def test_animation(self):
anim_file_name = dexi._create_animation("", [])
self.assertEqual(anim_file_name, "")
anim_file_name = dexi._create_animation("", ["f"])
self.assertEqual(anim_file_name, "")
anim_file_name = dexi._create_animation("", ["f", "s", "t"])
self.assertEqual(anim_file_name, "")
content._DEFAULT_IMAGE_PATH = ""
function = [[(0, 0), 0], [(0, 1), 1], [(1, 0), 1], [(1, 1), 2]]
anim_file_name = dexi._create_animation(function, ["f", "s"])
self.assertRegexpMatches(anim_file_name, "[a-zA-Z0-9]{10}\.gif")
self.assertTrue(os.path.isfile(anim_file_name))
os.remove(anim_file_name)
def test_animation(self):
anim_file_name = dexi._create_animation("", [])
self.assertEqual(anim_file_name, "")
anim_file_name = dexi._create_animation("", ["f"])
self.assertEqual(anim_file_name, "")
anim_file_name = dexi._create_animation("", ["f", "s", "t"])
self.assertEqual(anim_file_name, "")
content._DEFAULT_IMAGE_PATH = ""
function = [[(0, 0), 0], [(0, 1), 1], [(1, 0), 1], [(1, 1), 2]]
anim_file_name = dexi._create_animation(function, ["f", "s"])
self.assertRegexpMatches(anim_file_name, "[a-zA-Z0-9]{10}\.gif")
self.assertTrue(os.path.isfile(anim_file_name))
os.remove(anim_file_name)
def animation():
raw_function = ""
if "names" in request.form:
# if "names" is in the request, it means it was called from the already
# created derivatives - the user changed the inputs and retried the
# derivative creation
values = {}
# we read the fields in the request and parse out those that start with a v
for field in request.form:
if field[0] == "v":
# the values and the entries are put into a dictionary
# before that the keys have "v"s removed and cast to int
tmp_f = int(field.replace("v", ""))
values[tmp_f] = request.form[field]
value_list = []
# we sort the keys of the dictionary, to get the initial order
# and put the values into a value list
for field in sorted(values):
value_list.append(values[field])
# function is described in three lines
function_description = []
# output values joined, delimited with a comma
function_description.append(",".join(value_list))
# names are delimited by a comma (already in the request)
function_description.append(request.form["names"])
# multiplicities are delimited by a comma (already in the request)
function_description.append(request.form["multiplicity"])
# the raw function is represented as a new-line delimitied string
raw_function = str("\n".join(function_description))
else:
return _MISSING_ARGUMENTS
# we are interested in the time that took for generating the animation
t = time()
# we parse the function, getting the actual function, arguments, needed evaluations
# success status and possible message
function, arguments, evaluations, success, message = parse_function(
raw_function)
if success:
# if the previous step succeeded we can construct the function, get derivatives,
# evaluations and the possible image
anim_file_name = _create_animation(function, arguments)
print "Function animation needed {0}s to execute!".format(
_format_number(time() - t))
else:
return _COULD_NOT_PARSE_FUNCTION.format(message)
# the derivatives page is rendered
return anim_file_name
def animation():
raw_function = ""
if "names" in request.form:
# if "names" is in the request, it means it was called from the already
# created derivatives - the user changed the inputs and retried the
# derivative creation
values = {}
# we read the fields in the request and parse out those that start with a v
for field in request.form:
if field[0] == "v":
# the values and the entries are put into a dictionary
# before that the keys have "v"s removed and cast to int
tmp_f = int(field.replace("v",""))
values[tmp_f] = request.form[field]
value_list = []
# we sort the keys of the dictionary, to get the initial order
# and put the values into a value list
for field in sorted(values):
value_list.append(values[field])
# function is described in three lines
function_description = []
# output values joined, delimited with a comma
function_description.append(",".join(value_list))
# names are delimited by a comma (already in the request)
function_description.append(request.form["names"])
# multiplicities are delimited by a comma (already in the request)
function_description.append(request.form["multiplicity"])
# the raw function is represented as a new-line delimitied string
raw_function = str("\n".join(function_description))
else:
return _MISSING_ARGUMENTS
# we are interested in the time that took for generating the animation
t = time()
# we parse the function, getting the actual function, arguments, needed evaluations
# success status and possible message
function, arguments, evaluations, success, message = parse_function(raw_function)
if success:
# if the previous step succeeded we can construct the function, get derivatives,
# evaluations and the possible image
anim_file_name = _create_animation(function, arguments)
print "Function animation needed {0}s to execute!".format(_format_number(time() - t))
else:
return _COULD_NOT_PARSE_FUNCTION.format(message)
# the derivatives page is rendered
return anim_file_name
