medusa/the_information_nexus
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

structure updates

Browse Source
This commit is contained in:
Whisker Jones
2024-05-01 12:28:44 -06:00
parent a689e58eea
commit aeba9bdb34
461 changed files with 0 additions and 0 deletions
Download Patch File Download Diff File Expand all files Collapse all files

61
projects/HP-ProDesk-600-G4-SFF.md Normal file
View File

@@ -0,0 +1,61 @@
# HP ProDesk 600 G4 Small Form Factor (SFF) Specifications
## System Overview
- **Form Factor:** Small Form Factor (SFF)
- **Operating Systems:** Windows 10 Pro/Home, FreeDOS 1.2
- **Chipset:** Intel Q370
## Processor of Choice
- **Intel Core i7-8700 Processor:**
- **Power:** 65 W
- **Frequency:** 3.2 GHz base, up to 4.6 GHz turbo
- **Cores/Threads:** 6 cores, 12 threads
- **Cache:** 12 MB
- **Graphics:** Intel UHD Graphics 630
- **Memory Support:** DDR4 up to 2666 MT/s
- **Features:** Supports Intel vPro Technology and SIPP
- **Optane Variant:** Intel Core i7+ 8700 with Intel Optane memory (available separately)
## Memory
- **Type:** DDR4-2666
- **Slots:** 4 DIMM
- **Maximum Capacity:** 64 GB
## Graphics
- **Integrated:** Intel UHD Graphics 630/610
- **Optional Discrete:** AMD Radeon R7 430
## Storage Options
- **M.2 SSD Socket:** For PCIe NVMe SSD
- **SATA Connectors:** 2 ports for SATA SSD/HDD
- **Drive Types:** SATA SSD, SATA HDD, SSHD, SED
## Expansion Slots and Ports
- **PCIe Slots:** 1 x PCIe x16, 1 x PCIe x4
- **M.2 Slots:** 1 x M.2 SSD, 1 x M.2 WLAN
- **USB Ports:**
- 4 USB 2.0 ports (2 front, 2 rear)
- 4 USB 3.1 Gen 2 ports (2 front, 2 rear)
- 2 USB 3.1 Gen 1 ports (rear)
- 1 USB 3.1 Gen 2 Type-C port (front)
- **Other Ports:**
- 2 DisplayPort 1.2 (rear)
- 1 RJ-45 Ethernet (rear)
- 2 Audio jacks (1 headset front, 1 audio line-in rear, 1 audio line-out rear)
- 1 SD card reader (front)
## Networking
- **Ethernet:** Intel I219-LM Gigabit
- **Wireless (Optional):** Various Intel/Realtek WLAN options
## Power Supply
- **Rated Output:** 180 W
- **Efficiency:** 90/92/89% at different loads
## Physical Characteristics
- **Dimensions:** 93.98 x 269.24 x 297.18 mm
- **Weight:** 4.54 kg
## Security Features
- **BIOS:** HP BIOSphere Gen4, TPM 2.0
- **Physical Security Options:** Cable lock, intrusion sensor

414
projects/NextGen-Harmony-Program.md Normal file
View File

@@ -0,0 +1,414 @@
## NextGen-Harmony-Program.md
---
"NextGen Harmony: Crafting Modern Relationships"
"Reimagining Relationships for a Connected World"
NextGen Harmony offers an innovative approach to understanding and enhancing relationships in the digital age. Tailored for the Millennial mindset, it navigates the complexities of modern connectivity, work-life balance, and personal growth. This program provides insights into effective communication, emotional intelligence, and sustainable relationship practices, empowering participants to build stronger, more meaningful connections in both their personal and professional spheres.
"Embrace the future of relationships with 'NextGen Harmony.' Designed for the contemporary professional, this program addresses the unique challenges and opportunities of building relationships in the digital age. From enhancing personal connections to navigating professional networks, NextGen Harmony equips you with the tools for success in an interconnected world. Join us to redefine what it means to connect, collaborate, and thrive in today's fast-paced environment."
"NextGen Harmony is a forward-thinking journey into the art of relationship building in today’s connected era. Designed with the Millennial lifestyle in mind, this program blends modern relationship dynamics with practical strategies for a fulfilling personal and professional life."
---
### Generation X (Born 1965-1980)
- **Independent and Resourceful**: Highlight how the program empowers participants to independently manage and improve their relationships.
- **Skeptical**: Address their skepticism by emphasizing the evidence-based approach and expert-backed content of the program.
- **Value Practicality**: Focus on practical, actionable strategies that can be applied immediately to their relationships and family life.
- **Life Stage Considerations**: Many in this group may be dealing with teenage or adult children, aging parents, or mid-life transitions. Tailor content to address these unique challenges.
### Millennials (Born 1981-1996)
- **Tech-Savvy**: Leverage digital platforms for program delivery and engage them through social media and online communities.
- **Progressive**: Include content on modern relationship dynamics, gender roles, and societal shifts affecting relationships.
- **Achievement-Oriented**: Emphasize personal growth, career-family balance, and achievement in their personal lives, not just their professional lives.
- **Focus on Experiences**: Millennials value experiences; make the program engaging and interactive.
### Generation Z (Born 1997-2012)
- **Digital Natives**: Utilize the latest digital tools and platforms for an engaging, tech-forward educational experience.
- **Entrepreneurial and Innovative**: Encourage creative and innovative thinking in problem-solving within relationships.
- **Socially Conscious**: Include content on how personal relationships intersect with broader societal issues and ethical considerations.
- **Mental Health Awareness**: They are more open about mental health; incorporate discussions on emotional well-being and self-care.
### Cross-Generational Appeal
- **Universal Relationship Challenges**: Address common relationship issues that are relevant across all generations.
- **Diverse Learning Formats**: Offer a mix of learning formats - videos, articles, interactive sessions - to cater to different preferences.
- **Community Building**: Foster a sense of community among participants, encouraging cross-generational dialogue and support.
---
# Comprehensive Principles for Developing Relationship and Family Courses
## Foundational Concepts
- **Research-Backed Methodologies**: Incorporating methods like the Gottman Method, Emotionally Focused Therapy (EFT), and Cognitive Behavioral Therapy (CBT) for credibility and effectiveness.
- **Understanding Relationship Dynamics**: Utilizing theories like Attachment Theory, Emotional Intelligence, and the Five Love Languages.
## Communication and Conflict Management
- **Enhancing Communication Skills**: Focusing on techniques from Nonviolent Communication (NVC) and active listening strategies.
- **Effective Conflict Resolution**: Incorporating principles from the Gottman Method and Solution-Focused Therapy for managing disagreements constructively.
## Relationship and Family Dynamics
- **Trust Building and Vulnerability**: Techniques from Brene Brown's research on vulnerability and trust.
- **Intimacy and Emotional Connection**: Utilizing concepts from John Bowlby’s Attachment Theory and Sue Johnson's EFT to deepen bonds.
- **Navigating Life Changes**: Drawing on Life Course Theory to address the impact of significant life events.
- **Financial Harmony**: Including principles from financial psychology and behavioral economics in managing financial issues.
## Personal Development and Boundaries
- **Emphasizing Individual Growth**: Integrating ideas from Positive Psychology and Self-Determination Theory.
- **Setting and Respecting Boundaries**: Based on concepts from Interpersonal Therapy and Boundary Theory.
## Diversity and Cultural Considerations
- **Inclusive Content**: Applying Multicultural Counseling and Therapy (MCT) principles.
- **Practicing Cultural Humility**: Adhering to the guidelines from the American Psychological Association on cultural competence.
## Contemporary Challenges
- **Adapting to Modern Relationships**: Addressing digital communication and social media’s impact using Cyberpsychology research.
- **Long-Distance Relationship Strategies**: Incorporating findings from studies on long-distance relationships.
## Holistic and Interactive Approach
- **Mindfulness and Stress Management**: Based on Mindfulness-Based Stress Reduction (MBSR) and other mindfulness practices.
- **Engaging through Storytelling**: Utilizing Narrative Therapy techniques to make concepts engaging and relatable.
- **Addressing Physical and Mental Well-Being**: Linking to Biopsychosocial models of health.
- **Evolving with Relationship Stages**: Drawing on Developmental Psychology and Family Systems Theory.
- **Practicing Sustainable Relationship Habits**: Inspired by principles of Ecological Systems Theory and habit formation research.
## Course Development Essentials
- **Interactive Elements**: Emphasizing experiential learning and role-plays.
- **Ongoing Feedback and Adaptation**: Following Continuous Quality Improvement (CQI) models.
- **Ethical and Legal Responsibility**: Adhering to the American Counseling Association's Code of Ethics and privacy laws.
---
# Media and Document Types for NextGen Harmony Program
## Interactive Workbooks
- **Reasoning**: To provide a hands-on approach for participants to apply concepts learned in real-time. Workbooks can include exercises, reflection questions, and practical tasks.
## Video Series
- **Reasoning**: Videos cater to visual and auditory learners and are a popular medium among Millennials. They can be used for storytelling, expert interviews, and demonstrating communication techniques.
## Podcast Episodes
- **Reasoning**: Podcasts are a convenient way for the audience to consume content on-the-go. They can feature discussions on relationship topics, expert opinions, and real-life stories.
## Infographics
- **Reasoning**: Visual representations of data and ideas are effective for quick, impactful learning. Infographics are shareable and can enhance understanding of complex concepts.
## Mobile App
- **Reasoning**: A dedicated app can provide easy access to program materials, reminders for exercises, and a platform for community interaction.
## Webinars and Live Q&A Sessions
- **Reasoning**: Live sessions allow for real-time engagement and interaction with experts, fostering a sense of community and immediate support.
## E-books and Guides
- **Reasoning**: Detailed guides on specific topics offer in-depth information and can be a valuable resource for participants seeking comprehensive knowledge.
## Email Newsletters
- **Reasoning**: Regular newsletters keep participants engaged with the program, provide ongoing tips and insights, and can be used to introduce new content or updates.
## Online Forums or Community Boards
- **Reasoning**: A platform for participants to share experiences, seek advice, and support each other, enhancing the communal aspect of the program.
## Short, Animated Explainer Videos
- **Reasoning**: To provide quick, engaging overviews of key concepts. These are particularly effective for explaining more complex psychological theories or practices in a user-friendly manner.
## Checklists and Tip Sheets
- **Reasoning**: Quick-reference materials for everyday use, helping participants to apply learnings in daily life.
## Digital Journals
- **Reasoning**: Encouraging regular self-reflection and tracking of personal growth throughout the program.
## Case Studies and Real-Life Scenarios
- **Reasoning**: To provide relatable examples and practical applications of the concepts taught in the program.
---
As an opinionated subject matter expert with access to a vast array of information on interpersonal relationships, I'll provide a comprehensive list of principles and ideas that are crucial when developing a course like the one we're discussing. These principles are grounded in well-established research and theories in the field of psychology, relationship counseling, and family dynamics.
### Core Principles for Developing Relationship and Family Courses
1. **Evidence-Based Practices**: Root the content in scientifically validated theories and research. Techniques like Gottman Method Couples Therapy, Emotionally Focused Therapy, and Cognitive Behavioral Therapy have strong empirical support.
2. **Communication Skills**: Emphasize effective communication as a cornerstone. Teach active listening, assertive expression, and non-verbal communication cues.
3. **Conflict Resolution**: Include strategies for constructive conflict management. Focus on problem-solving, negotiation skills, and de-escalation techniques.
4. **Emotional Intelligence**: Encourage the development of emotional intelligence, including self-awareness, empathy, emotional regulation, and understanding the emotions of others.
5. **Trust and Vulnerability**: Address the importance of trust-building and the role of vulnerability in deepening connections.
6. **Intimacy and Connection**: Cover different forms of intimacy (emotional, physical, intellectual) and explore ways to enhance connection.
7. **Personal Growth and Self-Care**: Emphasize the importance of individual personal growth and self-care as integral to healthy relationships.
8. **Boundaries and Independence**: Teach the importance of setting healthy boundaries and maintaining individuality within a relationship.
9. **Attachment Theory**: Incorporate elements of attachment theory to help individuals understand their relationship patterns and behaviors.
10. **Life Transitions and Stress Management**: Provide strategies for navigating life changes (parenthood, career shifts, aging) and managing stress as a couple or family.
11. **Financial Management in Relationships**: Since financial issues are a common source of tension, include guidance on budgeting, financial planning, and communication about money.
12. **Parenting and Family Dynamics**: For family-oriented courses, include content on parenting styles, child development, co-parenting, and managing extended family relationships.
13. **Diversity and Inclusion**: Recognize and address the diverse needs of participants, including different cultural, racial, sexual orientation, and gender identity perspectives.
14. **Recovery and Healing**: For courses dealing with challenges like infidelity or loss, focus on healing processes, forgiveness, and rebuilding trust.
15. **Preventive Approach**: Incorporate a preventive approach that helps couples and families address issues before they become problematic.
16. **Interactive and Practical Application**: Ensure the course includes interactive elements like exercises, role-plays, and real-life scenarios for participants to apply learning.
17. **Technology and Modern Challenges**: Address contemporary relationship issues like the impact of social media, digital communication, and long-distance relationships.
18. **Legal and Ethical Considerations**: Make sure to navigate legal and ethical boundaries, especially when dealing with sensitive topics.
19. **Customization and Flexibility**: Allow for customization in the content to cater to different stages of relationships and family life.
20. **Feedback and Evaluation**: Implement mechanisms for ongoing feedback and evaluation to continually adapt and improve the course content.
---
### 1. Understanding Your Audience
- **Demographics and Needs**: Identify the primary demographics of your audience (age, family status, relationship status) and their specific needs or challenges.
- **Market Research**: Conduct surveys, focus groups, or online research to understand what topics are most relevant and appealing to your target audience.
### 2. Content Development
- **Expert Collaboration**: Work with psychologists, therapists, and relationship experts to develop content that is evidence-based and relevant.
- **Diverse Topics**: Ensure your programs cover a wide range of topics relevant to couples and families at different stages or facing various challenges.
- **Interactive and Engaging Format**: Incorporate interactive elements like quizzes, exercises, and discussion prompts to engage participants actively.
### 3. Branding and Packaging
- **Unique Value Proposition**: Highlight what makes your series different and more effective than other similar programs. This could be the comprehensiveness, the expert input, or the practical, interactive nature of the content.
- **Cohesive Branding**: Develop a strong, recognizable brand that conveys trust, expertise, and warmth.
- **Modular Design**: Offer flexibility in how participants can engage with the content. Allow them to purchase the entire series or individual modules based on their interests.
### 4. Marketing Strategy
- **Online Presence**: Create a robust online presence through a dedicated website, social media platforms, and online communities.
- **Content Marketing**: Utilize blogs, webinars, podcasts, and free resources to provide value and attract your target audience.
- **Testimonials and Reviews**: Showcase success stories and testimonials from past participants to build credibility and trust.
- **Partnerships**: Collaborate with relevant influencers, therapists, or organizations to reach a wider audience.
### 5. Delivery and Accessibility
- **Digital Platform**: Use a user-friendly digital platform that's accessible on various devices.
- **Flexible Scheduling**: Offer self-paced modules along with live sessions to accommodate different schedules.
- **Community Building**: Create forums or groups for participants to discuss and support each other, enhancing the community aspect of the program.
### 6. Continuous Improvement
- **Feedback Mechanisms**: Implement ways to collect feedback regularly, such as surveys or direct communication channels.
- **Adapt and Update Content**: Continually adapt and update the program based on feedback and new research in the field of relationship psychology.
### 7. Financial Model
- **Pricing Strategy**: Develop a pricing strategy that reflects the value of the program but is also accessible to your target audience. Consider offering a tiered pricing model or payment plans.
- **Free Trials or Samples**: Provide free trials or sample content to allow potential participants to experience the program before committing.
### 8. Legal and Ethical Considerations
- **Compliance and Ethics**: Ensure that your program complies with legal and ethical standards, especially regarding data privacy and psychological advice.
- **Disclaimer**: Include disclaimers about the nature of the advice and recommend professional help for serious issues.
### Opinionated Guidance
Based on professional research and well-established principles in relationship therapy and family dynamics, it's crucial that the content not only provides practical advice but also encourages deep self-reflection and mutual understanding. The program should aim to foster resilience in relationships, adaptability to life's changes, and a strong foundation of mutual respect and empathy.
---
1. **Core Programs**: Include the original "30-Day Couples Challenge" and the additional programs on Financial Harmony, Nurturing Intimacy and Trust, Constructive Conflict Resolution, and Preserving Individuality.
2. **Extended Family Programs**: Develop new programs focusing on family dynamics, parenting, in-law relationships, and family communication.
3. **Specialized Modules**: Create targeted modules for specific situations like blended families, long-distance relationships, and parenting teenagers.
4. **Seasonal or Themed Challenges**: Introduce seasonal programs (e.g., Holiday Stress Management) or themed challenges (e.g., Summer Family Bonding Activities).
### Ideas for New Programs
#### Family Dynamics Program
- Focus on building healthy family relationships, understanding family roles, and improving family communication.
#### Parenting Together Program
- Targeted at couples, covering cooperative parenting styles, discipline strategies, and nurturing child-parent relationships.
#### Blended Families Program
- Tailor-made for couples who are navigating the complexities of a blended family, focusing on integration, step-parenting, and fostering harmony.
#### In-Law Relationship Program
- Addressing the challenges and dynamics of in-law relationships, promoting mutual respect and understanding.
#### Long-Distance Relationship (LDR) Program
- Designed for couples in long-distance relationships, focusing on maintaining intimacy, trust, and effective communication from afar.
### Implementation Ideas
- **Interactive Workshops and Webinars**: Incorporate live sessions with experts to facilitate deeper understanding and personal guidance.
- **Family Activities and Projects**: Introduce practical activities that families can do together to strengthen their bond.
- **Community Support Groups**: Create online forums or local meet-up groups for participants to share experiences and support each other.
- **Customizable Modules**: Allow participants to choose modules based on their specific needs and interests.
- **Feedback and Continuous Improvement**: Regularly gather feedback from participants and update the programs to meet evolving needs.
---
# 30-Day Couples Challenge
## Week 1: Foundations of Communication
### Days 1-7: Introduction to Effective Communication
- **Day 1**: Introduction to Communication Skills
- *Content*: Overview of essential communication skills in relationships.
- **Day 2**: The Art of Listening
- *Content*: Exercises and tips on active listening.
- **Day 3**: Understanding Your Partner
- *Content*: Activities to better understand your partner's perspective.
- **Day 4**: Expressing Yourself Clearly
- *Content*: Techniques for clear and empathetic communication.
- **Day 5**: Non-Verbal Communication
- *Content*: Understanding and using body language effectively.
- **Day 6**: Resolving Miscommunications
- *Content*: Strategies for resolving misunderstandings and conflicts.
- **Day 7**: Weekly Reflection and Discussion
- *Content*: Reflect on the week's learning and discuss insights with your partner.
## Week 2: Expressing Love and Appreciation
### Days 8-14: The Art of Love Deposits
- **Day 8**: The Concept of Love Deposits
- *Content*: Introduction to the concept of Love Deposits.
- **Day 9**: Small Acts, Big Impacts
- *Content*: Exploring simple yet impactful acts of love.
- **Day 10**: Personalizing Your Love Language
- *Content*: Understanding and utilizing your and your partner's love languages.
- **Day 11**: Appreciation in Action
- *Content*: Practical ways to show appreciation in daily life.
- **Day 12**: The Power of Gratitude
- *Content*: Fostering a culture of gratitude within the relationship.
- **Day 13**: Creative Expressions of Love
- *Content*: Encouraging creativity in expressing love and affection.
- **Day 14**: Weekly Reflection and Discussion
- *Content*: Reflect on the week's activities and share feelings and thoughts.
## Week 3: Overcoming Challenges Together
### Days 15-21: Addressing Relationship Challenges
- **Day 15**: Identifying Common Challenges
- *Content*: Recognizing and discussing common issues in relationships.
- **Day 16**: Communication During Conflict
- *Content*: Strategies for maintaining effective communication during disagreements.
- **Day 17**: Building Trust and Security
- *Content*: Ways to strengthen trust and feel more secure in the relationship.
- **Day 18**: Forgiveness and Understanding
- *Content*: Learning about forgiveness and empathy in relationships.
- **Day 19**: Supporting Each Other
- *Content*: How to be supportive and understanding partners.
- **Day 20**: Navigating Life Changes Together
- *Content*: Handling life's transitions and changes as a couple.
- **Day 21**: Weekly Reflection and Discussion
- *Content*: Reflect on the challenges faced and the growth experienced.
## Week 4: Deepening Emotional Connection
### Days 22-28: Enhancing Emotional Intimacy
- **Day 22**: Sharing Dreams and Aspirations
- *Content*: Encouraging open discussions about hopes and dreams.
- **Day 23**: Deepening Emotional Bonding
- *Content*: Activities and discussions to deepen emotional connections.
- **Day 24**: Appreciating Individuality within the Relationship
- *Content*: Valuing each other's uniqueness and independence.
- **Day 25**: Cultivating Intimacy and Closeness
- *Content*: Techniques to enhance intimacy and closeness.
- **Day 26**: Reflective Listening and Empathy
- *Content*: Improving understanding through reflective listening and empathy.
- **Day 27**: Rekindling Romance
- *Content*: Ideas for keeping the romance alive and vibrant.
- **Day 28**: Weekly Reflection and Discussion
- *Content*: Sharing insights and emotional growth experienced during the week.
## Final Days: Reflecting and Planning Ahead
### Days 29-30: Reflecting on the Journey
- **Day 29**: Celebrating Achievements
- *Content*: Acknowledging progress and achievements made during the challenge.
- **Day 30**: Future Plans and Commitments
- *Content*: Setting goals and commitments for continuing relationship growth.
---
### Program 1: Financial Harmony in Relationships
This program focuses on addressing financial matters, a common source of conflict in relationships.
#### Week 1: Understanding Money Mindsets
- Days 1-7: Explore individual and shared beliefs about money, budgeting, and financial goals.
#### Week 2: Effective Financial Communication
- Days 8-14: Develop skills for discussing finances openly and without conflict.
#### Week 3: Financial Planning and Management
- Days 15-21: Joint financial planning, budgeting exercises, and managing debts and savings.
#### Week 4: Building a Financially Secure Future Together
- Days 22-28: Setting long-term financial goals and creating a roadmap to achieve them.
#### Final Days: Reflection and Commitment
- Days 29-30: Reflect on the financial journey and commit to ongoing financial harmony.
### Program 2: Nurturing Intimacy and Trust
This program is designed to address intimacy issues and rebuild trust, especially following instances of infidelity.
#### Week 1: Rebuilding Foundations
- Days 1-7: Focus on understanding the impact of infidelity and beginning the healing process.
#### Week 2: Enhancing Emotional Intimacy
- Days 8-14: Activities and discussions to deepen emotional connections and rebuild trust.
#### Week 3: Reviving Physical Intimacy
- Days 15-21: Explore comfort levels, desires, and ways to enhance physical intimacy in a respectful and consensual manner.
#### Week 4: Strategies for Preventing Infidelity
- Days 22-28: Understanding vulnerabilities, setting boundaries, and strategies to prevent future infidelity.
#### Final Days: Moving Forward with Trust
- Days 29-30: Reflect on the progress made and plan for maintaining trust and intimacy in the future.
Both programs are designed to be complementary to your original 30-Day Couples Challenge, addressing specific areas that are crucial for a healthy and fulfilling relationship. These programs provide focused, thematic guidance, helping couples navigate complex issues with understanding and empathy.
---
### Program 3: Constructive Conflict Resolution
This program is tailored to help couples handle disagreements and conflicts in a healthy and constructive manner.
#### Week 1: Understanding Conflict
- Days 1-7: Explore the roots of conflict in relationships and recognize common triggers.
#### Week 2: Communication Skills in Conflict
- Days 8-14: Develop effective communication techniques specifically for use during disagreements.
#### Week 3: Emotional Regulation and Empathy
- Days 15-21: Learn strategies for managing emotions and cultivating empathy during conflicts.
#### Week 4: Resolving Conflicts and Healing
- Days 22-28: Practical exercises for resolving conflicts and techniques for healing and moving forward.
#### Final Days: Building a Peaceful Future
- Days 29-30: Reflect on conflict resolution skills learned and plan for a harmonious future together.
### Program 4: Preserving Individuality in Partnership
This program focuses on maintaining personal identity and independence while being in a committed relationship.
#### Week 1: Exploring Individuality
- Days 1-7: Activities to help partners explore and express their individual identities.
#### Week 2: Balancing Togetherness and Independence
- Days 8-14: Techniques for maintaining a healthy balance between couple time and personal time.
#### Week 3: Supporting Each Other's Growth
- Days 15-21: Encourage supporting each other's personal goals and aspirations.
#### Week 4: Healthy Boundaries
- Days 22-28: Establishing and respecting personal boundaries within the relationship.
#### Final Days: Celebrating Individuality and Union
- Days 29-30: Reflect on the importance of individuality in the relationship and commit to nurturing both personal growth and the partnership.
These programs provide focused guidance on specific areas crucial to the health and longevity of a relationship. They can be offered as standalone challenges or as supplementary modules to the original 30-Day Couples Challenge, providing comprehensive support for various aspects of relationship dynamics.
---
---
---
---
---
---
---
---

