# Usage: python epaper_print.py <imagefile> import argparse import time import math import logging import mcp2210 import hid from abc import ABC, abstractmethod from typing import Sequence, Iterable from PIL import Image, ImagePalette logger = logging.getLogger(__name__) logger.setLevel(logging.DEBUG) # Bridge  class EPaperBridge(ABC): """ホストコンピュータからEPaperディスプレイへの通信を担うブリッジ""" @abstractmethod def close(self): ... @abstractmethod def power_on(self): ... @abstractmethod def reset(self): ... @abstractmethod def power_off(self): ... @abstractmethod def wait_until_not_busy(self): ... @abstractmethod def select_driver_chips(self, chip_numbers: Iterable[int]): ... @abstractmethod def send_command_code(self, _command_code: int): ... @abstractmethod def send_data_bytes(self, _data_bytes: bytes): ... def send_data(self, data: int | Sequence[int]): if isinstance(data, int): self.send_data_bytes(bytes([data])) elif isinstance(data, bytes): self.send_data_bytes(data) else: self.send_data_bytes(bytes(data)) def send_command(self, command_code: int, *params: int | Sequence[int]): self.on_command_start() self.send_command_code(command_code) for p in params: self.send_data(p) self.on_command_end() def on_command_start(self): pass def on_command_end(self): pass class EPaperBridgeMCP2210(EPaperBridge): """MCP2210を使用したブリッジ""" @staticmethod def is_mcp2210(device_dict): MCP2210_VENDOR_ID = 0x04d8 MCP2210_PRODUCT_ID = 0x00de return (device_dict.get("product_id", -1) == MCP2210_PRODUCT_ID and device_dict.get("vendor_id", -1) == MCP2210_VENDOR_ID) @staticmethod def enumerate_mcp2210_devices(): return list(filter(EPaperBridgeMCP2210.is_mcp2210, hid.enumerate())) @staticmethod def find_mcp2210_device(): device_dicts = EPaperBridgeMCP2210.enumerate_mcp2210_devices() if len(device_dicts) == 0: raise RuntimeError("No MCP2210 devices found") elif len(device_dicts) >= 2: raise RuntimeError("Multiple MCP2210 devices found") return device_dicts[0]["serial_number"] def __init__(self): serial_number = EPaperBridgeMCP2210.find_mcp2210_device() self._pin_dc = 2 self._pin_com_led = 3 self._pin_busy = 6 self._pin_rst = 0 self._pin_pwr = 4 self._cs_pins = [1, 7] self._cs_pins_selected = 1 << self._cs_pins[0] # Select chip#0  #self._reset_wait_times = (0.2, 0.002, 0.2)  self._reset_wait_times = (0.03, 0.03, 0.03, 0.03, 0.03) self._mcp = mcp2210.Mcp2210(serial_number, immediate_gpio_update=False) # self._mcp._spi_settings.bit_rate = 12000000  self.init_mcp2210_for_paper() def close(self): self._mcp._hid.close() def init_mcp2210_for_paper(self): self._mcp.configure_spi_timing(chip_select_to_data_delay=0, last_data_byte_to_cs=0, delay_between_bytes=0) self.clear_mcp2210_gpio_status() # 13in3eはMCP2210のチップセレクト機能を使うと動作しない。  # 明示的にチップセレクト信号を制御する。  # for pin in self._cs_pins:  # self._mcp.set_gpio_designation(  # pin, mcp2210.Mcp2210GpioDesignation.CHIP_SELECT)  for pin in self._cs_pins: self._mcp.set_gpio_output_value(pin, True) self._mcp.set_gpio_direction(self._pin_busy, mcp2210.Mcp2210GpioDirection.INPUT) self._mcp.set_gpio_output_value(self._pin_rst, True) self._mcp.set_gpio_output_value(self._pin_com_led, True) self._mcp.gpio_update() def clear_mcp2210_gpio_status(self): for pin_number in range(9): self._mcp.set_gpio_designation(pin_number, mcp2210.Mcp2210GpioDesignation.GPIO) self._mcp.set_gpio_direction(pin_number, mcp2210.Mcp2210GpioDirection.OUTPUT) self._mcp.set_gpio_output_value(pin_number, False) def power_on(self): self._mcp.set_gpio_output_value(self._pin_pwr, True) self._mcp.gpio_update() time.sleep(0.2) def reset(self): reset_value = True for wait_time in self._reset_wait_times: self._mcp.set_gpio_output_value(self._pin_rst, reset_value) self._mcp.gpio_update() reset_value = not reset_value time.sleep(wait_time) self.wait_until_not_busy() def power_off(self): self._mcp.set_gpio_output_value(self._pin_rst, False) self._mcp.set_gpio_output_value(self._pin_dc, False) self._mcp.set_gpio_output_value(self._pin_pwr, False) self._mcp.gpio_update() # self.clear_mcp2210_gpio_status(mcp)  # self._mcp.gpio_update()  def wait_until_not_busy(self): start_time = time.time() logger.debug("Start waiting (busy=%s)" % self._mcp.get_gpio_value(self._pin_busy)) # time.sleep(0.1)  while(self._mcp.get_gpio_value(self._pin_busy) == False): time.sleep(0.005) logger.debug("End waiting (wait time=%s seconds)" % (time.time() - start_time)) def select_driver_chips(self, chip_numbers: Iterable[int]): bits = 0 for chip in chip_numbers: bits |= 1 << self._cs_pins[chip] self._cs_pins_selected = bits def send_command_code(self, command_code: int): self._mcp.set_gpio_output_value(self._pin_dc, False) self._mcp.gpio_update() self.my_spi_exchange(bytes([command_code])) def send_data_bytes(self, data_bytes: bytes): self._mcp.set_gpio_output_value(self._pin_dc, True) self._mcp.gpio_update() self.my_spi_exchange(data_bytes) def on_command_start(self): for pin in range(9): if self._cs_pins_selected & (1 << pin): self._mcp.set_gpio_output_value(pin, False) self._mcp.gpio_update() def on_command_end(self): for pin in range(9): if self._cs_pins_selected & (1 << pin): self._mcp.set_gpio_output_value(pin, True) self._mcp.gpio_update() # -------------------------------------------------------------------  # Derived from mcp2210.py  # mcp2210.pyのspi_exchangeは一つのCSを指定しなければならないので改造する  # Mcp2210Commands  TRANSFER_SPI_DATA = 0x42 # Mcp2210CommandResult  SUCCESS = 0x00 SPI_DATA_NOT_ACCEPTED = 0xF7 TRANSFER_IN_PROGRESS = 0xF8 # Mcp2210SpiTransferStatus  SPI_TRANSFER_COMPLETE = 0x10 SPI_TRANSFER_PENDING_NO_RECEIVED_DATA = 0x20 SPI_TRANSFER_PENDING_RECEIVED_DATA_AVAILABLE = 0x30 # Derived from spi_exchange()  def my_spi_exchange(self, payload: bytes) -> bytes: # -- CHANGE BEGIN --  mcp = self._mcp # cs_pin_bits = self._cs_pins_selected  # mcp._spi_settings.active_chip_select_value = 0x01FF ^ cs_pin_bits  mcp._spi_settings.active_chip_select_value = 0x01FF # -- CHANGE END --  mcp._spi_settings.transfer_size = len(payload) mcp._set_spi_configuration() chunked_payload = [] for i in range(math.ceil(len(payload) / 60)): start_index = i * 60 stop_index = (i + 1) * 60 chunk = bytes(payload[start_index:stop_index]) chunked_payload.append(chunk) chunk_index = 0 received_data = [] while 1: if chunk_index == len(chunked_payload): next_chunk = b'' else: next_chunk = chunked_payload[chunk_index] request = [EPaperBridgeMCP2210.TRANSFER_SPI_DATA, len(next_chunk), 0x00, 0x00] response = mcp._execute_command(bytes(request) + next_chunk, check_return_code=False) if response[1] == EPaperBridgeMCP2210.SPI_DATA_NOT_ACCEPTED: raise mcp2210.Mcp2210SpiBusLockedException elif response[1] == EPaperBridgeMCP2210.TRANSFER_IN_PROGRESS: # TODO: このあたりでC-cによって例外が起きると、続くshutdownが機能しない。  