<Description>Phi angle</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Radii" Type="PartParam">
<DataEntry>[0,0.5,1,1.5]</DataEntry>
<Description>Radius of each circle</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Radii_in_Wavelengths" Type="PartParam">
<DataEntry>[0,0.5,1,1.5]</DataEntry>
<Description>Radius of each circle in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="RotateArray" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotate antenna array from antenna coordinate to reference coordinate</Description>
<DocSymbol />
<Enum>BeamformerWeights__RotateArray@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RotationAroundX" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotation angle around x&apos;&apos; axis after the second rotation (also known as Roll or Slant angle), observed from positive x&apos;&apos;, measured from positive y&apos;&apos; axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateArray == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RotationAroundY" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotation angle around y&apos; axis after the first rotation (also known as Pitch or Downtilt angle), observed from positive y&apos;, measured from positive z(z&apos;) axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateArray == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RotationAroundZ" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotation angle around z axis (also known as Yaw or Bearing angle), observed from positive z, measured from positive x axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateArray == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SideLobeLevel" Type="PartParam">
<DataEntry>-20</DataEntry>
<Description>Side lobe level in dB</Description>
<DocSymbol />
<HideCondition>~(Configuration ~= 0 &amp;&amp; MultiUser == 0 &amp;&amp; (Window == 8 || Window == 10))</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Theta" Type="PartParam">
<DataEntry>[30]</DataEntry>
<Description>Theta angle</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Wavelength" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Wavelength at the center frequency</Description>
<DocSymbol />
<HideCondition>DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Window" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Window (taper) type</Description>
<DocSymbol />
<Enum>BeamformerWeights__Window@Data Flow Enums</Enum>
<HideCondition>~(Configuration ~= 0 &amp;&amp; MultiUser == 0)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="WindowParameter" Type="PartParam">
<DataEntry>[1]</DataEntry>
<Description>Window parameter for GeneralizedCosine and Ready</Description>
<DocSymbol />
<HideCondition>~(Configuration ~= 0 &amp;&amp; MultiUser == 0 &amp;&amp; (Window == 6 || Window == 7))</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="ApplyCustomWindow" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Apply custom window</Description>
<DocSymbol />
<Enum>BeamformerWeights__ApplyCustomWindow@Data Flow Enums</Enum>
<HideCondition>Configuration ~= 0 &amp;&amp; MultiUser == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Configuration" Type="PartParam">
<DataEntry>2</DataEntry>
<Description>Antenna array configuration</Description>
<DocSymbol />
<Enum>BeamformerWeights__Configuration@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="CustomWindow" Type="PartParam">
<DataEntry>[1]</DataEntry>
<Description>Custom window</Description>
<DocSymbol />
<HideCondition>~((Configuration ~= 0 &amp;&amp; MultiUser == 0 &amp;&amp; Window == 11) || (~((Configuration == 1 || Configuration == 2) &amp;&amp; MultiUser == 0) &amp;&amp; ApplyCustomWindow == 1))</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>15</D></Validate></Item>
<Item XName="DistanceUnit" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Distance unit</Description>
<DocSymbol />
<Enum>BeamformerWeights__DistanceUnit@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="DistanceX" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on X axis</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceX_in_Wavelengths" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on X axis in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceY" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on Y axis</Description>
<DocSymbol />
<HideCondition>(Configuration ~= 2 &amp;&amp; Configuration ~= 1) || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceY_in_Wavelengths" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on Y axis in wavelengths</Description>
<DocSymbol />
<HideCondition>(Configuration ~= 2 &amp;&amp; Configuration ~= 1) || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ElementToUserMap" Type="PartParam">
<DataEntry>[1]</DataEntry>
<Description>Element to user map. ElementToUserMap(i) means i-th array element is used by user ElementToUserMap(i).</Description>
<DocSymbol />
<HideCondition>MultiUser ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="InitialAngles" Type="PartParam">
<DataEntry>[0,0,0,0]</DataEntry>
<Description>Initial angles for each circle</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationX" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>X coordinate of antenna elements</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationX_in_Wavelengths" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>X coordinate of antenna elements in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationY" Type="PartParam">
<DataEntry>[0.0,0.5,1.0,1.5,2.0,2.5,3.0,3.5]</DataEntry>
<Description>Y coordinate of antenna elements</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationY_in_Wavelengths" Type="PartParam">
<DataEntry>[0.0,0.5,1.0,1.5,2.0,2.5,3.0,3.5]</DataEntry>
<Description>Y coordinate of antenna elements in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationZ" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>Z coordinate of antenna elements</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationZ_in_Wavelengths" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>Z coordinate of antenna elements in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="MultiUser" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Multiuser configuration</Description>
<DocSymbol />
<Enum>BeamformerWeights__MultiUser@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Normalization" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Normalize window so the maximum value is 1</Description>
<DocSymbol />
<Enum>BeamformerWeights__Normalization@Data Flow Enums</Enum>
<HideCondition>~((Configuration ~= 0 &amp;&amp; MultiUser == 0 &amp;&amp; Window ~= 0) || (~((Configuration == 1 || Configuration == 2) &amp;&amp; MultiUser == 0) &amp;&amp; ApplyCustomWindow == 1))</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="NumBars" Type="PartParam">
<DataEntry>2</DataEntry>
<Description>Number of bars for Taylor window</Description>
<DocSymbol />
<HideCondition>~(Configuration ~= 0 &amp;&amp; MultiUser == 0 &amp;&amp; Window == 10)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="NumElements" Type="PartParam">
<DataEntry>[1,4,8,16]</DataEntry>
<Description>Number of elements in each circle</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="NumElementsX" Type="PartParam">
<DataEntry>8</DataEntry>
