= "Fred_The_Lonely_Diode" #If text can be passed then this is where the device would be renamed. device.set_parameter(RBA::DeviceClassDiode::PARAM_A, a) device.set_paramete

section to see whether they are connected #if not connected then calculate the intersection point #join two path at intersection point newPointsArray = Array.new() for ind

section to see whether they are connected #if not connected then calculate the intersection point #join two path at intersection point for index in 0..(segmentArray.size-2) do

if (self.w>70): #if width input is bigger than 70

if (self.w>70): #if width input is bigger than 70

ly.layers) #ly.insert_layer(LayerInfo.new(0,0)) #if this layer is already created I have problems using layer numbers puts ly.layers-1 ly.read(f, lo) puts "#{ly.layers-1} #{ly.get_inf

#If the used has specified a shift in th command line if len(shifts) >= index+1 and shifts[index] != '': if shifts[index].split

new_cell.copy_tree(cell) #If the used has specified a shift in th command line if len(shifts) >= index+1 and shifts[index] != '':

(r/dbu),(t/dbu))) #If you uncomment the following three lines it will work but then how to add a text? #image_path = os.path.join(image_location, file_name + ".png") #lv.save

#if lv == nil

pt3.x && pt1.y == pt3.y) #if starts D->U, then bends to become L->R curved_path[1] = Point.new(c0.x,c1.y) elsif (pt0.x == pt1.x && pt0.

pt3.x && pt1.y == pt3.y) #if starts D->U, then bends to become L->R curved_path[1] = Point.new(c0.x,c1.y) elsif (pt0.x == pt1.x && pt0.

end #if

end #if

pv)#if pcell_decl.can_create_from_shape(ly, shape, SiLayer): # trigger "parameters_from_shape_impl" and "transformation_from_shape_impl" #pcell_decl.shape = shap

RegionIterator (const db::RecursiveShapeIterator &iter, const db::ICplxTrans &trans) : m_rec_iter (iter), m_iter_trans (trans), m_from (), m_to () {#if defined(__APPLE__) // htt

#if shape.is_box?

#if !defined(Q_MOC_OUTPUT_REVISION)

end #If

next end radius = 1000*radii[rindex] #if we do want to round this corner, we need to start by finding the positions of this point, plus the previous and next points # first - determine