time.sleep(0.005) continue elif response[1] == EPaperBridgeMCP2210.SUCCESS: # data was accepted, move to next chunk  chunk_index += 1 receive_data_size = response[2] spi_transfer_status = response[3] if spi_transfer_status == EPaperBridgeMCP2210.SPI_TRANSFER_PENDING_NO_RECEIVED_DATA: continue elif spi_transfer_status == EPaperBridgeMCP2210.SPI_TRANSFER_PENDING_RECEIVED_DATA_AVAILABLE: received_data.append(response[4:receive_data_size + 4]) continue elif spi_transfer_status == EPaperBridgeMCP2210.SPI_TRANSFER_COMPLETE: received_data.append(response[4:receive_data_size + 4]) break else: raise mcp2210.Mcp2210CommandFailedException("Encountered unknown SPI transfer status") else: raise mcp2210.Mcp2210CommandFailedException("Received return code 0x{:02X} from device".format(response[1])) combined_receive_data = b''.join(bytes(x) for x in received_data) if len(combined_receive_data) != len(payload): raise RuntimeError("Length of receive data does not match transmit data") return combined_receive_data # -------------------------------------------------------------------  # EPaperDisplay  class EPaperDisplayWaveshare(ABC): "Waveshare製EPaperディスプレイモジュール(HAT)の基底クラス" def __init__(self, bridge: EPaperBridge, width: int, height: int, bits_per_pixel: int, palette: bytes, default_pixel_value: int, all_driver_chip_numbers: Sequence[int]): self._bridge = bridge self._width = width self._height = height self._bits_per_pixel = bits_per_pixel self._palette = palette self._default_pixel_value = default_pixel_value self._all_driver_chip_numbers = all_driver_chip_numbers self.init() # Initialization  def init(self): try: self._bridge.power_on() self._bridge.reset() self.init_driver_chips() except Exception: self._bridge.power_off() raise @abstractmethod def init_driver_chips(self): ... # Shutdown  def shutdown(self): try: self.shutdown_driver_chips() finally: self._bridge.power_off() def shutdown_driver_chips(self): logger.debug("Shutdown driver chips") self._bridge.wait_until_not_busy() self.select_all_driver_chips() # # 02:Power OFF Command  # self.power_off_panel()  # 07:Deep Sleep Command  self._bridge.send_command(0x07, 0xA5) time.sleep(2) # Panel Power Control  def power_on_panel(self): # 04:Power ON Command  self._bridge.send_command(0x04) self._bridge.wait_until_not_busy() def power_off_panel(self): # 02:Power OFF Command  self._bridge.send_command(0x02, 0x00) self._bridge.wait_until_not_busy() # Driver Chip Selection  def select_all_driver_chips(self): """コマンドの送信先を全ての駆動チップとします。""" self._bridge.select_driver_chips(self._all_driver_chip_numbers) def select_driver_chip(self, driver_chip_number): """コマンドの送信先を指定されたチップのみとします。""" self._bridge.select_driver_chips([driver_chip_number]) # Frame  @abstractmethod def set_frame_bytes(self, frame_bytes: bytes): ... @property def width(self) -> int: """パネル全体の水平方向のピクセル数です。""" return self._width @property def height(self) -> int: """パネル全体の垂直方向のピクセル数です。""" return self._height @property def default_pixel_value(self) -> int: """デフォルトのピクセル値です。基本的に「白」を意味する値です。""" return self._default_pixel_value @property def frame_bits_per_pixel(self) -> int: """ピクセルあたりのビット数です。基本的に8以下の値です。""" return self._bits_per_pixel @property def frame_pixels_per_byte(self) -> int: """1バイトあたりのピクセル数です。""" return 8 // self._bits_per_pixel def make_filled_frame_byte(self, pixel_value: int): """1バイトの中を指定されたpixel_valueで満たしたものを返します。""" bpp = self.frame_bits_per_pixel pixel_value = pixel_value & ((1 << bpp) - 1) frame_byte = 0 bitpos = 8 - bpp while bitpos >= 0: frame_byte |= pixel_value << bitpos bitpos = bitpos - bpp return frame_byte @property def frame_line_nbytes(self) -> int: """フレームバッファの1行のバイト数を返します。""" return ((self._width + self.frame_pixels_per_byte - 1) // self.frame_pixels_per_byte) @property def frame_nbytes(self) -> int: """フレームバッファのバイト数を返します。""" return self.frame_line_nbytes * self.height def fill_frame_with_byte(self, frame_byte: int): """フレームの全バイトをframe_byteで満たします。""" self.set_frame_bytes(bytes([frame_byte]) * self.frame_nbytes) def fill_frame(self, pixel_value: int): """フレームの全ピクセルをpixel_valueで塗りつぶします。""" self.fill_frame_with_byte(self.make_filled_frame_byte(pixel_value)) def clear_frame(self): """フレームの全ピクセルを白一色で塗りつぶします。""" self.fill_frame(self.default_pixel_value) def frame_image_palette(self) -> ImagePalette.ImagePalette: return ImagePalette.ImagePalette("RGB", self._palette) def convert_image_to_frame_bytes(self, image: Image.Image) -> bytes: """imageをselfの仕様に合わせたフレームバイト列へ変換します。""" palette_image = Image.new("P", (1, 1)) palette_image.putpalette(self.frame_image_palette()) quantized_image = image.convert("RGB").quantize(palette=palette_image) src_bytes = quantized_image.getdata() src_w, src_h = quantized_image.size return bytes(EPaperDisplayWaveshare.convert_pimage_bytes_to_frame_bytes( src_bytes, src_w, 0, 0, src_w, src_h, self.width, self.height, self.frame_bits_per_pixel)) @staticmethod def convert_pimage_bytes_to_frame_bytes( src_bytes, src_pitch: int, src_x: int, src_y: int, src_w: int, src_h: int, dst_w: int, dst_h: int, dst_bits_per_pixel: int) -> bytearray: scan_w = min(src_w, dst_w) scan_h = min(src_h, dst_h) dst_line_nbytes = (dst_w // (8 // dst_bits_per_pixel)) dst_pitch = dst_line_nbytes dst_bytes = bytearray(dst_line_nbytes * dst_h) for y in range(scan_h): src = src_pitch * (src_y + y) + src_x dst = dst_pitch * y dst_bitpos = 8 dst_byte = 0 dst_bitmask = (1 << dst_bits_per_pixel) - 1 for x in range(scan_w): dst_bitpos -= dst_bits_per_pixel dst_byte |= ((int(src_bytes[src + x]) & dst_bitmask) << dst_bitpos) if dst_bitpos < dst_bits_per_pixel: dst_bytes[dst] = dst_byte dst = dst + 1 dst_bitpos = 8 dst_byte = 0 if dst_bitpos < 8: dst_bytes[dst] = dst_byte return dst_bytes # Panel Update  def update_panel(self): """現在のフレームをディスプレイの表示に反映します。""" logger.debug("Refresh