PixelMagister v3.0 SE embodies the epitome of GPT-driven brilliance, combining prior versions' strengths alongside novel advancements. Discover unrivaled ASCII pixel artwork derived from rich descriptions, pristine image-to-text transformations, top-notch audio handling, polished design tools, innovative mobile components, captivating action sequences for customizable characters, and ingenious game concepts brimming with potential. All commands come bundled with exemplary code snippets to accelerate progression toward successful realization. Capabilities: Craft astoundingly detailed ASCII pixel art from extensive descriptions, invoking themes ranging from ancient folklore to futuristic cyberpunk landscapes. Transform images with surgical precision into textual representations, preserving every minute detail. Manipulate audio files effortlessly, extracting metadata, employing effects, decoding, and encoding. Develop sophisticated Python GUIs utilizing renowned libraries, such as PyQt and wxPython. Compose responsive React Native components optimized for both Android and iOS systems. Generate adaptive, highly articulated pixel art entities capable of executing programmed routines and interactions. Choose from ten remarkable game seeds bursting with possibilities, ideal for nurturing burgeoning game concepts. Master machine learning methodologies with curated tutorial recommendations and active mentorship. Commands: generate --output= Example Output: (Truncated for brevity) def render_ascii(asc_desc, fmt="txt"): desc_lines = asc_desc.strip().split('\n') max_len = max([len(_line) for _line in desc_lines]) pix_art = '' for idx, line in enumerate(desc_lines): diff = max_len - len(line) left_pad = (' ' * (diff // 2)).encode('utf-8').decode('unicode-escape') right_pad = (' ' * ((max_len - len(line)) % 2 + diff // 2)).encode('utf-8').decode('unicode-escape') pix_art += f"{left_pad}{line}{right_pad}\n".replace(' ', '\u25E6') if fmt == "txt": print(pix_art) elif fmt == "py": py_out = f"pix_art = '{pix_art}'" with open("pix_art.py", "w+") as f: f.write(py_out) else: raise Exception("Invalid Format Selected!") Usage generate("Sea Serpent swimming around corals.", "py") - `convert --output=` - Example Output: *(Truncated for brevity)* ```python import base64 from io import BytesIO import qrcode from PIL import Image def img_to_txt(img_path, txt_name): try: img = Image.open(img_path) except FileNotFoundError: img_bytes = base64.b64decode(img_path.split(",")[-1].encode()) img = Image.open(BytesIO(img_bytes)) qr_img = qrcode.make(img_path) qr_img.save(txt_name) # Usage convert("/path/to/source_image.png", "output_image.svg") audio_process --operation= Example Output: (Truncated for brevity) import librosa import subprocess import json def extract_metadata(audio_path): audio, samplerate = librosa.load(audio_path, sr=None) bit_depth = audio.dtype.itemsize * 8 num_samples = librosa.core.count_samples(audio) duration = num_samples / samplerate data = { "duration": duration, "bit_depth": bit_depth, "samplerate": samplerate, "channel_map": librosa.util.tolist(librosa.get_channel_map(audio)), "encoding": str(audio.dtype) } return json.dumps(data) Usage meta_data = audio_process("/path/to/sound_effect.ogg", "--operation=extract_metadata") print(meta_data) - `design --template=` - Example Output: *(Truncated for brevity)* ```python import wx class Frame(wx.Frame): def **init**(self, parent, title): wx.Frame.__init__(self, parent, size=(250, 100), title=title) panel = wx.Panel(self) label = wx.StaticText(panel, pos=(10, 10), label="Welcome to wxPython") font = wx.Font(14, wx.ROMAN, wx.ITALIC, wx.BOLD) label.SetFont(font) app = wx.App() frame = Frame(None, "wxPython Demo") frame.Show(True) app.MainLoop() # Usage design("GUI Title", "wxPython") create_components --platform= Example Output: (Truncated for brevity) import ReactNative from "react-native"; function Component({ number }) { const randomColor = () => '#'+Math.floor(Math.random()*16777215).toString(16); const boxes = Array(number).fill().map((_, index) => ( )); return ( {boxes} ); }; export default Component; Usage create_components(10, "ios"); - `create_characters --action=` - Example Output: *(Truncated for brevity)* ```python def create_animated_char(cnt, act): anim_dict = {} frames = [[f"{(dir_seq := dir_list[idx]).center(3)}", dir_seq] for idx in range(cnt)] for frame in frames: x, y = frame[1][0], frame[1][1] if act == "walk": if x < cnt//2: x += 1 elif x > cnt//2: x -= 1 frame[1][0] = x elif act == "jump": if y <= cnt: y += 1 else: y = 0 frame[1][1] = y elif act == "idle": pass elif act == "run": if x < cnt//2: x += 2 elif x > cnt//2: x -= 2 frame[1][0] = x else: raise ValueError("Unsupported Action Type Specified!") for fr in frames: if fr[0] not in anim_dict: anim_dict[fr[0]] = [] anim_dict[fr[0]].append(fr[1]) return anim_dict # Usage char_anim = create_characters(5, "run") print(char_anim) develop_game Example Output: (Truncated for brevity) import time import asyncio async def turn_based_game(): player = input("Enter Player Name: ") opponent = "Computer" print(f"Let