mirror of
https://github.com/enzet/map-machine.git
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406 lines
12 KiB
Python
406 lines
12 KiB
Python
"""
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Special icon collections for documentation.
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"""
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from dataclasses import dataclass, field
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from pathlib import Path
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from typing import Optional
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import numpy as np
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import svgwrite
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from svgwrite import Drawing
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from map_machine.map_configuration import MapConfiguration
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from map_machine.osm.osm_reader import Tags
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from map_machine.pictogram.icon import ShapeExtractor, Icon
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from map_machine.scheme import Scheme
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from map_machine.workspace import Workspace
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WORKSPACE: Workspace = Workspace(Path("temp"))
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SCHEME: Scheme = Scheme(WORKSPACE.DEFAULT_SCHEME_PATH)
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EXTRACTOR: ShapeExtractor = ShapeExtractor(
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WORKSPACE.ICONS_PATH, WORKSPACE.ICONS_CONFIG_PATH
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)
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class SVGTable:
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"""SVG table with icon combinations."""
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def __init__(self, svg):
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self.svg = svg
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self.border: np.ndarray = np.array((16.0, 16.0))
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self.step: float = 48.0
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self.icon_size: float = 32.0
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self.font_size: float = 10.0
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self.offset: float = 30.0
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self.half_step: np.ndarray = np.array(
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(self.step / 2.0, self.step / 2.0)
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)
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fonts: list[str] = [
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"JetBrains Mono",
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"Fira Code",
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"Fira Mono",
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"ui-monospace",
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"SFMono-regular",
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"SF Mono",
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"Menlo",
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"Consolas",
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"Liberation Mono",
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"monospace",
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]
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self.font: str = ",".join(fonts)
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self.font_width: float = self.font_size * 0.7
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def draw_text(self, text, point):
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text = self.svg.text(
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text,
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point,
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font_family=self.font,
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font_size=self.font_size,
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text_anchor="end",
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)
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self.svg.add(text)
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def draw_bold_text(self, text, point):
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text = self.svg.text(
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text,
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point,
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font_family=self.font,
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font_size=self.font_size,
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font_weight="bold",
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text_anchor="end",
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)
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self.svg.add(text)
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def draw_cross(self, point):
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for vector in np.array((1, 1)), np.array((1, -1)):
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line = self.svg.line(
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point - 15 * vector,
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point + 15 * vector,
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stroke_width=0.5,
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stroke="black",
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)
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self.svg.add(line)
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@dataclass
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class Collection:
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"""Icon collection."""
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page_name: str
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# Core tags
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tags: Tags
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# Tag key to be used in rows
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row_key: Optional[str] = None
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# List of tag values to be used in rows
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row_values: list[str] = field(default_factory=list)
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# Tag key to be used in columns
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column_key: Optional[str] = None
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# List of tag values to be used in columns
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column_values: list[str] = field(default_factory=list)
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def generate_table(self) -> tuple[str, list[Icon]]:
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"""
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Generate Röntgen icon table for the OpenStreetMap wiki page.
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"""
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icons: list[Icon] = []
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text: str = '{| class="wikitable"\n'
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if self.column_key is not None:
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text += f"! {{{{Key|{self.column_key}}}}}"
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else:
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text += "! Tag || Icon"
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if not self.column_values:
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self.column_values = [""]
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else:
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for column_value in self.column_values:
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text += " ||"
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if column_value:
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text += (
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" {{vert header|"
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f"{{{{TagValue|{self.column_key}|{column_value}}}}}"
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"}}"
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)
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text += "\n"
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processed: set[str] = set()
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for row_value in self.row_values:
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text += "|-\n"
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if row_value:
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text += f"| {{{{Tag|{self.row_key}|{row_value}}}}}\n"
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else:
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text += "|\n"
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for column_value in self.column_values:
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current_tags: Tags = dict(self.tags) | {self.row_key: row_value}
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if column_value:
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current_tags |= {self.column_key: column_value}
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icon, _ = SCHEME.get_icon(
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EXTRACTOR, current_tags, processed, MapConfiguration()
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)
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if not icon:
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print("Icon was not constructed.")
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text += (
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"| "
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f"[[Image:Röntgen {icon.main_icon.get_name()}.svg|32px]]\n"
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)
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icons.append(icon.main_icon)
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text += "|}\n"
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return text, icons
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def draw_table(self, svg: Drawing):
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"""Draw SVG table."""
