STARShiP: Difference between revisions

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http://gfycat.com/GloriousSnarlingBabirusa
 


<syntaxhighlight lang="matlab" line start="1" highlight="1" enclose="div">
<syntaxhighlight lang="matlab" line start="1" highlight="1" enclose="div">
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% SPINE RADIAL DISTANCE
% SPINE RADIAL DISTANCE
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%SGr={  G1P1r, G1P2r, G2P1r, G2P2r,
%      G1inP1, G1inP2, G2inP1, G2inP2,
%      G1xyP1, G1xyP2, G2xyP1, G2xyP2  };
doRadDist = 1;
doRadDistDPlots=1;
if doRadDist


%=================================================
%=================================================
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yL = sqrt(Qhr.^2 - QxL.^2);
yL = sqrt(Qhr.^2 - QxL.^2);
Qr = sqrt(Qx.^2 + yL.^2); % Concentric circles
Qr = sqrt(Qx.^2 + yL.^2); % Concentric circles
</syntaxhighlight>
</syntaxhighlight>




{{ExpandBox|Expand to view experiment summary|
;Introduction
*The cellular traffic of neurotransmitter receptors has
}}<!-- END ExpandBox -->





Revision as of 18:43, 16 July 2014

Expand to view experiment animation


{{{2}}}



%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%					SPINE RADIAL DISTANCE
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

%=================================================
for reN = 1:loops
%=================================================

SGr = reSGr{reN};

%--------------------------------------
% Make concentric circle annulus
%--------------------------------------
S1r = round(S1rad);
Qhr = S1r/2;
Qx = linspace(0,S1r,6);
QxL = Qx - Qhr;
yL = sqrt(Qhr.^2 - QxL.^2);
Qr = sqrt(Qx.^2 + yL.^2);	% Concentric circles