def RANDOM(a, b):
if not is_number(a):
raise ValueError(
f"First parameter of RANDOM function is not a number: {safe_cut(a)}"
)
if not is_number(b):
raise ValueError(
f"Second parameter of RANDOM function is not a number: {safe_cut(b)}"
)
a = float(a)
b = float(b)
return random.uniform(a, b)
def MATH(a, b, c):
operations = "+-*/^"
if not is_number(a):
raise ValueError(
f"First parameter of MATH function is not a number: {safe_cut(a)}")
if b not in operations:
raise ValueError(
f"Operation parameter of MATH function not an operation: {safe_cut(b)}"
)
if not is_number(c):
raise ValueError(
f"Second parameter of MATH function is not a number: {safe_cut(c)}"
)
a = int(a) if is_whole(a) else float(a)
c = int(c) if is_whole(c) else float(c)
if b == "+": return a + c
if b == "-": return a - c
if b == "*":
if abs(a) > 1e50:
raise ValueError(
f"First parameter of MATH function too large to safely multiply: {safe_cut(a)} (limit 10^50)"
)
if abs(c) > 1e50:
raise ValueError(
f"Second parameter of MATH function too large to safely multiply: {safe_cut(a)} (limit 10^50)"
)
return a * c
if b == "/":
if c == 0:
raise ZeroDivisionError(
f"Second parameter of MATH function in division cannot be zero"
)
return a / c
if b == "^":
if abs(a) > 1024:
raise ValueError(
f"First parameter of MATH function too large to safely exponentiate: {safe_cut(a)} (limit 1024)"
)
if abs(c) > 128:
raise ValueError(
f"Second parameter of MATH function too large to safely exponentiate: {safe_cut(c)} (limit 128)"
)
return a**c
def MOD(a, b):
if not is_number(a):
raise ValueError(
f"First parameter of MOD function is not a number: {safe_cut(a)}")
if not is_number(b):
raise ValueError(
f"First parameter of MOD function is not a number: {safe_cut(a)}")
a = int(a) if is_whole(a) else float(a)
b = int(b) if is_whole(b) else float(b)
if b == 0:
raise ZeroDivisionError(
f"Second parameter of MOD function cannot be zero")
return a % b
def COMPARE(a, b, c):
operations = [">", "<", ">=", "<=", "!=", "="]
if b not in operations:
raise ValueError(
f"Operation parameter of COMPARE function is not a comparison operator: {safe_cut(b)}"
)
if is_number(a): a = float(a)
if is_number(c): c = float(c)
if operations.index(b) <= 3 and type(a) != type(c):
raise TypeError(
f"Entries to compare in COMPARE function are not the same type")
if b == ">": return int(a > c)
if b == "<": return int(a < c)
if b == ">=": return int(a >= c)
if b == "<=": return int(a <= c)
if b == "!=": return int(a != c)
if b == "=": return int(a == c)
def CEIL(a):
if not is_number(a):
raise ValueError(
f"CEIL function parameter is not a number: {safe_cut(a)}")
return np.ceil(float(a))
def FLOOR(a):
if not is_number(a):
raise ValueError(
f"FLOOR function parameter is not a number: {safe_cut(a)}")
return int(float(a))
def ROUND(a):
if not is_number(a):
raise ValueError(
f"ROUND function parameter is not a number: {safe_cut(a)}")
return int(round(float(a)))
def ABS(a):
if not is_number(a):
raise TypeError(
f"Parameter of ABS function must be a number: {safe_cut(a)}")
return abs(int(a) if is_whole(a) else float(a))