60
projects/Precision-T7610.md Normal file
View File

@@ -0,0 +1,60 @@
# Dell Precision T7610 Workstation Specifications
## System Overview
- **Chipset:** Intel C602
- **Form Factor:** Tower Workstation
## Processors
- **Intel Xeon E5-2697 v2 (SR19H):**
- **Cores:** 12 Cores
- **Frequency:** 2.7GHz, Turbo up to 3.5 GHz
- **Cache:** 30 MB
- **Socket:** LGA-2011
## Memory
- **Type:** DDR3 1600 MHz and 1866 MHz RDIMM ECC
- **Configuration:** 128GB (4x32GB) DDR3 PC3-14900L Load Reduced Server Memory
- **Slots:** 16 DIMM slots (Dual CPU)
- **Max Capacity:** 512 GB with dual CPU
## Graphics
- **PCIe Slots for Graphics:** The workstation supports up to 4 full-height, full-length PCIe 3.0/2.0 x16 slots for discrete graphics cards.
- **Maximum Power for Graphics:** Each slot can support a graphics card up to 600W, allowing for powerful GPUs suitable for demanding tasks like 3D rendering, video editing, and scientific simulations.
## Storage
- **Externally Accessible Drive Bays:**
- **Slimline SATA Optical Bay:** Supports slim optical drives.
- **5.25 Inch Drive Bay:** Can accommodate a standard 5.25-inch SATA device, a media card reader, or up to four 2.5-inch hard drives with adapters.
- **3.5 Inch Hard Drive Bays:** Four bays available for 3.5-inch hard drives, providing substantial internal storage capacity.
## Networking
- **Integrated Network Adapters:**
- **Intel 82579:** A reliable Gigabit Ethernet controller for standard network connectivity.
- **Intel 82754:** An additional Ethernet controller for enhanced networking capabilities, supporting dual Gigabit Ethernet ports for high-speed network access and redundancy.
## Ports and Connectors
- **USB Ports:**
- **Front:** 3 USB 2.0, 1 USB 3.0
- **Back:** 3 USB 2.0, 3 USB 3.0
- **Internal:** 3 USB 2.0
- **Audio Ports:**
- **Front:** Mic-in, headphone-out
- **Back:** Line-out, Mic-in/Line-in
- **Network Adapter:** Two RJ-45 connectors for Ethernet
- **Video Ports:** Dependent on installed video card(s)
## Expansion Slots
- **PCI Express 3.0 Slots:** 2 x16 slots, 1 x8 slot (operates as x4)
- **PCI Express 2.0 Slot:** 1 x4 slot
- **PCI Slot:** 1 standard PCI slot
## Power Supply
- **Wattage:** 1300 W/1100 W/1000 W options
- **Voltage:** 100 VAC to 240 VAC
## Physical Characteristics
- **Dimensions:** Height 43.34 cm, Width 21.60 cm, Depth 52.50 cm
- **Weight:** Min. 16.90 kg
## Environmental
- **Operating Temperature:** 10°C to 35°C

