def _RMSE(self, y, y_pred):
lower = 0.0
upper = 0.0
tot = 0.0
for val in range(len(y)):
lower += (y[val][0].lower() - y_pred[val].lower())
upper += (y[val][0].upper() - y_pred[val].upper())
lower = (lower**2.0 / len(y))**(1.0 / 2.0)
upper = (upper**2.0 / len(y))**(1.0 / 2.0)
return lower, upper
if __name__ == "__main__":
Rdmia.setDotPrecision(2)
'''
x = Rdmia.array([[Rdmia.number(1),Rdmia.number(90,100)],
[Rdmia.number(1),Rdmia.number(90,130)],
[Rdmia.number(1),Rdmia.number(140,180)],
[Rdmia.number(1),Rdmia.number(110,142)],
[Rdmia.number(1),Rdmia.number(90,100)],
[Rdmia.number(1),Rdmia.number(130,160)],
[Rdmia.number(1),Rdmia.number(60,100)],
[Rdmia.number(1),Rdmia.number(130,160)],
[Rdmia.number(1),Rdmia.number(110,190)],
[Rdmia.number(1),Rdmia.number(138,180)],
[Rdmia.number(1),Rdmia.number(110,150)]])
x = [[Rdmia.number(1),Rdmia.number(90,100)],
r = []
return result
#-------------------------------------------------------------------------------
#-------------------------------------------------------------------------------
if __name__ == "__main__": # standalone test --
import sys
import json
dims = [2, 3] #dimensions
nstep = 50 #iterations
seed = 1
init = 1
rdmia.setDotPrecision(0.1)
print("PRECISION: ", rdmia.precision())
problems = {}
# to change these params in sh or ipython, run this.py a=1 b=None c=[3] ...
for arg in sys.argv[1:]:
exec(arg)
np.set_printoptions(
threshold=20,
edgeitems=5,
linewidth=120,
suppress=True,
formatter=dict(float=lambda x: "%.2g" % x)) # float arrays %.2g
np.random.seed(seed)