"""
SaiCore Dark-Red Theme - Complete icon regeneration.
All icons redesigned with dark-red palette: #dc2626 primary, #f87171 light,
#991b1b dark, #fca5a5 accent, white on dark backgrounds.
Icons are drawn as clean, modern flat designs with rounded shapes.
"""
import os, math
from PIL import Image, ImageDraw, ImageFont
BASE = os.path.join(os.path.dirname(__file__), "..", "resources", "images")
# Dark-Red Theme Palette
RED = (220, 38, 38) # #dc2626 - primary
RED_LT = (248, 113, 113) # #f87171 - light variant
RED_DK = (153, 27, 27) # #991b1b - dark variant
RED_XL = (252, 165, 165) # #fca5a5 - accent light
GOLD = (245, 158, 11) # #f59e0b - highlight
WHITE = (255, 255, 255)
CREAM = (250, 250, 249) # near-white for dark bg
DARK = (26, 10, 10) # #1a0a0a - darkest bg
SURFACE = (45, 21, 23) # #2d1517 - surface
GRAY = (82, 82, 91) # #52525b - borders
GREEN = (16, 185, 129) # success
T = (0, 0, 0, 0)
def font(sz):
for n in ['C:/Windows/Fonts/segoeuib.ttf', 'C:/Windows/Fonts/arialbd.ttf']:
try: return ImageFont.truetype(n, sz)
except: pass
return ImageFont.load_default()
def new(sz=42):
img = Image.new('RGBA', (sz, sz), T)
return img, ImageDraw.Draw(img)
def save(path, img):
img.save(path, 'PNG')
print(f" {os.path.basename(path)}")
def svg(path, body, w=42, h=42):
with open(path, 'w', encoding='utf-8') as f:
f.write(f'\n\n')
print(f" {os.path.basename(path)}")
def hx(c): return f'#{c[0]:02x}{c[1]:02x}{c[2]:02x}'
R = hx(RED)
RL = hx(RED_LT)
RD = hx(RED_DK)
RX = hx(RED_XL)
G = hx(GOLD)
W = hx(WHITE)
CR = hx(CREAM)
GR = hx(GRAY)
SU = hx(SURFACE)
DK = hx(DARK)
# ============================================================
# STYLUS PALETTE
# ============================================================
def gen_stylus():
print("=== Stylus Palette ===")
d = os.path.join(BASE, "stylusPalette")
sz = 42
def pen(color, arrow=False):
img, dr = new(sz)
# Pen body - diagonal with rounded cap
dr.line([(10,32),(30,12)], fill=color, width=5)
dr.ellipse([27,9,33,15], fill=color)
# Nib
dr.polygon([(7,35),(13,35),(10,31)], fill=color)
# Highlight stripe
dr.line([(12,30),(28,14)], fill=RED_LT, width=1)
if arrow: dr.polygon([(34,34),(40,31),(40,37)], fill=RED)
return img
def marker(color, arrow=False):
img, dr = new(sz)
dr.line([(10,32),(30,12)], fill=color, width=7)
dr.rounded_rectangle([27,5,35,13], radius=2, fill=color)
dr.polygon([(6,36),(14,36),(10,40)], fill=color)
dr.line([(12,30),(28,14)], fill=RED_LT, width=2)
if arrow: dr.polygon([(34,34),(40,31),(40,37)], fill=RED)
return img
def eraser(color, arrow=False):
img, dr = new(sz)
dr.rounded_rectangle([10,14,32,28], radius=4, fill=color)
dr.rounded_rectangle([10,23,32,28], radius=2, fill=RED)
# Highlight
dr.rounded_rectangle([12,16,30,18], radius=1, fill=RED_LT)
if arrow: dr.polygon([(34,34),(40,31),(40,37)], fill=RED)
return img
for name, img in [
("pen.png", pen(CREAM)), ("penOn.png", pen(RED)),
("penArrow.png", pen(CREAM, True)), ("penOnArrow.png", pen(RED, True)),