309
projects/The-Digital-Pulse-Series.md Normal file
View File

@@ -0,0 +1,309 @@
To turn your Marp-generated quiz slides into an engaging video on Linux, you can harness the power of FFmpeg, a versatile tool for video editing and processing. This process involves several steps: preparing your slides, incorporating visual elements like countdown timers or answer reveals, and adding background music to enhance the experience. Here’s a detailed guide to achieving this with the Linux tools we've discussed:
### Step 1: Create and Export Marp Slides
1. **Design Your Quiz**: Following the framework provided, create your quiz using Marp and Markdown. Ensure you have separate slides for questions, possible answers, and answer reveals. Include visual elements where applicable.
2. **Export Slides as Images**: Use Marp CLI to export your quiz slides into high-quality images. This can be done by navigating to your project directory in the terminal and running:
```bash
marp your-quiz.md --output ./quiz-images
```
This command converts each slide into an individual image file within the `quiz-images` directory.
### Step 2: Prepare Countdown Timer and Background Music
1. **Countdown Timer**: If you've created or downloaded a countdown timer video, ensure it's the correct length for your questions (e.g., 10 seconds) and in a compatible format (e.g., MP4).
2. **Background Music**: Select a suitable background music file for your quiz video. Consider the overall length of your quiz when choosing the track to ensure it covers the entire video.
### Step 3: Assemble Video with FFmpeg
1. **Convert Slides to Video**: Combine your slide images into a single video file, setting the frame rate to control how long each slide is displayed.
```bash
ffmpeg -framerate 1/5 -i quiz-images/slide_%d.jpg -c:v libx264 -r 30 -pix_fmt yuv420p quiz-slides.mp4
```
Here, `-framerate 1/5` dictates each image (slide) shows for 5 seconds. Adjust this value based on your quiz pacing.
2. **Overlay Countdown Timer**: For a more complex quiz structure, you might want to overlay a countdown timer on specific slides (questions). This step requires a bit of manual editing to identify question slides and overlay the timer video accordingly. An alternative simpler approach is to play the countdown timer video between question slides and answer slides.
3. **Add Background Music**: Merge your background music track with the quiz video, ensuring the audio doesn't overpower the visual experience.
```bash
ffmpeg -i quiz-slides.mp4 -i background_music.mp3 -filter_complex "amovie=background_music.mp3:loop=0,asetpts=N/SR/TB[aud];[0:a][aud]amix=duration=first[a]" -map 0:v -map "[a]" -c:v copy -shortest quiz-video-with-music.mp4
```
This command loops the background music (`loop=0`) to cover the whole video, mixing it with the silent audio track from the slides video.
### Step 4: Final Adjustments and Review
- **Review Your Video**: Watch the entire quiz video to ensure the visuals, timing, and background music blend smoothly. Pay special attention to the transitions between questions and answer reveals, as well as the overall audio balance.
- **Adjustments**: If necessary, make adjustments to the timing, audio levels, or visuals by revisiting the relevant FFmpeg commands. Iterating on feedback or your own review is key to polishing the final product.
### Step 5: Distribution
- **Publishing**: Once satisfied with the quiz video, distribute it on your preferred platform, like YouTube or social media, to engage with your audience. Encourage viewers to participate by answering questions in the comments or sharing their scores.
This guide offers a streamlined approach to transforming Marp-generated slides into a dynamic quiz video on Linux, leveraging FFmpeg for video assembly and editing. While some steps, especially overlaying countdown timers, might require a learning curve, the process opens up creative possibilities for producing interactive, educational content.
---
Creating an engaging quiz with Marp involves designing a template that accommodates various question formats, including multiple-choice and fill-in-the-blank questions. Using Markdown, you can create a versatile and visually appealing set of slides for your quiz. Here's a framework that outlines how to structure your Marp slides for different quiz types.
### General Setup for Marp Markdown
First, ensure your Marp presentation starts with a YAML front matter to define global settings like theme and transition:
```markdown
---
marp: true
theme: default
class:
- lead
- invert
---
```
You can customize the `theme` according to your preference or create a custom theme for your brand. The `class` options like `lead` and `invert` are used to style the presentation.
### Multiple-Choice Questions Template
For a multiple-choice question, structure your slide to present the question at the top and list the answers below. Use Markdown lists for the answers:
```markdown
# What is the capital of France?
- (A) Berlin
- (B) Paris
- (C) Madrid
- (D) Lisbon
---
<!-- _class: answer -->
# Answer: (B) Paris
Paris is the capital and most populous city of France.
```
Use a horizontal rule (`---`) to separate the question slide from the answer slide. You can add a custom class (e.g., `answer`) in the YAML front matter at the top of the answer slide to apply specific styling.
### Fill-in-the-Blank Template
For fill-in-the-blank questions, you can structure the question with a blank represented by an underscore line. The answer slide can reveal the correct word or phrase:
```markdown
# Fill in the blank
The largest ocean on Earth is the ___ Ocean.
---
<!-- _class: answer -->
# Answer: The Pacific Ocean
The Pacific Ocean is the largest ocean on Earth, covering more than 30% of the planet's surface.
```
### True or False Questions Template
True or False questions can follow a similar format to multiple-choice, but with only two options:
```markdown
# True or False
The Earth is flat.
- (A) True
- (B) False
---
<!-- _class: answer -->
# Answer: (B) False
Scientific evidence supports that the Earth is an oblate spheroid.
```
### Matching Questions Template
Matching questions are a bit more complex to format but can be achieved by listing the items and their matches:
```markdown
# Match the countries with their capitals
1. France A. Madrid
2. Germany B. Berlin
3. Spain C. Paris
---
<!-- _class: answer -->
# Answers
1. C. Paris
2. B. Berlin
3. A. Madrid
```
### Visual Elements
To incorporate visuals, you can embed images directly into your slides using Markdown image syntax. Ensure the images are appropriately sized and placed to not overshadow the quiz content:
```markdown
# Identify the monument in the picture
![Monument](path/to/image.jpg)
- (A) Statue of Liberty
- (B) Eiffel Tower
- (C) Colosseum
- (D) Taj Mahal
```
### Final Notes
- **Customization**: Consider customizing the Marp theme to align with your quiz's visual identity. Custom themes can define font sizes, colors, and layouts for different slide classes.
- **Interactivity**: While Marp presentations are static, you can encourage interactivity by posing questions before revealing answers in the subsequent slides, allowing viewers to pause and think.
This framework offers a foundation for creating a variety of quiz formats using Marp and Markdown, providing flexibility in content creation while ensuring your quizzes are visually engaging and informative.
---
Creating an engaging quiz video with countdown timers and background music solely with Linux tools can be a streamlined and efficient process once you understand the steps involved. This guide will utilize tools such as Marp for slide creation, FFmpeg for video editing, and open-source background music to create a compelling quiz video format. The goal is to keep the process as straightforward as possible, ensuring it's accessible even to those new to video production on Linux.
### Complete Guide for Creating a Quiz Video on Linux
#### Tools You'll Need:
1. **Marp**: For creating slides with questions and answers.
2. **FFmpeg**: For assembling slides into a video, adding countdown timers, overlaying background music, and fine-tuning audio levels.
3. **Open-source Background Music**: Sources like Free Music Archive or YouTube Audio Library for royalty-free music.
#### Step 1: Install Necessary Tools
- Ensure you have **Marp** and **FFmpeg** installed on your Linux system. Marp can be used as a CLI tool, which is perfect for Linux environments. FFmpeg is widely supported across Linux distributions.
#### Step 2: Create Quiz Content
1. **Write Your Questions and Answers**: Draft a list of quiz questions with four answers each, identifying the correct answer.
2. **Design Quiz Slides in Marp**: Create a Marp Markdown file for each question. Structure your slides to include the question, four answers, and use a simple layout. Repeat for the answer reveal slides.
#### Step 3: Generate Countdown Timer Video
- You can use online resources to download a generic countdown timer video or create one using a simple animation tool if you're comfortable. The timer should ideally be 10-30 seconds long, depending on your quiz pacing. Store it in a common format like MP4.
#### Step 4: Select Background Music
- Choose a piece of subtle, suspense-building background music that lasts the length of your quiz. Download the track in a compatible format (e.g., MP3).
#### Step 5: Assemble Your Quiz Video
##### Convert Slides to Video
1. **Export Slides as Images**: Use Marp CLI to export your slides into images.
```bash
marp quiz.md --output ./slides
```
2. **Create Video from Slides**: Use FFmpeg to convert the images into a video sequence. Adjust the framerate (`-r`) as needed to control how long each slide appears.
```bash
ffmpeg -r 1/5 -i slides/slide_%01d.jpg -c:v libx264 -vf "fps=25,format=yuv420p" quiz_raw.mp4
```
##### Add Countdown Timer
1. **Overlay Timer on Each Question Slide**: For simplicity, let's assume each question and answer is shown for 10 seconds. Adjust the timing in the FFmpeg command accordingly.
```bash
ffmpeg -i quiz_raw.mp4 -i countdown.mp4 -filter_complex "[0][1]overlay=W-w-10:H-h-10:shortest=1" quiz_with_timer.mp4
```
##### Incorporate Background Music
1. **Combine Video with Music**: Ensure the music does not overpower the quiz's engaging element.
```bash
ffmpeg -i quiz_with_timer.mp4 -i background_music.mp3 -c:v copy -c:a aac -strict experimental -shortest quiz_final.mp4
```
#### Step 6: Finalize and Review
- Review the final video, ensuring the transitions are smooth, the timer is correctly synchronized with each question, and the background music enhances the quiz experience without being distracting.
#### Conclusion
This guide outlines a streamlined approach to creating an engaging quiz video using only Linux tools. By leveraging the capabilities of Marp for slide creation and FFmpeg for video editing, you can produce high-quality quiz content that is both informative and entertaining. Starting with simple tools and processes, you can gradually explore more complex editing techniques and interactive elements as you become more comfortable with the workflow.
---
# The Digital Pulse Series: Production Guide
This reference document outlines the structured approach for creating "The Digital Pulse: Exploring Global Internet Evolution," a video series focused on the transformative power of the internet. This guide details the initial set of episodes, the Linux tools employed in production, and the production formula for integrating content creation seamlessly.
## Initial Episode Plan
### Episode 1: "The Internet: A Global Overview"
- **Objective**: Provide an introduction to the global state of internet connectivity.
- **Key Data**: Global penetration rates, speed, and user growth trends.
### Episode 2: "The Speed of Connection: From Dial-Up to Fiber"
- **Objective**: Trace the evolution of internet technology and its impact on user experience.
- **Key Data**: Advancements in internet speed, technology adoption rates.
### Episode 3: "Digital Divide: Bridging the Gap"
- **Objective**: Explore the digital divide and initiatives to provide universal internet access.
- **Key Data**: Access disparities, case studies on connectivity impacts.
### Episode 4: "The Future Is Now: Emerging Technologies"
- **Objective**: Examine how emerging technologies are shaping the internet's future.
- **Key Data**: 5G, IoT, blockchain technologies, and their potential.
## Linux Tools & Their Roles
### Data Handling and Visualization
- **Python**: Utilized for scripting data retrieval, processing, and generating dynamic data visualizations. Libraries like Pandas, Matplotlib, and Plotly are instrumental in analyzing data and creating engaging charts.
### Presentation and Slide Creation
- **Marp**: Converts Markdown files into beautiful slide decks. Integrated with Python-generated visualizations, Marp creates structured presentations ready for video conversion.
### Script Writing and Voice-Over Production
- **LLMs (e.g., GPT-3)**: Generate detailed narrative scripts that effectively communicate data insights and stories.
- **Text-to-Speech Engines**: Transform narrative scripts into consistent, engaging voice-overs. Choices include Google Text-to-Speech or Mozilla's TTS for open-source options.
### Audio and Video Assembly
- **FFmpeg**: The backbone for video assembly, combining visual slides, voice-overs, and background music into cohesive video content. FFmpeg also handles format conversions and audio balancing.
### Batch Processing and Automation
- **GNU Parallel**: Enhances efficiency by enabling parallel processing of video encoding tasks, significantly reducing production time for series episodes.
## Production Formula
### Content Creation Process
1. **Scripting**: Use LLMs to draft episode scripts based on data insights and episode objectives. Include directions for visuals and voice-over segments.
2. **Visualization & Slide Generation**: Automate the creation of data visualizations with Python. Convert these, along with structured narratives, into presentation slides using Marp.
3. **Voice-Over and Background Music**:
- Produce voice-overs with a chosen TTS engine.
- Select and prepare background music, ensuring it complements the episode's tone without overpowering the narration.
4. **Video Compilation**:
- Use FFmpeg to assemble video elements, synchronizing slides with the voice-over and incorporating background music at appropriate levels.
- Apply standard intro/outro sequences for brand consistency.
### Review and Distribution
- Finalize the video with a thorough review, ensuring audio-visual alignment and narrative coherence.
- Distribute the completed episodes across chosen platforms, utilizing scripts for automation where possible.
## Conclusion
This production guide provides a comprehensive framework for creating "The Digital Pulse: Exploring Global Internet Evolution" series. By leveraging the outlined Linux tools and production formula, you can efficiently produce educational and engaging content that resonates with a broad audience, showcasing the significant role of the internet in shaping our world.

80
projects/ari.md Normal file
View File

@@ -0,0 +1,80 @@
## Ari's Enhanced Newsletter Series Outline
### Edition 1: Fashion & Lifestyle
- **Trend Tracker**: Outfit ideas for the season.
- **Budget & Eco Fashion**: Thrifting finds and sustainable brand highlights.
- **DIY Decor & Fashion**: Upcycling tips and home decor ideas.
- **Healthy Bites & Life**: Simple recipes and balanced lifestyle tips.
- **Letters to the Editor**: Readers share their fashion and lifestyle thoughts.
### Edition 2: Pop Culture & Entertainment
- **Screen & Sound**: Movie reviews and music recommendations.
- **Meme & Internet Buzz**: Appropriate memes and internet trends.
- **Book Nook**: Suggestions for young readers and a spotlight on a notable author.
- **Artist's Showcase**: Reader-submitted artwork or stories.
### Edition 3: Personal Growth & Well-being
- **Mind Matters**: Stress management and positive body image discussion.
- **Goal Vision**: Setting ambitions and building confidence.
- **Empathy & Relationships**: Tips for understanding and healthy friendships.
- **Q&A Section**: Ari answers queries about personal growth.
### Edition 4: School, Hobbies, & Creativity
- **Study & Time Tips**: Effective learning and time management techniques.
- **Art & Craft Corner**: Drawing, crafting, and DIY projects.
- **Writer's Nook**: Writing prompts and poetic inspirations.
- **Homework Help**: A segment to address school-related questions.
### Edition 5: Tech, Online Safety, & Innovation
- **Cyber Savvy**: Web safety and cyberbullying awareness.
- **App Adventures**: Recommendations for creativity and learning.
- **Tech Talks**: Impact of technology and recent innovations.
- **Tech Troubleshoot**: Readers ask tech-related questions.
### Edition 6: Travel, Culture, & Nature
- **World Wanderlust**: Travel experiences and cultural insights.
- **Outdoor Escapades**: Activities in nature and environmental awareness.
- **Local Legends & Gems**: Folklore and local attractions.
- **Travel Queries**: Addressing readers' travel questions and tips.
### Edition 7: Career & Personal Finance
- **Career Glimpse**: Spotlight on unique career and interview tips.
- **Money Matters**: Budgeting, saving strategies, and smart shopping.
- **Career Q&A**: Ari and guest experts answer career and finance questions.
### Edition 8: Sports, Fitness, & Outdoor Activities
- **Sporting Scenes**: Basic sports rules and athlete highlights.
- **Fitness Routes**: Fun exercise routines and outdoor adventure ideas.
- **Sporting Queries**: Addressing readers' questions about sports and fitness.
### Edition 9: Social Awareness & Personal Development
- **Community Connect**: Promoting kindness, mental well-being, and inclusivity.
- **Green Steps**: Environmental tips and sustainability at home.
- **Community Voice**: Readers share community stories and initiatives.
### Edition 10: World Insights: History, Science, & More
- **Past & Present**: Historical profiles and current scientific discoveries.
- **Space & Nature Glimpses**: Facts about space exploration and wildlife.
- **History and Science Q&A**: Answers to readers' curious questions.
### Edition 11: Inspiration, Motivation, & Entrepreneurship
- **Inspire Stories**: Overcoming challenges and entrepreneurial journeys.
- **Growth & Leadership**: Developing a growth mindset and leadership skills.
- **Inspirational Queries**: Addressing motivational questions from readers.
### Edition 12: Music, Art, & Creativity
- **Sounds & Scenes**: Artist spotlight and genre exploration.
- **Craft & Creativity**: Art challenges and sources of inspiration.
- **Music & Art Q&A**: Discussing readers' artistic queries and thoughts.

