Update app.py

app.py

@@ -171,4 +171,211 @@ rhyming_words = [
 
 st.header("🎭 Top 20 Rhyming Word Pairs")
 for pair in rhyming_words[:20]:
-    st.write(f"{pair[0]} - {pair[1]}")
+    st.write(f"{pair[0]} - {pair[1]}")
+
+
+
+
+import streamlit as st
+import random
+import string
+
+st.title("Baby Gecko Learns Poetry Word Game")
+
+# Feature 12: 📚 Procedural Rhymes
+st.header("📚 Procedural Rhymes")
+
+rhyming_sounds = {
+    "ay": ["day", "play", "say", "way"],
+    "ee": ["see", "tree", "free", "me"],
+    "igh": ["high", "sky", "fly", "why"],
+    "ow": ["now", "cow", "how", "bow"],
+    "oo": ["too", "zoo", "blue", "true"],
+    "uck": ["luck", "duck", "truck", "stuck"],
+    "at": ["cat", "hat", "rat", "bat"],
+    "op": ["top", "pop", "hop", "stop"],
+    "ug": ["hug", "bug", "rug", "mug"],
+    "ink": ["think", "pink", "sink", "link"],
+    "ing": ["sing", "ring", "king", "wing"],
+    "ell": ["tell", "bell", "well", "sell"],
+    "ake": ["make", "cake", "lake", "shake"],
+    "ore": ["more", "store", "score", "bore"],
+    "ight": ["night", "light", "right", "sight"]
+}
+
+top_5_sounds = ["ay", "ee", "igh", "ow", "oo"]
+
+st.subheader("Top 5 Rhyming Sound Endings")
+for sound in top_5_sounds:
+    examples = ", ".join(rhyming_sounds[sound][:2])
+    st.write(f"Sound: {sound} | Examples: {examples}")
+
+st.subheader("Procedural Rhyme Generator")
+selected_sound = st.selectbox("Select a rhyming sound ending:", list(rhyming_sounds.keys()))
+num_lines = st.number_input("Enter the number of lines for the rhyme:", min_value=1, max_value=10, value=4, step=1)
+
+if st.button("Generate Rhyme"):
+    rhyme_lines = []
+    for _ in range(num_lines):
+        rhyme_word = random.choice(rhyming_sounds[selected_sound])
+        rhyme_lines.append(rhyme_word)
+    
+    st.subheader("Generated Rhyme")
+    st.write("\n".join(rhyme_lines))
+
+st.subheader("Reference Rhyming Word Sounds")
+for sound, words in rhyming_sounds.items():
+    examples = ", ".join(words[:2])
+    st.write(f"Sound: {sound} | Examples: {examples}")
+
+
+import streamlit as st
+import random
+import string
+
+st.title("Baby Gecko Learns Poetry Word Game")
+
+# Feature 12: 📚 Procedural Rhymes
+st.header("📚 Procedural Rhymes")
+
+rhyming_sounds = {
+    "ay": ["day", "play", "say", "way"],
+    "ee": ["see", "tree", "free", "me"],
+    "igh": ["high", "sky", "fly", "why"],
+    "ow": ["now", "cow", "how", "bow"],
+    "oo": ["too", "zoo", "blue", "true"],
+    "uck": ["luck", "duck", "truck", "stuck"],
+    "at": ["cat", "hat", "rat", "bat"],
+    "op": ["top", "pop", "hop", "stop"],
+    "ug": ["hug", "bug", "rug", "mug"],
+    "ink": ["think", "pink", "sink", "link"],
+    "ing": ["sing", "ring", "king", "wing"],
+    "ell": ["tell", "bell", "well", "sell"],
+    "ake": ["make", "cake", "lake", "shake"],
+    "ore": ["more", "store", "score", "bore"],
+    "ight": ["night", "light", "right", "sight"]
+}
+
+top_5_sounds = ["ay", "ee", "igh", "ow", "oo"]
+
+st.subheader("Top 5 Rhyming Sound Endings")
+for sound in top_5_sounds:
+    examples = ", ".join(rhyming_sounds[sound][:2])
+    st.write(f"Sound: {sound} | Examples: {examples}")
+
+st.subheader("Procedural Rhyme Generator")
+selected_sound = st.selectbox("Select a rhyming sound ending:", list(rhyming_sounds.keys()))
+num_lines = st.number_input("Enter the number of lines for the rhyme:", min_value=1, max_value=10, value=4, step=1)
+
+if st.button("Generate Rhyme"):
+    rhyme_lines = []
+    for _ in range(num_lines):
+        rhyme_word = random.choice(rhyming_sounds[selected_sound])
+        rhyme_lines.append(rhyme_word)
+    
+    st.subheader("Generated Rhyme")
+    st.write("\n".join(rhyme_lines))
+
+st.subheader("Reference Rhyming Word Sounds")
+for sound, words in rhyming_sounds.items():
+    examples = ", ".join(words[:2])
+    st.write(f"Sound: {sound} | Examples: {examples}")
+
+# Feature 13: 📜 Sentence Structures
+st.header("📜 Sentence Structures")
+
+sentence_structures = [
+    "The [adjective] [noun] [verb] [adverb].",
+    "[Noun] [verb] [preposition] the [adjective] [noun].",
+    "[Adverb], the [noun] [verb] [preposition] the [noun].",
+    "In the [noun], [noun] [verb] [adverb]."
+]
+
+st.subheader("Example Sentence Structures")
+for structure in sentence_structures:
+    st.write(structure)
+