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table = SVGTable(svg)
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border: np.ndarray = np.array((16.0, 16.0))
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step: float = 48.0
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icon_size: float = 32.0
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font_size: float = 10.0
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offset: float = 30.0
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half_step: np.ndarray = np.array((step / 2.0, step / 2.0))
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fonts: list[str] = [
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"JetBrains Mono",
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"Fira Code",
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"Fira Mono",
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"monospace",
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]
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font: str = ",".join(fonts)
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font_width: float = font_size * 0.62
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size: list[float] = [
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max(
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max(map(len, self.row_values)) * font_width,
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(len(self.row_key) + 2) * font_width
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+ (offset if self.column_values else 0),
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)
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if self.row_values
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else 25.0,
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max(map(len, self.column_values)) * font_width
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if self.column_values
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else 25.0,
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]
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start_point: np.ndarray = 2 * border + np.array(size) + half_step
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point = np.array(start_point) - np.array((step / 2.0 + border[0], 0.0))
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shift = (
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-offset if self.column_values else 0,
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2.0 - step / 2.0 - border[1],
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)
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if self.row_key:
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table.draw_bold_text(f"{self.row_key}=*", point + np.array(shift))
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if self.column_key:
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table.draw_bold_text(
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f"{self.column_key}=*",
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point + np.array((0.0, 2.0 - step / 2.0 - border[0] - offset)),
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)
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for row_value in self.row_values:
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if row_value:
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table.draw_text(row_value, point + np.array((0.0, 2.0)))
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point += np.array((0, step))
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if self.column_values:
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line = svg.line(
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start_point - half_step - border,
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start_point - half_step - border - np.array((15, 15)),
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stroke_width=0.5,
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stroke="black",
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)
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svg.add(line)
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if not self.column_values:
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self.column_values = [""]
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rectangle = svg.rect(
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start_point - half_step,
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np.array((len(self.column_values), len(self.row_values))) * step,
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fill="#fea",
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)
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svg.add(rectangle)
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point = np.array(start_point)
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for column_value in self.column_values:
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text_point = point + np.array((2, -step / 2.0 - border[1]))
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text = svg.text(
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f"{column_value}",
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text_point,
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font_family=font,
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font_size=font_size,
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transform=f"rotate(270,{text_point[0]},{text_point[1]})",
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)
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svg.add(text)
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point += np.array((step, 0.0))
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point = np.array(start_point)
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last = None
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for row_value in self.row_values:
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for column_value in self.column_values:
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current_tags: Tags = dict(self.tags) | {self.row_key: row_value}
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if column_value:
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current_tags |= {self.column_key: column_value}
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processed: set[str] = set()
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icon, _ = SCHEME.get_icon(
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EXTRACTOR, current_tags, processed, MapConfiguration()
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)
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processed = icon.processed
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if not icon:
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print("Icon was not constructed.")
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if (
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icon.main_icon
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and not icon.main_icon.is_default()
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and (
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not self.column_key
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or not column_value
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or (self.column_key in processed)
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)
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and (
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not self.row_key
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or not row_value
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or (self.row_key in processed)
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)
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):
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icon.main_icon.draw(svg, point, scale=icon_size / 16.0)
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else:
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table.draw_cross(point)
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last = np.array(point)
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point += np.array((step, 0.0))
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point = np.array((start_point[0], point[1] + step))
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if last is None:
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return point
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else:
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return last + np.array((step / 2, step / 2)) + border
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tower_type_values: list[str] = [
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"communication",
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"lighting",
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"monitoring",
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"siren",
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]
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collections = [
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Collection(
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"Tag:man_made=mast",
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{"man_made": "mast"},
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"tower:construction",
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["freestanding", "lattice", "guyed_tube", "guyed_lattice"],
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"tower:type",
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[""] + tower_type_values,
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),
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Collection(
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"Tag:natural=volcano",
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{"natural": "volcano"},
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"volcano:type",
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["stratovolcano", "shield", "scoria"],
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"volcano:status",
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["", "active", "dormant", "extinct"],
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),
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Collection(
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"Tag:tower:construction=guyed_tube",
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{"man_made": "mast", "tower:construction": "guyed_tube"},
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"tower:type",
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[""] + tower_type_values,
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),
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Collection(
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"Tag:tower:construction=guyed_lattice",
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{"man_made": "mast", "tower:construction": "guyed_lattice"},
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"tower:type",
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[""] + tower_type_values,
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),
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Collection(
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"Key:communication:mobile_phone",
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{"communication:mobile_phone": "yes"},
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),
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Collection(
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"Key:traffic_calming",
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{},
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"traffic_calming",
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[
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"bump",
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"mini_bumps",
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"hump",
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"table",
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"cushion",
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"rumble_strip",
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"dip",
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"double_dip",
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# "dynamic_bump", "chicane",
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# "choker", "island", "chocked_island", "chocked_table",
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],
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),
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Collection(
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"Key:crane:type",
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{"man_made": "crane"},
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"crane:type",
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[
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"gantry_crane",
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"floor-mounted_crane",
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"portal_crane",
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"travel_lift",
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"tower_crane",
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],
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),
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Collection(
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"Tag:tower:type=diving",
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{"man_made": "tower", "tower:type": "diving"},
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),
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Collection(
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"Key:design",
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{},
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"power",
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["tower", "pole"],
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"design",
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[
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"one-level",
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"two-level",
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"three-level",
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"four-level",
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"donau",
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"donau_inverse",
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"barrel",
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"asymmetric",
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"triangle",
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"flag",
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"delta",
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"delta_two-level",
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"delta_three-level",
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"y-frame",
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"x-frame",
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"h-frame",
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"guyed_h-frame",
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"portal",
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"portal_two-level",
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"portal_three-level",
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],
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),
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]
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def main() -> None:
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with Path("result.html").open("w+") as html_file:
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for collection in collections:
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path: Path = Path("doc") / f"{collection.page_name}.svg"
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svg: svgwrite = svgwrite.Drawing(path.name)
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width, height = collection.draw_table(svg)
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svg.update({"width": width, "height": height})
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with path.open("w+") as output_file:
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svg.write(output_file)
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html_file.write(f'<img src="doc/{path.name}" />\n')
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if __name__ == "__main__":
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main()
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