<Description>Number of elements on X axis</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="NumElementsY" Type="PartParam">
<DataEntry>8</DataEntry>
<Description>Number of elements on Y axis</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2 &amp;&amp; Configuration ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="Phi" Type="PartParam">
<DataEntry>[300]</DataEntry>
<Description>Phi angle</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Radii" Type="PartParam">
<DataEntry>[0,0.5,1,1.5]</DataEntry>
<Description>Radius of each circle</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Radii_in_Wavelengths" Type="PartParam">
<DataEntry>[0,0.5,1,1.5]</DataEntry>
<Description>Radius of each circle in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="RotateArray" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotate antenna array from antenna coordinate to reference coordinate</Description>
<DocSymbol />
<Enum>BeamformerWeights__RotateArray@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RotationAroundX" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotation angle around x&apos;&apos; axis after the second rotation (also known as Roll or Slant angle), observed from positive x&apos;&apos;, measured from positive y&apos;&apos; axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateArray == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RotationAroundY" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotation angle around y&apos; axis after the first rotation (also known as Pitch or Downtilt angle), observed from positive y&apos;, measured from positive z(z&apos;) axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateArray == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RotationAroundZ" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotation angle around z axis (also known as Yaw or Bearing angle), observed from positive z, measured from positive x axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateArray == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SideLobeLevel" Type="PartParam">
<DataEntry>-20</DataEntry>
<Description>Side lobe level in dB</Description>
<DocSymbol />
<HideCondition>~(Configuration ~= 0 &amp;&amp; MultiUser == 0 &amp;&amp; (Window == 8 || Window == 10))</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Theta" Type="PartParam">
<DataEntry>[30]</DataEntry>
<Description>Theta angle</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Wavelength" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Wavelength at the center frequency</Description>
<DocSymbol />
<HideCondition>DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Window" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Window (taper) type</Description>
<DocSymbol />
<Enum>BeamformerWeights__Window@Data Flow Enums</Enum>
<HideCondition>~(Configuration ~= 0 &amp;&amp; MultiUser == 0)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="WindowParameter" Type="PartParam">
<DataEntry>[1]</DataEntry>
<Description>Window parameter for GeneralizedCosine and Ready</Description>
<DocSymbol />
<HideCondition>~(Configuration ~= 0 &amp;&amp; MultiUser == 0 &amp;&amp; (Window == 6 || Window == 7))</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item></Item></Item>
<Item XName="CompareMeToTheSubNetwork" Type="Part">
<Category>Beamforming</Category>
<Description>Beam pattern calculation</Description>
<DisabledNetlist>Input,14|Phi,11|Theta,17|AntennaGain,18|OutputX,15|OutputY,16|OutputZ,13</DisabledNetlist>
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>BeamPattern@Data Flow Models</Model>
<ModelID />
<Netlist>Input,14|Phi,11|Theta,17|AntennaGain,18|OutputX,15|OutputY,16|OutputZ,13</Netlist>
<ParentPartName>BeamPattern@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<SimOverride><T>Int</T><D>1</D></SimOverride>
<Symbol>AutoSymDF</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>BeamPattern@Data Flow Models</ModelName>
<SymbolName>SYM_BeamPattern</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="ArrayRadiation" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Array radiation region for directivity beam pattern integration</Description>
<DocSymbol />
<Enum>BeamPattern__ArrayRadiation@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Configuration" Type="PartParam">
<DataEntry>2</DataEntry>
<Description>Antenna array configuration</Description>
<DocSymbol />
<Enum>BeamPattern__Configuration@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="CosineExponent" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>The element pattern is cos(theta)^CosineExponent</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=2</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceUnit" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Distance unit</Description>
<DocSymbol />
<Enum>BeamPattern__DistanceUnit@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="DistanceX" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on X axis</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceX_in_Wavelengths" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on X axis in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceY" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on Y axis</Description>
<DocSymbol />
<HideCondition>(Configuration ~= 2 &amp;&amp; Configuration ~= 1) || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceY_in_Wavelengths" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on Y axis in wavelengths</Description>
<DocSymbol />
<HideCondition>(Configuration ~= 2 &amp;&amp; Configuration ~= 1) || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ElementPatternFileMap" Type="PartParam">
<DataEntry>[1]</DataEntry>
<Description>Element pattern file mapping matrix</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=3 || ElementPatternFileMapOption~=2</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="ElementPatternFileMapOption" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Element pattern file to antenna mapping</Description>
<DocSymbol />
<Enum>BeamPattern__ElementPatternFileMapOption@Data Flow Enums</Enum>
<HideCondition>ElementPatternType~=3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ElementPatternFileName" Type="PartParam">
<DataEntry />
<Description>Antenna Pattern Filename (if there are multiple files, select the first one)</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>10</D></Validate></Item>
<Item XName="ElementPatternFileType" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Antenna pattern file format (EMPro or HFSS)</Description>
<DocSymbol />
<Enum>BeamPattern__ElementPatternFileType@Data Flow Enums</Enum>
<HideCondition>ElementPatternType~=3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ElementPatternType" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Antenna Element Radiation Pattern</Description>
<DocSymbol />
