Add mozc-dial nine dial edition.

Co-authored-by: Takashi Toyoshima <toyoshim@google.com> Co-authored-by: Shun Ikejima <ikejima@google.com>
2025-11-08 16:53:28 +03:00 · 2025-10-28 18:19:10 +09:00
parent 1775d344f1
commit 994d22bb71
76 changed files with 810960 additions and 7327 deletions
--- a/mozc-dial/pattern/tools/generate.py
+++ b/mozc-dial/pattern/tools/generate.py
@@ -68,6 +68,12 @@ class SVGGenerator:
            f'<polygon points="{p1[0]},{p1[1]} {p2[0]},{p2[1]} {p3[0]},{p3[1]}" fill="black" />'
        )

+    def label(self, text):
+        """左上にラベルを書く"""
+        self.elements.append(
+            f'<text x="40" y="8" font-size="8" fill="black">{text}</text>'
+        )
+
    def export_to_svg(self):
        """描いたデータをsvgにして出力する。"""
        svg_elements = "\n".join(self.elements)
@@ -79,34 +85,222 @@ class SVGGenerator:

 encoders = [
    {
+        "page": "one_dial",
+        "x": 10,
+        "y": 10,
        "name": "one_dial",
        "bits": 6,
+        # ダイヤルでは最初の穴の中心が0度の位置、そこから23/3度おきに35個の穴がある。
+        # コードでは最初の穴位置が20度から(20+23/2)度になってる。
        "degrees": [
            0,  # 最初の遊び
        ]+[
            (i * 23 / 3 + 20) for i in range(33+2)
        ] + [320],
-        "indicator": 23/3*.5+20 + 23/3+5,
-    }
+        # 最初の穴の中央位置 = 23/3*.5+20
+        # センサとエンドの位置のズレ = 23/3+5
+        "indicator": 23/3*0.5+20 + 23/3+5,
+    },
+    {
+        "page": "nine_dial",
+        "x": 0,
+        "y": 10,
+        "name": "dial_a",
+        "bits": 6,
+        # あそびあり35穴
+        "degrees": [
+            0,  # 最初の遊び
+        ]+[
+            (i * 23 / 3 + 20) for i in range(33+2)
+        ] + [320],
+        "indicator": 23/3*0.5+20 + 23/3+5 + 85,
+    },
+    {
+        "page": "nine_dial",
+        "x": 70,
+        "y": 10,
+        "name": "dial_b",
+        "bits": 2,
+        # あそびなし3穴
+        "degrees": [
+            270/3*0,  # 穴1
+            270/3*1,  # 穴2
+            270/3*2,  # 穴3
+            270/3*3,  # 最後
+        ],
+        "indicator": 75,
+    },
+    {
+        "page": "nine_dial",
+        "x": 120,
+        "y": 10,
+        "name": "dial_c",
+        "bits": 3,
+        # あそびなし4穴
+        "degrees": [
+            270/4*0,  # 穴1
+            270/4*1,  # 穴2
+            270/4*2,  # 穴3
+            270/4*3,  # 穴4
+            270/4*4,  # 最後
+        ],
+        "indicator": 75-90,
+    },
+    {
+        "page": "nine_dial",
+        "x": 0,
+        "y": 110,
+        "name": "dial_d",
+        "bits": 3,
+        # あそびあり1穴
+        "degrees": [
+            0,  # あそび
+            20, # 1オンになる所
+            300, # 最後
+        ],
+        "indicator": 20+75+90-90,
+    },
+    {
+        "page": "nine_dial",
+        "x": 60,
+        "y": 110,
+        "name": "dial_e",
+        "bits": 3,
+        # あそびあり6穴
+        "degrees": [
+            0,  # あそび
+            20 + 270/6*0, # 穴1
+            20 + 270/6*1, # 穴2
+            20 + 270/6*2, # 穴3
+            20 + 270/6*3, # 穴4
+            20 + 270/6*4, # 穴5
+            20 + 270/6*5, # 穴6
+            20 + 270/6*6, # 最後
+        ],
+        "indicator": 20+75+45,
+    },
+    {
+        "page": "nine_dial",
+        "x": 120,
+        "y": 110,
+        "name": "dial_f",
+        "bits": 3,
+        # あそびあり4穴
+        # 十字キーなので値がすごい変則
+        "degrees": [
+            0,  # あそび
+            10+360/4*0, # 穴1
+            10+360/4*1, # 穴2
+            10+360/4*2, # 穴3
+            10+360/4*3, # 穴4
+            10+360/4*4-45, # 最後
+        ],
+        "indicator": 75+90-15,
+    },
+    {
+        "page": "nine_dial",
+        "x": 0,
+        "y": 210,
+        "name": "dial_g",
+        "bits": 2,
+        # あそびなし3穴
+        "degrees": [ # degrees dial_bと同じ
+            270/3*0,  # 穴1
+            270/3*1,  # 穴2
+            270/3*2,  # 穴3
+            270/3*3,  # 最後
+        ],
+        "indicator": 75+80,
+    },
+    {
+        "page": "nine_dial",
+        "x": 50,
+        "y": 210,
+        "name": "dial_h",
+        "bits": 2,
+        # あそびなし3穴
+        "degrees": [ # degrees dial_bと同じ
+            270/3*0,  # 穴1
+            270/3*1,  # 穴2
+            270/3*2,  # 穴3
+            270/3*3,  # 最後
+        ],
+        "indicator": 75+90,
+    },
+    {
+        "page": "nine_dial",
+        "x": 110,
+        "y": 210,
+        "name": "dial_i",
+        "bits": 4,
+        # あそびあり10穴
+        "degrees": [
+            0, # あそび
+            20 + 270/10*0,  # 穴1
+            20 + 270/10*1,  # 穴2
+            20 + 270/10*2,  # 穴3
+            20 + 270/10*3,  # 穴4
+            20 + 270/10*4,  # 穴5
+            20 + 270/10*5,  # 穴6
+            20 + 270/10*6,  # 穴7
+            20 + 270/10*7,  # 穴8
+            20 + 270/10*8,  # 穴9
+            20 + 270/10*9,  # 穴10
+            20 + 270/10*10,  # 最後
+        ],
+        "indicator": 20+75+315-30,
+    },
 ]