82
projects/blockchain.md Normal file
View File

@@ -0,0 +1,82 @@
<!-- Blockchain and Crypto Trading/Investing Outline -->
# I. Introduction to Blockchain Technology
A. Definition and Basics
B. Historical Background
C. Significance and Advantages
D. Key Components of a Blockchain
# II. Blockchain Beyond Cryptocurrency
A. Smart Contracts and Automation
1. What Are Smart Contracts?
2. How Smart Contracts Work
3. Applications in Various Industries
B. Enhancing Supply Chain Transparency
1. Supply Chain Challenges
2. Blockchain's Role in Supply Chain
3. Real-World Examples
C. Secure Identity Solutions
1. Current Identity Challenges
2. How Blockchain-Based Identity Works
3. Privacy and Security Benefits
D. Revolutionizing Healthcare
1. Healthcare Data Challenges
2. Benefits of Blockchain in Healthcare
3. Case Studies
E. Improving Voting Systems
1. Election Integrity Issues
2. Blockchain in Voting
3. Success Stories and Challenges
F. The Rise of NFTs
1. What Are NFTs?
2. NFT Use Cases in Gaming and Art
3. Future Trends and Controversies
# III. Crypto Trading and Investing
A. Cryptocurrency Basics
1. Introduction to Cryptocurrencies
2. Popular Cryptocurrencies (e.g., Bitcoin, Ethereum)
3. How Cryptocurrencies Are Created (Mining vs. Staking)
B. Exchanges and Wallets
1. Types of Cryptocurrency Exchanges
2. How to Choose an Exchange
3. Cryptocurrency Wallets: Hot vs. Cold Wallets
C. Trading Strategies
1. Long-Term vs. Short-Term Trading
2. Technical vs. Fundamental Analysis
3. Risk Management
D. Investment Considerations
1. Volatility and Risk
2. Diversification
3. Regulatory Environment
E. Initial Coin Offerings (ICOs) and Token Sales
1. What Are ICOs?
2. Risks and Benefits
3. Regulatory Compliance
F. Taxation and Legal Aspects
1. Taxation of Cryptocurrency Gains
2. Legal Compliance and Regulations
3. Reporting Requirements
# IV. Future Trends and Challenges
A. Emerging Technologies
1. Blockchain 2.0 and Beyond
2. Integration with IoT, AI, and Big Data
B. Regulatory Developments
1. Evolving Cryptocurrency Regulations
2. Global vs. Local Regulations
C. Environmental and Energy Concerns
1. Crypto Mining and Energy Consumption
2. Sustainable Blockchain Solutions
D. Security and Hacking Risks
1. Crypto Wallet Security
2. Recent Hacking Incidents and Lessons Learned
E. Market Evolution and Adoption
1. Institutional vs. Retail Adoption
2. Impact on Traditional Financial Systems
# V. Conclusion
A. Recap of Blockchain's Versatility
B. The Ongoing Evolution of Cryptocurrencies
C. Encouragement for Responsible Investing
D. Future Outlook and Potential for Further Disruption

66
projects/book_crafting/Complete outline novel.md Normal file
View File

@@ -0,0 +1,66 @@
## Opening (4,000 words):
- (2,000 words) "Introduce the resourceful detective, the crime they're investigating, and the setting. Establish the tone and mood of the story."
- (2,000 words) "Continue the opening scene, building suspense and tension. Introduce initial clues and reactions from relevant characters."
## Act One (24,000 words):
### Introduce supporting characters (4,000 words)
- (1,000 words) "Introduce the first suspect, their motive, and their connection to the crime."
- (1,000 words) "Introduce the second suspect, their motive, and their connection to the crime."
- (1,000 words) "Introduce the third suspect, their motive, and their connection to the crime."
- (1,000 words) "Introduce the fourth suspect, their motive, and their connection to the crime."
### Develop the setting (4,000 words)
- (2,000 words) "Describe the main location in detail, including notable landmarks and the atmosphere."
- (2,000 words) "Describe any additional important locations and their significance to the story."
### Establish subplots and relationships (4,000 words)
- (2,000 words) "Introduce the first subplot involving conflicts and connections between characters that add tension and intrigue to the story."
- (2,000 words) "Introduce the second subplot and show how it affects the characters and main plot."
### Investigate the crime (12,000 words)
- (4,000 words) "The detective starts gathering clues, interviewing witnesses, and uncovering initial evidence."
- (4,000 words) "The detective analyzes the collected evidence and begins to form theories about the crime."
- (4,000 words) "The detective narrows down the list of suspects based on their findings and continues the investigation."
## Act Two (32,000 words):
### Introduce new clues and red herrings (8,000 words)
- (2,000 words) "Present a new piece of evidence that deepens the mystery and misleads the reader."
- (2,000 words) "Introduce another clue that seems to contradict earlier findings, adding more complexity to the case."
- (2,000 words) "Reveal a red herring that casts doubt on one of the suspects and confuses the investigation."
- (2,000 words) "Introduce an unexpected piece of evidence that changes the direction of the investigation."
## Develop subplots (8,000 words)
- (4,000 words) "Advance the first subplot and show its impact on the characters and main plot."
- (4,000 words) "Advance the second subplot and reveal how it intertwines with the main plot."
### Investigate the suspects (8,000 words)
- (2,000 words) "The detective interrogates the first suspect, uncovering their secrets, motives, and alibis."
- (2,000 words) "The detective interrogates the second suspect, uncovering their secrets, motives, and alibis."
- (2,000 words) "The detective interrogates the third suspect, uncovering their secrets, motives, and alibis."
- (2,000 words) "The detective interrogates the fourth suspect, uncovering their secrets, motives, and alibis."
### Plot twist (4,000 words)
- (4,000 words) "Introduce a major twist that changes the direction of the investigation and surprises the reader, forcing the detective to reconsider their approach."
### Deepen the investigation (4,000 words)
- (4,000 words) "The detective follows new leads and makes connections between the clues, gradually getting closer to the truth."
## Act Three (20,000 words):
### Climax (8,000 words)
- (4,000 words) "The detective confronts the culprit in a tense and action-packed scene, revealing the truth behind the crime."
- (4,000 words) "Detail the aftermath of the confrontation, showing the detective's resourcefulness and determination in the face of danger."
### Resolution of subplots (6,000 words)
- (3,000 words) "Resolve the first subplot, revealing the outcomes for the characters involved and the impact on the main plot."
- (3,000 words) "Resolve the second subplot, tying up loose ends and showing how it affected the overall story."
### Wrap up the investigation (4,000 words)
- (4,000 words) "The detective ties up any loose ends and explains any remaining unanswered questions, ensuring a satisfying resolution for the reader."
### Closing scene (2,000 words)
- (2,000 words) "Provide a satisfying conclusion to the story, hinting at the future for the detective and other characters, leaving the reader eager for more."
#Novel #Writing

16
projects/book_crafting/Novel plot build.md Normal file
View File

@@ -0,0 +1,16 @@
1. Introduce detective:
- "Describe the detective."
2. Describe the crime:
- "What crime occurred?"
3. Choose the setting:
- "Where is it set?"
4. Establish the atmosphere:
- "How's the mood?"
5. Create suspense or tension:
- "Build tension."
6. Present the initial clues:
- "First clues?"
7. Show character reactions:
- "Reactions to crime?"
#Writing #Novel

62
projects/book_crafting/Outline mystery.md Normal file
View File

@@ -0,0 +1,62 @@
Opening:
Detective: KEY_DETECTIVE
Crime: KEY_CRIME
Setting: KEY_SETTING
Atmosphere: KEY_ATMOSPHERE
Suspense/Tension: KEY_SUSPENSE_TENSION
Initial Clues: KEY_INITIAL_CLUES
Character Reactions: KEY_CHARACTER_REACTIONS
Act One:
Suspect 1: KEY_SUSPECT_1
Suspect 2: KEY_SUSPECT_2
Suspect 3: KEY_SUSPECT_3
Suspect 4: KEY_SUSPECT_4
Motive 1: KEY_MOTIVE_1
Motive 2: KEY_MOTIVE_2
Motive 3: KEY_MOTIVE_3
Motive 4: KEY_MOTIVE_4
Connection 1: KEY_CONNECTION_1
Connection 2: KEY_CONNECTION_2
Connection 3: KEY_CONNECTION_3
Connection 4: KEY_CONNECTION_4
Setting Description: KEY_SETTING_DESCRIPTION
Landmarks: KEY_LANDMARKS
Atmosphere Description: KEY_ATMOSPHERE_DESCRIPTION
Subplot 1: KEY_SUBPLOT_1
Subplot 2: KEY_SUBPLOT_2
Relationships Description: KEY_RELATIONSHIPS_DESCRIPTION
Gathered Clues: KEY_GATHERED_CLUES
Interviewed Witnesses: KEY_INTERVIEWED_WITNESSES
Analyzed Evidence: KEY_ANALYZED_EVIDENCE
Narrowed Suspects: KEY_NARROWED_SUSPECTS
Act Two:
New Clue 1: KEY_NEW_CLUE_1
New Clue 2: KEY_NEW_CLUE_2
New Clue 3: KEY_NEW_CLUE_3
New Clue 4: KEY_NEW_CLUE_4
Contradictory Evidence: KEY_CONTRADICTORY_EVIDENCE
Red Herrings: KEY_RED_HERRINGS
Unexpected Evidence: KEY_UNEXPECTED_EVIDENCE
Subplot 1 Advance: KEY_SUBPLOT_1_ADVANCE
Subplot 2 Advance: KEY_SUBPLOT_2_ADVANCE
Interrogation 1: KEY_INTERROGATION_1
Interrogation 2: KEY_INTERROGATION_2
Interrogation 3: KEY_INTERROGATION_3
Interrogation 4: KEY_INTERROGATION_4
Plot Twist Description: KEY_PLOT_TWIST_DESCRIPTION
Deepen Investigation Details: KEY_DEEPEN_INVESTIGATION_DETAILS
Act Three:
Confront Culprit Scene: KEY_CONFRONT_CULPRIT_SCENE
Reveal Truth Details: KEY_REVEAL_TRUTH_DETAILS
Aftermath Description: KEY_AFTERMATH_DESCRIPTION
Subplot 1 Resolution: KEY_SUBPLOT_1_RESOLUTION
Subplot 2 Resolution: KEY_SUBPLOT_2_RESOLUTION
Investigation Wrap Up Details: KEY_INVESTIGATION_WRAP_UP_DETAILS
Closing Scene Description: KEY_CLOSING_SCENE_DESCRIPTION
#Novel

134
projects/book_crafting/Plot Creation.md Normal file
View File

@@ -0,0 +1,134 @@
Opening:
- KEY_DETECTIVE
- KEY_CRIME
- KEY_SETTING
- KEY_ATMOSPHERE
- KEY_SUSPENSE_TENSION
- KEY_INITIAL_CLUES
- KEY_CHARACTER_REACTIONS
Act One:
- KEY_SUSPECT_1
- KEY_SUSPECT_2
- KEY_SUSPECT_3
- KEY_SUSPECT_4
- KEY_MOTIVE_1
- KEY_MOTIVE_2
- KEY_MOTIVE_3
- KEY_MOTIVE_4
- KEY_CONNECTION_1
- KEY_CONNECTION_2
- KEY_CONNECTION_3
- KEY_CONNECTION_4
- KEY_SETTING_DESCRIPTION
- KEY_LANDMARKS
- KEY_ATMOSPHERE_DESCRIPTION
- KEY_SUBPLOT_1
- KEY_SUBPLOT_2
- KEY_RELATIONSHIPS_DESCRIPTION
- KEY_GATHERED_CLUES
- KEY_INTERVIEWED_WITNESSES
- KEY_ANALYZED_EVIDENCE
- KEY_NARROWED_SUSPECTS
Act Two:
- KEY_NEW_CLUE_1
- KEY_NEW_CLUE_2
- KEY_NEW_CLUE_3
- KEY_NEW_CLUE_4
- KEY_CONTRADICTORY_EVIDENCE
- KEY_RED_HERRINGS
- KEY_UNEXPECTED_EVIDENCE
- KEY_SUBPLOT_1_ADVANCE
- KEY_SUBPLOT_2_ADVANCE
- KEY_INTERROGATION_1
- KEY_INTERROGATION_2
- KEY_INTERROGATION_3
- KEY_INTERROGATION_4
- KEY_PLOT_TWIST_DESCRIPTION
- KEY_DEEPEN_INVESTIGATION_DETAILS
Act Three:
- KEY_CONFRONT_CULPRIT_SCENE
- KEY_REVEAL_TRUTH_DETAILS
- KEY_AFTERMATH_DESCRIPTION
- KEY_SUBPLOT_1_RESOLUTION
- KEY_SUBPLOT_2_RESOLUTION
- KEY_INVESTIGATION_WRAP_UP_DETAILS
- KEY_CLOSING_SCENE_DESCRIPTION
opening = {
'detective': 'KEY_DETECTIVE',
'crime': 'KEY_CRIME',
'setting': 'KEY_SETTING',
'atmosphere': 'KEY_ATMOSPHERE',
'suspense_tension': 'KEY_SUSPENSE_TENSION',
'initial_clues': 'KEY_INITIAL_CLUES',
'character_reactions': 'KEY_CHARACTER_REACTIONS'
}
act_one = {
'supporting_characters': {
'suspects': ['KEY_SUSPECT_1', 'KEY_SUSPECT_2', 'KEY_SUSPECT_3', 'KEY_SUSPECT_4'],
'motives': ['KEY_MOTIVE_1', 'KEY_MOTIVE_2', 'KEY_MOTIVE_3', 'KEY_MOTIVE_4'],
'connections': ['KEY_CONNECTION_1', 'KEY_CONNECTION_2', 'KEY_CONNECTION_3', 'KEY_CONNECTION_4']
},
'setting_description': 'KEY_SETTING_DESCRIPTION',
'landmarks': 'KEY_LANDMARKS',
'atmosphere': 'KEY_ATMOSPHERE_DESCRIPTION',
'subplots': {
'subplot_1': 'KEY_SUBPLOT_1',
'subplot_2': 'KEY_SUBPLOT_2'
},
'relationships': 'KEY_RELATIONSHIPS_DESCRIPTION',
'investigate_crime': {
'clues': 'KEY_GATHERED_CLUES',
'witnesses': 'KEY_INTERVIEWED_WITNESSES',
'evidence': 'KEY_ANALYZED_EVIDENCE',
'narrow_suspects': 'KEY_NARROWED_SUSPECTS'
}
}
act_two = {
'clues_red_herrings': {
'new_clues': ['KEY_NEW_CLUE_1', 'KEY_NEW_CLUE_2', 'KEY_NEW_CLUE_3', 'KEY_NEW_CLUE_4'],
'contradictory_evidence': 'KEY_CONTRADICTORY_EVIDENCE',
'red_herrings': 'KEY_RED_HERRINGS',
'unexpected_evidence': 'KEY_UNEXPECTED_EVIDENCE'
},
'subplots_advance': {
'subplot_1_advance': 'KEY_SUBPLOT_1_ADVANCE',
'subplot_2_advance': 'KEY_SUBPLOT_2_ADVANCE'
},
'investigate_suspects': {
'suspect_interrogations': {
'suspect_1': 'KEY_INTERROGATION_1',
'suspect_2': 'KEY_INTERROGATION_2',
'suspect_3': 'KEY_INTERROGATION_3',
'suspect_4': 'KEY_INTERROGATION_4'
}
},
'plot_twist': 'KEY_PLOT_TWIST_DESCRIPTION',
'deepen_investigation': 'KEY_DEEPEN_INVESTIGATION_DETAILS'
}
act_three = {
'climax': {
'confront_culprit': 'KEY_CONFRONT_CULPRIT_SCENE',
'reveal_truth': 'KEY_REVEAL_TRUTH_DETAILS',
'aftermath': 'KEY_AFTERMATH_DESCRIPTION'
},
'subplot_resolution': {
'subplot_1_resolution': 'KEY_SUBPLOT_1_RESOLUTION',
'subplot_2_resolution': 'KEY_SUBPLOT_2_RESOLUTION'
},
'investigation_wrap_up': 'KEY_INVESTIGATION_WRAP_UP_DETAILS',
'closing_scene': 'KEY_CLOSING_SCENE_DESCRIPTION'
}
#Novel