<Enum>BeamPattern__ElementPatternType@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ElementRotationAroundX" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Rotation angle around x&apos;&apos; axis after the second rotation (also known as Roll or Slant angle), observed from positive x&apos;&apos;, measured from positive y&apos;&apos; axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateElement == 0 || (ElementPatternType~=2 &amp;&amp; ElementPatternType~=3)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="ElementRotationAroundY" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Rotation angle around y&apos; axis after the first rotation (also known as Pitch or Downtilt angle), observed from positive y&apos;, measured from positive z(z&apos;) axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateElement == 0 || (ElementPatternType~=2 &amp;&amp; ElementPatternType~=3)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="ElementRotationAroundZ" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Rotation angle around z axis (also known as Yaw or Bearing angle), observed from positive z, measured from positive x axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateElement == 0 || (ElementPatternType~=2 &amp;&amp; ElementPatternType~=3)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Ephi" Type="PartParam">
<DataEntry>[0.0]</DataEntry>
<Description>Phi component of the E-field</Description>
<DocSymbol />
<HideCondition>OutputPolarizationPatterns == 0 || ElementPatternType==3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>15</D></Validate></Item>
<Item XName="Etheta" Type="PartParam">
<DataEntry>[1.0]</DataEntry>
<Description>Theta component of the E-field</Description>
<DocSymbol />
<HideCondition>OutputPolarizationPatterns == 0 || ElementPatternType==3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>15</D></Validate></Item>
<Item XName="IOInfo" Type="PartParam">
<DataEntry>Input?1?0?1?13?0#Phi?0?0?1?11?0#Theta?0?0?1?11?0#AntennaGain?0?0?1?11?0#OutputX?0?0?1?11?0#OutputY?0?0?1?11?0#OutputZ?0?0?1?11?0#</DataEntry>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="IOInfoFormula" Type="PartParam">
<DataEntry>Input?1?0?1?13?0?#Phi?0?0?1?11?0?#Theta?0?0?1?11?0?#AntennaGain?0?0?1?11?0?#Polarization1?0?0?1?11?0?OutputPolarizationPatterns == 0#Polarization2?0?0?1?11?0?OutputPolarizationPatterns == 0#OutputX?0?0?1?11?0?#OutputY?0?0?1?11?0?#OutputZ?0?0?1?11?0?#</DataEntry>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="InitialAngles" Type="PartParam">
<DataEntry>[0,0,0,0]</DataEntry>
<Description>Initial angles for each circle</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationX" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>X coordinate of antenna elements</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationX_in_Wavelengths" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>X coordinate of antenna elements in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationY" Type="PartParam">
<DataEntry>[0.0,0.5,1.0,1.5,2.0,2.5,3.0,3.5]</DataEntry>
<Description>Y coordinate of antenna elements</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationY_in_Wavelengths" Type="PartParam">
<DataEntry>[0.0,0.5,1.0,1.5,2.0,2.5,3.0,3.5]</DataEntry>
<Description>Y coordinate of antenna elements in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationZ" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>Z coordinate of antenna elements</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationZ_in_Wavelengths" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>Z coordinate of antenna elements in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="NumAntennasPerLocation" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Number of antenna elements at the same location (for dual polarization modeling)</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="NumElements" Type="PartParam">
<DataEntry>[1,4,8,16]</DataEntry>
<Description>Number of elements in each circle</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="NumElementsBottomRow" Type="PartParam">
<DataEntry>5</DataEntry>
<Description>Number of antennas on bottom row</Description>
<DocSymbol />
<HideCondition>Configuration ~= 5</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="NumElementsMiddleRow" Type="PartParam">
<DataEntry>9</DataEntry>
<Description>Number of antennas on mid row</Description>
<DocSymbol />
<HideCondition>Configuration ~= 5</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="NumElementsX" Type="PartParam">
<DataEntry>8</DataEntry>
<Description>Number of elements on X axis</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="NumElementsY" Type="PartParam">
<DataEntry>8</DataEntry>
<Description>Number of elements on Y axis</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2 &amp;&amp; Configuration ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="OutputPolarizationPatterns" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Output polarization patterns</Description>
<DocSymbol />
<Enum>BeamPattern__OutputPolarizationPatterns@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="PatternDataEphi" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Complex Ephi in M x N matrix. M is the number of phi angles and N is the number of theta angles.</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=4</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>15</D></Validate></Item>
<Item XName="PatternDataEtheta" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Complex Etheta in M x N matrix. M is the number of phi angles and N is the number of theta angles.</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=4</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>15</D></Validate></Item>
<Item XName="PatternDataPhiGrid" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Phi grid in M x N matrix. M is the number of phi angles and N is the number of theta angles. Phi should be [0,360], and the phi interval should be consistent.</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=4</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="PatternDataThetaGrid" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Theta grid in M x N matrix. M is the number of phi angles and N is the number of theta angles. Theta should be [0,180], and the theta interval should be consistent.</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=4</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="PolarizationPatterns" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Polarization pattern decomposition</Description>
<DocSymbol />
<Enum>BeamPattern__PolarizationPatterns@Data Flow Enums</Enum>
<HideCondition>OutputPolarizationPatterns == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RadiationEfficiency" Type="PartParam">
<DataEntry>[1]</DataEntry>
<Description>Radiation efficiency used in HFSS antenna pattern where rETheta and rEPhi are defined</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=3 || ElementPatternFileType~=1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Radii" Type="PartParam">
<DataEntry>[0,0.5,1,1.5]</DataEntry>
<Description>Radius of each circle</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Radii_in_Wavelengths" Type="PartParam">
<DataEntry>[0,0.5,1,1.5]</DataEntry>
<Description>Radius of each circle in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Resolution" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Angular resolution in Phi and Theta in beam pattern</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RotateArray" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotate antenna array from antenna coordinate to reference coordinate</Description>
<DocSymbol />
<Enum>BeamPattern__RotateArray@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RotateElement" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotate element pattern from antenna coordinate to reference coordinate</Description>
