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. Sb=fabs, Lf*cos(as)*Hf*cos(hs)/sin(hs))

I. Annexe, Formules utilisées pour le calcul de la surface de la tache solaire ? Conditions pour lesquelles ce cas est atteint : zC2>=0 and zB2<=0 and yC2>=0 and yD2<=Lp ? Surface de la tache solaire sur chaque paroi

. Sb=fabs, Lf-zA*sin(as)/tan(hs)-Lp)*(zA*cos(as )/tan(hs)+(zA+Hf)*cos(as)/tan(hs)))-0.5*fabs((zA*cos(as )/tan(hs)+(zA+Hf)*cos(as)/tan(hs))*(zA*sin(as )/tan(hs)+(zA+Hf)*sin(as)/tan(hs)))

I. Annexe, Formules utilisées pour le calcul de la surface de la tache solaire xB1>=-Wp and yB1<=Lp and yE1>=Lp and yC1>=Lp and yC2>=Lp ? Surface de la tache solaire sur chaque paroi

. Lf and . Tan, /(sin(as)))*(-(zA*cos(as))/(tan(hs))-(Lp- yA+0.5*Lf)

B. ',-e-'sur-le-plancher, C. , and D. , sur la paroi est Figure A-11 : Position de la tache solaire -cas n°6 ? Conditions pour lesquelles ce cas est atteint : xE1>=-Wp and yE1<=Lp and yC1>=Lp and yC2>=Lp, Cas, vol.6

B. ',-c-'sur-la-paroi-nord, D. , and E. , sur la paroi est Figure A-14 : Position de la tache solaire -cas n°9 ? Conditions pour lesquelles ce cas est atteint : zB2>=0 and yC2<=Lp and yD2>=Lp, Cas, vol.9

D. Sur-le-plancher,-c-'sur-la-paroi-nord and E. , sur la paroi est Figure A-15 : Position de la tache solaire -cas n°10 ? Conditions pour lesquelles ce cas est atteint : xB1>=-Wp and yB1<=Lp and zC2>=0 and yC2<=Lp and yD2>=Lp and yE1>=Lp, Cas, vol.10

. Sb=0, 5*fabs((-zA*cos(as)/tan(hs)+Wp)*(yA-0.5*Lf-zA*sin, p.tan

. Lp, (zA*cos(as)/tan(hs

. Lf and . Tan, /(sin(as)))*(-Wp-(Lp-yA-0.5*Lf)/(tan(as)))-(-Wp-(Lp- yA-0, Lf)/(tan(as)))*(-(Wp*tan(hs))/(cos(as))-(

I. Annexe, Formules utilisées pour le calcul de la surface de la tache solaire ? Conditions pour lesquelles ce cas est atteint : xB1>=-Wp and yB1<=Lp and zC2>=0 and yC2<=Lp and yD2>=Lp and yE1<=Lp ? Surface de la tache solaire sur chaque paroi

*. Wp and . Tan, Lp)*((zA*cos(as))/(tan(hs))-Wp)), pp.0-5

. Sn=fabs, zA-Hf+Wp*tan(hs)/cos(as))*(yA-0.5*Lf-Wp*tan(as

. Sb=0, +((zA+Hf)*cos(as))/(tan(hs)))*Lf)+0.5*fabs(((zA*cos(as ))/(tan(hs))+((zA+Hf)*cos(as))/(tan(hs)))*(yA+0.5*Lf- ((zA+Hf)*sin(as))/(tan(hs)))-(-Lf, zA*sin(as ))/(tan(hs))+((zA+Hf)*sin(as))/(tan(hs)))*(((zA+Hf )*cos(as))/(tan(hs))+, p.5

D. ',-e-'sur-le-plancher-et-b-', and C. , sur la paroi ouest Figure A-18 : Position de la tache solaire -cas n°13 ? Conditions pour lesquelles ce cas est atteint : xC1>=-Wp and yD1>=0 and yB1<=0, Cas, vol.13

. Lf and . Tan, +0.5*fabs((-zA+(yA-0.5*Lf)*tan(hs)/sin(as))*(zA*cos(as )/tan(hs)+(zA+Hf)*cos(as)/tan(hs)))

C. '. Sur-le-plancher and D. , sur la paroi ouest Figure A-19 : Position de la tache solaire -cas n°14 ? Conditions pour lesquelles ce cas est atteint : xB1>=-Wp and yE1>=0 and yB1<=0 and yD1<=0 and yD2<=0, Cas, vol.14

. Lf and . Tan, *(-(yA-0.5*Lf)/tan(as)+(yA+0.5*Lf)/tan(as))-(- (yA-0, Lf)/tan(as)+(yA+0.5*Lf)/tan(as))*(

. Hf+, 5*Lf)*tan(hs)/sin(as)))+0, p.5

B. ',-e-'sur-le-plancher, C. , and D. , sur la paroi ouest Figure A-20 : Position de la tache solaire -cas n°15 ? Conditions pour lesquelles ce cas est atteint : xE1>=-Wp and yB1>=0 and yD1<=0 and yD2<=0, Cas, vol.15

. Hf+, 5*Lf)*tan(hs)/sin(as))), pp.0-5

. Wp, 5*fabs((zA*cos(as)/tan(hs)-Wp)*(-yA-0.5*Lf+Wp*tan(as)))

. Sn=fabs, -zA-Hf+Wp*tan(hs)/cos(as))*(-yA-0.5*Lf+Wp*tan(as))

. Lf and . Tan, /(sin(as))))+0.5*fabs((-(yA-0.5*Lf)/(tan(as))+Wp)*Hf)

B. ',-e-'sur-le-plancher,-c-'sur-la-paroi-ouest, D' sur la paroi nord Figure A-24 : Position de la tache solaire -cas n°19 ? Conditions pour lesquelles ce cas est atteint : xB1>=-Wp and zC2>=0 and yD2>=0 and yC2<=0 and yB1>=0, Cas, vol.19

*. Lf+wp and . Tan, (zA*cos(as))/(tan(hs))-Wp)*(- yA+0, *Lf+(zA*sin(as))/(tan(hs)))-((zA*cos(as))/(tan(hs))-Wp)*, pp.0-5

. Lf+, /(tan(hs))))+0.5*fabs((- yA+0.5*Lf+(zA*sin(as))/(tan(hs)))*((yA-0.5*Lf)

. Sn=fabs, -zA-Hf+Wp*tan(hs)/cos(as))*(-yA-0.5*Lf+Wp*tan(as))

. Lf and . Tan, sin(as)))+0.5*fabs(((yA-0.5*Lf)/tan(as