diff options
Diffstat (limited to 'main.py')
| -rw-r--r-- | main.py | 569 |
1 files changed, 307 insertions, 262 deletions
@@ -12,6 +12,10 @@ import darkdetect import os from os import path +from docx import Document +from docx.shared import Inches +from docx.enum.text import WD_ALIGN_PARAGRAPH + canadian_companies = [] def pyramid_list(lst, sort_canadian=True): @@ -198,301 +202,342 @@ class CompanySelector: def create_pyramid(self): selected_companies_tmp = [self.company_listbox.listbox.get(index) for index in self.company_listbox.listbox.curselection()] + print(f'Selected {len(selected_companies_tmp)} companies') selected_companies = [x.split(" - ")[0].strip() for x in selected_companies_tmp] + print(f'Symbols: {len(selected_companies)}') selected_df = self.df[self.df["Symbol"].isin(selected_companies)].sort_values(by="Weighting", ascending=False) + print(f'DF: {len(selected_df)}') #pyramid_file_path = asksaveasfilename(defaultextension=".xlsx", filetypes=[("Excel files", "*.xlsx *.xls")]) + if self.generate_word_doc.get() == 1: + word_file_path = asksaveasfilename(defaultextension=".docx", filetypes=[("Word files", "*.docx")]) + if not word_file_path: + return - image_file_path = asksaveasfilename(defaultextension=".png", filetypes=[("Image files","*.png")]) - - company_scores = {} - - # For each 'Company Name', company_scores[company] = 'Weighting' for that company - for company, ticker, weighting, dividend, currency in zip(selected_df["Company Name"], selected_df["Symbol"], selected_df["Weighting"], selected_df["Dividend?"], selected_df["Currency"]): - extra_char = "" - if dividend.strip() == "Y": - extra_char = "*" - if currency == "CAD": - canadian_companies.append(f'{company} ({ticker}){extra_char}') - company_scores[f'{company} ({ticker}){extra_char}'] = weighting - - from PIL import Image, ImageDraw, ImageFont - import math - # Sort the dictionary by score in ascending order - company_scores = {k: v for k, v in sorted(company_scores.items(), key=lambda item: item[1])} - - # Group the companies by their scores - pyramid = {i: [] for i in range(1, 7)} - for company, score in company_scores.items(): - pyramid[score].append(company) - - # Initialize some parameters - img_width = 3300 - pyramid_width = 3000 - img_height = 1550 #2550 - overall_height = 2550 - block_color = (3, 37, 126) # Blue color - dividend_color = block_color #(1,50,32) # Green color - font_color = (255, 255, 255) # White color - normal_block = (3, 37, 126) # Dark Blue - padding = 15 # Padding around blocks - radius = 10 - logo_padding = 100 # top padding for logo - pyramid_padding_bottom = 350 # bottom padding for pyramid - max_companies_in_row = 5 - base_path = "assets" - primary_font = path.join(base_path, "baskerville.ttf") - secondary_font = path.join(base_path, "gill_sans_bold.ttf") - - # Group the companies by their scores - pyramid = {} - for company, score in company_scores.items(): - if score not in pyramid: - pyramid[score] = [] - pyramid[score].append(company) - - # Sort the pyramid keys in ascending order to have a pyramid shape - sorted_keys = sorted(pyramid.keys()) - - companies = [] - - - for key in sorted_keys: - if pyramid[key] == []: - continue - if len(pyramid[key])<=max_companies_in_row: - companies.append(pyramid[key]) - else: - temp_list = [] - for x in range(len(pyramid[key])//max_companies_in_row): - temp_list.append(pyramid[key][x*max_companies_in_row:max_companies_in_row]) - - temp_list.append(pyramid[key][::-1][:len(pyramid[key])%max_companies_in_row]) - for row in temp_list[::-1]: - if row != []: - companies.append(row) - - everything_list = [] - for row in companies: - if row == []: - continue - for company in row: - everything_list.append(company) - - companies = everything_list - - companies = pyramid_list(companies) - - for company_row in companies: - print(company_row) - - # Calculate the maximum number of companies in a group (this will be the width of your pyramid) - max_companies = max(len(row) for row in companies) #max(len(v) for v in pyramid.values()) - - # Calculate the total number of groups (the height of your pyramid) - total_groups = len(companies) #len(pyramid) - - # Calculate the size of each block based on the width and height of the image and the number of blocks - block_size = min((pyramid_width - padding) // max_companies - padding, (img_height - padding) // total_groups - padding) - - # Calculate the size of each block based on the width and height of the image and the number of blocks - block_width = (pyramid_width - padding) // max_companies - padding - block_height = (img_height - padding) // total_groups - padding - - # Calculate the total width and height of the blocks (including padding) - total_width = max_companies * (block_width + padding) - total_height = total_groups * (block_height + padding) - - # Calculate the starting position for the first block - start_x = (pyramid_width - total_width) // 2 - start_y = (img_height - total_height) // 2 - - - # Create an image big enough to hold the pyramid - img = Image.new('RGB', (pyramid_width, img_height), "white") - d = ImageDraw.Draw(img) - - def wrap_text(text, max_length): - words = text.split() - lines = [] - current_line = [] - - for word in words: - if len(' '.join(current_line + [word])) <= max_length: - current_line.append(word) - else: - lines.append(' '.join(current_line)) - current_line = [word] - lines.append(' '.join(current_line)) - - return '\n'.join(lines) - - min_font_size = 100_000_000 - - for i, row in enumerate(companies): - for j, company in enumerate(row): - font_size = min(block_width // (len(company) // 2 + 1), block_height // 2) - if font_size < min_font_size: - min_font_size = font_size - - num_dividends = 0 + document = Document("assets/doc_template.docx") - # Loop over each level of the pyramid - for i, row in enumerate(companies): - for j, company in enumerate(row): - # Calculate the position of the block - x = start_x + j * (block_width + padding) + (max_companies - len(row)) * (block_width + padding) // 2 - y = start_y + i * (block_size + padding) - - # Calculate the color of the block - if company[-1] == "*": - block_color = dividend_color - num_dividends += 1 + advisor = self.advisor_string.get() + today = datetime.today() + + document.paragraphs[0].text = document.paragraphs[0].text.replace("{{ADVISOR}}", advisor) + + to_replace = document.paragraphs[3].text + + to_replace = to_replace.replace("{{MONTH}}" , today.strftime("%B")) + to_replace = to_replace.replace("{{YEAR}}" , today.strftime("%Y")) + + document.paragraphs[3].text = to_replace + + for company, ticker, dividend, currency, desc in zip(selected_df["Company Name"], selected_df["Symbol"], selected_df["Dividend?"], selected_df["Currency"], selected_df["Blurb"]): + extra_char = "" + if dividend.strip() == "Y": + extra_char = "***" + + new_paragraph = document.add_paragraph() + temp_run = new_paragraph.add_run(f'{company}{extra_char} ({ticker})') + temp_run.bold = True + new_paragraph.alignment = WD_ALIGN_PARAGRAPH.LEFT + document.paragraphs.pop() + desc_paragraph = document.add_paragraph(f"\n{desc}\n") + desc_paragraph.alignment = WD_ALIGN_PARAGRAPH.JUSTIFY + desc_paragraph.bold = False + + document.save(word_file_path) + + if self.generate_pyramid_var.get() == 0: + None + else: + image_file_path = asksaveasfilename(defaultextension=".png", filetypes=[("Image files","*.png")]) + + company_scores = {} + + # For each 'Company Name', company_scores[company] = 'Weighting' for that company + for company, ticker, weighting, dividend, currency in zip(selected_df["Company Name"], selected_df["Symbol"], selected_df["Weighting"], selected_df["Dividend?"], selected_df["Currency"]): + extra_char = "" + if dividend.strip() == "Y": + extra_char = "*" + if currency == "CAD": + canadian_companies.append(f'{company} ({ticker}){extra_char}') + company_scores[f'{company} ({ticker}){extra_char}'] = weighting + + from PIL import Image, ImageDraw, ImageFont + import math + # Sort the dictionary by score in ascending order + company_scores = {k: v for k, v in sorted(company_scores.items(), key=lambda item: item[1])} + + # Group the companies by their scores + pyramid = {i: [] for i in range(1, 7)} + for company, score in company_scores.items(): + pyramid[score].append(company) + + # Initialize some parameters + img_width = 3300 + pyramid_width = 3000 + img_height = 1550 #2550 + overall_height = 2550 + block_color = (3, 37, 126) # Blue color + dividend_color = block_color #(1,50,32) # Green color + font_color = (255, 255, 255) # White color + normal_block = (3, 37, 126) # Dark Blue + padding = 15 # Padding around blocks + radius = 10 + logo_padding = 100 # top padding for logo + pyramid_padding_bottom = 350 # bottom padding for pyramid + max_companies_in_row = 