Add General User Version

.gitignore

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+Power Tower Fractal (static)/PTF_user.spec
+Power Tower Fractal (static)/build/PTF_user/Analysis-00.toc
+Power Tower Fractal (static)/build/PTF_user/base_library.zip
+Power Tower Fractal (static)/build/PTF_user/EXE-00.toc
+Power Tower Fractal (static)/build/PTF_user/PKG-00.toc
+Power Tower Fractal (static)/build/PTF_user/PTF_user.pkg
+Power Tower Fractal (static)/build/PTF_user/PYZ-00.pyz
+Power Tower Fractal (static)/build/PTF_user/PYZ-00.toc
+Power Tower Fractal (static)/build/PTF_user/Tree-00.toc
+Power Tower Fractal (static)/build/PTF_user/Tree-01.toc
+Power Tower Fractal (static)/build/PTF_user/Tree-02.toc
+Power Tower Fractal (static)/build/PTF_user/warn-PTF_user.txt
+Power Tower Fractal (static)/build/PTF_user/xref-PTF_user.html
+Power Tower Fractal (static)/build/PTF_user/localpycs/pyimod01_archive.pyc
+Power Tower Fractal (static)/build/PTF_user/localpycs/pyimod02_importers.pyc
+Power Tower Fractal (static)/build/PTF_user/localpycs/pyimod03_ctypes.pyc
+Power Tower Fractal (static)/build/PTF_user/localpycs/pyimod04_pywin32.pyc
+Power Tower Fractal (static)/build/PTF_user/localpycs/struct.pyc

Power Tower Fractal (static)/PTF_user.py

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+import numpy as np
+import matplotlib.pyplot as plt
+from matplotlib.colors import LinearSegmentedColormap
+from concurrent.futures import ThreadPoolExecutor
+
+#parameters - plot영역설정관련
+x0i = input("Please Enter the x. #(x0) :Plot area center coordinates (default: 0)\n")
+try:
+    x0 = float(x0i)
+except ValueError:
+    x0 = 0
+
+y0i = input("Please Enter the y. #(y0) : Plot area center coordinates (default: 0)\n") #(x0,y0) : plot영역 중심좌표
+try:
+    y0 = float(y0i)
+except ValueError:
+    y0 = 0
+
+epsi = input("Please Enter the eps. # Plot with an epsilon margin on the left and right of x0 (default: 5e0)\n") #x0 좌우로 eps만큼 plot함
+try:
+    eps = float(epsi)
+except ValueError:
+    eps = 5e0
+
+ni = input("Please Enter the n. # Parameter for adjusting the number of pixels\n(3840: approximately 4K resolution, 1920: Full HD resolution) (default: 500)\n") #화소수조절을 위한 parameter (3840:대략 4K화질, 1920:Full HD 화질)
+try:
+    n = int(ni)
+except ValueError:
+    n = 500
+
+roti = input("Rotate? (y/N)\n")
+try:
+    rot = roti
+except ValueError:
+    rot = "N"
+
+ratioi = input("Ratio(n/n) (default: 1/1)")
+try:
+    ratio = float(ratioi)
+except ValueError:
+    ratio = float(1/1)
+
+eps_y = eps * ratio
+nx, ny = n, int(n*ratio)
+
+#parameters - tetration계산 관련
+max_iter = 500 #최대 몇층까지 계산할 것인지를 정함. max_iter층 만큼 계산했는데 복소수 크기가 escape_radius를 벗어나지 않으면 수렴한것으로 처리.
+escape_radius = 1e+10 #복소수크기가 escape_radius를 벗어나면 발산한 것으로 처리함.
+
+#tetration 계산을 위한 함수설정
+def compute_point(i, j, c, max_iter, escape_radius):
+    c_val = c[i, j]
+    z = c_val
+    for k in range(max_iter):
+        z = c_val ** z
+        if np.abs(z) > escape_radius:
+            print(f"{i},{j}")
+            return i, j, True
+    return i, j, False
+
+def compute_tetration_divergence(n, max_iter, escape_radius):
+    x = np.linspace(x0 - eps, x0 + eps, n)
+    y = np.linspace(y0 - eps, y0 + eps, n)
+    c = x[:, np.newaxis] + 1j * y[np.newaxis, :]
+
+    divergence_map = np.zeros((n, n), dtype=bool)
+
+    with ThreadPoolExecutor() as executor:
+        futures = []
+        for i in range(n):
+            for j in range(n):
+                futures.append(executor.submit(compute_point, i, j, c, max_iter, escape_radius))
+
+        for future in futures:
+            i, j, diverged = future.result()
+            divergence_map[i, j] = diverged
+
+    return divergence_map
+
+#tetration 계산
+divergence_map = compute_tetration_divergence(n, max_iter, escape_radius)
+
+if rot == "Y" or rot == "y":
+    divergence_map = np.rot90(divergence_map, k=-1)
+
+#plot
+cmap = LinearSegmentedColormap.from_list("custom_cmap", ["black", "white"]) # 커스텀 컬러맵 생성: 발산은 흰색, 수렴은 검은색
+plt.imshow(divergence_map.T, extent=[x0 - eps, x0 + eps, y0 - eps, y0 + eps], origin='lower', cmap=cmap)
+plt.axis('off')  # 축 라벨과 타이틀 제거
+print(f"Complete")
+filename = f"mytetration_{x0}_{y0}_{eps}_{n}.png"
+plt.savefig(filename, dpi=600, bbox_inches='tight', pad_inches=0)
+plt.show()
+
+
+#pyinstaller --onefile PTF_user.py