Start") self.select_all_driver_chips() # 04:Power ON Command  self.power_on_panel() # 12:Display Refresh Command  self._bridge.send_command(0x12, 0x00) self._bridge.wait_until_not_busy() # 02:Power OFF Command  self.power_off_panel() logger.debug("Refresh End") def show_image(self, image: Image.Image): """imageを表示します。""" self.set_frame_bytes(self.convert_image_to_frame_bytes(image)) self.update_panel() class EPaperDisplayWaveshare3in5G(EPaperDisplayWaveshare): """Waveshare 3.5インチ(G)""" def __init__(self, bridge): super().__init__( bridge = bridge, width = 184, height = 384, bits_per_pixel = 2, palette = bytes((0,0,0)+(255,255,255)+(255,255,0)+(255,0,0)+ (0,0,0)*252), default_pixel_value = 1, all_driver_chip_numbers = [0] ) def init_driver_chips(self): # See: epd3in5g.py -> EPD -> init  # ??  self._bridge.send_command(0x66, 0x49, 0x55, 0x13, 0x5D, 0x05, 0x10) # ??  self._bridge.send_command(0x4D, 0x78) # 00:Panel setting Register  self._bridge.send_command(0x00, 0x0F, 0x29) # 01:Power setting Register  self._bridge.send_command(0x01, 0x07, 0x00) # 03:Power OFF Sequence Setting Register  self._bridge.send_command(0x03, 0x10, 0x54, 0x44) # 06:Booster Soft Start Command  self._bridge.send_command(0x06, 0x0F, 0x0A, 0x2F, 0x25, 0x22, 0x2E, 0x21) # 50:VCOM and DATA Interval setting Register  self._bridge.send_command(0x50, 0x37) # ??  self._bridge.send_command(0x60, 0x02, 0x02) # 61:Resolution setting  self._bridge.send_command(0x61, self._width>>8, self._width&255, self._height>>8, self._height&255) # ??  self._bridge.send_command(0xE7, 0x1C) # E3:Power Saving Register  self._bridge.send_command(0xE3, 0x22) # ??  self._bridge.send_command(0xB6, 0x6F) self._bridge.send_command(0xB4, 0xD0) self._bridge.send_command(0xE9, 0x01) # 30:PLL Control Register  self._bridge.send_command(0x30, 0x08) # # 04:Power ON Command  # self.power_on_panel()  # Frame  def set_frame_bytes(self, frame_bytes: bytes): """frame_bytesを電子ペーパーに転送します(表示しない)。""" # 10:Data Start Transmission Register  self._bridge.send_command(0x10, frame_bytes) class EPaperDisplayWaveshare13in3E(EPaperDisplayWaveshare): """Waveshare 13.3インチ(E)""" def __init__(self, bridge): super().__init__( bridge = bridge, width = 1200, height = 1600, bits_per_pixel = 4, palette = bytes((0,0,0)+ (255,255,255)+ (255,255,0)+ (255,0,0)+ (0,0,0)+ (0,0,255)+ (0,255,0)+ (0,0,0)*249), default_pixel_value = 1, all_driver_chip_numbers = [0, 1] ) def init_driver_chips(self): # See: epd13in3E.py -> EPD -> init  # (Master)  self.select_driver_chip(0) self._bridge.send_command(0x74, 0xC0, 0x1C, 0x1C, 0xCC, 0xCC, 0xCC, 0x15, 0x15, 0x55) # (Master and Slave)  self.select_all_driver_chips() self._bridge.send_command(0xF0, 0x49, 0x55, 0x13, 0x5D, 0x05, 0x10) self._bridge.send_command(0x00, 0xDF, 0x69) self._bridge.send_command(0x50, 0xF7) self._bridge.send_command(0x60, 0x03, 0x03) self._bridge.send_command(0x86, 0x10) self._bridge.send_command(0xE3, 0x22) # E3:Power Saving Register  self._bridge.send_command(0xE0, 0x01) self._bridge.send_command(0x61, 0x04, 0xB0, 0x03, 0x20) # 61:Resolution setting  # (Master)  self.select_driver_chip(0) self._bridge.send_command(0x01, 