38
projects/book_crafting/Script Outline.md Normal file
View File

@@ -0,0 +1,38 @@
**Introduction**
- Hook: [_Insert engaging question or statement related to video content_]
- Greeting: Hello, [_Insert audience descriptor and your name/introduction_]
- Video Objective: Today, [_Insert brief description of what you'll be discussing/explaining/showing in the video_]
- Preview: We'll be covering [_List the main topics/points briefly_]
**Main Points**
- Key Point 1: [_Topic 1_]
- Supporting Details: [_Relevant details or explanation_]
- Visual Aids: [_Describe visual aid_]
- Key Point 2: [_Topic 2_]
- Supporting Details: [_Relevant details or explanation_]
- Visual Aids: [_Describe visual aid_]
- Repeat for additional key points as needed.
**Transition**
- Recap: We've discussed [_Quick summary of main points_]
- Bridge: Now let's move on to [_Preview of next section/topic_]
**Additional Information**
- Supporting Details: [_Extra information, insights, tips related to the main topic_]
- Examples or Anecdotes: [_Real-life examples or personal experiences_]
- Visual Aids: [_Describe visual aid_]
**Conclusion**
- Summary: Today we've covered [_Brief recap of main points/topics_]
- Call-to-action (CTA): If you [_Insert what you want viewers to do - like, subscribe, comment, etc._], please [_Insert specific action_]
- Closing Remarks: [_Insert memorable closing statement or thought/teaser for the next video_]
**Outro**
- Sign-off: This is [_Your Name_], thank you for watching.
- End Screen: [_Insert prompts for relevant video suggestions, links to other content, social media handles, etc._]

80
projects/book_crafting/Untitled 1.md Normal file
View File

@@ -0,0 +1,80 @@
Opening:
Protagonist: Alex Reid, a skilled cybersecurity analyst who developed investigation skills through his technical role
Inciting Incident: Alex stumbles upon a mysterious murder in a small coastal town while on vacation
Setting: Harbor Cove, a small coastal town
Atmosphere: Tense, with an underlying current of danger
Suspense/Tension: As Alex investigates the murder, he uncovers a web of corruption and deceit
Character Reactions: The townspeople are wary of Alex and initially uncooperative
Act One:
Antagonist: Mayor Thomas Caldwell, a powerful figure in the town with hidden motives
Connection 1: The victim was a whistleblower about to expose the mayor's corruption
Connection 2: The mayor has ties to organized crime and is using the town's resources for personal gain
Connection 3: A mysterious figure from Alex's past is involved in the conspiracy
Connection 4: The local police force is compromised and cannot be trusted
Setting Description: Harbor Cove is a quaint, picturesque town with a hidden dark side
Landmarks: The lighthouse, the harbor, the town square, and the abandoned warehouse district
Atmosphere Description: A seemingly idyllic coastal town with an undercurrent of danger and secrecy
Subplot 1: Alex's romantic relationship with a local woman, Sarah
Subplot 2: The struggle of a local journalist, Linda, to expose the corruption
Relationships Description: Alex forms alliances with Sarah, Linda, and a few trustworthy townspeople
Protagonist's Skills: Cybersecurity expertise, analytical thinking, intuition, and resourcefulness
Encounters: Alex faces off against the mayor's thugs, local corrupt police, and organized crime figures
Act Two:
New Clue 1: A secret ledger detailing the mayor's illegal transactions
New Clue 2: A witness who saw the mayor at the scene of the murder
New Clue 3: A coded message from the victim to Alex, leading to the warehouse district
New Clue 4: An anonymous tip that implicates the mayor in the conspiracy
Contradictory Evidence: A staged suicide note from the victim that exonerates the mayor
Red Herrings: A local drug dealer, a disgruntled former employee, and a rival politician
Unexpected Evidence: A photograph of the mysterious figure from Alex's past, revealing their connection
Subplot 1 Advance: Sarah is kidnapped by the mayor's henchmen, raising the stakes for Alex
Subplot 2 Advance: Linda is fired from the local newspaper for her investigation
Action Sequence 1: A tense escape from the warehouse district
Action Sequence 2: A stealthy infiltration of the mayor's mansion
Action Sequence 3: A high-stakes confrontation at the harbor
Action Sequence 4: A daring rescue of Sarah from the mayor's henchmen
Plot Twist Description: The mysterious figure is revealed to be a former colleague of Alex's
Deepen Investigation Details: Alex uncovers the extent of the corruption and its impact on the town
Act Three:
Confront Antagonist Scene: Alex confronts Mayor Caldwell in a tense showdown at the town square
Climactic Action Sequence: A cyber-warfare battle between Alex and the mayor's hacker network
Reveal Truth Details: Alex exposes the mayor's corruption and his connection to organized crime
Aftermath Description: The town is left reeling from the revelations, unsure of its future
Subplot 1 Resolution: Sarah, traumatized by her kidnapping, decides to leave town to heal
Subplot 2 Resolution: Linda starts an independent news outlet to continue her pursuit of the truth
Protagonist's Growth: Alex realizes that his skills can make a difference beyond his regular job
Closing Scene Description: A contemplative Alex, realizing the impact of his skills beyond his regular job, decides to continue using his expertise to help those in need. As he leaves Harbor Cove, he receives a mysterious message on his phone, hinting at another case in a different town. Alex's journey as a part-time investigator is just beginning, leaving the door open for more adventures in future novels.

53
projects/book_crafting/Untitled.md Normal file
View File

@@ -0,0 +1,53 @@
Opening:
- Protagonist: KEY_PROTAGONIST (Jack Reacher-like character)
- Inciting Incident: KEY_INCITING_INCIDENT
- Setting: KEY_SETTING
- Atmosphere: KEY_ATMOSPHERE
- Suspense/Tension: KEY_SUSPENSE_TENSION
- Character Reactions: KEY_CHARACTER_REACTIONS
Act One:
- Antagonist: KEY_ANTAGONIST
- Connection 1: KEY_CONNECTION_1
- Connection 2: KEY_CONNECTION_2
- Connection 3: KEY_CONNECTION_3
- Connection 4: KEY_CONNECTION_4
- Setting Description: KEY_SETTING_DESCRIPTION
- Landmarks: KEY_LANDMARKS
- Atmosphere Description: KEY_ATMOSPHERE_DESCRIPTION
- Subplot 1: KEY_SUBPLOT_1
- Subplot 2: KEY_SUBPLOT_2
- Relationships Description: KEY_RELATIONSHIPS_DESCRIPTION
- Protagonist's Skills: KEY_PROTAGONIST_SKILLS
- Encounters: KEY_ENCOUNTERS
Act Two:
- New Clue 1: KEY_NEW_CLUE_1
- New Clue 2: KEY_NEW_CLUE_2
- New Clue 3: KEY_NEW_CLUE_3
- New Clue 4: KEY_NEW_CLUE_4
- Contradictory Evidence: KEY_CONTRADICTORY_EVIDENCE
- Red Herrings: KEY_RED_HERRINGS
- Unexpected Evidence: KEY_UNEXPECTED_EVIDENCE
- Subplot 1 Advance: KEY_SUBPLOT_1_ADVANCE
- Subplot 2 Advance: KEY_SUBPLOT_2_ADVANCE
- Action Sequence 1: KEY_ACTION_SEQUENCE_1
- Action Sequence 2: KEY_ACTION_SEQUENCE_2
- Action Sequence 3: KEY_ACTION_SEQUENCE_3
- Action Sequence 4: KEY_ACTION_SEQUENCE_4
- Plot Twist Description: KEY_PLOT_TWIST_DESCRIPTION
- Deepen Investigation Details: KEY_DEEPEN_INVESTIGATION_DETAILS
Act Three:
- Confront Antagonist Scene: KEY_CONFRONT_ANTAGONIST_SCENE
- Climactic Action Sequence: KEY_CLIMACTIC_ACTION_SEQUENCE
- Reveal Truth Details: KEY_REVEAL_TRUTH_DETAILS
- Aftermath Description: KEY_AFTERMATH_DESCRIPTION
- Subplot 1 Resolution: KEY_SUBPLOT_1_RESOLUTION
- Subplot 2 Resolution: KEY_SUBPLOT_2_RESOLUTION
- Protagonist's Growth: KEY_PROTAGONIST_GROWTH
- Closing Scene Description: KEY_CLOSING_SCENE_DESCRIPTION

81
projects/book_crafting/___outline.md Normal file
View File

@@ -0,0 +1,81 @@
take the following key value pairs and build out prompts for each item so that it'll create a plot for a novel make sure to invlude a chohesive topics that make sense both logically and physically, in the prompts ask for the response to be no more than 1 to 3 words:{
'opening': {
'KEY_DETECTIVE': 'detective',
'KEY_CRIME': 'crime',
'KEY_SETTING': 'setting',
'KEY_ATMOSPHERE': 'atmosphere',
'KEY_SUSPENSE_TENSION': 'suspense_tension',
'KEY_INITIAL_CLUES': 'initial_clues',
'KEY_CHARACTER_REACTIONS': 'character_reactions'
},
'act_one': {
'supporting_characters': {
suspect_1
suspect_2
suspect_3
suspect_4
motive_1
motive_2
motive_3
motive_4
connection_1
connection_2
connection_3
connection_4
},
'KEY_SETTING_DESCRIPTION': 'setting_description',
'KEY_LANDMARKS': 'landmarks',
'KEY_ATMOSPHERE_DESCRIPTION': 'atmosphere',
'subplots': {
'KEY_SUBPLOT_1': 'subplot_1',
'KEY_SUBPLOT_2': 'subplot_2'
},
'KEY_RELATIONSHIPS_DESCRIPTION': 'relationships',
investigate_crime':
GATHERED_CLUES': 'clues
INTERVIEWED_WITNESSES': 'witnesses
ANALYZED_EVIDENCE': 'evidence
NARROWED_SUSPECTS': 'narrow_suspect
}
},
'act_two': {
'clues_red_herrings': {
'KEY_NEW_CLUE_1': 'new_clue_1',
'KEY_NEW_CLUE_2': 'new_clue_2',
'KEY_NEW_CLUE_3': 'new_clue_3',
'KEY_NEW_CLUE_4': 'new_clue_4',
'KEY_CONTRADICTORY_EVIDENCE': 'contradictory_evidence',
'KEY_RED_HERRINGS': 'red_herrings',
'KEY_UNEXPECTED_EVIDENCE': 'unexpected_evidence'
},
'subplots_advance': {
'KEY_SUBPLOT_1_ADVANCE': 'subplot_1_advance',
'KEY_SUBPLOT_2_ADVANCE': 'subplot_2_advance'
},
'investigate_suspects': {
'suspect_interrogations': {
'KEY_INTERROGATION_suspect_1',
'KEY_INTERROGATION_2': 'suspect_2',
'KEY_INTERROGATION_3': 'suspect_3',
'KEY_INTERROGATION_4': 'suspect_4'
}
},
'KEY_PLOT_TWIST_DESCRIPTION': 'plot_twist',
'KEY_DEEPEN_INVESTIGATION_DETAILS': 'deepen_investigation'
},
'act_three': {
'climax': {
'KEY_CONFRONT_CULPRIT_SCENE': 'confront_culprit',
'KEY_REVEAL_TRUTH_DETAILS': 'reveal_truth',
'KEY_AFTERMATH_DESCRIPTION': 'aftermath'
},
'subplot_resolution': {
'KEY_SUBPLOT_1_RESOLUTION': 'subplot_1_resolution',
'KEY_SUBPLOT_2_RESOLUTION': 'subplot_2_resolution'
},
'KEY_INVESTIGATION_WRAP_UP_DETAILS': 'investigation_wrap_up',
'KEY_CLOSING_SCENE_DESCRIPTION': 'closing_scene'
}
}