+from collections import defaultdict

+# Group encoders by page
+pages = defaultdict(list)
 for encoder in encoders:
-    gen = SVGGenerator()
-    bits = encoder["bits"]
-    templ = encoder["degrees"]
-    gen.circle(8)
-    gen.circle(8+5*bits)
-    gen.indicator(8+5*bits, encoder["indicator"])
+    pages[encoder["page"]].append(encoder)

-    for i in range(len(templ)-1):
-        num = i+1
-        gray = num ^ (num>>1)
-        s = f'{gray:0{bits}b}'
-        # print(s)
-        for j in range(bits):
-            if (s[bits-j-1] == "1"):
-                gen.sector_ring(8+5+5*j, 8+5*j, templ[i], templ[i+1])
+# A4 size in mm
+A4_WIDTH_MM = 210
+A4_HEIGHT_MM = 297

-    with open(f"{encoder["name"]}.svg", "w") as f:
-        f.write(gen.export_to_svg())
+# Process each page
+for page_name, page_encoders in pages.items():
+    page_svg_elements = []
+    for encoder in page_encoders:
+        # SVGGeneratorは内部でwidth/height=100を想定して中心座標を計算している
+        gen = SVGGenerator(width_mm=100, height_mm=100)
+        bits = encoder["bits"]
+        templ = encoder["degrees"]
+        gen.circle(8)
+        gen.circle(8 + 5 * bits)
+        gen.indicator(8 + 5 * bits, encoder["indicator"])
+
+        for i in range(len(templ)-1):
+            gen.label(encoder["name"])
+            num = i+1
+            gray = num ^ (num>>1)
+            s = f'{gray:0{bits}b}'
+            # print(s)
+            for j in range(bits):
+                if (s[bits-j-1] == "1"):
+                    gen.sector_ring(8+5+5*j, 8+5*j, templ[i], templ[i+1])
+
+        # Get the SVG elements from the public member
+        encoder_elements = "\n".join(gen.elements)
+
+        transform_x = encoder["x"]
+        transform_y = encoder["y"]
+        page_svg_elements.append(
+            f'<g transform="translate({transform_x}, {transform_y})">\n{encoder_elements}\n</g>'
+        )
+
+    # Combine all elements for the page into a single A4 SVG
+    final_svg_content = (
+        f'<svg width="{A4_WIDTH_MM}mm" height="{A4_HEIGHT_MM}mm" viewBox="0 0 {A4_WIDTH_MM} {A4_HEIGHT_MM}" xmlns="http://www.w3.org/2000/svg">\n'
+        + "\n".join(page_svg_elements)
+        + "\n</svg>"
+    )
+
+    # Write to the page file
+    with open(f"{page_name}.svg", "w") as f:
+        f.write(final_svg_content)