Files
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manufacturing / PCB / Shield / shield.brd
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manufacturing / PCB / Shield / shield.sch
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manufacturing / PCB / Shield / shield_bigfpga.brd
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manufacturing / PCB / Shield / shield_bigfpga.sch
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manufacturing / PCB / TransducerBoard / bigTransBrd.brd
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manufacturing / PCB / TransducerBoard / bigTransBrd.sch
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manufacturing / PCB / TransducerBoard / smallTransBrd.brd
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manufacturing / PCB / TransducerBoard / smallTransBrd.sch
Last update 6 years 3 months
by
JosefMatous
| FilesMATLAB optimizationlevitation | |
|---|---|
| .. | |
| objectiveGrad.m | |
| optFunc.m | |
| p.m | |
| px.m | |
| pxx.m | |
| pxxx.m | |
| pxy.m | |
| pxyy.m | |
| pxz.m | |
| pxzz.m | |
| py.m | |
| pyxx.m | |
| pyy.m | |
| pyyy.m | |
| pyz.m | |
| pyzz.m | |
| pz.m | |
| pzxx.m | |
| pzyy.m | |
| pzz.m | |
| pzzz.m | |
| solverscript.m |
py.mfunction py = py(P0,k,r,tx,ty,pos) x = pos(1); y = pos(2); z = pos(3); xr = x - tx; yr = y - ty; d = sqrt(xr.^2 + yr.^2 + z.^2); epsilon = 1e-6; % small error sinTheta = sqrt(xr.^2 + yr.^2)./d + epsilon; py = (2.*exp(d.*i.*k).*P0.*yr.*((sinTheta - sinTheta.^3).*besselj(0, k.*r.*sinTheta) + ((-2 + (1 + d.*i.*k).*sinTheta.^2).*besselj(1, k.*r.*sinTheta))./(k.*r)))./(d.^3.*sinTheta.^3); end