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ASSIGN/XE=-2.635/2 ASSIGN/RE=7.260/2 ASSIGN/POLAR_E=RAD2DEG(ACOS(XE/RE)) ASSIGN/YE=RE*SIN(DEG2RAD(POLAR_E)) ASSIGN/RF=8.88/2 ASSIGN/XF=XE-(RF-RE)*SIN(DEG2RAD(1)) ASSIGN/YF=XE+(RF-RE)*COS(DEG2RAD(1)) ASSIGN/POLAR_F=RAD2DEG(ATAN(YF/XF))
E | -1.318 | 3.382 |
E+1 | -1.321 | 3.598 |
E+2 | -1.325 | 3.811 |
E+3 | -1.329 | 4.024 |
F | -1.332 | 4.235 |
Polar angles, something like this :
ASSIGN/XE=-2.635/2 ASSIGN/RE=7.260/2 ASSIGN/POLAR_E=RAD2DEG(ACOS(XE/RE)) ASSIGN/YE=RE*SIN(DEG2RAD(POLAR_E)) ASSIGN/RF=8.88/2 ASSIGN/XF=XE-(RF-RE)*SIN(DEG2RAD(1)) ASSIGN/YF=[COLOR=#ff0000]YE[/COLOR]+(RF-RE)*COS(DEG2RAD(1)) ASSIGN/POLAR_F=RAD2DEG(ATAN(YF/XF))
maybe :
polar_e=111.281
polar_f=103.411
ASSIGN/XE=-2.635/2 ASSIGN/RE=7.260/2 ASSIGN/POLAR_E=RAD2DEG(ACOS(XE/RE)) ASSIGN/YE=RE*SIN(DEG2RAD(POLAR_E)) ASSIGN/RF=8.88/2 ASSIGN/POLAR_H=RAD2DEG(ACOS(-XE/RF)) ASSIGN/YH=RF*SIN(DEG2RAD(POLAR_H)) ASSIGN/XF=XE-(YH-YE)*SIN(DEG2RAD(1)) ASSIGN/YF=SQRT(RF^2-XF^2) ASSIGN/POLAR_F=RAD2DEG(ATAN(YF/XF)) ASSIGN/VECTOR_EF=UNIT(MPOINT(XF-XE,YF-YE,0))
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