<DocSymbol />
<Enum>BeamPattern__RotateElement@Data Flow Enums</Enum>
<HideCondition>ElementPatternType~= 2 &amp;&amp; ElementPatternType~= 3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RotationAroundX" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotation angle around x&apos;&apos; axis after the second rotation (also known as Roll or Slant angle), observed from positive x&apos;&apos;, measured from positive y&apos;&apos; axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateArray == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RotationAroundY" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotation angle around y&apos; axis after the first rotation (also known as Pitch or Downtilt angle), observed from positive y&apos;, measured from positive z(z&apos;) axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateArray == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RotationAroundZ" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotation angle around z axis (also known as Yaw or Bearing angle), observed from positive z, measured from positive x axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateArray == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ThetaRange" Type="PartParam">
<DataEntry>90</DataEntry>
<Description>The angular range in Theta angle in beam pattern, e.g. [0, 90] degree or [0, 180] degree</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Wavelength" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Wavelength at the center frequency</Description>
<DocSymbol />
<HideCondition>DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="ArrayRadiation" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Array radiation region for directivity beam pattern integration</Description>
<DocSymbol />
<Enum>BeamPattern__ArrayRadiation@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Configuration" Type="PartParam">
<DataEntry>2</DataEntry>
<Description>Antenna array configuration</Description>
<DocSymbol />
<Enum>BeamPattern__Configuration@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="CosineExponent" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>The element pattern is cos(theta)^CosineExponent</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=2</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceUnit" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Distance unit</Description>
<DocSymbol />
<Enum>BeamPattern__DistanceUnit@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="DistanceX" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on X axis</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceX_in_Wavelengths" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on X axis in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceY" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on Y axis</Description>
<DocSymbol />
<HideCondition>(Configuration ~= 2 &amp;&amp; Configuration ~= 1) || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="DistanceY_in_Wavelengths" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Distance between antenna elements on Y axis in wavelengths</Description>
<DocSymbol />
<HideCondition>(Configuration ~= 2 &amp;&amp; Configuration ~= 1) || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ElementPatternFileMap" Type="PartParam">
<DataEntry>[1]</DataEntry>
<Description>Element pattern file mapping matrix</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=3 || ElementPatternFileMapOption~=2</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="ElementPatternFileMapOption" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Element pattern file to antenna mapping</Description>
<DocSymbol />
<Enum>BeamPattern__ElementPatternFileMapOption@Data Flow Enums</Enum>
<HideCondition>ElementPatternType~=3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ElementPatternFileName" Type="PartParam">
<DataEntry />
<Description>Antenna Pattern Filename (if there are multiple files, select the first one)</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>10</D></Validate></Item>
<Item XName="ElementPatternFileType" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Antenna pattern file format (EMPro or HFSS)</Description>
<DocSymbol />
<Enum>BeamPattern__ElementPatternFileType@Data Flow Enums</Enum>
<HideCondition>ElementPatternType~=3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ElementPatternType" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Antenna Element Radiation Pattern</Description>
<DocSymbol />
<Enum>BeamPattern__ElementPatternType@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ElementRotationAroundX" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Rotation angle around x&apos;&apos; axis after the second rotation (also known as Roll or Slant angle), observed from positive x&apos;&apos;, measured from positive y&apos;&apos; axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateElement == 0 || (ElementPatternType~=2 &amp;&amp; ElementPatternType~=3)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="ElementRotationAroundY" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Rotation angle around y&apos; axis after the first rotation (also known as Pitch or Downtilt angle), observed from positive y&apos;, measured from positive z(z&apos;) axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateElement == 0 || (ElementPatternType~=2 &amp;&amp; ElementPatternType~=3)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="ElementRotationAroundZ" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Rotation angle around z axis (also known as Yaw or Bearing angle), observed from positive z, measured from positive x axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateElement == 0 || (ElementPatternType~=2 &amp;&amp; ElementPatternType~=3)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Ephi" Type="PartParam">
<DataEntry>[0.0]</DataEntry>
<Description>Phi component of the E-field</Description>
<DocSymbol />
<HideCondition>OutputPolarizationPatterns == 0 || ElementPatternType==3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>15</D></Validate></Item>
<Item XName="Etheta" Type="PartParam">
<DataEntry>[1.0]</DataEntry>
<Description>Theta component of the E-field</Description>
<DocSymbol />
<HideCondition>OutputPolarizationPatterns == 0 || ElementPatternType==3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>15</D></Validate></Item>
<Item XName="IOInfo" Type="PartParam">
<DataEntry>Input?1?0?1?13?0#Phi?0?0?1?11?0#Theta?0?0?1?11?0#AntennaGain?0?0?1?11?0#OutputX?0?0?1?11?0#OutputY?0?0?1?11?0#OutputZ?0?0?1?11?0#</DataEntry>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="IOInfoFormula" Type="PartParam">
<DataEntry>Input?1?0?1?13?0?#Phi?0?0?1?11?0?#Theta?0?0?1?11?0?#AntennaGain?0?0?1?11?0?#Polarization1?0?0?1?11?0?OutputPolarizationPatterns == 0#Polarization2?0?0?1?11?0?OutputPolarizationPatterns == 0#OutputX?0?0?1?11?0?#OutputY?0?0?1?11?0?#OutputZ?0?0?1?11?0?#</DataEntry>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="InitialAngles" Type="PartParam">
<DataEntry>[0,0,0,0]</DataEntry>
<Description>Initial angles for each circle</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationX" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>X coordinate of antenna elements</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationX_in_Wavelengths" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>X coordinate of antenna elements in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationY" Type="PartParam">
