hiko
Diary:(·-·)Hoping I Keep On, Hanging In Kinda Okay---

Color_r

论文配色参考

  1. 采用淡雅柔和色块,整体明度高,减少视觉疲劳。
  • #F7CFCD - 247,207,205
  • #FEF4CE - 254,244,206
  • #D6E9D4 - 214,233,212
  • #E2D5E7 - 226,213,231

image-20250410174117368

  1. 主要为蓝紫色系,整体色彩搭配适合用于营造冷静、专业且富有层次感的视觉环境。
  • #9594C0 - 149,148,192
  • #6665A5 - 102,101,165
  • #30569F - 48,86,159
  • #4968A9 - 73,104,169
  • #4585BE - 69,133,190
  • #10B4DD - 16,180,221
  • #81C8E4 - 129,200,228
  • #6AC2D2 - 106,194,210
  • #BFDEE5 - 191,222,229

image-20250410175440894

  1. 暗色调带来稳重感,浅淡柔和色则增添了些明快与温馨,适用于营造既有深度又不失舒适感的视觉氛围。
  • #963634 - 150,54,52
  • #D35400 - 211,84,0
  • #F5E0E0 - 245,224,224
  • #DACDE6 - 194,189,150
  • #3E68A6 - 60,104,166
  • #1E78B5 - 30,120,181
  • #E0E7F3 - 224,231,243
  • #7F7F7F - 127,127,127

image-20250410174921300

  1. 涵盖了从沉稳到淡雅的多种色调,简约、平和且不失格调。
  • #C0908C - 192,144,140
  • #2E4971 - 46,73,113
  • #848E9F - 132,142,159
  • #FCF8ED - 252,248,237
  • #D9EEF0 - 217,238,240
  • #F9EFF7 - 249,239,247

image-20250410175153923

  1. 兼具深度与柔和感,既神秘又清新。
  • #A35C72 - 163,92,114
  • #3C779F - 60,119,159
  • #86D2B2 - 134,210,178
  • #A08EA0 - 160,142,160
  • #F1E4E8 - 241,228,232
  • #E1E8F1 - 225,232,241
  • #CAE4D8 - 202,228,226
  • #A0B3BC - 160,179,188

image-20250410180022793

  1. 主要为绿色系及其相近色调,适合营造自然、清新且富有层次感的视觉效果。
  • #D7E065 - 215,224,101
  • #BAB063 - 186,176,99
  • #A4BA7E - 164,186,126
  • #659A6F - 101,154,111
  • #46A6A1 - 70,166,161

image-20250410180325964

  1. 涵盖了从冷到暖、从深到浅的多种色调,整体色彩组合丰富多样,适用于打造风格多变的视觉效果。
  • #7bbdd3 - 123,189,211
  • #afd1dd - 175,209,221
  • #dce9ef - 220,233,239
  • #c9b8e5 - 201,184,229
  • #dbd5ef - 219,213,239
  • #a50000 - 165,0,0
  • #d16694 - 209,102,148
  • #f4d1e9 - 244,209,233
  • #fce8f4 - 252,232,244
  • #eddbd9 - 237,219,217

image-20250410180622027

  1. 生成色块图的脚本
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import matplotlib.pyplot as plt
import numpy as np

hex_colors = ['#', '#', '#', '#']
rgb_colors = [tuple(int(color[i:i+2], 16) / 255.0 for i in (1, 3, 5)) for color in hex_colors]

num_colors = len(rgb_colors)
square_size = 1
fig, ax = plt.subplots(figsize=(num_colors * square_size, square_size))
matrix = np.array([rgb_colors] * 1)

ax.imshow(matrix, aspect='auto', interpolation='nearest')
ax.set_yticks([])
ax.set_xticklabels([])
ax.spines['top'].set_visible(False)
ax.spines['right'].set_visible(False)
ax.spines['bottom'].set_visible(False)
ax.spines['left'].set_visible(False)
ax.grid(False)
ax.tick_params(axis='both', which='both', length=0)

plt.show()

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