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Tiers drive physical traits and serial checks; guide item

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Fans (1/2/3/3) and power connectors (6/8/8/8+8) follow the real chip's tier,
so a fake shows its real tier physically. Serial numbers (brand prefix, tier
code, factory code, four digits) are drawn on the sticker from card state;
the label bar gets power-and-fans and serial rows, eight in total, with a
framed panel. A graphics card appraisal guide item holds the rules.

Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
This commit is contained in:
ZHU MINCHAOandClaude Sonnet 5.5 committed 2026-11-03 14:18:01 +08:00
1 parent 9d19df407a
commit 7f458b0139
113 files changed
+227 -133
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art/big.py
+27 -29
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@@ -7,8 +7,9 @@ import random
from sprites import Canvas, C, key, MODELS
BW, BH = 192, 128
FANS = ((68, 51), (142, 51))
FR = 30 # 风扇半径
# 风扇布局（按风扇数）：中心与半径；FANS / FR 保留为双风扇的值，给叠加图模块当默认
FAN_LAYOUT = {1: ([(105, 55)], 34), 2: ([(68, 51), (142, 51)], 30), 3: ([(52, 51), (96, 51), (140, 51)], 21)}
FANS, FR = FAN_LAYOUT[2][0], FAN_LAYOUT[2][1]
SH0, SH1 = (24, 14), (186, 96) # 散热罩 左上 / 右下
FING_Y0, FING_Y1 = 109, 122
NOTCH_X = 112
@@ -94,9 +95,9 @@ def bracket(c):
c.rect(9, 10, 14, 12, 'k')
def fan(c, cx, cy, accent, accent_dark):
def fan(c, cx, cy, accent, accent_dark, R=None):
"""风扇：九片弯曲扇叶（前缘高光、叶面渐变、叶尖暗边），外圈带四个固定螺丝，轴心带品牌圆标。"""
R = FR
R = R or FR
for y in range(cy - R - 1, cy + R + 2):
for x in range(cx - R - 1, cx + R + 2):
dx, dy = x - cx, y - cy
@@ -135,7 +136,10 @@ def fan(c, cx, cy, accent, accent_dark):
c.put(sx, sy, 'g')
def gpu_front(accent, accent_dark, brand_text, burnt=False):
def gpu_front(accent, accent_dark, brand_text, tier=1, burnt=False):
"""tier 决定实物特征：风扇数（1/2/3/3）与供电口（6 针 / 8 针 / 8 针 / 双 8 针）。"""
count = (1, 2, 3, 3)[tier]
fans, R = FAN_LAYOUT[count]
c = Canvas(BW, BH)
bracket(c)
x0, y0 = SH0
@@ -161,21 +165,26 @@ def gpu_front(accent, accent_dark, brand_text, burnt=False):
c.put(x, y, 'x' if (x - (x1 - 18)) % 3 == 0 else 'g' if (x - (x1 - 18)) % 3 == 1 else 'n')
c.rect(x1 - 20, y0 + 10, x1 - 19, y1 - 4, 'x')
# 风扇之间的中筋
c.rect(105, y0 + 8, 106, y1 - 5, 'k'); c.rect(107, y0 + 8, 107, y1 - 5, 'x')
for cx, cy in FANS:
fan(c, cx, cy, accent, accent_dark)
for a, b in zip(fans, fans[1:]):
mx = (a[0] + b[0]) // 2 + 1
c.rect(mx - 1, y0 + 8, mx, y1 - 5, 'k'); c.rect(mx + 1, y0 + 8, mx + 1, y1 - 5, 'x')
for cx, cy in fans:
fan(c, cx, cy, accent, accent_dark, R)
# 前沿斜切装饰条：品牌色 + 品牌字
for x in range(x0 + 4, x1 - 20):
c.rect(x, y1 - 5, x, y1 - 3, accent if x % 11 else accent_dark)
text57(c, 112, 84, brand_text, 'h')
text57(c, 136 if count == 1 else 112, 84, brand_text, 'h')
# 顶沿：四根铜热管端头与 8 针供电口
for i in range(4):