90
projects/book_crafting/__outline.md Normal file
View File

@@ -0,0 +1,90 @@
opening = {
'detective': 'KEY_DETECTIVE',
'crime': 'KEY_CRIME',
'setting': 'KEY_SETTING',
'atmosphere': 'KEY_ATMOSPHERE',
'suspense_tension': 'KEY_SUSPENSE_TENSION',
'initial_clues': 'KEY_INITIAL_CLUES',
'character_reactions': 'KEY_CHARACTER_REACTIONS'
}
act_one = {
'supporting_characters': {
'suspects': ['KEY_SUSPECT_1', 'KEY_SUSPECT_2', 'KEY_SUSPECT_3', 'KEY_SUSPECT_4'],
'motives': ['KEY_MOTIVE_1', 'KEY_MOTIVE_2', 'KEY_MOTIVE_3', 'KEY_MOTIVE_4'],
'connections': ['KEY_CONNECTION_1', 'KEY_CONNECTION_2', 'KEY_CONNECTION_3', 'KEY_CONNECTION_4']
},
'setting_description': 'KEY_SETTING_DESCRIPTION',
'landmarks': 'KEY_LANDMARKS',
'atmosphere': 'KEY_ATMOSPHERE_DESCRIPTION',
'subplots': {
'subplot_1': 'KEY_SUBPLOT_1',
'subplot_2': 'KEY_SUBPLOT_2'
},
'relationships': 'KEY_RELATIONSHIPS_DESCRIPTION',
'investigate_crime': {
'clues': 'KEY_GATHERED_CLUES',
'witnesses': 'KEY_INTERVIEWED_WITNESSES',
'evidence': 'KEY_ANALYZED_EVIDENCE',
'narrow_suspects': 'KEY_NARROWED_SUSPECTS'
}
}
act_two = {
'clues_red_herrings': {
'new_clues': ['KEY_NEW_CLUE_1', 'KEY_NEW_CLUE_2', 'KEY_NEW_CLUE_3', 'KEY_NEW_CLUE_4'],
'contradictory_evidence': 'KEY_CONTRADICTORY_EVIDENCE',
'red_herrings': 'KEY_RED_HERRINGS',
'unexpected_evidence': 'KEY_UNEXPECTED_EVIDENCE'
},
'subplots_advance': {
'subplot_1_advance': 'KEY_SUBPLOT_1_ADVANCE',
'subplot_2_advance': 'KEY_SUBPLOT_2_ADVANCE'
},
'investigate_suspects': {
'suspect_interrogations': {
'suspect_1': 'KEY_INTERROGATION_1',
'suspect_2': 'KEY_INTERROGATION_2',
'suspect_3': 'KEY_INTERROGATION_3',
'suspect_4': 'KEY_INTERROGATION_4'
}
},
'plot_twist': 'KEY_PLOT_TWIST_DESCRIPTION',
'deepen_investigation': 'KEY_DEEPEN_INVESTIGATION_DETAILS'
}
act_three = {
'climax': {
'confront_culprit': 'KEY_CONFRONT_CULPRIT_SCENE',
'reveal_truth': 'KEY_REVEAL_TRUTH_DETAILS',
'aftermath': 'KEY_AFTERMATH_DESCRIPTION'
},
'subplot_resolution': {
'subplot_1_resolution': 'KEY_SUBPLOT_1_RESOLUTION',
'subplot_2_resolution': 'KEY_SUBPLOT_2_RESOLUTION'
},
'investigation_wrap_up': 'KEY_INVESTIGATION_WRAP_UP_DETAILS',
'closing_scene': 'KEY_CLOSING_SCENE_DESCRIPTION'
}
Opening (400 words):
"Introduce {opening['detective']}, {opening['crime']}, {opening['setting']}, and {opening['atmosphere']}. Build {opening['suspense_tension']}, and introduce {opening['initial_clues']} and {opening['character_reactions']}."
Act One (2,400 words):
2a. Supporting characters (400 words): "Introduce {', '.join(act_one['supporting_characters']['suspects'])}, their {'; '.join(act_one['supporting_characters']['motives'])}, and {'; '.join(act_one['supporting_characters']['connections'])} to the crime."
2b. Setting (400 words): "Describe {act_one['setting_description']}, {act_one['landmarks']}, and {act_one['atmosphere']}."
2c. Subplots and relationships (400 words): "Introduce {act_one['subplots']['subplot_1']}, {act_one['subplots']['subplot_2']}, and {act_one['relationships']}."
2d. Investigate crime (1,200 words): "Gather {act_one['investigate_crime']['clues']}, interview {act_one['investigate_crime']['witnesses']}, analyze {act_one['investigate_crime']['evidence']}, and narrow down {act_one['investigate_crime']['narrow_suspects']}."
Act Two (3,200 words):
3a. Clues and red herrings (800 words): "Introduce {', '.join(act_two['clues_red_herrings']['new_clues'])}, {act_two['clues_red_herrings']['contradictory_evidence']}, {act_two['clues_red_herrings']['red_herrings']}, and {act_two['clues_red_herrings']['unexpected_evidence']}."
3b. Subplots (800 words): "Advance {act_two['subplots_advance']['subplot_1_advance']} and {act_two['subplots_advance']['subplot_2_advance']}."
3c. Investigate suspects (800 words): "Interrogate {act_two['investigate_suspects']['suspect_interrogations']['suspect_1']}, {act_two['investigate_suspects']['suspect_interrogations']['suspect_2']}, {act_two['investigate_suspects']['suspect_interrogations']['suspect_3']}, and {act_two['investigate_suspects']['suspect_interrogations']['suspect_4']}."
3d. Plot twist (400 words): "Introduce {act_two['plot_twist']}."
3e. Deepen investigation (400 words): "Follow {act_two['deepen_investigation']}."
Act Three (2,000 words):
4a. Climax (800 words): "Confront {act_three['climax']['confront_culprit']}, reveal {act_three['climax']['reveal_truth']}, and detail {act_three['climax']['aftermath']}."
4b. Subplot resolution (600 words): "Resolve {act_three['subplot_resolution']['subplot_1_resolution']} and {act_three['subplot_resolution']['subplot_2_resolution']}."
4c. Investigation wrap-up (400 words): "Tie up {act_three['investigation_wrap_up']}."
4d. Closing scene (200 words): "Conclude {act_three['closing_scene']}."

180
projects/book_crafting/_outline (1).md Normal file
View File

@@ -0,0 +1,180 @@
opening = {
'detective': 'DETECTIVE_NAME',
'crime': 'CRIME_TYPE',
'setting': 'SETTING_NAME',
'atmosphere': 'ATMOSPHERE_DESCRIPTION',
'suspense_tension': 'SUSPENSE_TENSION_ELEMENTS',
'initial_clues': 'INITIAL_CLUES',
'character_reactions': 'CHARACTER_REACTIONS'
}
act_one = {
'supporting_characters': {
'suspects': ['SUSPECT_1', 'SUSPECT_2', 'SUSPECT_3', 'SUSPECT_4'],
'motives': ['MOTIVE_1', 'MOTIVE_2', 'MOTIVE_3', 'MOTIVE_4'],
'connections': ['CONNECTION_1', 'CONNECTION_2', 'CONNECTION_3', 'CONNECTION_4']
},
'setting_description': 'SETTING_DESCRIPTION',
'landmarks': 'LANDMARKS',
'atmosphere': 'ATMOSPHERE_DESCRIPTION',
'subplots': {
'subplot_1': 'SUBPLOT_1',
'subplot_2': 'SUBPLOT_2'
},
'relationships': 'RELATIONSHIPS_DESCRIPTION',
'investigate_crime': {
'clues': 'GATHERED_CLUES',
'witnesses': 'INTERVIEWED_WITNESSES',
'evidence': 'ANALYZED_EVIDENCE',
'narrow_suspects': 'NARROWED_SUSPECTS'
}
}
act_two = {
'clues_red_herrings': {
'new_clues': ['NEW_CLUE_1', 'NEW_CLUE_2', 'NEW_CLUE_3', 'NEW_CLUE_4'],
'contradictory_evidence': 'CONTRADICTORY_EVIDENCE',
'red_herrings': 'RED_HERRINGS',
'unexpected_evidence': 'UNEXPECTED_EVIDENCE'
},
'subplots_advance': {
'subplot_1_advance': 'SUBPLOT_1_ADVANCE',
'subplot_2_advance': 'SUBPLOT_2_ADVANCE'
},
'investigate_suspects': {
'suspect_interrogations': {
'suspect_1': 'INTERROGATION_1',
'suspect_2': 'INTERROGATION_2',
'suspect_3': 'INTERROGATION_3',
'suspect_4': 'INTERROGATION_4'
}
},
'plot_twist': 'PLOT_TWIST_DESCRIPTION',
'deepen_investigation': 'DEEPEN_INVESTIGATION_DETAILS'
}
act_three = {
'climax': {
'confront_culprit': 'CONFRONT_CULPRIT_SCENE',
'reveal_truth': 'REVEAL_TRUTH_DETAILS',
'aftermath': 'AFTERMATH_DESCRIPTION'
},
'subplot_resolution': {
'subplot_1_resolution': 'SUBPLOT_1_RESOLUTION',
'subplot_2_resolution': 'SUBPLOT_2_RESOLUTION'
},
'investigation_wrap_up': 'INVESTIGATION_WRAP_UP_DETAILS',
'closing_scene': 'CLOSING_SCENE_DESCRIPTION'
}
Opening (400 words): "Introduce detective, crime, setting, and atmosphere. Build suspense and tension, and introduce initial clues and character reactions."
Act One (2,400 words):
2a. Supporting characters (400 words): "Introduce suspects, their motives, and connections to the crime."
2b. Setting (400 words): "Describe the main location, landmarks, and atmosphere."
2c. Subplots and relationships (400 words): "Introduce subplots, conflicts, and connections between characters."
2d. Investigate crime (1,200 words): "Gather clues, interview witnesses, analyze evidence, and narrow down suspects."
Act Two (3,200 words):
3a. Clues and red herrings (800 words): "Introduce new clues, contradictory evidence, red herrings, and unexpected evidence."
3b. Subplots (800 words): "Advance subplots and their impact on the main plot."
3c. Investigate suspects (800 words): "Interrogate suspects, uncover secrets, motives, and alibis."
3d. Plot twist (400 words): "Introduce a major twist, forcing the detective to reconsider their approach."
3e. Deepen investigation (400 words): "Follow new leads and make connections between clues."
Act Three (2,000 words):
4a. Climax (800 words): "Confront culprit, reveal truth, and detail the aftermath."
4b. Subplot resolution (600 words): "Resolve subplots and their impact on the main plot."
4c. Investigation wrap-up (400 words): "Tie up loose ends and explain remaining questions."
4d. Closing scene (200 words): "Conclude the story and hint at the future for the characters."
opening = {
'detective': 'DETECTIVE_NAME',
'crime': 'CRIME_TYPE',
'setting': 'SETTING_NAME',
'atmosphere': 'ATMOSPHERE_DESCRIPTION',
'suspense_tension': 'SUSPENSE_TENSION_ELEMENTS',
'initial_clues': 'INITIAL_CLUES',
'character_reactions': 'CHARACTER_REACTIONS'
}
act_one = {
'supporting_characters': {
'suspects': ['SUSPECT_1', 'SUSPECT_2', 'SUSPECT_3', 'SUSPECT_4'],
'motives': ['MOTIVE_1', 'MOTIVE_2', 'MOTIVE_3', 'MOTIVE_4'],
'connections': ['CONNECTION_1', 'CONNECTION_2', 'CONNECTION_3', 'CONNECTION_4']
},
'setting_description': 'SETTING_DESCRIPTION',
'landmarks': 'LANDMARKS',
'atmosphere': 'ATMOSPHERE_DESCRIPTION',
'subplots': {
'subplot_1': 'SUBPLOT_1',
'subplot_2': 'SUBPLOT_2'
},
'relationships': 'RELATIONSHIPS_DESCRIPTION',
'investigate_crime': {
'clues': 'GATHERED_CLUES',
'witnesses': 'INTERVIEWED_WITNESSES',
'evidence': 'ANALYZED_EVIDENCE',
'narrow_suspects': 'NARROWED_SUSPECTS'
}
}
act_two = {
'clues_red_herrings': {
'new_clues': ['NEW_CLUE_1', 'NEW_CLUE_2', 'NEW_CLUE_3', 'NEW_CLUE_4'],
'contradictory_evidence': 'CONTRADICTORY_EVIDENCE',
'red_herrings': 'RED_HERRINGS',
'unexpected_evidence': 'UNEXPECTED_EVIDENCE'
},
'subplots_advance': {
'subplot_1_advance': 'SUBPLOT_1_ADVANCE',
'subplot_2_advance': 'SUBPLOT_2_ADVANCE'
},
'investigate_suspects': {
'suspect_interrogations': {
'suspect_1': 'INTERROGATION_1',
'suspect_2': 'INTERROGATION_2',
'suspect_3': 'INTERROGATION_3',
'suspect_4': 'INTERROGATION_4'
}
},
'plot_twist': 'PLOT_TWIST_DESCRIPTION',
'deepen_investigation': 'DEEPEN_INVESTIGATION_DETAILS'
}
act_three = {
'climax': {
'confront_culprit': 'CONFRONT_CULPRIT_SCENE',
'reveal_truth': 'REVEAL_TRUTH_DETAILS',
'aftermath': 'AFTERMATH_DESCRIPTION'
},
'subplot_resolution': {
'subplot_1_resolution': 'SUBPLOT_1_RESOLUTION',
'subplot_2_resolution': 'SUBPLOT_2_RESOLUTION'
},
'investigation_wrap_up': 'INVESTIGATION_WRAP_UP_DETAILS',
'closing_scene': 'CLOSING_SCENE_DESCRIPTION'
}
Opening (400 words):
"Introduce {opening['detective']}, {opening['crime']}, {opening['setting']}, and {opening['atmosphere']}. Build {opening['suspense_tension']}, and introduce {opening['initial_clues']} and {opening['character_reactions']}."
Act One (2,400 words):
2a. Supporting characters (400 words): "Introduce {', '.join(act_one['supporting_characters']['suspects'])}, their {'; '.join(act_one['supporting_characters']['motives'])}, and {'; '.join(act_one['supporting_characters']['connections'])} to the crime."
2b. Setting (400 words): "Describe {act_one['setting_description']}, {act_one['landmarks']}, and {act_one['atmosphere']}."
2c. Subplots and relationships (400 words): "Introduce {act_one['subplots']['subplot_1']}, {act_one['subplots']['subplot_2']}, and {act_one['relationships']}."
2d. Investigate crime (1,200 words): "Gather {act_one['investigate_crime']['clues']}, interview {act_one['investigate_crime']['witnesses']}, analyze {act_one['investigate_crime']['evidence']}, and narrow down {act_one['investigate_crime']['narrow_suspects']}."
Act Two (3,200 words):
3a. Clues and red herrings (800 words): "Introduce {', '.join(act_two['clues_red_herrings']['new_clues'])}, {act_two['clues_red_herrings']['contradictory_evidence']}, {act_two['clues_red_herrings']['red_herrings']}, and {act_two['clues_red_herrings']['unexpected_evidence']}."
3b. Subplots (800 words): "Advance {act_two['subplots_advance']['subplot_1_advance']} and {act_two['subplots_advance']['subplot_2_advance']}."
3c. Investigate suspects (800 words): "Interrogate {act_two['investigate_suspects']['suspect_interrogations']['suspect_1']}, {act_two['investigate_suspects']['suspect_interrogations']['suspect_2']}, {act_two['investigate_suspects']['suspect_interrogations']['suspect_3']}, and {act_two['investigate_suspects']['suspect_interrogations']['suspect_4']}."
3d. Plot twist (400 words): "Introduce {act_two['plot_twist']}."
3e. Deepen investigation (400 words): "Follow {act_two['deepen_investigation']}."
Act Three (2,000 words):
4a. Climax (800 words): "Confront {act_three['climax']['confront_culprit']}, reveal {act_three['climax']['reveal_truth']}, and detail {act_three['climax']['aftermath']}."
4b. Subplot resolution (600 words): "Resolve {act_three['subplot_resolution']['subplot_1_resolution']} and {act_three['subplot_resolution']['subplot_2_resolution']}."
4c. Investigation wrap-up (400 words): "Tie up {act_three['investigation_wrap_up']}."
4d. Closing scene (200 words): "Conclude {act_three['closing_scene']}."

