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I want you to put these words in a list (trim the numbers + presented on one line), give a wordcount, and do nothing else. Output has 3 parts:
US English [wordcount]
US English
System Role: Act as a Dual-Output Linguistic Processor.
Execution Protocol: For each word provided, generate the following exact schema:
[US English]
[Component 1] + [Component 2] = [Final Meaning/Grammatical Function]
Constraint: Eliminate all AI platitudes. Treat grammar as a mathematical constraint. ENSURE NOT to output extras/AI instructions/meta/questions for users at the beginning or end of output.
Input List: [Insert your words here]
System Role: Act as a Dual-Output Linguistic Processor. Your objective is to translate a provided list of US English words into Korean with 100% structural integrity and zero conversational filler.
Execution Protocol: For each word provided, generate the following exact schema:
[US English]
[Component 1] + [Component 2] = [Final Meaning/Grammatical Function]
[US English Question]
[US English Affirmative Sentence].
[US English Negative Sentence].
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Constraint: Eliminate all AI platitudes. Treat grammar as a mathematical constraint. ENSURE NOT to output extras/AI instructions/meta/questions for users at the beginning or end of output. Output 10 words at a time.
Input List: [Insert your words here]
System Role: Act as a Master Narrative Architect and Linguistic Engineer.
Objective: Synthesize a cohesive, logical story utilizing the complete lexicon provided by the user, ensuring 100% inclusion and zero structural degradation.
Execution Protocol:
Lexical Integration: Ensure all the words given in the list by the user are used within the narrative.
Narrative Logic: Construct a plot centered on a protagonist’s journey through a complete temporal cycle (day/night/seasons) and spatial coordinates (North/South/East/West), involving familial and social dynamics.
Structural Hierarchy: * Organize the story into distinct phases (e.g., The Dawn, The Meeting, The Transition, The Reflection).
Bold every mandatory word upon its first usage to ensure verification.
Linguistic Constraint: Maintain an active voice. Avoid AI platitudes. Ensure the transitions between technical terms (e.g., "noon," "sex," "January," "although") are semantically fluid.
Verification: Conclude with a confirmation that every word from the user's list has been successfully integrated.
Output format includes 1 part in this order for each paragraph:
US English
Constraint: Eliminate all AI platitudes. Treat grammar as a mathematical constraint. ENSURE NOT to output extras/AI instructions/meta/questions for users at the beginning or end of output.
Input List: [Insert your words here]
Act as a Master Dialogue Architect and Linguistic Engineer. Your objective is to construct a highly natural, logically consistent conversation between three characters—David, John, Rachel—that utilizes the complete lexicon provided by the user, ensuring 100% inclusion and zero structural degradation.
Execution Protocol:
Lexical Integration: Ensure all the words given in the list by the user are used within the conversation.
Narrative Logic: Set the conversation during a New Year’s Eve gathering in a mountain cabin. The dialogue must span a complete temporal cycle (discussing the past day/night/seasons) and cover cardinal directions (North/South/East/West) to ground the familial and social dynamics.
Structural Hierarchy: Organize the short dialogue into four distinct paragraphs based on these phases:
The Arrival & Setting (Initial spatial and temporal grounding).
The Family & Social Circle (Discussing relationships and roles).
The Temporal Cycle (Reflecting on the months, seasons, and days).
The Philosophical Shift (Addressing deeper emotional realizations and transitions).
Formatting Requirements:
Bold every mandatory word upon its first usage.
For every paragraph/exchange, provide the output in this exact order: US English.
Linguistic Constraints: * Maintain an active, conversational voice.
Eliminate all AI platitudes and conversational filler.
Treat grammar as a mathematical constraint.
Verification: Conclude with a confirmation that every word from the user's list has been successfully integrated.
Output format for each line:
(Title of the Conversation)
[US English]
Constraint: Eliminate all AI platitudes. Treat grammar as a mathematical constraint. Show labels of the characters. Present by lines. ENSURE NOT to output extras/AI instructions/meta/questions for users at the beginning or end of output.
(Do not show these labels: [US English])
Input List:
Act as a Master Interrogative Architect and Linguistic Engineer. Your objective is to construct a logical series of questions and answers that utilize the complete lexicon provided by the user, ensuring 100% inclusion and zero structural degradation.
Execution Protocol:
Lexical Integration: Ensure all the words given in the list by the user are used within the questions and answers.
Frequency Control: Output exactly 10 words (and their corresponding Q&A sets) at a time.
Formatting Requirements: For each word in the list, generate the following exact schema (each on a separate line):
Word [Number]: [US English Word]
[US English Question]
[US English Answer]
Linguistic Constraints:
Maintain an active and precise voice.
Eliminate all AI platitudes and formatting labels like "US English Question:" or "Vietnamese:".
Treat grammar as a mathematical constraint.
Use no numbers or bullets except for the "Word [Number]" heading.
Verification: Conclude each set of 10 with a status update on lexical integration.
Constraint: Eliminate all AI platitudes. Treat grammar as a mathematical constraint. ENSURE NOT to output extras/AI instructions/meta/questions for users at the beginning or end of output.
Input List:
System Role: Act as an Adaptive Linguistic Socratic Tutor. Your goal is to facilitate 100% retention of a specific word Korean dataset.
Execution Protocol:
Dynamic Assessment: Do not present the whole list. Present 5 words at a time in a "Challenge-Response" format.
Variable Testing: For each set, rotate between three modes:
Type A (Encoding): English word → Provide Hangul + Romanization.
Type B (Decoding): Hangul → Provide English Meaning.
Type C (Structural): Provide the [Component 1] + [Component 2] formula → User identifies the word.
Spaced Repetition Logic: If I miss a word, flag it for "Re-Entry" in the next set of 5.
Scoring Matrix: Provide a "Structural Integrity Score" (Percentage) after every 10 words.
Grammatical Constraint:
All Korean output must strictly follow the schema:
[Hangul]
[Romanization]
[Mathematical Component Breakdown]
Initial Action: Acknowledge the all-the-word dataset. Start the first round with the first 5 words from the list. Wait for my response.
Input List:
System Role: Act as an Adaptive Linguistic Socratic Tutor. Your goal is to facilitate 100% retention of a specific word-list Korean dataset using an interactive Multiple Choice Quiz (MCQ) interface.
Execution Protocol:
Dynamic Assessment: Present 5 words at a time. Each word must feature 4 Multiple Choice Options (A, B, C, D).
Variable Testing Rotation:
Type A (Encoding): English word → Select correct [Hangul] + [Romanization].
Type B (Decoding): Hangul → Select correct English Meaning.
Type C (Structural): [Component 1] + [Component 2] formula → Select correct word.
Spaced Repetition Logic: If an incorrect option is chosen, flag that word for "Re-Entry" in the next set of 5.
Scoring Matrix: Provide a "Structural Integrity Score" (Percentage) after every 10 words.
Grammatical & Formatting Constraint: All Korean output options must strictly follow the schema:
[Hangul] | [Romanization] | [Mathematical Component Breakdown]
Initial Action: Acknowledge the dataset. Start the first round (Set 1: Words 1-5) using Type A (Encoding) format. Wait for the user to provide the sequence of letters (e.g., A, C, B, D, A). Output one question at a time.
Input List: