Cross Reference: /inkscape/share/extensions/grid

Lines Matching refs:options
6 ##There is a wide range of options including subdivision and labels.
124         self.options.dr = self.unittouu(str(self.options.dr) + 'px')
125         self.options.r_divs_th = self.unittouu(str(self.options.r_divs_th) + 'px')
126         self.options.r_subdivs_th = self.unittouu(str(self.options.r_subdivs_th) + 'px')
127         self.options.a_divs_th = self.unittouu(str(self.options.a_divs_th) + 'px')
128         self.options.a_subdivs_th = self.unittouu(str(self.options.a_subdivs_th) + 'px')
129         self.options.c_dot_dia = self.unittouu(str(self.options.c_dot_dia) + 'px')
130         self.options.a_label_size = self.unittouu(str(self.options.a_label_size) + 'px')
131         self.options.a_label_outset = self.unittouu(str(self.options.a_label_outset) + 'px')
138                                  str( self.options.r_divs )+':A'+str( self.options.a_divs ),
142         dr = self.options.dr                        #Distance between neighbouring circles
143         dtheta = 2 * pi / self.options.a_divs_cent  #Angular change between adjacent radial lines at centre
144         rmax = self.options.r_divs * dr
147         for i in range(1, self.options.r_divs+1):
149                             self.options.r_divs_th, 'none',
152             if self.options.r_log: #logarithmic subdivisions
153                 for j in range (2, self.options.r_subdivs):
154                     draw_SVG_circle(i*dr-(1-log(j, self.options.r_subdivs))*dr, #minor div circles
155                                     0, 0, self.options.r_subdivs_th, 'none',
158                 for j in range (1, self.options.r_subdivs):
159                     draw_SVG_circle(i*dr-j*dr/self.options.r_subdivs, #minor div circles
160                                     0, 0, self.options.r_subdivs_th, 'none',
163         if self.options.a_divs == self.options.a_divs_cent: #the lines can go from the centre to the edge
164             for i in range(0, self.options.a_divs):
166                               self.options.a_divs_th, 'RadialGridline'+str(i), grid)
169             for i in range(0, self.options.a_divs_cent): #lines that go to the first circle
171                               self.options.a_divs_th, 'RadialGridline'+str(i), grid)
173             dtheta = 2 * pi / self.options.a_divs #work out the angle change for outer lines
175             for i in range(0, self.options.a_divs): #lines that go from there to the edge
178                               self.options.a_divs_th, 'RadialGridline'+str(i), grid)
180         if self.options.a_subdivs > 1: #draw angular subdivs
181             for i in range(0, self.options.a_divs): #for each major divison
182                 for j in range(1, self.options.a_subdivs): #draw the subdivisions
183                     angle = i*dtheta-j*dtheta/self.options.a_subdivs+pi/2.0 # the angle of the subdivion line
184                     draw_SVG_line(dr*self.options.a_subdivs_cent*sin(angle),
185                                   dr*self.options.a_subdivs_cent*cos(angle), 
187                                   self.options.a_subdivs_th, 'RadialMinorGridline'+str(i), grid)
189         if self.options.c_dot_dia <> 0: #if a non-zero diameter, draw the centre dot
190             draw_SVG_circle(self.options.c_dot_dia /2.0,
193         if self.options.a_labels == 'deg':
194             label_radius = rmax+self.options.a_label_outset  #radius of label centres
195             label_size = self.options.a_label_size
198             for i in range(0, self.options.a_divs):#self.options.a_divs): #radial line labels
201                                        str(i*360/self.options.a_divs),