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bad apple/bad_apple.py

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+import pyperclip
+
+from draftsman.blueprintable import Blueprint, BlueprintBook
+from draftsman.constants import Direction
+from draftsman.entity import ConstantCombinator
+
+# from draftsman.data import items
+import draftsman.data.signals
+from PIL import Image
+
+blueprint = Blueprint()
+blueprint.label = "bad apple"
+blueprint.description = "bad apple."
+blueprint.version = (1, 0)  # 1.0
+
+frame = Image.open("frame.png")
+threshold = 40
+signals = list(draftsman.data.signals.raw)[3:]  # skip the three special signals
+
+
+pixels = frame.load()
+
+# Create the combinator for the single frame
+frame_combinator = ConstantCombinator()
+frame_combinator.tile_position = (-1, 0)
+for x in range(frame.width):
+    column_mask = 0
+    for y in range(frame.height):
+        if pixels[x, y][0] > threshold:
+            column_mask |= 1 << y
+    frame_combinator.set_signal(index=x, signal=signals[x], count=column_mask)
+blueprint.entities.append(frame_combinator)
+
+pyperclip.copy(blueprint.to_string())
+
+# Code for creating the column filters below.
+
+# for x in range(frame.width):
+#     blueprint.entities.append(  # this is our y-combinator :^)
+#         "arithmetic-combinator",
+#         id=f"filter-{x}",
+#         tile_position=[x, 2],
+#         direction=Direction.NORTH,
+#         control_behavior={
+#             "arithmetic_conditions": {
+#                 "first_signal": signals[x],
+#                 "operation": "AND",
+#                 "second_signal": {"type": "virtual", "name": "signal-each"},
+#                 "output_signal": {"type": "virtual", "name": "signal-each"},
+#             }
+#         },
+#     )
+
+
+# arithmetic_conditions = {
+#     "first_signal": {"type": "fluid", "name": "steam"},
+#     "second_signal": {"type": "virtual", "name": "signal-each"},
+#     "operation": "AND",
+#     "output_signal": {"type": "virtual", "name": "signal-each"},
+#     "first_signal_networks": {"red": True, "green": False},
+#     "second_signal_networks": {"red": False, "green": True},
+# }
+
+# from draftsman.utils import JSON_to_string
+
+# # directly hack in these conditions because this is a new feature and we don't care about the validation bullshit
+# d = blueprint.to_dict()
+# for entity in d["blueprint"]["entities"]:
+#     entity["control_behavior"]["arithmetic_conditions"][
+#         "first_signal_networks"
+#     ] = {"red": True, "green": False}
+#     entity["control_behavior"]["arithmetic_conditions"][
+#         "second_signal_networks"
+#     ] = {"red": False, "green": True}
+
+# s = JSON_to_string(d)
+# pyperclip.copy(str(s))