. The design, development, and evaluation of a differential pressure gauge directional wave monitor. Water waves; Pressure transducers. lie - 24050 24 100 24150 24200 24250 24300 24350 24 400 24450 24500 24550 24600 24650 24700 24750 24800 24850 24900 24950 25000 25050 25100 25150 25200 25250 25300 25350 25400 25450 25500 25550 25600 25650 25700 25750 25800 25850 25900 25950 26000 26050 26100 26150 26200 26250 26300 26350 26400 26450 26500 26550 26600 26650 26700 26750 26800 26850 26900 26950 27000 If(dp4 if(dp4 tanu = tanv = tanw = tanz = D12 = D34 = D23 = D14 = snum = denom DIRKj ) znum = de
. The design, development, and evaluation of a differential pressure gauge directional wave monitor. Water waves; Pressure transducers. lie - 24050 24 100 24150 24200 24250 24300 24350 24 400 24450 24500 24550 24600 24650 24700 24750 24800 24850 24900 24950 25000 25050 25100 25150 25200 25250 25300 25350 25400 25450 25500 25550 25600 25650 25700 25750 25800 25850 25900 25950 26000 26050 26100 26150 26200 26250 26300 26350 26400 26450 26500 26550 26600 26650 26700 26750 26800 26850 26900 26950 27000 If(dp4 if(dp4 tanu = tanv = tanw = tanz = D12 = D34 = D23 = D14 = snum = denom DIRKj ) znum = denom DIR2(j) znutn = denom DIR3(J ) znum = denom DIR4(j ) (J). (j ) . tan2 - tan4 - tan2 - tan4 - sqrt(d1( sqrt(d3( sqrt(d3( sqrt(d1( 2*D12 = d1(J) =ORIENT- 2*D34 = d3(j) =ORIENT- 2*D23 = d3(j) =ORIENT- 2*D14 = d1(J) =ORIENT- tan4=atan2(d4i(J ) .dp4(j)) jn4 = d2(j) ( 159)**atan2() d4(J) ()**atan2(znum,denom) d2(j) ()**atan2(2num,denorn) d4(j) ()**atan2(znum,denom) IF(d1r1(j ) . 1t IF(d1r2(J ) . It IF(d1r3(j ). It IF(d1r4(j ) . It Cent inue 0.)d1r1(j)=dir1(J)+ 0.)dir2(j)=dir2(j)+ 0.)dir3(j)=d1r3(j)+ 0. )dir4( j)=dir4(j)+ CALL BLOCK(1cut,) CALL BLOCK() CALL BLOCK(1cut,dir3,) CALL BLOCK(1cut,) Return End SUBROUTINE MAXSIG (R,icut,maxfrq,,) C Locates "nuff" number of peak energy bands C and reports their location and relative magnitude. Dimension R(2050), maxfrq(20).freq(2050).PD(20), 1 exceed(20).A(2050) NN = Icut - 1 TOT = C Identify average energy in spectra DO 440 1=1,Icut A(l) = R(1) 440 TOT = A(1) + tot AVRG = TOT/nn C Identify "nuff" number of peak bands. Calculate each C peak band's magnitude beyond the average. Set band = 0 C after identification as a maximum in the temporary Please note that these images are extracted from scanned page images that may have been digitally
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