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[AUTO_plotter]
#default_option="d1"
#d1 = {"grid": "no", "use_labels": 1, "use_symbols": 1, "stability": 1}
# similarly you can redefine d0, d2, d3, d4.
#grid = "no"
stability = 0
#use_labels = 1
#use_symbols = 0
top_title = "Lorenz: EtoP connections using Lin's method"
#top_title_fontsize = 12
#xlabel = ''
#xlabel_fontsize = 12
#ylabel = ''
#ylabel_fontsize = 12
#solution_indepvarname = "time"
#solution_coordnames = ["$x$","$y$","$z$"]
#bifurcation_coordnames = [r"$\rho$", "L2-norm", "max $x$", "max $y$", "max $z$", "$\beta", "$\gamma$"]
#line_width = 2.0
#dashes = (6.0,6.0)
#background = "white"
#foreground = "black"
#color_list = "black red green blue"
#symbol_color = "red"
#symbol_font = "-misc-fixed-*-*-*-*-*-*-*-*-*-*-*-*"
#decorations = 1
#smart_label = 1
#minx = 0
#maxx = 0
#miny = 0
#maxy = 0
#width = 600
#height = 480
#left_margin = 80
#right_margin = 40
#top_margin = 40
#bottom_margin = 40
#xticks = 5
#yticks = 5
#tick_label_template = "%.2e"
#tick_length = 0.2
#odd_tick_length = 0.4
#even_tick_length = 0.2
#ps_colormode = "color"
#mark_t = None #or a real value between 0 and 1
type = "solution" # or "bifurcation"
bifurcation_x = [0]
bifurcation_y = [2]
solution_x = ['xgamma','x+','x-']
solution_y = ['zgamma','z+','z-']
## Sets of columns that the user is likely to want to use
#bifurcation_column_defaults = None
#solution_column_defaults = None
# The label(s) of the solution we wish to draw
#label = [1,2,3]
#label_defaults = None
# The index/indices of the solution we wish to draw
#index = [0]
#bifurcation_diagram_filename = 'fort.7'
#solution_filename = 'fort.8'
#bifurcation_symbol = "square"
#limit_point_symbol = None
#hopf_symbol = "fillsquare"
#period_doubling_symbol = "doubletriangle"
#torus_symbol = "filldiamond"
#user_point_symbol = "U"
#error_symbol = None
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