transform.set_funcx(Func(LOG10))
x = rand(100)
y = rand(100)
xys = zip(x,y)
for xy in xys:
xyt = transform.xy_tup(xy)
xyi = transform.inverse_xy_tup(xyt)
assert( closeto_seq(xy,xyi) )
ll = Point( Value(-10), Value(-10) )
ur = Point( Value(200), Value(40) )
bbox = Bbox(ll, ur)
assert(bbox.xmin()==-10)
assert(bbox.xmax()==200)
assert(bbox.ymin()==-10)
assert(bbox.ymax()==40)
bbox.update(xys, False) # don't ignore current lim
bbox.update(xys, True) #ignore current lim
assert(bbox.xmin()==min(x))
assert(bbox.xmax()==max(x))
assert(bbox.ymin()==min(y))
assert(bbox.ymax()==max(y))
ll = Point( Value(-10), Value(-10) )
ur = Point( Value(200), Value(40) )
bbox = Bbox(ll, ur)
transform = rand_transform()
transform.set_funcx(Func(LOG10))
x = rand(100)
y = rand(100)
xys = zip(x, y)
for xy in xys:
xyt = transform.xy_tup(xy)
xyi = transform.inverse_xy_tup(xyt)
assert (closeto_seq(xy, xyi))
ll = Point(Value(-10), Value(-10))
ur = Point(Value(200), Value(40))
bbox = Bbox(ll, ur)
assert (bbox.xmin() == -10)
assert (bbox.xmax() == 200)
assert (bbox.ymin() == -10)
assert (bbox.ymax() == 40)
bbox.update(xys, False) # don't ignore current lim
bbox.update(xys, True) #ignore current lim
assert (bbox.xmin() == min(x))
assert (bbox.xmax() == max(x))
assert (bbox.ymin() == min(y))
assert (bbox.ymax() == max(y))
ll = Point(Value(-10), Value(-10))
ur = Point(Value(200), Value(40))
bbox = Bbox(ll, ur)
