fire_types = ['single', 'multiple']
xvar = 'tree_cover'
yvar = 'time_since_fire'
zvar = 'decid_frac'
# ylim = (0, 80) # time since fire
ylim = (1950, 2018)
xlim = (0, 1) # tree cover
zlim = (0, 1) # deciduous fraction
zcount_lim = 100000
x_ = np.array(list(range(0, 101))) / 100.0
# y_ = np.array(Sublist.frange(0, 70, 1))
y_ = np.array(Sublist.frange(1950, 2018, 1))
lenx = x_.shape[0]
leny = y_.shape[0]
print(x_)
print(y_)
years = [1992, 2000, 2005, 2010, 2015]
version = 11
filelist = list(in_dir + 'year_{}_{}_{}_fire.csv'.format(
str(year_edge[0])[2:],
str(year_edge[1])[2:], fire_type) for year_edge in year_edges
for fire_type in fire_types)
fire_types = ['single', 'multiple']
xvar = 'tree_cover'
yvar = 'time_since_fire'
zvar = 'decid_frac'
ylim = (0, 80) # time since fire
# ylim = (1950, 2018)
xlim = (0, 1) # tree cover
zlim = (0, 1) # deciduous fraction
zcount_lim = 100000
x_ = np.array(list(range(0, 101))) / 100.0
# y_ = np.array(Sublist.frange(0, 70, 1))
y_ = np.array(Sublist.frange(0, 80, 1))
lenx = x_.shape[0]
leny = y_.shape[0]
print(x_)
print(y_)
years = [1992, 2000, 2005, 2010, 2015]
version = 12
filelist = list(in_dir + 'year_{}_{}_{}_fire.csv'.format(
str(year_edge[0])[2:],
str(year_edge[1])[2:], fire_type) for year_edge in year_edges
for fire_type in fire_types)