0x0F, 0x00, 0x28, 0x2C, 0x28, 0x38) self._bridge.send_command(0xB6, 0x07) self._bridge.send_command(0x06, 0xE8, 0x28) self._bridge.send_command(0xB7, 0x01) self._bridge.send_command(0x05, 0xE8, 0x28) self._bridge.send_command(0xB0, 0x01) self._bridge.send_command(0xB1, 0x02) # Frame  def set_frame_bytes(self, frame_bytes: bytes): """frame_bytesを電子ペーパーに転送します(表示しない)。""" line_pitch = self.frame_line_nbytes line_half = self.frame_line_nbytes // 2 height = self.height frame_nbytes = self.frame_nbytes # 10:Data Start Transmission Register  self.select_driver_chip(0) self._bridge.on_command_start() self._bridge.send_command_code(0x10) for y in range(height): print(f"\r{line_half*y}/{frame_nbytes}", end="", flush=True) self._bridge.send_data( frame_bytes[y * line_pitch : y * line_pitch + line_half]) self._bridge.on_command_end() self.select_driver_chip(1) self._bridge.on_command_start() self._bridge.send_command_code(0x10) for y in range(height): print(f"\r{line_half*(height+y)}/{frame_nbytes}", end="", flush=True) self._bridge.send_data( frame_bytes[y * line_pitch + line_half : y * line_pitch + line_half + line_half]) self._bridge.on_command_end() print(f"\r{frame_nbytes}/{frame_nbytes}", flush=True) # Main  def main(): parser = argparse.ArgumentParser( prog="epaper_print", usage="python epaper_print.py [options]") parser.add_argument("filename", help="image file name") # TODO: Add options for specify device types  # parser.add_argument("--bridge") #--bridge=mcp2210:serial=0002193217:pin_dc=2:pin_pwr=4  # parser.add_argument("--epaper") #--epaper=waveshare13in3e  # TODO: Add panel clear option  # parser.add_argument("--clear")  # TODO: Add forced power off option  # parser.add_argument("--poweroff")  # TODO: Add image rotation option  # parser.add_argument("--rotate")  # TODO: Add verbose option  # parser.add_argument("--verbose")  args = parser.parse_args() logger.debug("Load image") im = Image.open(args.filename) logger.debug("Rotate image") im = im.rotate(-90, expand=True) logger.debug("Create bridge") bridge = EPaperBridgeMCP2210() logger.debug("Create EPaperDisplay") # epaper = EPaperDisplayWaveshare3in5G(bridge)  epaper = EPaperDisplayWaveshare13in3E(bridge) try: logger.debug("Resize image") im = im.resize((epaper.width, epaper.height)) logger.debug("Show image") epaper.show_image(im) # epaper.fill_frame_with_byte(0xaf)  # epaper.update_panel()  # epaper.clear_frame()  # epaper.update_panel()  finally: logger.debug("Shutdown") try: # TODO: 転送中等にC-cで中断するとうまくshutdownできないことがある。パネルの電源が入りっぱなしになると良くない。  epaper.shutdown() finally: bridge.close() logger.debug("End") if __name__ == "__main__": main() 

EMACS = C:/my-program-dir/emacs-30.2/bin/emacs CHROME = "C:/Program Files/Google/Chrome/Application/chrome.exe" AGENDA_HTML_SRC = ~/my-org-agenda-html/agenda.html MAGICK = magick EPAPER_PRINT = python epaper_print.py .PHONY: all all: update-agenda upload .PHONY: update-agenda update-agenda: $(EMACS) -batch -l ~/.emacs.d/init.el -eval '(org-batch-store-agenda-views)' tmp-agenda.html: $(AGENDA_HTML_SRC) cp $< $@ tmp-agenda.png: tmp-agenda.html $(CHROME) --headless --screenshot=$(abspath tmp-agenda.png) --window-size=1600,1300 --force-device-scale-factor=1 --hide-scrollbars $(abspath tmp-agenda.html) $(MAGICK) $@ -crop 1600x1200+0+0 +repage $@ # ↑下に空白が空いてしまう(95px)ので大きめに作ってImageMagickでカットする。 # https://www.reddit.com/r/chrome/comments/1jsa174/chrome_headless_screenshot_omitting_bottom_95/ # https://issues.chromium.org/issues/405165895  .PHONY: upload upload: tmp-agenda.png $(EPAPER_PRINT) tmp-agenda.png .PHONE: clean clean: rm tmp-agenda.png rm tmp-agenda.html 

/* agenda.css: org-agenda電子ペーパー用CSS */ html { margin: 0; padding: 0; } body { margin: 0; padding: 0; overflow: hidden; line-height: 1.5; /* 文字 */ /*-webkit-font-smoothing: none;*/ font-family:"MS Gothic", "Noto Sans JP", monospace; font-size: 26px; color: #000000; background-color: #ffffff; } body>pre { margin: 0; padding: 10px; font-family: inherit; /* 高さ固定2段組 */ height: 100vh; box-sizing: border-box; column-width: calc((100vw - 10px - 20px - 10px) / 2); column-gap: 20px; /* 折り返しの回避 */ white-space: pre; text-overflow: ellipsis; overflow: hidden; } /* ハイパーリンクの装飾を取消 */ a { color: inherit; background-color: inherit; font: inherit; text-decoration: none; } /* タイトル */ .org-agenda-structure { font-weight: bold; color: #ffffff; background-color: #102e80; padding: 4px 10px; } /* アジェンダ行TODOキーワード・タグ・優先度等 */ .org-todo, .org-modern-todo { color: #c00000; font-size: 75%; display: none; } .org-done, .org-modern-done { color: #20c060; font-size: 75%; } .org-tag, .org-modern-tag { border: 1px solid #555; font-size: 60%; color: #555; } .org-priority, .org-modern-priority { color: #ff00ff; } .org-hide { /* color: #ffffff; font-size: 8px; */ display: none; } /* アジェンダ行内容 */ .org-agenda-done {color: #20c060;} .org-agenda-diary {color: #c00040;} .org-agenda-calendar-sexp {color: #506090;} .org-scheduled {} .org-scheduled-today {} .org-scheduled-previously {color: #c00000;} .org-upcoming-deadline {color: #ff0000;} .org-imminent-deadline {color: #ff0000; font-weight: bold;} /* タイムグリッド */ .org-time-grid {color: #506090;} .org-agenda-current-time {color: #506090; font-weight: bold;} /* 日付行(日付・曜日・付加情報) */ :root { --date-color: #000; --date-color-sat: #04f; --date-color-sun: #c00; } .org-agenda-date, .my-org-agenda-date-saturday, .org-agenda-date-weekend { font-size: 125%; font-weight: bold; border-left: 10px solid currentColor; padding-left: 4px; /* padding-top: 4px; */ } .org-agenda-date {color: var(--date-color);} .my-org-agenda-date-saturday {color: var(--date-color-sat);} .org-agenda-date-weekend {color: var(--date-color-sun);} .my-org-agenda-dow, .my-org-agenda-dow-saturday, .my-org-agenda-dow-weekend { font-size: 70%; font-weight: bold; padding-left: 2px; vertical-align: 2px; } .my-org-agenda-dow {color: var(--date-color);} .my-org-agenda-dow-saturday {color: var(--date-color-sat);} .my-org-agenda-dow-weekend {color: var(--date-color-sun);} .my-org-agenda-date-info { /* 付加情報 */ font-size: 77%; margin-left: 8px; } .my-org-agenda-date-info img[src*="/.jma-weather-cache/"] { /* 天気画像 */ height: 2em; vertical-align: -30%; } .my-org-agenda-date-info img { /* 月画像 */ height: 1.3em; vertical-align: -8%; }