2025

Config.py

@@ -3,7 +3,7 @@
 
 TEST = False
 
-EDITION='2024'
+EDITION='2025'
 EDITIONS_FOLDER = 'editions'
 
 DB_PATH_T = 'hackeps-'+EDITION+'/dev/users'
@@ -34,16 +34,17 @@
 BOLD_FONT_FILE = 'SpaceMono-Bold.ttf'
 FONT_PATH = path.join(RES_PATH, FONT_FOLDER, FONT_FILE)
 BOLD_FONT_PATH = path.join(RES_PATH, FONT_FOLDER, BOLD_FONT_FILE)
-TYPE_FONT_SIZE = 150
-NAME_FONT_SIZE = 249
+TYPE_FONT_SIZE = 40
+NAME_FONT_SIZE = 60
 FONT_COLOR = (0,0,0)
-WHITE_FONT_COLOR = (255,255,255)
+WHITE_FONT_COLOR = (84,49,26)
 DARK_FONT_COLOR = (35,35,35)
+BROWN_COLOR = (101, 67, 33)
 TYPE_FONT = ImageFont.truetype(FONT_PATH, TYPE_FONT_SIZE)
 NAME_FONT = ImageFont.truetype(FONT_PATH, NAME_FONT_SIZE)
 BOLD_TYPE_FONT = ImageFont.truetype(BOLD_FONT_PATH, TYPE_FONT_SIZE)
 BOLD_NAME_FONT = ImageFont.truetype(BOLD_FONT_PATH, NAME_FONT_SIZE)
 # FONT = ImageFont.truetype("Symbola.ttf", 60, encoding='unic')
 
 MAIN_COLOR = (31, 33, 36)
-BAK_COLOR = (196, 222, 211)
+BAK_COLOR = (119, 177, 201)

batch_pdfer.py

@@ -3,35 +3,87 @@
 from fpdf import FPDF
 import glob
 import os
-
 image_directory = r'./_out_/'
 extensions = ('*.jpg','*.png','*.gif')
+
+# --- Configurable layout / scaling parameters ---
+# Convert pixels to millimeters. Increase this to make images larger.
+# Typical values: 0.0271 (small), 0.0847 (larger). Default here is 0.0847 for bigger images.
+PIXEL_TO_MM = 0.0847
+# Page layout: number of images per row/column
+IMAGES_PER_ROW = 3
+IMAGES_PER_COL = 3
+# Page margins (mm) and gap between images (mm)
+MARGIN_MM = 0
+GAP_MM = 1
+# Target badge size (mm) — set to your measured lanyard size
+TARGET_WIDTH_MM = 95
+TARGET_HEIGHT_MM = 70
+# If True, compute IMAGES_PER_ROW / IMAGES_PER_COL automatically based on the target and page size
+AUTO_LAYOUT = False
+# How much of the target area the image should fill (0.0-1.0)
+CELL_FILL = 0.95
+# Allow upscaling images if they're smaller than the target
+UPSCALE = True
+# Global multiplier for fine adjustments
+GLOBAL_SCALE = 1.0
+# -------------------------------------------------
+
 pdf = FPDF()
-imagelist=[]
+imagelist = []
 for ext in extensions:
-    imagelist.extend(glob.glob(os.path.join(image_directory,ext)))
+    imagelist.extend(glob.glob(os.path.join(image_directory, ext)))
+
+pdf_size = {'P': {'w': 210, 'h': 297}, 'L': {'w': 297, 'h': 210}}
 
 for index, imageFile in enumerate(imagelist):
     cover = Image.open(imageFile)
-    width, height = cover.size
+    px_w, px_h = cover.size
+
+    # convert pixels to mm
+    width_mm = float(px_w * PIXEL_TO_MM)
+    height_mm = float(px_h * PIXEL_TO_MM)
 
-    # convert pixel in mm with 1px=0.0847 mm
-    width, height = float(width * 0.0271), float(height * 0.0271)
+    # determine orientation by image aspect
+    orientation = 'P' if width_mm < height_mm else 'L'
 
-    # given we are working with A4 format size 
-    pdf_size = {'P': {'w': 210, 'h': 297}, 'L': {'w': 297, 'h': 210}}
+    page_w = pdf_size[orientation]['w']
+    page_h = pdf_size[orientation]['h']
 