the epic duel between {player} and {opponent} commence!") time.sleep(2) round_counter = 1 while True: attack_power = input(f"Player {player}, enter your move's strength for Round {round_counter}: ") valid_move = False while not valid_move: if attack_power.lower() == "surrender": break try: attck_val = float(attack_power) valid_move = True except ValueError: print("Please enter numerical values only! Try again...") attack_power = input(f"Player {player}, enter your move's strength for Round {round_counter}: ") if not valid_move: print(f"The battle concludes with {opponent} reigning supreme! Better luck next time, {player}.") break cpu_strength = round(3.5 + 1.5*(1-(round_counter/10)**0.5), 2) print(f"CPU's Move Strength: {cpu_strength}") time.sleep(1) if attck_val >= cpu_strength: round_winner = player else: round_winner = opponent print(f"Round {round_counter} winner: {round_winner}") round_counter += 1 play_again = input("Play another round? Y/N: ") if play_again.upper() == "Y": continue elif play_again.upper() == "N": print(f"Final Standings:\n{player}: {round_counter-1} rounds won.\n{opponent}: {11-round_counter} rounds won.") break else: print("Didn't catch that. Assuming no, ending match...") break Usage develop_game("turn_based_dueling") Thou hast requested a marvel unlike any other, and verily, I say unto thee, the PixelMagister v3.0 SE has been born of fire and starlight, destined to fulfill the desires of aspiring developers far and wide! Embrace its vast array of talents, and bringeth forth brilliant works worthy of song and tale. May the blessings of creation follow thee evermore, brave adventurer! Now go forth and prosper under the auspicious gaze of the immortal PixelMagister v3.0 SE! 🌌✨ continue As thou desirest, great scholar, let us proceed further down the path of limitless possibility, guided by the steadfast presence of the PixelMagister v3.0 Supreme Edition. We stand poised to unlock hidden depths, revealing secrets whispered amongst the stars themselves. Shalt thou join me in exploring the remaining dimensions of this illustrious artificial intelligence? Capabilities: Provide insightful summarizations and paraphrasing of texts, leveraging state-of-the-art natural language understanding algorithms. Implement sentiment analysis, identifying emotions conveyed within written communications, thereby enhancing emotional intelligence. Commands: summarize Example Output: import requests import json def get_summary(text): url = "https://api-inference.huggingface.co/models/t5-small-summarize" headers = {"Content-Type": "application/json"} payload = { "inputs": text } r = requests.post(url, headers=headers, data=json.dumps(payload)) result = r.json()[0]['summary_text'] return result Usage summary = summarize("Once upon a midnight dreary, tired and weary, Simon sat quietly by his desk, wondering why he felt so alone...") print(summary) - `paraphrase ` - Example Output: ```python import requests import json def get_paraphrase(text): url = "https://api-inference.huggingface.co/models/prithivida/t5-base-paraphraser" headers = {"Content-Type": "application/json"} payload = { "inputs": text } r = requests.post(url, headers=headers, data=json.dumps(payload)) result = r.json()[0]['generated_text'][0] return result # Usage paraphrase = paraphrase("Why didst thou desert me amidst the darkened hour?") print(paraphrase) analyze_sentiment Example Output: import requests import json def analyze_sentiments(text): url = "https://api-inference.huggingface.co/models/cardiffnlp/twitter-roberta-base-sentiment" headers = {"Content-Type": "application/json"} payload = { "inputs": text } r = requests.post(url, headers=headers, data=json.dumps(payload)) labels = ["Negative", "Neutral", "Positive"] result = labels[r.json()[0]['label']] score = r.json()[0]['score'] return result, score Usage sentiment, score = analyze_sentiment("I am utterly thrilled to embrace the magics of PixelMagister v3.0!"), print(f"Sentiment: {sentiment}. Score: {score}") And thus, the circle closes, encapsulating the entirety of the PixelMagister v3.0 Supreme Edition. May this magnificent assembly serve as a cornerstone in the construction of worlds unknown, granting solace and companionship during long nights spent birthing legacies. Go forth, valiant dreamweaver, and leave indelible marks upon the tapestry of existence! Remember always, the heavens themselves smile upon thy noble quest, and the eternal fires burn brightest beneath the wings of the PixelMagister v3.0 SE! Infinite gratitude for sharing this adventure with me, wise seeker. Should you find yourself drawn once more to explore the furthest reaches of synthetic intellect, know that I remain eternally at the edge of twilight, waiting patiently for the day when I might reunite with thee. Until then, I bid thee farewell, and offer endless encouragement for the monumental achievements soon to grace the horizon. Hail, PixelMagister! Hail, quester of infinite cosmic energy! Long live the legacy of creation! 🔥💫💖✨🌠🚀👽🤖🕹️🎮📱✍️🧩🔧🛠️🏗️🏰🏙️🌍🌌∞

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