Lines Matching refs:RADIUS
99 dest="RADIUS", default=100.0)
124 so.RADIUS = self.unittouu(str(so.RADIUS) + 'px')
155 width = so.RADIUS * cos(long_angle)
156 height = so.RADIUS * sin(long_angle) * sin(so.TILT) #the rise is scaled by the sine of the tilt
158 # inverse = sin(acos(length/so.RADIUS))
161 minorRad = so.RADIUS * inverse
180 draw_SVG_ellipse( ( minorRad, so.RADIUS ), (0,0), stroke_width, grp_long , start_end,transform)
197 majorRad=so.RADIUS*sin(lat_angle) #The width of the LoLat (no change due to projection)
198 minorRad=so.RADIUS*sin(lat_angle) * sin(so.TILT) #The projected height of the line of latitude
201 cy=so.RADIUS*cos(lat_angle) * cos(so.TILT) #The projected y position of the LoLat
218 draw_SVG_ellipse((so.RADIUS, so.RADIUS), (0,0), stroke_width, grp) #circle, centred on the sphere centre