-    # get page orientation from image size 
-    orientation = 'P' if width < height else 'L'
+    # If AUTO_LAYOUT and target specified, compute how many target cells fit on the page
+    if AUTO_LAYOUT and TARGET_WIDTH_MM and TARGET_HEIGHT_MM:
+        IMAGES_PER_ROW = max(1, int((page_w - 2 * MARGIN_MM + GAP_MM) // (TARGET_WIDTH_MM + GAP_MM)))
+        IMAGES_PER_COL = max(1, int((page_h - 2 * MARGIN_MM + GAP_MM) // (TARGET_HEIGHT_MM + GAP_MM)))
 
-    #  make sure image size is not greater than the pdf format size
-    width = width if width < pdf_size[orientation]['w'] else pdf_size[orientation]['w']
-    height = height if height < pdf_size[orientation]['h'] else pdf_size[orientation]['h']
+    # compute available cell size for each image
+    cell_w = (page_w - 2 * MARGIN_MM - (IMAGES_PER_ROW - 1) * GAP_MM) / IMAGES_PER_ROW
+    cell_h = (page_h - 2 * MARGIN_MM - (IMAGES_PER_COL - 1) * GAP_MM) / IMAGES_PER_COL
 
-    if index % 9 == 0:
+    # If a target size is set, try to fit the image inside the target area first
+    if TARGET_WIDTH_MM and TARGET_HEIGHT_MM:
+        target_w = TARGET_WIDTH_MM * GLOBAL_SCALE * CELL_FILL
+        target_h = TARGET_HEIGHT_MM * GLOBAL_SCALE * CELL_FILL
+        base_scale = min(target_w / width_mm, target_h / height_mm)
+    else:
+        base_scale = min(cell_w / width_mm, cell_h / height_mm)
+
+    if not UPSCALE:
+        base_scale = min(1.0, base_scale)
+
+    render_w = width_mm * base_scale
+    render_h = height_mm * base_scale
+
+    # add new page when needed
+    images_per_page = IMAGES_PER_ROW * IMAGES_PER_COL
+    if index % images_per_page == 0:
         pdf.add_page(orientation=orientation)
 
-    pdf.image(imageFile, 7+(width+1) * (index%3), 7+(height+1)*((index//3)%3), width, height)
+    col = index % IMAGES_PER_ROW
+    row = (index // IMAGES_PER_ROW) % IMAGES_PER_COL
+
+    x = MARGIN_MM + (render_w + GAP_MM) * col
+    y = MARGIN_MM + (render_h + GAP_MM) * row
 
+    pdf.image(imageFile, x, y, render_w, render_h)
 
-pdf.output(image_directory + "file.pdf", "F")
+pdf.output(os.path.join(image_directory, "file.pdf"), "F")

models/assistant.py

@@ -35,7 +35,7 @@ def generate_qr(self, crypt_id=False):
 
 	def generate_card(self, rgb_back=(255, 255, 255), template=Config.BAK_PATH_CONTESTANT):
 		self.card = Image.open(template)
-		tools.draw_text(self.card, self.type, Card.TYPE_POS, Config.TYPE_FONT, Config.WHITE_FONT_COLOR)
+		tools.draw_text(self.card, self.type, Card.TYPE_POS, Config.TYPE_FONT, Config.BROWN_COLOR)
 		if self.type == '':
 			self.smallen()
 

models/card.py

@@ -1,9 +1,9 @@
 class Card:
 	QR_PIX_SIZE = 1
-	QR_POS = (711*3, 315*3-333//3)
-	_QR_SIZE = 331*3
+	QR_POS = (711*1 - 100, 315*2-900//3)
+	_QR_SIZE = 331*1
 	QR_SIZE = (_QR_SIZE, _QR_SIZE)
 	QR_BORDER_SIZE = 2
-	TYPE_POS = (1050*3, 150*3)
-	NAME_POS = (1050*3, 40*3)
-	NICK_POS = (984*3, 40*3)
+	TYPE_POS = (1063*(1/2), 720*(0.8/5))
+	NAME_POS = (1063*(1/2), 720*(0.2/5))
+	NICK_POS = (1063*(2/4), 720*(2/5))