x = 38 + i * 9
c.rect(x, 7, x + 6, y0 - 1, 'p'); c.rect(x, 7, x + 1, y0 - 1, 'h' if i == 0 else 'p')
c.rect(x + 5, 7, x + 6, y0 - 1, 'q'); c.rect(x, 7, x + 6, 7, 'q')
c.rect(112, 5, 154, y0 - 1, 'n'); c.rect(112, 5, 154, 6, 'z')
for i in range(8):
c.rect(114 + i * 5, 7, 116 + i * 5, 9, 'k'); c.put(115 + i * 5, 8, 'Y')
# 供电口：低端 6 针；中端、高端 8 针；旗舰两个 8 针
for left, pins in ((((118, 6),) if tier == 0 else ((112, 8),) if tier < 3 else ((78, 8), (126, 8)))):
right = left + pins * 5 + 2
c.rect(left, 5, right, y0 - 1, 'n'); c.rect(left, 5, right, 6, 'z')
for i in range(pins):
c.rect(left + 2 + i * 5, 7, left + 4 + i * 5, 9, 'k'); c.put(left + 3 + i * 5, 8, 'Y')
# PCB：阻焊绿、边缘高光、元件与走线
for y in range(y1 + 1, FING_Y0):
for x in range(x0, x1 + 1):
@@ -248,8 +257,6 @@ def sticker(c, seed):
w = 1 + ((x * 7 + seed) % 3)
if (x * 5 + seed) % 4 != 0:
c.rect(x, 70, x, 84, 'n')
text57(c, 118, 88, "0X5A70", 'n')
c.rect(150, 88, 166, 94, 'm')
def seal(c):
@@ -407,19 +414,12 @@ def ov_sticker(kind):
BIG = {}
for _b, (_a, _ad, _t) in {'probidia': ('G', 'g2', 'PROBIDIA'), 'pmd': ('R', 'r2', 'PMD')}.items():
BIG['gpu_big_%s_f' % _b] = (lambda a=_a, ad=_ad, t=_t: gpu_front(a, ad, t))
for _tier in range(4):
BIG['gpu_big_%s_f_t%d' % (_b, _tier)] = (lambda a=_a, ad=_ad, t=_t, k=_tier: gpu_front(a, ad, t, k))
BIG['gpu_big_%s_b' % _b] = (lambda a=_a, ad=_ad: gpu_back(a, ad))
BIG['gpu_big_burnt_f'] = lambda: gpu_front('e', 'c', 'PROBIDIA', burnt=True)
BIG['gpu_big_burnt_f'] = lambda: gpu_front('e', 'c', 'PROBIDIA', 1, burnt=True)
BIG['gpu_big_burnt_b'] = lambda: gpu_back('e', 'c', burnt=True)
BIG_OV = {
'gpu_big_ov_fan1': lambda: ov_fan(1), 'gpu_big_ov_fan2': lambda: ov_fan(2),
'gpu_big_ov_fin1': lambda: ov_fingers(1), 'gpu_big_ov_fin2': lambda: ov_fingers(2),
'gpu_big_ov_brk1': lambda: ov_bracket(1), 'gpu_big_ov_brk2': lambda: ov_bracket(2),
'gpu_big_ov_stk1': lambda: ov_sticker(1), 'gpu_big_ov_stk2': lambda: ov_sticker(2),
}
for _m in MODELS:
BIG_OV['gpu_big_ov_txt_' + key(_m)] = (lambda m=_m: ov_text(m, False))
BIG_OV['gpu_big_ov_txs_' + key(_m)] = (lambda m=_m: ov_text(m, True))
BIG_OV = {}
if __name__ == '__main__':
import sys, os
@@ -435,7 +435,5 @@ if __name__ == '__main__':
b.px[y][x] = oc.px[y][x]
return b
bg = (0x6A, 0x72, 0x70)
stack('gpu_big_probidia_f').png(os.path.join(d, 'big_f.png'), scale=5, bg=bg)
stack('gpu_big_pmd_f', 'gpu_big_ov_fan1', 'gpu_big_ov_fin2', 'gpu_big_ov_brk2').png(os.path.join(d, 'big_f_fake.png'), scale=5, bg=bg)
stack('gpu_big_pmd_b', 'gpu_big_ov_txs_rz6800', 'gpu_big_ov_stk1').png(os.path.join(d, 'big_b_fake.png'), scale=5, bg=bg)
stack('gpu_big_probidia_b', 'gpu_big_ov_txt_rzx80ti').png(os.path.join(d, 'big_b.png'), scale=5, bg=bg)
for t in range(4):
stack('gpu_big_probidia_f_t%d' % t).png(os.path.join(d, 'big_f_t%d.png' % t), scale=3, bg=bg)