9
projects/book_crafting/_outline.md Normal file
View File

@@ -0,0 +1,9 @@
How many members would you like to have in your club? two, Jason and Melodi
Will the club be held in person or online? it'll be held in person
What will be the duration of each meeting? idealy 30 minutes
Will there be a set time limit for discussing each item? to cover the topics yes
How will you select the items for each meeting? Will it be based on member suggestions or a predetermined list? a little of both
How will the theme for each meeting be chosen? Will it be decided by the group or will one member choose it? a little of both
Will there be a moderator for each meeting, or will it be an open discussion? open discussion based on specifcy list of questions
How will you ensure that all members have the opportunity to speak and share their thoughts? each member will cover the list of questions
Will you have any rules or guidelines for discussion, such as avoiding spoilers or staying on topic? no

57
projects/book_crafting/action thriller mystery.md Normal file
View File

@@ -0,0 +1,57 @@
Opening:
- Protagonist: KEY_PROTAGONIST
- Event: KEY_EVENT
- Setting: KEY_SETTING
- Atmosphere: KEY_ATMOSPHERE
- Suspense/Tension: KEY_SUSPENSE_TENSION
- Initial Clues: KEY_INITIAL_CLUES
- Character Reactions: KEY_CHARACTER_REACTIONS
Act One:
- Antagonist: KEY_ANTAGONIST
- Connection 1: KEY_CONNECTION_1
- Connection 2: KEY_CONNECTION_2
- Connection 3: KEY_CONNECTION_3
- Connection 4: KEY_CONNECTION_4
- Setting Description: KEY_SETTING_DESCRIPTION
- Landmarks: KEY_LANDMARKS
- Atmosphere Description: KEY_ATMOSPHERE_DESCRIPTION
- Subplot 1: KEY_SUBPLOT_1
- Subplot 2: KEY_SUBPLOT_2
- Relationships Description: KEY_RELATIONSHIPS_DESCRIPTION
- Gathered Clues: KEY_GATHERED_CLUES
- Interviewed Witnesses: KEY_INTERVIEWED_WITNESSES
- Analyzed Evidence: KEY_ANALYZED_EVIDENCE
- Narrowed Suspects: KEY_NARROWED_SUSPECTS
Act Two:
- New Clue 1: KEY_NEW_CLUE_1
- New Clue 2: KEY_NEW_CLUE_2
- New Clue 3: KEY_NEW_CLUE_3
- New Clue 4: KEY_NEW_CLUE_4
- Contradictory Evidence: KEY_CONTRADICTORY_EVIDENCE
- Red Herrings: KEY_RED_HERRINGS
- Unexpected Evidence: KEY_UNEXPECTED_EVIDENCE
- Subplot 1 Advance: KEY_SUBPLOT_1_ADVANCE
- Subplot 2 Advance: KEY_SUBPLOT_2_ADVANCE
- Interrogation 1: KEY_INTERROGATION_1
- Interrogation 2: KEY_INTERROGATION_2
- Interrogation 3: KEY_INTERROGATION_3
- Interrogation 4: KEY_INTERROGATION_4
- Plot Twist Description: KEY_PLOT_TWIST_DESCRIPTION
- Deepen Investigation Details: KEY_DEEPEN_INVESTIGATION_DETAILS
Act Three:
- Confront Antagonist Scene: KEY_CONFRONT_ANTAGONIST_SCENE
- Reveal Truth Details: KEY_REVEAL_TRUTH_DETAILS
- Aftermath Description: KEY_AFTERMATH_DESCRIPTION
- Subplot 1 Resolution: KEY_SUBPLOT_1_RESOLUTION
- Subplot 2 Resolution: KEY_SUBPLOT_2_RESOLUTION
- Investigation Wrap Up Details: KEY_INVESTIGATION_WRAP_UP_DETAILS
- Closing Scene Description: KEY_CLOSING_SCENE_DESCRIPTION
#Novel

9
projects/book_crafting/first draft.md Normal file
View File

@@ -0,0 +1,9 @@
- Crime,Victim's occupation,Motive Embezzlement,Banker,Greed
- Setting,Time period,Atmosphere London,1940s,Foggy
- Detective,Trait 1,Trait 2,Trait 3 Arthur Wellingford,Analytical,Eccentric,Loyal
- Suspects,Occupation,Motive,Crime connection Emily Blackthorn,Socialite,Jealousy,Ex-lover Reginald Montague,Accountant,Revenge,Fired employee Penelope Ashton,Art dealer,Debt,Business partner
- Supporting characters,Role Clara Wellingford,Sister Inspector Pembroke,Police liaison Dr. Samuel Everett,Forensic expert
- Subplots,Conflict Family secret,Hidden inheritance Forbidden love,Class divide
- Plot twists,Impact False accusation,Detective's doubt Unexpected ally,Reveals truth
"Write a gripping mystery novel featuring a crime of {crime_type} committed against a {victim_occupation}, with {motive} as the driving force. Set the story in {location} during the {time_period}, and create an atmosphere of {atmosphere}. Introduce {detective_name}, a detective with the traits {detective_trait1}, {detective_trait2}, and {detective_trait3}. Include the following suspects: {suspect1_name}, a {suspect1_occupation} with a motive of {suspect1_motive} and connection to the crime as {suspect1_connection}; {suspect2_name}, a {suspect2_occupation} with a motive of {suspect2_motive} and connection to the crime as {suspect2_connection}; and {suspect3_name}, a {suspect3_occupation} with a motive of {suspect3_motive} and connection to the crime as {suspect3_connection}. Introduce supporting characters {supporting_character1_name}, a {supporting_character1_role}; {supporting_character2_name}, a {supporting_character2_role}; and {supporting_character3_name}, a {supporting_character3_role}. Include subplots involving {subplot1_type} with conflict {subplot1_conflict} and {subplot2_type} with conflict {subplot2_conflict}. Finally, incorporate plot twists of {twist1_type} with impact {twist1_impact} and {twist2_type} with impact {twist2_impact}."

82
projects/book_crafting/outline.md Normal file
View File

@@ -0,0 +1,82 @@
Crime:
"Summarize a crime type, victim's occupation, and motive in 1 to 3 words each."
Setting:
"Provide a location, time period, and atmosphere for a mystery novel in 1 to 3 words each."
Detective:
"Give a detective's name and three personality traits in 1 to 3 words each."
Suspects:
"Generate a list of three suspects' names, occupations, motives, and crime connections in 1 to 3 words each."
Supporting characters:
"Provide names and roles for three supporting characters in 1 to 3 words each."
Subplots:
"Describe two subplot types and the main conflict for each in 1 to 3 words."
Plot twists:
"Summarize two plot twist types and their impacts on the story in 1 to 3 words each."
Create a mystery novel outline featuring a {crime_type} committed against {victim}, with {motive} as the driving force. Set the story in {location} during the {time_period}, and create an atmosphere of {atmosphere}. Introduce the following suspects: {suspect1_name}, a {suspect1_occupation} with a motive of {suspect1_motive} and connection to the crime as {suspect1_connection}; {suspect2_name}, a {suspect2_occupation} with a motive of {suspect2_motive} and connection to the crime as {suspect2_connection}. Include a subplot involving {subplot_type}, featuring characters {subplot_characters}, and conflicts {subplot_conflicts}. Finally, incorporate a plot twist of {twist_type} that has a significant impact on the story and investigation.
Opening (4,000 words):
1a. (2,000 words) "Introduce the resourceful detective, the crime they're investigating, and the setting. Establish the tone and mood of the story."
1b. (2,000 words) "Continue the opening scene, building suspense and tension. Introduce initial clues and reactions from relevant characters."
Act One (24,000 words):
2a. Introduce supporting characters (4,000 words)
2a1. (1,000 words) "Introduce the first suspect, their motive, and their connection to the crime."
2a2. (1,000 words) "Introduce the second suspect, their motive, and their connection to the crime."
2a3. (1,000 words) "Introduce the third suspect, their motive, and their connection to the crime."
2a4. (1,000 words) "Introduce the fourth suspect, their motive, and their connection to the crime."
2b. Develop the setting (4,000 words)
2b1. (2,000 words) "Describe the main location in detail, including notable landmarks and the atmosphere."
2b2. (2,000 words) "Describe any additional important locations and their significance to the story."
2c. Establish subplots and relationships (4,000 words)
2c1. (2,000 words) "Introduce the first subplot involving conflicts and connections between characters that add tension and intrigue to the story."
2c2. (2,000 words) "Introduce the second subplot and show how it affects the characters and main plot."
2d. Investigate the crime (12,000 words)
2d1. (4,000 words) "The detective starts gathering clues, interviewing witnesses, and uncovering initial evidence."
2d2. (4,000 words) "The detective analyzes the collected evidence and begins to form theories about the crime."
2d3. (4,000 words) "The detective narrows down the list of suspects based on their findings and continues the investigation."
Act Two (32,000 words):
3a. Introduce new clues and red herrings (8,000 words)
3a1. (2,000 words) "Present a new piece of evidence that deepens the mystery and misleads the reader."
3a2. (2,000 words) "Introduce another clue that seems to contradict earlier findings, adding more complexity to the case."
3a3. (2,000 words) "Reveal a red herring that casts doubt on one of the suspects and confuses the investigation."
3a4. (2,000 words) "Introduce an unexpected piece of evidence that changes the direction of the investigation."
3b. Develop subplots (8,000 words)
3b1. (4,000 words) "Advance the first subplot and show its impact on the characters and main plot."
3b2. (4,000 words) "Advance the second subplot and reveal how it intertwines with the main plot."
3c. Investigate the suspects (8,000 words)
3c1. (2,000 words) "The detective interrogates the first suspect, uncovering their secrets, motives, and alibis."
3c2. (2,000 words) "The detective interrogates the second suspect, uncovering their secrets, motives, and alibis."
3c3. (2,000 words) "The detective interrogates the third suspect, uncovering their secrets, motives, and alibis."
3c4. (2,000 words) "The detective interrogates the fourth suspect, uncovering their secrets, motives, and alibis."
3d. Plot twist (4,000 words)
3d1. (4,000 words) "Introduce a major twist that changes the direction of the investigation and surprises the reader, forcing the detective to reconsider their approach."
3e. Deepen the investigation (4,000 words)
3e1. (4,000 words) "The detective follows new leads and makes connections between the clues, gradually getting closer to the truth."
Act Three (20,000 words):
4a. Climax (8,000 words)
4a1. (4,000 words) "The detective confronts the culprit in a tense and action-packed scene, revealing the truth behind the crime."
4a2. (4,000 words) "Detail the aftermath of the confrontation, showing the detective's resourcefulness and determination in the face of danger."
4b. Resolution of subplots (6,000 words)
4b1. (3,000 words) "Resolve the first subplot, revealing the outcomes for the characters involved and the impact on the main plot."
4b2. (3,000 words) "Resolve the second subplot, tying up loose ends and showing how it affected the overall story."
4c. Wrap up the investigation (4,000 words)
4c1. (4,000 words) "The detective ties up any loose ends and explains any remaining unanswered questions, ensuring a satisfying resolution for the reader."
4d. Closing scene (2,000 words)
4d1. (2,000 words) "Provide a satisfying conclusion to the story, hinting at the future for the detective and other characters, leaving the reader eager for more."

51
projects/book_crafting/scratch (2).md Normal file
View File

@@ -0,0 +1,51 @@
Opening:
Protagonist: Alex Reid, a skilled cybersecurity analyst who developed investigation skills through his technical role
Inciting Incident: Alex stumbles upon a mysterious murder in a small coastal town while on vacation
Setting: Harbor Cove, a small coastal town
Atmosphere: Tense, with an underlying current of danger
Suspense/Tension: As Alex investigates the murder, he uncovers a web of corruption and deceit
Character Reactions: The townspeople are wary of Alex and initially uncooperative
Act One:
Antagonist: Mayor Thomas Caldwell, a powerful figure in the town with hidden motives
Connection 1: The victim was a whistleblower about to expose the mayor's corruption
Connection 2: The mayor has ties to organized crime and is using the town's resources for personal gain
Connection 3: A mysterious figure from Alex's past is involved in the conspiracy
Connection 4: The local police force is compromised and cannot be trusted
Setting Description: Harbor Cove is a quaint, picturesque town with a hidden dark side
Landmarks: The lighthouse, the harbor, the town square, and the abandoned warehouse district
Atmosphere Description: A seemingly idyllic coastal town with an undercurrent of danger and secrecy
Subplot 1: Alex's romantic relationship with a local woman, Sarah
Subplot 2: The struggle of a local journalist, Linda, to expose the corruption
Relationships Description: Alex forms alliances with Sarah, Linda, and a few trustworthy townspeople
Protagonist's Skills: Cybersecurity expertise, analytical thinking, intuition, and resourcefulness
Encounters: Alex faces off against the mayor's thugs, local corrupt police, and organized crime figures
Act Two:
New Clue 1: A secret ledger detailing the mayor's illegal transactions
New Clue 2: A witness who saw the mayor at the scene of the murder
New Clue 3: A coded message from the victim to Alex, leading to the warehouse district
New Clue 4: An anonymous tip that implicates the mayor in the conspiracy
Contradictory Evidence: A staged suicide note from the victim that exonerates the mayor
Red Herrings: A local drug dealer, a disgruntled former employee, and a rival politician
Unexpected Evidence: A photograph of the mysterious figure from Alex's past, revealing their connection
Subplot 1 Advance: Sarah is kidnapped by the mayor's henchmen, raising the stakes for Alex
Subplot 2 Advance: Linda is fired from the local newspaper for her investigation
Action Sequence 1: A tense escape from the warehouse district
Action Sequence 2: A stealthy infiltration of the mayor's mansion
Action Sequence 3: A high-stakes confrontation at the harbor
Action Sequence 4: A daring rescue of Sarah from the mayor's henchmen
Plot Twist Description: The mysterious figure is revealed to be a former colleague of Alex's
Deepen Investigation Details: Alex uncovers the extent of the corruption and its impact on the town
Act Three:
Confront Antagonist Scene: Alex confronts Mayor Caldwell in a tense showdown at the town square
Climactic Action Sequence: A cyber-warfare battle between Alex and the mayor's hacker network
Reveal Truth Details: Alex exposes the mayor's corruption and his connection to organized crime
Aftermath Description: The town is left reeling from the revelations, unsure of its future
Subplot 1 Resolution: Sarah, traumatized by her kidnapping, decides to leave town to heal
Subplot 2 Resolution: Linda starts an independent news outlet to continue her pursuit of the truth
Protagonist's Growth: Alex realizes that his skills can make a difference beyond his regular job
Closing Scene Description: A contemplative Alex, realizing the impact of his skills beyond his regular job, decides to continue using his expertise to help those in need. As he leaves Harbor Cove, he receives a mysterious message on his phone, hinting at another case in a different town. Alex's journey as a part-time investigator is just beginning, leaving the door open for more adventures in future novels.