<DataEntry>[0.0,0.5,1.0,1.5,2.0,2.5,3.0,3.5]</DataEntry>
<Description>Y coordinate of antenna elements</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationY_in_Wavelengths" Type="PartParam">
<DataEntry>[0.0,0.5,1.0,1.5,2.0,2.5,3.0,3.5]</DataEntry>
<Description>Y coordinate of antenna elements in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationZ" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>Z coordinate of antenna elements</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationZ_in_Wavelengths" Type="PartParam">
<DataEntry>[0,0,0,0,0,0,0,0]</DataEntry>
<Description>Z coordinate of antenna elements in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 0 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="NumAntennasPerLocation" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Number of antenna elements at the same location (for dual polarization modeling)</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="NumElements" Type="PartParam">
<DataEntry>[1,4,8,16]</DataEntry>
<Description>Number of elements in each circle</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="NumElementsBottomRow" Type="PartParam">
<DataEntry>5</DataEntry>
<Description>Number of antennas on bottom row</Description>
<DocSymbol />
<HideCondition>Configuration ~= 5</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="NumElementsMiddleRow" Type="PartParam">
<DataEntry>9</DataEntry>
<Description>Number of antennas on mid row</Description>
<DocSymbol />
<HideCondition>Configuration ~= 5</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="NumElementsX" Type="PartParam">
<DataEntry>8</DataEntry>
<Description>Number of elements on X axis</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="NumElementsY" Type="PartParam">
<DataEntry>8</DataEntry>
<Description>Number of elements on Y axis</Description>
<DocSymbol />
<HideCondition>Configuration ~= 2 &amp;&amp; Configuration ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="OutputPolarizationPatterns" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Output polarization patterns</Description>
<DocSymbol />
<Enum>BeamPattern__OutputPolarizationPatterns@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="PatternDataEphi" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Complex Ephi in M x N matrix. M is the number of phi angles and N is the number of theta angles.</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=4</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>15</D></Validate></Item>
<Item XName="PatternDataEtheta" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Complex Etheta in M x N matrix. M is the number of phi angles and N is the number of theta angles.</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=4</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>15</D></Validate></Item>
<Item XName="PatternDataPhiGrid" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Phi grid in M x N matrix. M is the number of phi angles and N is the number of theta angles. Phi should be [0,360], and the phi interval should be consistent.</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=4</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="PatternDataThetaGrid" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Description>Theta grid in M x N matrix. M is the number of phi angles and N is the number of theta angles. Theta should be [0,180], and the theta interval should be consistent.</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=4</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="PolarizationPatterns" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Polarization pattern decomposition</Description>
<DocSymbol />
<Enum>BeamPattern__PolarizationPatterns@Data Flow Enums</Enum>
<HideCondition>OutputPolarizationPatterns == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RadiationEfficiency" Type="PartParam">
<DataEntry>[1]</DataEntry>
<Description>Radiation efficiency used in HFSS antenna pattern where rETheta and rEPhi are defined</Description>
<DocSymbol />
<HideCondition>ElementPatternType~=3 || ElementPatternFileType~=1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Radii" Type="PartParam">
<DataEntry>[0,0.5,1,1.5]</DataEntry>
<Description>Radius of each circle</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3 || DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Radii_in_Wavelengths" Type="PartParam">
<DataEntry>[0,0.5,1,1.5]</DataEntry>
<Description>Radius of each circle in wavelengths</Description>
<DocSymbol />
<HideCondition>Configuration ~= 3 || DistanceUnit ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Resolution" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Angular resolution in Phi and Theta in beam pattern</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RotateArray" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotate antenna array from antenna coordinate to reference coordinate</Description>
<DocSymbol />
<Enum>BeamPattern__RotateArray@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RotateElement" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotate element pattern from antenna coordinate to reference coordinate</Description>
<DocSymbol />
<Enum>BeamPattern__RotateElement@Data Flow Enums</Enum>
<HideCondition>ElementPatternType~= 2 &amp;&amp; ElementPatternType~= 3</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RotationAroundX" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotation angle around x&apos;&apos; axis after the second rotation (also known as Roll or Slant angle), observed from positive x&apos;&apos;, measured from positive y&apos;&apos; axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateArray == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RotationAroundY" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotation angle around y&apos; axis after the first rotation (also known as Pitch or Downtilt angle), observed from positive y&apos;, measured from positive z(z&apos;) axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateArray == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RotationAroundZ" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Rotation angle around z axis (also known as Yaw or Bearing angle), observed from positive z, measured from positive x axis counterclockwise</Description>
<DocSymbol />
<HideCondition>RotateArray == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ThetaRange" Type="PartParam">
<DataEntry>90</DataEntry>
<Description>The angular range in Theta angle in beam pattern, e.g. [0, 90] degree or [0, 180] degree</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Wavelength" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Wavelength at the center frequency</Description>
<DocSymbol />
<HideCondition>DistanceUnit ~= 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item>
<Item XName="D1" Type="Part">
<Category>Sinks</Category>
<Description>Dynamic 3D Plot</Description>
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>Dynamic3D@Data Flow Models</Model>
<ModelID />
<Netlist>X/Phi,10?Connect1|Y/Theta,9?Connect2|Z/Magnitude,12?Connect3</Netlist>
<ParentPartName>Dynamic3D@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<Symbol>SYM_Dynamic3D</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>Dynamic3D@Data Flow Models</ModelName>
