def gui_main_one_dimensional__wave_equation__task_1(animation_plot,
input_data):
input_data_get = input_data.get("coef", "y__x_tzero", "dydt__x_tzero",
"external_influences", "y__xzero_t",
"y__xeql_t")
coef, y__x_tzero, dydt__x_tzero, external_influences, y__xzero_t, y__xeql_t = input_to_sympy(
*input_data_get)
boundary_function__xzero = get_first_boundary_function(y__xzero_t)
boundary_function__xeql = get_first_boundary_function(y__xeql_t)
return calculate__one_dimensional__wave_equation__boundary_task(animation_plot, coef, y__x_tzero, dydt__x_tzero, external_influences, \
boundary_function__xzero, boundary_function__xeql)
def gui_main_one_dimensional__heat_equation__task_0(animation_plot,
input_data):
coef, y__x_tzero, external_influences = input_data.get(
"coef", "y__x_tzero", "external_influences")
coef, y__x_tzero, external_influences = input_to_sympy(
coef, y__x_tzero, external_influences)
if external_influences:
return gui_main_one_dimensional__heat_equation__inhomogeneous(
animation_plot, coef, y__x_tzero, external_influences)
else:
return gui_main_one_dimensional__heat_equation__homogeneous(
animation_plot, coef, y__x_tzero)
def gui_main_one_dimensional__wave_equation__homogeneous(
animation_plot, coef, y__x_tzero, dydt__x_tzero):
coef, y__x_tzero, dydt__x_tzero = input_to_sympy(coef, y__x_tzero,
dydt__x_tzero)
function = calculate(
one_dimensional__wave_equation__homogeneous(coef, y__x_tzero,
dydt__x_tzero))
animation_plot.clean_result_part()
for t in animation_plot.get_t():
animation_plot.y.append(function(animation_plot.get_x(), t))
return animation_plot
def gui_main_one_dimensional__wave_equation__task_3(animation_plot,
input_data):
input_data_get = input_data.get("coef", "y__x_tzero", "dydt__x_tzero", "external_influences", \
"a__xzero", "b__xzero", "third_boundary_function__xzero", \
"a__xeql", "b__xeql", "third_boundary_function__xeql")
coef, y__x_tzero, dydt__x_tzero, external_influences, \
a__xzero, b__xzero, third_boundary_function__xzero, \
a__xeql, b__xeql, third_boundary_function__xeql = input_to_sympy(*input_data_get)
boundary_function__xzero = get_third_boundary_function(
a__xzero, b__xzero, third_boundary_function__xzero)
boundary_function__xeql = get_third_boundary_function(
a__xeql, b__xeql, third_boundary_function__xeql)
return calculate__one_dimensional__wave_equation__boundary_task(animation_plot, coef, y__x_tzero, dydt__x_tzero, external_influences, \
boundary_function__xzero, boundary_function__xeql)