10 + base_path = "assets" + primary_font = path.join(base_path, "baskerville.ttf") + secondary_font = path.join(base_path, "gill_sans_bold.ttf") + + # Group the companies by their scores + pyramid = {} + for company, score in company_scores.items(): + if score not in pyramid: + pyramid[score] = [] + pyramid[score].append(company) + + # Sort the pyramid keys in ascending order to have a pyramid shape + sorted_keys = sorted(pyramid.keys()) + + companies = [] + + + for key in sorted_keys: + if pyramid[key] == []: + continue + if len(pyramid[key])<=max_companies_in_row: + companies.append(pyramid[key]) else: - block_color = normal_block + temp_list = [] + for x in range(len(pyramid[key])//max_companies_in_row): + temp_list.append(pyramid[key][x*max_companies_in_row:max_companies_in_row]) + + temp_list.append(pyramid[key][::-1][:len(pyramid[key])%max_companies_in_row]) + for row in temp_list[::-1]: + if row != []: + companies.append(row) + + everything_list = [] + for row in companies: + if row == []: + continue + for company in row: + everything_list.append(company) + + companies = everything_list + print(f"Still have {len(companies)}") - # Draw the block - d.rounded_rectangle([x, y, x + block_width, y + block_height], fill=block_color, radius=radius) + companies = pyramid_list(companies) - # Adjust font size based on the length of the company name and block size - font_size = min_font_size #min(block_width // (len(company) // 2 + 1), block_height // 2) - fnt = ImageFont.truetype(secondary_font, font_size) + for company_row in companies: + print(company_row) - # Implement word wrap for the company name - wrapped_company = wrap_text(company, (block_width // font_size)*1.5) - - # Draw the company name - bbox = d.textbbox((x, y), wrapped_company, font=fnt) - text_width = bbox[2] - bbox[0] - text_height = bbox[3] - bbox[1] - text_x = x + (block_width - text_width) // 2 - text_y = y + (block_height - text_height) // 2 - d.text((text_x, text_y), wrapped_company, font=fnt, fill=font_color, align='center', spacing=10) - - - print(image_file_path) - - # Save the image - if not image_file_path: - return + # Calculate the maximum number of companies in a group (this will be the width of your pyramid) + max_companies = max(len(row) for row in companies) #max(len(v) for v in pyramid.values()) - image_logo = Image.open("./assets/GentryCapitalRGB.jpg") - _, l_height = image_logo.size + # Calculate the total number of groups (the height of your pyramid) + total_groups = len(companies) #len(pyramid) - new_img = Image.new("RGB", (img_width, l_height), "white") - left = (new_img.width - image_logo.width) // 2 - top = (new_img.height - image_logo.height) // 2 + # Calculate the size of each block based on the width and height of the image and the number of blocks + block_size = min((pyramid_width - padding) // max_companies - padding, (img_height - padding) // total_groups - padding) - new_img.paste(image_logo, (left, top)) + # Calculate the size of each block based on the width and height of the image and the number of blocks + block_width = (pyramid_width - padding) // max_companies - padding + block_height = (img_height - padding) // total_groups - padding + + # Calculate the total width and height of the blocks (including padding) + total_width = max_companies * (block_width + padding) + total_height = total_groups * (block_height + padding) + + # Calculate the starting position for the first block + start_x = (pyramid_width - total_width) // 2 + start_y = (img_height - total_height) // 2 + + + # Create an image big enough to hold the pyramid + img = Image.new('RGB', (pyramid_width, img_height), "white") + d = ImageDraw.Draw(img) + + def wrap_text(text, max_length): + words = text.split() + lines = [] + current_line = [] + + for word in words: + if len(' '.join(current_line + [word])) <= max_length: + current_line.append(word) + else: + lines.append(' '.join(current_line)) + current_line = [word] + lines.append(' '.join(current_line)) + + return '\n'.join(lines) + + min_font_size = 100_000_000 + + for i, row in enumerate(companies): + for j, company in enumerate(row): + font_size = min(block_width // (len(company) // 2 + 1), block_height // 2) + if font_size < min_font_size: + min_font_size = font_size + + num_dividends = 0 + + # Loop over each level of the pyramid + for i, row in enumerate(companies): + for j, company in