<SymbolName>SYM_Dynamic3D</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="CoordinateSystem" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Coordinate System: Cartesian, Spherical</Description>
<DocSymbol />
<Enum>Dynamic3D__CoordinateSystem@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="MagnitudeUnit" Type="PartParam">
<DataEntry />
<Description>Magnitude unit</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="MinLevel_dB" Type="PartParam">
<DataEntry>-30</DataEntry>
<Description>The minimum dB level to be dispalyed.</Description>
<DocSymbol />
<HideCondition>~( (CoordinateSystem == 0) &amp;&amp; ( length(ZUnit) &gt; 1 ) &amp;&amp; ( ZUnit(1) == &apos;d&apos; ) &amp;&amp; ( ZUnit(2) == &apos;B&apos;) ) &amp;&amp; ~( (CoordinateSystem == 1) &amp;&amp; ( length(MagnitudeUnit) &gt; 1 ) &amp;&amp; (MagnitudeUnit(1) == &apos;d&apos;) &amp;&amp; (MagnitudeUnit(2) == &apos;B&apos;) )</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Phi" Type="PartParam">
<DataEntry />
<Description>Phi angle in vector or matrix format</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="ScatterPlot" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Display as scatter plot</Description>
<DocSymbol />
<Enum>Dynamic3D__ScatterPlot@Data Flow Enums</Enum>
<HideCondition>CoordinateSystem == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Theta" Type="PartParam">
<DataEntry />
<Description>Theta angle in vector or matrix format</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="X" Type="PartParam">
<DataEntry />
<Description>X in vector or matrix format</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="XUnit" Type="PartParam">
<DataEntry />
<Description>X unit</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="Y" Type="PartParam">
<DataEntry />
<Description>Y in vector or matrix format</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="YUnit" Type="PartParam">
<DataEntry />
<Description>Y unit</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="ZUnit" Type="PartParam">
<DataEntry />
<Description>Z unit</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="CoordinateSystem" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Coordinate System: Cartesian, Spherical</Description>
<DocSymbol />
<Enum>Dynamic3D__CoordinateSystem@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="MagnitudeUnit" Type="PartParam">
<DataEntry />
<Description>Magnitude unit</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="MinLevel_dB" Type="PartParam">
<DataEntry>-30</DataEntry>
<Description>The minimum dB level to be dispalyed.</Description>
<DocSymbol />
<HideCondition>~( (CoordinateSystem == 0) &amp;&amp; ( length(ZUnit) &gt; 1 ) &amp;&amp; ( ZUnit(1) == &apos;d&apos; ) &amp;&amp; ( ZUnit(2) == &apos;B&apos;) ) &amp;&amp; ~( (CoordinateSystem == 1) &amp;&amp; ( length(MagnitudeUnit) &gt; 1 ) &amp;&amp; (MagnitudeUnit(1) == &apos;d&apos;) &amp;&amp; (MagnitudeUnit(2) == &apos;B&apos;) )</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Phi" Type="PartParam">
<DataEntry />
<Description>Phi angle in vector or matrix format</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="ScatterPlot" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Display as scatter plot</Description>
<DocSymbol />
<Enum>Dynamic3D__ScatterPlot@Data Flow Enums</Enum>
<HideCondition>CoordinateSystem == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Theta" Type="PartParam">
<DataEntry />
<Description>Theta angle in vector or matrix format</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="X" Type="PartParam">
<DataEntry />
<Description>X in vector or matrix format</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="XUnit" Type="PartParam">
<DataEntry />
<Description>X unit</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="Y" Type="PartParam">
<DataEntry />
<Description>Y in vector or matrix format</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="YUnit" Type="PartParam">
<DataEntry />
<Description>Y unit</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="ZUnit" Type="PartParam">
<DataEntry />
<Description>Z unit</Description>
<DocSymbol />
<HideCondition>CoordinateSystem == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item></Item></Item>
<Item XName="Page" Type="PageMgr">
<Item XName="Display0" Type="PartListDisp">
<DVport><T>Array_Dbl64</T><D>1;4;;;G24;G24</D></DVport>
<PVPort><T>Array_Dbl64</T><D>1;4;qCpCpCpZA2C;QcPcPcvBH2C;pCpCpCdG234;pCpCpCNe734</D></PVPort></Item></Item>
<Item XName="Subnetwork1" Type="Part">
<Model>AntennaPattern</Model>
<ModelID />
<Netlist>weights,3?Connect0|Azimuth,10?Connect1|Zenith,9?Connect2|Magnitude,12?Connect3</Netlist>
<ShowModel><T>Bool</T><D>1</D></ShowModel>
<Symbol>AutoSymDF</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>AntennaPattern</ModelName>
<SymbolName />
<Item XName="ParamSet" Type="ParamSet">
<Item XName="ApplyTaper" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum>NO_YES@Eagleware</Enum>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="CosineThetaExponent" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Use cos(theta)^exponent to model element factor</Description>
<HideCondition>Isotropic == 1</HideCondition>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Dx" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Distance in wavelength between antenna elements in X</Description>
<HideCondition>SpecifyLocation == 1</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Dy" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Distance in wavelength between antenna elements in Y</Description>
<HideCondition>SpecifyLocation == 1</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Isotropic" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Is the antenna element isotropic</Description>
<Enum>EVM_Cx__ContinuousMode@Data Flow Enums</Enum>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="LocationX" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum />
<HideCondition>SpecifyLocation == 0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationY" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum />
<HideCondition>SpecifyLocation == 0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationZ" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum />
<HideCondition>SpecifyLocation == 0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Loss" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>15001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="MinLevel_dB" Type="PartParam">
<DataEntry>-20</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="NumOfAnt_X" Type="PartParam">
<DataEntry>8</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum />
<HideCondition>SpecifyLocation == 1</HideCondition>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="NumOfAnt_Y" Type="PartParam">
<DataEntry>8</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum />
<HideCondition>SpecifyLocation == 1</HideCondition>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="Resolution" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SpecifyLocation" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum>NO_YES@Eagleware</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Taper" Type="PartParam">
<DataEntry>ones(8,8)</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum />
<HideCondition>ApplyTaper==0</HideCondition>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>15</D></Validate></Item>
<Item XName="Vectorization" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Vectorization factor</Description>
<Enum />
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="Wavelength" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<HideCondition>SpecifyLocation == 0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="ApplyTaper" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum>NO_YES@Eagleware</Enum>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="CosineThetaExponent" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Use cos(theta)^exponent to model element factor</Description>
<HideCondition>Isotropic == 1</HideCondition>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Dx" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Distance in wavelength between antenna elements in X</Description>
<HideCondition>SpecifyLocation == 1</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Dy" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Distance in wavelength between antenna elements in Y</Description>
<HideCondition>SpecifyLocation == 1</HideCondition>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Isotropic" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Is the antenna element isotropic</Description>
<Enum>EVM_Cx__ContinuousMode@Data Flow Enums</Enum>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="LocationX" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum />
<HideCondition>SpecifyLocation == 0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationY" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum />
<HideCondition>SpecifyLocation == 0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="LocationZ" Type="PartParam">
<DataEntry>[0]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum />
<HideCondition>SpecifyLocation == 0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Loss" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>15001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="MinLevel_dB" Type="PartParam">
<DataEntry>-20</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="NumOfAnt_X" Type="PartParam">
<DataEntry>8</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum />
<HideCondition>SpecifyLocation == 1</HideCondition>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="NumOfAnt_Y" Type="PartParam">
<DataEntry>8</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum />
<HideCondition>SpecifyLocation == 1</HideCondition>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="Resolution" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SpecifyLocation" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum>NO_YES@Eagleware</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Taper" Type="PartParam">
<DataEntry>ones(8,8)</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Enum />
<HideCondition>ApplyTaper==0</HideCondition>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>15</D></Validate></Item>
<Item XName="Vectorization" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Vectorization factor</Description>
<Enum />
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="Wavelength" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<HideCondition>SpecifyLocation == 0</HideCondition>
<Unit><T>Int</T><D>6004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item></Item>
<Item XName="Schematic" Type="CSchematic">
<SchVer><T>Int</T><D>1</D></SchVer>
<Selected><T>Bool</T><D>0</D></Selected>
<ShowPage><T>Int</T><D>0</D></ShowPage>
<Shown><T>Int</T><D>15354</D></Shown>
<SymRotate><T>Double</T><D>0</D></SymRotate>
<SymScale><T>Double</T><D>1</D></SymScale>
<Units><T>Int</T><D>6003</D></Units>
<Item XName="Font" Type="Font">
<Angle><T>Int</T><D>0</D></Angle>
<Color><T>Int</T><D>0</D></Color>
<Italic><T>Int</T><D>0</D></Italic>
<Name>Arial</Name>
<Size><T>Double</T><D>111.1111111111111</D></Size>
<Weight><T>Int</T><D>400</D></Weight></Item>
<Item XName="Height" Type="Param">
<DataEntry>8</DataEntry>
<Unit><T>Int</T><D>6003</D></Unit></Item>
<Item XName="Page" Type="PageMgr">
<Item XName="Annotate0" Type="TextA">
<BorderColor><T>Int</T><D>8388608</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>3</D></BorderWeight>
<Color><T>Int</T><D>11862015</D></Color>
<Filled><T>Bool</T><D>1</D></Filled>
<Height><T>Double</T><D>1000</D></Height>
<HorizMargin><T>Int</T><D>50</D></HorizMargin>
<Justification><T>Int</T><D>5</D></Justification>
<PosX><T>Double</T><D>2250</D></PosX>
<PosY><T>Double</T><D>-375</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<ToPoint><T>Bool</T><D>0</D></ToPoint>
<VertMargin><T>Int</T><D>50</D></VertMargin>
<Width><T>Double</T><D>4250</D></Width>
<ZOrder><T>Int</T><D>-1</D></ZOrder>
<Item XName="Font" Type="Font">
<Color><T>Int</T><D>0</D></Color>
<Name>Arial</Name>
<Size><T>Double</T><D>152.7777777777778</D></Size></Item>
<Item XName="Text" Type="Param">
<DataEntry>The phased array beam pattern calculation is done manually using the MATLAB Script model inside the AntennaPattern subnetwork.&#x000D;&#x000A;&#x000D;&#x000A;The MATLAB Script code is for your reference.</DataEntry>
<TextParam><T>Bool</T><D>1</D></TextParam></Item></Item>
<Item XName="Connect0" Type="SchConnector">
<BorderColor><T>Int</T><D>0</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>1</D></BorderWeight>
<Coords><T>Array_Dbl64</T><D>1;4;JT24;YJ24;WZY24;YJ24</D></Coords>
<Filled><T>Bool</T><D>0</D></Filled>
<NetLabel Attrib="13" />
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<eLeft><T>Int</T><D>1</D></eLeft>
<eRight><T>Int</T><D>1</D></eRight></Item>
<Item XName="Connect1" Type="SchConnector">
<BorderColor><T>Int</T><D>0</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>1</D></BorderWeight>
<Coords><T>Array_Dbl64</T><D>1;4;G7m24;RN24;G4o24;RN24</D></Coords>
<Filled><T>Bool</T><D>0</D></Filled>
<NetLabel Attrib="13" />
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<eLeft><T>Int</T><D>1</D></eLeft>
<eRight><T>Int</T><D>1</D></eRight></Item>
<Item XName="Connect2" Type="SchConnector">
<BorderColor><T>Int</T><D>0</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>1</D></BorderWeight>
<Coords><T>Array_Dbl64</T><D>1;4;G7m24;YJ24;G4o24;YJ24</D></Coords>
<Filled><T>Bool</T><D>0</D></Filled>
<NetLabel Attrib="13" />
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<eLeft><T>Int</T><D>1</D></eLeft>
<eRight><T>Int</T><D>1</D></eRight></Item>
<Item XName="Connect3" Type="SchConnector">
<BorderColor><T>Int</T><D>0</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>1</D></BorderWeight>
<Coords><T>Array_Dbl64</T><D>1;4;G7m24;GF24;G4o24;GF24</D></Coords>
<Filled><T>Bool</T><D>0</D></Filled>
<NetLabel Attrib="13" />
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<eLeft><T>Int</T><D>1</D></eLeft>
<eRight><T>Int</T><D>1</D></eRight></Item>
<Item XName="Display0" Type="SchematicDisp">
<DVport><T>Array_Dbl64</T><D>1;4;;;Wq14;aq14</D></DVport>
<PVPort><T>Array_Dbl64</T><D>1;4;oC2C;c52C;M8gK{cOax24;btP9bpzZy24</D></PVPort>
<Show><T>Bool</T><D>0</D></Show></Item>
<Item XName="Display1" Type="SchematicDisp">
<DVport><T>Array_Dbl64</T><D>1;4;;;MA24;p14</D></DVport>
<PVPort><T>Array_Dbl64</T><D>1;4;QcPcPcvBH2C;qCpCpCp}82C;pCpCpCNe734;hkh05wvxk24</D></PVPort>
<Show><T>Bool</T><D>0</D></Show></Item>
