Fundamentos teoricos del buque
R1
B Ts C I …ver más…
tg I/2 tg 58,8976
θITe= 300 + atg ∆Y34= 300 + atg 47,161= 327,7655g ∆X34 101,188 θITs= atg ∆X12= atg 99,312= 45,5606g ∆Y12 114,227 Coordenadas de Te.XTe= XI + (I-Te * sen θITe)= 526,645 + (90,401 * sen 327,7655)= 444,707 YTe= YI + (I-Te * cos θITe)= 404,917 + (90,401 * cos 327,7655)= 443,106
Coordenadas de TS- (I-Ts) = (I-Te) XTs XI + (I-Ts * sen θITs)= 526,645 + (90,401 * sen 45,5606)= 585,959 YTs YI + (I-Ts * cos θITs)= 404,917 + (90,401 * cos 45,5606)= 473,139 Cálculo del ángulo existente entre puntos consecutivos.sen α/2= 6 = 6 . R 120 α/2= asen 6 = 3,1844g 120 α= (3,1844 * 2)= 6,3689g Cálculo de acimutes.θTeI= θITe – 200= 127,7655g θTeO= θTeI – 100= 27,7655g θOTe= θTeO + 200= 227,7655g θOP1= θOTe – α= 227,7655 – 6,3689= 221,3966g θOP2= θOTe – 2α= 227,7655 – (2 * 6,3689)= 215,0277g θOP1= θOTe – 3α= 227,7655 – (3 * 6,3689)= 208,6588g Coordenadas de O.XO= XTe + (R * sen θTeO)= 444,707 + (120 * sen 27,7655)= 495,400 YO= YTe + (R * cos θTeO)= 443,106 + (120 *