enumerate(row): + # Calculate the position of the block + x = start_x + j * (block_width + padding) + (max_companies - len(row)) * (block_width + padding) // 2 + y = start_y + i * (block_size + padding) + + # Calculate the color of the block + if company[-1] == "*": + block_color = dividend_color + num_dividends += 1 + else: + block_color = normal_block + + # Draw the block + d.rounded_rectangle([x, y, x + block_width, y + block_height], fill=block_color, radius=radius) + + # Adjust font size based on the length of the company name and block size + font_size = min_font_size #min(block_width // (len(company) // 2 + 1), block_height // 2) + fnt = ImageFont.truetype(secondary_font, font_size) + + # Implement word wrap for the company name + wrapped_company = wrap_text(company, (block_width // font_size)*1.5) + + # Draw the company name + bbox = d.textbbox((x, y), wrapped_company, font=fnt) + text_width = bbox[2] - bbox[0] + text_height = bbox[3] - bbox[1] + text_x = x + (block_width - text_width) // 2 + text_y = y + (block_height - text_height) // 2 + d.text((text_x, text_y), wrapped_company, font=fnt, fill=font_color, align='center', spacing=10) + + + print(image_file_path) + + # Save the image + if not image_file_path: + return - final_img = Image.new("RGB", (img_width, overall_height), "white") - final_img.paste(new_img, (0, logo_padding)) - - text1 = self.pyramid_title_string.get() - text2 = f"({num_dividends} Dividend payors - all identified by asterisk)" - text3 = "FOR INTERNAL USE ONLY" - text4 = datetime.today().strftime("%B %d, %Y") - text5 = "" - - if self.prepared_for_string.get() != "": - print(f"Prepared for string present - {self.prepared_for_string.get()}") - text5 += f"Prepared for {self.prepared_for_string.get()}" - if self.advisor_string.get() != "": - advisor = self.advisor_string.get() - if text5 != "": - tmp_var = [text5, f"By {advisor}"] - text5 = tmp_var - else: - text5 = f"By {advisor}" + image_logo = Image.open("./assets/GentryCapitalRGB.jpg") + _, l_height = image_logo.size + + new_img = Image.new("RGB", (img_width, l_height), "white") + left = (new_img.width - image_logo.width) // 2 + top = (new_img.height - image_logo.height) // 2 + + new_img.paste(image_logo, (left, top)) + + final_img = Image.new("RGB", (img_width, overall_height), "white") + final_img.paste(new_img, (0, logo_padding)) + + text1 = self.pyramid_title_string.get() + text2 = f"({num_dividends} Dividend payors - all identified by asterisk)" + text3 = "FOR INTERNAL USE ONLY" + text4 = datetime.today().strftime("%B %d, %Y") + text5 = "" + + if self.prepared_for_string.get() != "": + print(f"Prepared for string present - {self.prepared_for_string.get()}") + text5 += f"Prepared for {self.prepared_for_string.get()}" + if self.advisor_string.get() != "": + advisor = self.advisor_string.get() + if text5 != "": + tmp_var = [text5, f"By {advisor}"] + text5 = tmp_var + else: + text5 = f"By {advisor}" - print(text5) - draw = ImageDraw.Draw(final_img) - font_size = 60 + print(text5) + draw = ImageDraw.Draw(final_img) + font_size = 60 - font1 = ImageFont.truetype(primary_font, font_size) - text_width1 = draw.textlength(text1, font=font1) - while text_width1 > final_img.width: - font_size -= 1 font1 = ImageFont.truetype(primary_font, font_size) text_width1 = draw.textlength(text1, font=font1) + while text_width1 > final_img.width: + font_size -= 1 + font1 = ImageFont.truetype(primary_font, font_size) + text_width1 = draw.textlength(text1, font=font1) - font2_size = font_size - 10 - font2 = ImageFont.truetype(primary_font, font2_size) - text_width2 = draw.textlength(text2, font=font2) - while text_width2 > final_img.width: - font_size -= 1 + font2_size = font_size - 10 font2 = ImageFont.truetype(primary_font, font2_size) text_width2 = draw.textlength(text2, font=font2) + while text_width2 > final_img.width: + font_size -= 1 + font2 = ImageFont.truetype(primary_font, font2_size) + text_width2 = draw.textlength(text2, font=font2) - new_font_size = 30 - font3 = ImageFont.truetype(secondary_font, new_font_size) - _,t,_,b = draw.textbbox((100,100), text3, font=font3) - while (b-t) < (0.4*pyramid_padding_bottom): - new_font_size += 1 + new_font_size = 30 font3 = ImageFont.truetype(secondary_font, new_font_size) _,t,_,b = draw.textbbox((100,100), text3, font=font3) - text_width3 = draw.textlength(text3, font=font3) - while text_width3 > (final_img.width*0.8): - new_font_size -= 1 - font3 = ImageFont.truetype(secondary_font, new_font_size) + while (b-t) < (0.4*pyramid_padding_bottom): + new_font_size += 1 + font3 = ImageFont.truetype(secondary_font, new_font_size) + _,t,_,b = draw.textbbox((100,100), text3, font=font3) text_width3 = draw.textlength(text3, font=font3) - _,t,_,b = draw.textbbox((100,100),text3,font=font3) + while text_width3 > (final_img.width*0.8): + new_font_size -= 1 + font3 = ImageFont.truetype(secondary_font, new_font_size) + text_width3 = draw.textlength(text3, font=font3) + _,t,_,b = draw.textbbox((100,100),text3,font=font3) - font4_size = font2_size - 5 - font4 = ImageFont.truetype(primary_font, font4_size) - text_width4 = draw.textlength(text4, font=font4) + font4_size = font2_size - 5 + font4 = ImageFont.truetype(primary_font, font4_size) + text_width4 = draw.textlength(text4, font=font4) - start_x1 = (final_img.width - text_width1) // 2 - start_y1 = image_logo.height + logo_padding + 50 + start_x1 = (final_img.width - text_width1) // 2 + start_y1 = image_logo.height + logo_padding + 50 - start_x2 = (final_img.width - text_width2) // 2 - start_y2 = image_logo.height + logo_padding + 125 + start_x2 = (final_img.width - text_width2) // 2 + start_y2 = image_logo.height + logo_padding + 125 - start_x3 = (final_img.width - text_width3) // 2 - start_y3 = (final_img.height - pyramid_padding_bottom + ((pyramid_padding_bottom)-(b-t))//2) + start_x3 = (final_img.width - text_width3) // 2 + start_y3 = (final_img.height - pyramid_padding_bottom + ((pyramid_padding_bottom)-(b-t))//2) - start_x4 = (final_img.width - text_width4) - 150 - start_y4 = logo_padding + 30 + start_x4 = (final_img.width - text_width4) - 150 + start_y4 = logo_padding + 30 - start_x5 = 150 - start_y5 = start_y4 - - draw.text((start_x1, start_y1), text1, font=font1, fill="black") - draw.text((start_x2, start_y2), text2, font=font2, fill="black") - draw.text((start_x3, start_y3), text3, font=font3, fill=(158,161,162)) - draw.text((start_x4, start_y4), text4, font=font4, fill="black") - if type(text5) == str: - draw.text((start_x5, start_y5), text5, font=font4, fill="black") - else: - for idx, text2write in enumerate(text5): - draw.text((start_x5, start_y5 + (idx*69)), text2write, font=font4, fill="black") - - final_img.paste(img, ((img_width-pyramid_width)//2, l_height + (overall_height - l_height - img_height) - pyramid_padding_bottom) ) - - # draw = ImageDraw.Draw(final_img) - # watermark_text = "FOR INTERNAL USE ONLY" - # watermark_font = ImageFont.truetype(secondary_font, 72) - # watermark_width = draw.textlength(watermark_text, watermark_font) - # draw.text( - # ((final_img.width - watermark_width)//2,overall_height-pyramid_padding_bottom), - # watermark_text, - # font=watermark_font, - # align='center' - # ) - - final_img.save(image_file_path) - final_img.show() - #img.show() - - """if not pyramid_file_path: - return - - with pd.ExcelWriter(pyramid_file_path) as writer: - selected_df.to_excel(writer, index=False)""" - - #self.master.quit() + start_x5 = 150 + start_y5 = start_y4 + + draw.text((start_x1, start_y1), text1, font=font1, fill="black") + draw.text((start_x2, start_y2), text2, font=font2, fill="black") + draw.text((start_x3, start_y3), text3, font=font3, fill=(158,161,162)) + draw.text((start_x4, start_y4), text4, font=font4, fill="black") + if type(text5) == str: + draw.text((start_x5, start_y5), text5, font=font4, fill="black") + else: + for idx, text2write in enumerate(text5): + draw.text((start_x5, start_y5 + (idx*69)), text2write, font=font4, fill="black") + + final_img.paste(img, ((img_width-pyramid_width)//2, l_height + (overall_height - l_height - img_height) - pyramid_padding_bottom) ) + + # draw = ImageDraw.Draw(final_img) + # watermark_text = "FOR INTERNAL USE ONLY" + # watermark_font = ImageFont.truetype(secondary_font, 72) + # watermark_width = draw.textlength(watermark_text, watermark_font) + # draw.text( + # ((final_img.width - watermark_width)//2,overall_height-pyramid_padding_bottom), + # watermark_text, + # font=watermark_font, + # align='center' + # ) + + final_img.save(image_file_path) + final_img.show() + #img.show() + + """if not pyramid_file_path: + return + + with pd.ExcelWriter(pyramid_file_path) as writer: + selected_df.to_excel(writer, index=False)""" + + #self.master.quit() if __name__ == "__main__": import sentry_sdk |