added version 1.0.11

plotext/__init__.py

@@ -1,15 +1,5 @@
 """The plotext package allows you to plot data directly on terminal."""
-import platform
 
-if platform.system() == "Windows":
-    try:
-        import ctypes
-
-        kernel32 = ctypes.windll.kernel32
-        kernel32.SetConsoleMode(kernel32.GetStdHandle(-11), 7)
-    except Exception:
-        print("Cannot set color support, use show(color=False)")
-
-from plotext import plot
-name="plotext"
-__version__ = "0.1.16"
+from plotext.plot import *
+name = "plotext"
+__version__ = "1.0.11"

plotext/nums.py

@@ -0,0 +1,113 @@
+def decimal_characters(characters = 3):
+    dec_characters = characters - 2
+    return dec_characters
+
+def decimal_points(characters = 3):
+    dec_characters = decimal_characters(characters)
+    if characters == 1 or characters == 2:
+        dec_characters = 0
+    return dec_characters
+
+def delta(level = 0, characters = 3):
+    dec_characters = decimal_characters(characters)
+    if characters == 1:
+        dec_characters = 0
+    return 10 ** (level - dec_characters)
+
+def levels(characters = 3):
+    dec_characters = decimal_characters(characters)
+    if characters == 1:
+        dec_characters = 0
+    return dec_characters + 1
+
+def lower_bound(level = 0, characters = 3):
+    dec_characters = decimal_characters(characters)
+    if level == 0:
+        return 0
+    elif level >= 1:
+        return 10 ** level
+
+def upper_bound(level = 0, characters = 3):
+    dec_characters = decimal_characters(characters)
+    if level < dec_characters :
+        return 10 ** (level + 1) - delta(level, dec_characters)
+    elif level == dec_characters or characters == 1:
+        return 10 ** (dec_characters + 2) - 1
+
+def steps(level = 0, characters = 3):
+    dec_characters = decimal_characters(characters)
+    if characters == 1:
+         dec_characters = 0
+    if characters == 2:
+         dec_characters = 1
+    if level == 0:
+        return 10 ** (dec_characters + 1)
+    elif 0 < level < dec_characters:
+        return 9 * 10 ** dec_characters
+    elif level == dec_characters :
+        return 99 * 10 ** dec_characters
+
+def signature(data):
+    sign = 1
+    for i in range(len(data)):
+        sign = int(sign and data[i] >= 0)
+    if sign == 0:
+        sign = -1
+    return sign
+
+def round_dec(num, decimal_points):
+    num_rounded = round(num * 10 ** decimal_points) / 10 ** decimal_points
+    if num_rounded - round(num_rounded) == 0.0:
+        num_rounded = round(num_rounded) 
+    return num_rounded
+
+def numbers(characters = 3):
+    tot = []
+    dec_points = decimal_points(characters)
+    for level in range(levels(characters)):
+        new = [lower_bound(level, characters) + l * delta(level, characters) for l in range(steps(level, characters))]
+        new = [round_dec(el, dec_points) for el in new]
+        tot += new
+    return tot
+
+
+
+m, M = 1, 10
+n = 2
+data = [(M - m) / (n - 1) * k + m for k in range(n)]
+print("data", data, "\n")
+
+characters = 4
+sign = signature(data)
+# dec_characters = decimal_characters(characters, sign)
+# #print(dec_characters)
+
+x_first, x_last = min(data), max(data)
+
+# n = len(data)
+# for level in range(dec_characters + 1):
+#     d = delta(level, characters, sign)
+#     lower = lower_bound(level, characters, sign)
+#     lvs = levels(level, characters, sign)
+#     #m = delta * (n - 1) / (x_last - x_first)
+#     #k0 = x_first  / delta
+#     #print(delta, " ",k0)
+#     #k0=(a * m - li) / dni
+#     #    b = li - a * m + round(k0) * dni  
+#     #    b_list.append(b)
+#     e = 1
+#     if x_first != 0 and lower != 0:
+#         e = math.log(lower / x_first, 10)
+#     e = round(e)
+#     k0 = ((10 ** e) * x_first - lower) / d
+#     t = ((10 ** e) * x_last - lower - d * k0) / (d * (n - 1))
+
+#     m = (t * d) * (n - 1) / (x_last - x_first)
+#     c = lower + d * k0 - m * x_first
+#     test = lower +  d * (t * n + k0) < lower + d * (lvs - 1)
+#     #if not test:
+#     data_new = [cut(lower +  d * (t * k + k0))  for k in range(n)]
+#     print(level, test, data_new, k0, t, " - ", 1/m, -c/m)
+#     #    data_new = [round(a * el + b, 14) for el in data]
+#     #print(i)
+#     #print(data_new)