def input_poly(lang):
lan = language[lang]
pgrade = input_int(lan['input_poly'], lang)
p = [0]*(pgrade+1)
for i in range(pgrade+1):
p[i] = input_float("x^" + str(i) + ": ", lang)
return poly(p)
def main(lang):
max_k = 100
density = 0.01
lan = language[lang]
print("\n"*80) #Clear Screen
print(str_constants(lang))#Display constants
print('*'*40)
g_num = -1
while(g_num == -1):
print()
print(lan['g'])
g_num = input_int(lan['g_num'],lang)
if g_num == -1:
print()
max_k = input_int(lan['max_k'], lang)
print()
density = input_float(lan['prompt_density'], lang)
g = [None]*g_num
for i in range(g_num):
g[i] = input_poly(lang)
print(lan['h'])
h_num = input_int(lan['h_num'],lang)
h = [None]*h_num
for i in range(h_num):
h[i] = input_poly(lang)
g_poly = functools.reduce(operator.mul, g, 1)
h_poly = functools.reduce(operator.mul, h, 1)
x_final, y_final = get_x_y_from_g_h(g_poly,h_poly, max_k, density)
plt.plot(x_final,y_final)
plt.xlabel(lan['real_axis'])
plt.ylabel(lan['img_axis'])
plt.title(lan['graph_title'])
plt.show()