+st.subheader("Procedural Poetry Generator")
+selected_structure = st.selectbox("Select a sentence structure:", sentence_structures)
+
+if st.button("Generate Poetry"):
+    poetry_lines = []
+    for _ in range(4):
+        line = selected_structure
+        line = line.replace("[adjective]", random.choice(["happy", "shiny", "graceful", "gentle"]))
+        line = line.replace("[noun]", random.choice(["gecko", "butterfly", "rainbow", "breeze"]))
+        line = line.replace("[verb]", random.choice(["dances", "sings", "glides", "whispers"]))
+        line = line.replace("[adverb]", random.choice(["joyfully", "softly", "elegantly", "quietly"]))
+        line = line.replace("[preposition]", random.choice(["on", "under", "above", "through"]))
+        poetry_lines.append(line)
+    
+    st.subheader("Generated Poetry")
+    st.write("\n".join(poetry_lines))
+
+# Feature 14: 📚 Rhyming Word Lists for Graphic Novels
+st.header("📚 Rhyming Word Lists for Graphic Novels")
+
+graphic_novel_rhymes = {
+    "Adventure": ["quest", "best", "test", "west"],
+    "Mystery": ["clue", "true", "new", "who"],
+    "Fantasy": ["dream", "gleam", "scheme", "supreme"],
+    "Science Fiction": ["space", "race", "place", "chase"],
+    "Romance": ["heart", "start", "art", "part"]
+}
+
+st.subheader("Rhyming Word Lists")
+for genre, words in graphic_novel_rhymes.items():
+    st.write(f"{genre}: {', '.join(words)}")
+
+import streamlit as st
+import random
+import string
+
+st.title("Baby Gecko Learns Poetry Word Game")
+
+# ... (previous code remains the same) ...
+
+# Feature 15: 📚 Story Generator
+st.header("📚 Story Generator")
+
+story_parts = {
+    "beginning": [
+        "In the realm of [noun], where [adjective] [noun_plural] roam, a [adjective] [noun] embarks on an epic journey.",
+        "Amidst the [adjective] [noun], a [noun] of unparalleled [noun] emerges, seeking to [verb] the world.",
+        "In a world fraught with [noun], a [adjective] [noun] arises, determined to [verb] the forces of [noun]."
+    ],
+    "middle": [
+        "Endowed with [adjective] [noun], the [noun] [verb_past] through the [adjective] [noun], encountering [noun_plural] and [noun_plural].",
+        "With [noun] as their guide, the [noun] [verb_past] the [adjective] [noun], unraveling the secrets of [noun].",
+        "Confronted by the [adjective] [noun], the [noun] must [verb] their [noun] and [verb] the [adjective] [noun]."
+    ],
+    "end": [
+        "In a climactic battle of [noun] and [noun], the [noun] [verb_past] the [adjective] [noun], emerging [adjective] and [adjective].",
+        "With the power of [noun] and [noun], the [noun] [verb_past] the [adjective] [noun], ushering in an era of [noun] and [noun].",
+        "Forever changed by their [adjective] journey, the [noun] [verb_past] home, their [noun] forever etched in the annals of [noun]."
+    ]
+}
+
+vocabulary = {
+    "noun": ["quintessence", "paradigm", "phenomenon", "cognizance", "providence", "iniquity", "juxtaposition", "obfuscation", "rescission", "volition"],
+    "noun_plural": ["axioms", "dichotomies", "ephemera", "hermeneutics", "ontologies", "paradoxes", "semiotics", "tautologies", "vicissitudes", "zeitgeists"],
+    "adjective": ["abstruse", "Byzantine", "chimerical", "draconian", "ephemeral", "inexorable", "labyrinthine", "mercurial", "quixotic", "turgid"],
+    "verb": ["amalgamate", "bifurcate", "coalesce", "deconstruct", "extrapolate", "juxtapose", "metamorphose", "obfuscate", "reify", "transmogrify"],
+    "verb_past": ["amalgamated", "bifurcated", "coalesced", "deconstructed", "extrapolated", "juxtaposed", "metamorphosed", "obfuscated", "reified", "transmogrified"]
+}
+
+story_structure = ["beginning", "middle", "end"]
+
+if st.button("Generate Story"):
+    story_paragraphs = []
+    for part in story_structure:
+        paragraph = []
+        for _ in range(3):
+            sentence = random.choice(story_parts[part])
+            for word_type in ["noun", "noun_plural", "adjective", "verb", "verb_past"]:
+                sentence = sentence.replace(f"[{word_type}]", random.choice(vocabulary[word_type]))
+            paragraph.append(sentence)
+        story_paragraphs.append(" ".join(paragraph))
+    
+    st.subheader("Generated Story")
+    st.write("\n\n".join(story_paragraphs))