models/company.py

@@ -22,12 +22,13 @@ def __init__(self, name:str, image):
 		self.logo = image
 
 	def generate_card(self, rgb_back=(255, 255, 255)):
+		print("Generating card for company:", self.name)
 		self.card = Image.open(Config.BAK_PATH_EMPRESA)
 		tools.draw_text(self.card, self.type, Card.TYPE_POS, Config.TYPE_FONT, Config.DARK_FONT_COLOR)
 		if self.type == '':
 			self.smallen()
 		image = tools.translate_image(self.logo)
-		image = tools.scale(image, Card.QR_SIZE, mask_col=(255,204,77))
+		image = tools.scale(image, Card.QR_SIZE)
 		self.card.paste(image, Card.QR_POS)
 		tools.centrate_text_relative(self.card, self.name.strip(),Config.BOLD_NAME_FONT, Card.NAME_POS, Card.QR_SIZE * 3, Config.DARK_FONT_COLOR)
 		self.smallen()
@@ -55,4 +56,14 @@ def get_data(name=None):
 					break
 			if Config.TEST or (name is not None and comp['name'] == name):
 				break
+
+		tier3=get_by_tier(3)
+		for comp in tier3:
+			for _ in range(5):
+				if name is None or comp['name'] == name:
+					res.append(Company(comp['name'], comp['image']))
+				if Config.TEST:
+					break
+			if Config.TEST or (name is not None and comp['name'] == name):
+				break
 		return res

requirements.txt

@@ -13,11 +13,11 @@ google-cloud-storage==2.8.0
 google-resumable-media==2.4.1
 googleapis-common-protos==1.59.0
 # grpcio==1.25.0
-grpcio==1.53.0
+grpcio==1.76.0
 httplib2==0.22.0
 idna==3.4
 msgpack==1.0.5
-Pillow==9.5.0
+Pillow==12.0.0
 # pkg-resources==0.0.0
 # protobuf==3.15.0
 protobuf==4.22.1
@@ -29,4 +29,5 @@ requests==2.28.2
 rsa==4.9
 six==1.16.0
 uritemplate==3.0.0
-urllib3==1.26.15
+urllib3==1.26.15
+cairosvg>=2.0.0

resources/editions/data_sample.json

@@ -1,7 +1,32 @@
 {
   "empty": 5,
   "organizers": [
-    {"name":"Ton Llucià Senserrich"}
+    {"name":"Pol Llinàs"},
+    {"name":"Naïm Saadi"},
+    {"name":"Lluc Vivet"},
+    {"name":"Lotfi Bouakel (LOLO)"},
+    {"name":"Ton Llucià "},
+    {"name":"Joel Ros "},
+    {"name":"Gerard Tersa "},
+    {"name":"Alba Serrano "},
+    {"name":"Aida Chavero "},
+    {"name":"Martina López "},
+    {"name":"Anaïs Garrofé "},
+    {"name":"Júlia Calvo "},
+    {"name":"Aleix Rosinach "},
+    {"name":"Andreu Puig-gròs "},
+    {"name":"Enric Zhang "},
+    {"name":"David Garcia "},
+    {"name":"Nataly Jaya "},
+    {"name":"Toni López "},
+    {"name":"Òscar van de Crommert"},
+    {"name":"Carles Sànchez"},
+    {"name":"Gerard Ballebrera"},
+    {"name":"Albert Sorribes"},
+    {"name":"Bru Pallàs "},
+    {"name":"Norbert Aguilera"},
+    {"name":"Aleix Bertran"}
+
   ],
   "volunteers": [
     {"name":"Ton Llucià Senserrich"}
@@ -11,5 +36,18 @@
   ],
   "guests": [
     {"name":"Ton Llucià Senserrich","type":"HACKER","qr":true}
+  ],
+  "mentors": [
+    {"name":"David Sarrat","qr":true},
+    {"name":"Sergi Vila","qr":true},
+    {"name":"Alba Lamas","qr":true},
+    {"name":"Josep","qr":true},
+    {"name":"Jordi Onrubia","qr":true},
+    {"name":"Cangrejo #1"},
+    {"name":"Cangrejo #2"},
+    {"name":"Cangrejo #3"},
+    {"name":"ivansaureu15"},
+    {"name":"Josep Maria Salvia"},
+    {"name":"Salce"}
   ]
 }