<Item XName="Font" Type="Font">
<Angle><T>Int</T><D>0</D></Angle>
<Color><T>Int</T><D>0</D></Color>
<Italic><T>Int</T><D>0</D></Italic>
<Name>Arial</Name>
<Size><T>Double</T><D>111.1111111111111</D></Size>
<Weight><T>Int</T><D>400</D></Weight></Item>
<Item XName="LabelSet" Type="LabelSet">
<Item XName="Font" Type="Font">
<Color><T>Int</T><D>21760</D></Color>
<Name>Arial</Name>
<Size><T>Double</T><D>41.66666666666667</D></Size></Item></Item>
<Item XName="PageBox" Type="PageBox">
<Alpha><T>Int</T><D>32</D></Alpha>
<Color><T>Int</T><D>128</D></Color>
<Height><T>Double</T><D>7999</D></Height>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Visible><T>Bool</T><D>0</D></Visible>
<Width><T>Double</T><D>10999</D></Width></Item>
<Item XName="Part0" Type="SchPart">
<CenterX><T>Double</T><D>250</D></CenterX>
<CenterY><T>Double</T><D>250</D></CenterY>
<Description>Generate beamformer weights by Theta and Phi</Description>
<Designator>B1</Designator>
<PosX><T>Double</T><D>-125.0000152587891</D></PosX>
<PosY><T>Double</T><D>-374.9999999999966</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>AutoSymDF</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<PosX><T>Double</T><D>1137.249877929688</D></PosX>
<PosY><T>Double</T><D>1795</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pB1" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>B1 {BeamformerWeights@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pConfiguration" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>137.6466666666667</D></PosY>
<Text>Configuration=Uniform Rectangular Array</Text></Item>
<Item XName="_pDistanceUnit" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>550.5866666666667</D></PosY>
<Text>DistanceUnit=Wavelengths</Text></Item>
<Item XName="_pDistanceX_in_Wavelengths" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>688.2333333333335</D></PosY>
<Text>DistanceX_in_Wavelengths=0.5</Text></Item>
<Item XName="_pDistanceY_in_Wavelengths" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>825.8800000000001</D></PosY>
<Text>DistanceY_in_Wavelengths=0.5</Text></Item>
<Item XName="_pMultiUser" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>1514.113333333333</D></PosY>
<Text>MultiUser=Shared Array</Text></Item>
<Item XName="_pNumAntennasPerLocation" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>1101.173333333333</D></PosY>
<Text>NumAntennasPerLocation=1</Text></Item>
<Item XName="_pNumElementsX" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>275.2933333333334</D></PosY>
<Text>NumElementsX=8</Text></Item>
<Item XName="_pNumElementsY" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>412.9400000000001</D></PosY>
<Text>NumElementsY=8</Text></Item>
<Item XName="_pPhi" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>1238.82</D></PosY>
<Text>Phi=300 &#x00B0;</Text></Item>
<Item XName="_pRotateArray" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>963.5266666666668</D></PosY>
<Text>RotateArray=NO</Text></Item>
<Item XName="_pTheta" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>1376.466666666667</D></PosY>
<Text>Theta=30 &#x00B0;</Text></Item>
<Item XName="_pWindow" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>1651.76</D></PosY>
<Text>Window=None</Text></Item></Item></Item>
<Item XName="Part1" Type="SchPart">
<CenterX><T>Double</T><D>250</D></CenterX>
<CenterY><T>Double</T><D>250</D></CenterY>
<Designator>Subnetwork1</Designator>
<PosX><T>Double</T><D>2124.999999999999</D></PosX>
<PosY><T>Double</T><D>624.9999999999964</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>AutoSymDF</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<PosX><T>Double</T><D>1125</D></PosX>
<PosY><T>Double</T><D>1045</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pSubnetwork1" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>Subnetwork1 {AntennaPattern}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pDx" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>550.5866666666667</D></PosY>
<Text>Dx=0.5</Text></Item>
<Item XName="_pDy" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>688.2333333333335</D></PosY>
<Text>Dy=0.5</Text></Item>
<Item XName="_pMinLevel_dB" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>963.5266666666668</D></PosY>
<Text>MinLevel_dB=-20</Text></Item>
<Item XName="_pNumOfAnt_X" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>275.2933333333334</D></PosY>
<Text>NumOfAnt_X=8</Text></Item>
<Item XName="_pNumOfAnt_Y" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>412.9400000000001</D></PosY>
<Text>NumOfAnt_Y=8</Text></Item>
<Item XName="_pResolution" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>825.8800000000001</D></PosY>
<Text>Resolution=1 &#x00B0;</Text></Item>
<Item XName="_pSpecifyLocation" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>137.6466666666667</D></PosY>
<Text>SpecifyLocation=NO</Text></Item></Item></Item>
<Item XName="Part2" Type="SchPart">
<CenterX><T>Double</T><D>250</D></CenterX>
<CenterY><T>Double</T><D>250</D></CenterY>
<Description>Dynamic 3D Plot</Description>
<Designator>D1</Designator>
<PosX><T>Double</T><D>4624.999999999998</D></PosX>
<PosY><T>Double</T><D>1499.99999999999</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_Dynamic3D</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<PosX><T>Double</T><D>583.75</D></PosX>
<PosY><T>Double</T><D>170</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
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<Text>&lt;P class=MsoTitle style=&quot;BORDER-TOP: medium none; BORDER-RIGHT: medium none; BORDER-BOTTOM: windowtext 0.75pt solid; PADDING-BOTTOM: 1pt; PADDING-TOP: 0in; PADDING-LEFT: 0in; MARGIN: 0in 0in 0pt; BORDER-LEFT: medium none; PADDING-RIGHT: 0in&quot; align=center&gt;&lt;STRONG&gt;&lt;FONT size=5 face=Arial&gt;Manual &lt;EM&gt;BeamPattern&lt;/EM&gt; using MATLAB Script&lt;/FONT&gt;&lt;/STRONG&gt;&lt;/P&gt;&#x000D;&#x000A;&lt;P class=MsoNormal style=&quot;TEXT-ALIGN: center; MARGIN: 0in 0in 0pt&quot; align=center&gt;&lt;SPAN style=&quot;FONT-SIZE: 10pt; FONT-FAMILY: Arial; mso-bidi-font-size: 12.0pt&quot;&gt;Keysight Technologies SystemVue&amp;nbsp;Example Workspace&lt;/SPAN&gt;&lt;SPAN style=&quot;FONT-SIZE: 10pt; mso-bidi-font-size: 12.0pt&quot;&gt;&lt;?xml:namespace prefix = &quot;o&quot; ns = &quot;urn:schemas-microsoft-com:office:office&quot; /&gt;&lt;o:p&gt;&lt;/o:p&gt;&lt;/SPAN&gt;&lt;/P&gt;&#x000D;&#x000A;&lt;P class=MsoNormal style=&quot;TEXT-ALIGN: center; MARGIN: 0in 0in 0pt&quot; align=center&gt;&lt;SPAN style=&quot;FONT-SIZE: 10pt; mso-bidi-font-size: 12.0pt&quot;&gt;&amp;nbsp;&lt;o:p&gt;&lt;/o:p&gt;&lt;/SPAN&gt;&lt;/P&gt;&#x000D;&#x000A;&lt;P class=MsoBodyText style=&quot;MARGIN: 0in 0in 0pt&quot;&gt;&lt;FONT face=Arial&gt;&lt;FONT size=2&gt;&lt;/FONT&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&lt;FONT size=2&gt;This example demontrates some of the theoretical basis for the calculation of the farfield beam pattern, based on a set of complex-valued weights.&amp;nbsp; It is similar to the source code of the &quot;BeamPattern&quot; part, so you can see the theory.&amp;nbsp; (The compiled part is much faster!)&lt;/FONT&gt;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&lt;FONT size=2&gt;&lt;/FONT&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&lt;FONT size=2&gt;&lt;/FONT&gt;&amp;nbsp;&lt;/P&gt;&lt;/FONT&gt;</Text>
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