("marker.png", marker(CREAM)), ("markerOn.png", marker(RED)),
("markerArrow.png", marker(CREAM, True)), ("markerOnArrow.png", marker(RED, True)),
("eraser.png", eraser(CREAM)), ("eraserOn.png", eraser(RED)),
("eraserArrow.png", eraser(CREAM, True)), ("eraserOnArrow.png", eraser(RED, True)),
]: save(os.path.join(d, name), img)
# SVGs
for base, w in [("pen", 5), ("marker", 7), ("eraser", 0)]:
for suffix, color in [("", CR), ("On", R)]:
if base == "eraser":
body = f''
else:
body = f''
svg(os.path.join(d, f"{base}{suffix}.svg"), body)
# Line
for suffix, color in [("", CREAM), ("On", RED)]:
img, dr = new(sz)
dr.line([(8,32),(34,10)], fill=color, width=3)
dr.ellipse([5,29,11,35], fill=color)
dr.ellipse([31,7,37,13], fill=color)
save(os.path.join(d, f"line{suffix}.png"), img)
# Text
for suffix, color in [("", CREAM), ("On", RED)]:
img, dr = new(sz)
dr.text((13,7), "T", fill=color, font=font(26))
save(os.path.join(d, f"text{suffix}.png"), img)
# Hand
for suffix, color, play in [("",CREAM,False),("On",RED,False),("Play",CREAM,True),("PlayOn",RED,True)]:
img, dr = new(sz)
dr.rounded_rectangle([14,18,28,32], radius=5, fill=color)
for ox in [-6,-2,2,6]:
dr.rounded_rectangle([20+ox-1,10,20+ox+1,20], radius=1, fill=color)
dr.rounded_rectangle([10,22,14,28], radius=2, fill=color)
if play: dr.polygon([(30,18),(30,28),(37,23)], fill=WHITE)
save(os.path.join(d, f"hand{suffix}.png"), img)
# Arrow
for suffix, color in [("", CREAM), ("On", RED)]:
img, dr = new(sz)
dr.line([(8,34),(28,12)], fill=color, width=3)
dr.polygon([(28,12),(22,12),(28,18)], fill=color)
save(os.path.join(d, f"arrow{suffix}.png"), img)
# Capture
for suffix, color in [("", CREAM), ("On", RED)]:
img, dr = new(sz)
for i in range(8, 34, 6):
dr.line([i,8,min(i+3,34),8], fill=color, width=2)
dr.line([i,34,min(i+3,34),34], fill=color, width=2)
dr.line([8,i,8,min(i+3,34)], fill=color, width=2)
dr.line([34,i,34,min(i+3,34)], fill=color, width=2)
save(os.path.join(d, f"captureArea{suffix}.png"), img)
# Laser
for suffix, color in [("", CREAM), ("On", RED)]:
img, dr = new(sz)
dr.rounded_rectangle([8,19,26,23], radius=2, fill=color)
dr.ellipse([24,16,34,26], fill=RED)
dr.line([26,21,34,21], fill=RED_LT, width=2)
save(os.path.join(d, f"laser{suffix}.png"), img)
# Zoom
for suffix, direction in [("In",CREAM),("InOn",RED),("Out",CREAM),("OutOn",RED)]:
img, dr = new(sz)
dr.ellipse([8,8,28,28], outline=suffix_color, width=3)
dr.line([26,26,36,36], fill=suffix_color, width=3)
if "In" in suffix:
dr.line([14,18,22,18], fill=suffix_color, width=3)
dr.line([18,14,18,22], fill=suffix_color, width=3)
else:
dr.line([14,18,22,18], fill=suffix_color, width=3)
save(os.path.join(d, f"zoom{suffix}.png"), img)
# Restore zoom
img, dr = new(sz)
dr.ellipse([8,8,28,28], outline=CREAM, width=3)
dr.line([26,26,36,36], fill=CREAM, width=3)
dr.text((12,12), "1:1", fill=CREAM, font=font(8))
save(os.path.join(d, "restoreZoom.png"), img)
# Snap
for suffix, color in [("", CREAM), ("On", RED)]:
svg(os.path.join(d, f"snap{suffix}.svg"),
f'')