59
projects/book_crafting/story.md Normal file
View File

@@ -0,0 +1,59 @@
Opening (4,000 words):
1a. (2,000 words) "Introduce the resourceful detective, the crime they're investigating, and the setting. Establish the tone and mood of the story."
1b. (2,000 words) "Continue the opening scene, building suspense and tension. Introduce initial clues and reactions from relevant characters."
Act One (24,000 words):
2a. Introduce supporting characters (4,000 words)
2a1. (1,000 words) "Introduce the first suspect, their motive, and their connection to the crime."
2a2. (1,000 words) "Introduce the second suspect, their motive, and their connection to the crime."
2a3. (1,000 words) "Introduce the third suspect, their motive, and their connection to the crime."
2a4. (1,000 words) "Introduce the fourth suspect, their motive, and their connection to the crime."
2b. Develop the setting (4,000 words)
2b1. (2,000 words) "Describe the main location in detail, including notable landmarks and the atmosphere."
2b2. (2,000 words) "Describe any additional important locations and their significance to the story."
2c. Establish subplots and relationships (4,000 words)
2c1. (2,000 words) "Introduce the first subplot involving conflicts and connections between characters that add tension and intrigue to the story."
2c2. (2,000 words) "Introduce the second subplot and show how it affects the characters and main plot."
2d. Investigate the crime (12,000 words)
2d1. (4,000 words) "The detective starts gathering clues, interviewing witnesses, and uncovering initial evidence."
2d2. (4,000 words) "The detective analyzes the collected evidence and begins to form theories about the crime."
2d3. (4,000 words) "The detective narrows down the list of suspects based on their findings and continues the investigation."
Act Two (32,000 words):
3a. Introduce new clues and red herrings (8,000 words)
3a1. (2,000 words) "Present a new piece of evidence that deepens the mystery and misleads the reader."
3a2. (2,000 words) "Introduce another clue that seems to contradict earlier findings, adding more complexity to the case."
3a3. (2,000 words) "Reveal a red herring that casts doubt on one of the suspects and confuses the investigation."
3a4. (2,000 words) "Introduce an unexpected piece of evidence that changes the direction of the investigation."
3b. Develop subplots (8,000 words)
3b1. (4,000 words) "Advance the first subplot and show its impact on the characters and main plot."
3b2. (4,000 words) "Advance the second subplot and reveal how it intertwines with the main plot."
3c. Investigate the suspects (8,000 words)
3c1. (2,000 words) "The detective interrogates the first suspect, uncovering their secrets, motives, and alibis."
3c2. (2,000 words) "The detective interrogates the second suspect, uncovering their secrets, motives, and alibis."
3c3. (2,000 words) "The detective interrogates the third suspect, uncovering their secrets, motives, and alibis."
3c4. (2,000 words) "The detective interrogates the fourth suspect, uncovering their secrets, motives, and alibis."
3d. Plot twist (4,000 words)
3d1. (4,000 words) "Introduce a major twist that changes the direction of the investigation and surprises the reader, forcing the detective to reconsider their approach."
3e. Deepen the investigation (4,000 words)
3e1. (4,000 words) "The detective follows new leads and makes connections between the clues, gradually getting closer to the truth."
Act Three (20,000 words):
4a. Climax (8,000 words)
4a1. (4,000 words) "The detective confronts the culprit in a tense and action-packed scene, revealing the truth behind the crime."
4a2. (4,000 words) "Detail the aftermath of the confrontation, showing the detective's resourcefulness and determination in the face of danger."
4b. Resolution of subplots (6,000 words)
4b1. (3,000 words) "Resolve the first subplot, revealing the outcomes for the characters involved and the impact on the main plot."
4b2. (3,000 words) "Resolve the second subplot, tying up loose ends and showing how it affected the overall story."
4c. Wrap up the investigation (4,000 words)
4c1. (4,000 words) "The detective ties up any loose ends and explains any remaining unanswered questions, ensuring a satisfying resolution for the reader."
4d. Closing scene (2,000 words)
4d1. (2,000 words) "Provide a satisfying conclusion to the story, hinting at the future for the detective and other characters, leaving the reader eager for more."

79
projects/book_crafting/template.md Normal file
View File

@@ -0,0 +1,79 @@
provide me a template to follow that uses variables, I'd like to use a key:value pair that I can define and easily tweak the storyline that allows me to create a novel summary like this:
Title: The Shadowed Enigma
I. Introduction
A. Present the setting
1. A small coastal town in the 1940s
2. Introduce the town's close-knit community
B. Introduce the protagonist
3. A retired detective named John, who moved to the town to escape his past
4. John's curiosity and skills as a detective draw him into the mystery
II. Inciting Incident
A. The discovery of a body
1. A local fisherman finds a woman's body washed ashore
2. The woman is identified as a beloved local artist named Emily
B. The police investigation begins
3. Initial findings suggest an accident or suicide
4. John is suspicious of the police's conclusion
III. John's Investigation
A. John starts his own investigation
1. Uncovering Emily's background and relationships
2. Discovering Emily was working on a secret project before her death
B. Introduce key characters
3. Emily's husband, Charles, a wealthy businessman
4. Sarah, Emily's enigmatic twin sister
5. Robert, the local gallery owner who harbored feelings for Emily
IV. Rising Tension
A. Unraveling the secret project
1. Emily's artwork reveals hidden clues about her mysterious project
2. John discovers Emily had uncovered a hidden cave with an ancient artifact
B. Potential suspects and motives
3. Charles: jealousy and financial gain
4. Sarah: sibling rivalry and a dark family secret
5. Robert: unrequited love and obsession
C. Introduce a red herring
6. John finds a cryptic letter from Emily to Charles, insinuating an affair
7. The reader is led to believe that Charles is the prime suspect
V. Plot Twist
A. The revelation of Sarah's true identity
1. John discovers that Sarah is actually Emily, and the deceased woman is Sarah
2. Explanation: Emily took on Sarah's identity to protect herself from the real murderer
B. The truth behind the red herring
3. The cryptic letter was actually a coded message about the artifact, not an affair
4. Charles is innocent and was unaware of Emily's secret project
VI. Climax
A. Confronting the real murderer
1. John deduces that the gallery owner, Robert, is the murderer
2. Robert killed Sarah, mistaking her for Emily, to possess the ancient artifact
B. A thrilling confrontation
3. John, Emily, and the police face off against Robert in the hidden cave
4. A high-stakes battle ensues, culminating in Robert's arrest
VII. Resolution
A. The aftermath
1. Emily's name is cleared and she can continue her life as an artist
2. The ancient artifact is secured and preserved by the local museum
B. John's new beginning
3. John decides to stay in the small coastal town and embrace his new community
4. A budding romance between John and Emily hints at a hopeful future
VIII. Components to create the outline
A. A compelling setting that adds to the story's atmosphere
B. A dynamic and relatable protagonist with a personal stake in the mystery
C. A well-constructed plot with multiple suspects, motives, and red herrings
D. A surprising plot twist that redefines the reader's understanding of the story
E. The inclusion of a red herring that misleads the reader, creating suspense and intrigue
F. An exciting climax that brings together all the story elements
G. A satisfying resolution that ties up loose ends and offers emotional closure

341
projects/container.md Normal file
View File

@@ -0,0 +1,341 @@
Here's a comprehensive guide to setting up a base Alpine Linux system, adding useful tools, and installing Docker. This guide will walk you through from initial setup to making your Alpine Linux ready for Docker-based applications, ensuring you have a functional and efficient system.
### 1. Initial Setup of Alpine Linux
Start by installing Alpine Linux on your system. You can download the latest version from the [official website](https://alpinelinux.org/downloads/). Choose the standard installation ISO for a full installation on hardware or virtual machines.
#### Installation Steps:
1. **Boot from the Installation Media**: Restart your machine and boot from the Alpine Linux installation media.
2. **Follow the Installation Prompts**: Use the setup scripts to configure the disk, initialize the repositories, and install the base system.
3. **Set Root Password**: You will be prompted to set the root password during installation.
### 2. Configuring Network
After the initial installation, ensure your network is configured correctly:
```bash
setup-interfaces
```
Choose the appropriate network interface and configure it with DHCP or a static IP as required. Then:
```bash
service networking restart
```
### 3. Updating Package Repositories
Update your package repositories to ensure you can install the latest available software:
```bash
apk update
```
### 4. Installing Basic Utilities
To make your system more usable, install some basic tools:
```bash
apk add bash curl wget nano vim
```
This will install a better shell (Bash), tools for downloading files (Curl and Wget), and editors (Nano and Vim) for editing files.
### 5. Setting Up the Community Repository
Enable the community repository to access a wider range of software packages:
1. **Edit the Repositories File**:
```bash
vi /etc/apk/repositories
```
2. **Uncomment the Community Repository Line** (or add it if it's missing):
Replace `<version>` with your version of Alpine (e.g., v3.13):
```bash
http://dl-cdn.alpinelinux.org/alpine/<version>/community
```
3. **Update the Package List Again**:
```bash
apk update
```
### 6. Installing Docker
To install Docker on Alpine Linux:
```bash
apk add docker
```
- **Start the Docker Service**:
```bash
service docker start
```
- **Automatically Start Docker on Boot**:
```bash
rc-update add docker boot
```
### 7. Adding Users (Optional)
For security and ease of use, it's recommended to operate as a non-root user for day-to-day tasks:
```bash
adduser -D username
```
- **Add User to Docker Group** (to run Docker commands without sudo):
```bash
addgroup username docker
```
### 8. Testing Docker Installation
Verify that Docker is installed correctly and functioning:
```bash
docker run hello-world
```
This command downloads a test image and runs it in a container. If the installation is successful, you will see a message from Docker confirming that it is working.
### 9. System Maintenance
- **Regular Updates**:
```bash
apk upgrade
```
- **Backups**:
Ensure you regularly backup your configuration and important data.
### 10. Documentation and Further Learning
Visit the [Alpine Linux Wiki](https://wiki.alpinelinux.org) for detailed documentation and learning resources, which can help you expand your knowledge and utilization of Alpine Linux.
This guide provides a foundation for a robust, minimal, and secure Alpine Linux system tailored for Docker usage, including basic tools and configurations that enhance the functionality of your installation.
---
Certainly! Here’s an expanded discussion on the introduction to Alpine Linux and enhancing its usability:
### 1. Introduction to Alpine Linux
Alpine Linux is a lightweight, security-oriented Linux distribution built around musl libc and BusyBox. This combination provides a very small system footprint, offering a highly efficient performance and reduced resource usage, which is ideal for both physical and virtual networked machines.
- **Lightweight and Efficient**: The core philosophy of Alpine Linux is to remain small and lightweight. This is achieved by using musl libc as a standard C library and BusyBox, which provides most of the UNIX utilities in a single executable. The result is a system that starts quickly and requires fewer resources, making it ideal for resource-constrained environments.
- **Security-Oriented**: Security is a primary focus of Alpine Linux. It uses PaX and grsecurity patches in the default kernel and compiles all user-space binaries as position-independent executables with stack-smashing protection. These security features prevent the exploitation of entire classes of zero-day and other vulnerabilities.
- **Uses in Various Environments**:
- **Docker Containers**: Alpine Linux is particularly popular in the Docker community due to its minimal base size (about 5 MB), which makes it an excellent choice for creating lightweight containers.
- **Server Environments**: Its security features and efficiency with resources make Alpine Linux a good choice for server use, particularly in web services and data centers where a minimal footprint is desirable.
- **Embedded Systems**: Alpine's small size and resource efficiency make it suitable for embedded systems applications, where limited computing resources are a significant consideration.
- **Package Management System (`apk`)**: Alpine's package manager, `apk`, is designed to be fast and to handle dependencies efficiently. It ensures that all installed packages are tracked meticulously, supports rollback of actions, and is designed to work well with the limited storage capacities typically seen in embedded environments.
### 2. Enhancing Usability of Alpine Linux
To make Alpine Linux more user-friendly and capable of handling more complex tasks, several enhancements can be made:
- **Updating Package Repositories**:
- Run `apk update` to refresh the list of available packages from the repositories. This ensures that when you install software, you are getting the latest versions that are compatible with your system.
- **Installing Essential Software**:
- Install basic but essential tools such as Bash (for a more familiar shell experience), Curl and Wget (for downloading files), and Nano and Vim (for editing files). This is achieved via:
```bash
apk add bash curl wget nano vim
```
- **Enabling Community Repository**:
- The main repository in Alpine is somewhat limited to keep the system minimal. Enabling the community repository expands the available packages significantly. Edit the `/etc/apk/repositories` file and uncomment (or add if missing) the line that includes 'community'. Then run `apk update` again.
- **Desktop Environment Installation**:
- To install a graphical interface, you can install XFCE, a lightweight desktop environment that works well with Alpine. Use:
```bash
apk add xfce4 xfce4-terminal lightdm-gtk-greeter
```
- This installs the necessary components to start a graphical session.
- **Development Tools**:
- For development purposes, installing build tools and compilers is essential:
```bash
apk add build-base gcc abuild binutils binutils-doc gcc-doc
```
- **Networking Configuration**:
- Configure networking to ensure the system can connect to the internet or other networks. Edit `/etc/network/interfaces` and configure your network settings accordingly.
- **Security Enhancements**:
- Enhancing security can include setting up firewalls, configuring fail2ban, or regularly updating the system to ensure all security patches are applied.
By following these steps, Alpine Linux can be transformed from a minimal base to a more robust, user-friendly system capable of handling a wide range of tasks more typical of larger Linux distributions.
---
Certainly! Below is a complete outline of the topics discussed in this conversation, organized by the main subjects covered:
### 1. Introduction to Alpine Linux
- Overview of Alpine Linux as a lightweight, security-oriented Linux distribution.
- Mention of Alpine Linux’s uses in Docker containers, server environments, and embedded systems.
- Description of its package management system (`apk`).
### 2. Enhancing Usability of Alpine Linux
- **Updating Package Repositories**
- **Installing Essential Software**
- Basic tools like bash, curl, wget, nano, and vim.
- **Enabling Community Repository**
- How to enable additional software repositories.
- **Desktop Environment Installation**
- Installing XFCE and associated display managers.
- **Development Tools**
- Installation of compilers and other development-related packages.
- **Networking Configuration**
- **Security Enhancements**
### 3. Setting Up XFCE on Alpine Linux in a Proxmox Container
- **Preparation and Update**
- **Installation of Xorg and XFCE**
- **Configuration of Xorg**
- **Installation of Input Drivers**
- **Starting XFCE and Troubleshooting**
- Details on configuring `.xinitrc`, starting XFCE with `startx`, and troubleshooting common issues like missing drivers or Xorg configuration problems.
### 4. Comparison of Debian and RHEL-Compatible Systems
- **Package Management Systems**
- Differences between `apt` (Debian) and `yum`/`dnf` (RHEL).
- **Software Repositories**
- **Widely Used Software Packages**
- Discussion on web servers, database systems, programming languages, containers, virtualization, and development tools.
- **Key Considerations**
- Cutting-edge vs. stability, security updates, patch management, and ecosystem familiarity.
### 5. Reasons Cloud Providers Favor RHEL-Compatible Systems Over Debian
- Discussion on commercial support, certification, long-term support, security features, ecosystem, partnerships, and market perception.
Throughout the conversation, detailed commands and instructions were provided for setting up and configuring Alpine Linux with XFCE, as well as comparative insights into using Debian versus RHEL-compatible systems for various applications, including cloud environments. The dialogue also included problem-solving for specific issues encountered during the XFCE setup process in a Proxmox container.
---
Great choice going with Debian! To set up Docker within an LXC container on Proxmox, you will need to configure both the LXC container and the Debian OS to support Docker functionalities. Here’s a step-by-step guide to get you started:
### Step 1: Prepare the Proxmox Host
Before creating the LXC container, you need to ensure that the Proxmox host is ready to support nested virtualization.
1. **Enable nesting on the host**:
- Edit the kernel parameters on the host. Open `/etc/default/grub` and modify the `GRUB_CMDLINE_LINUX_DEFAULT` line to include:
```
GRUB_CMDLINE_LINUX_DEFAULT="quiet intel_iommu=on"
```
- Update GRUB and reboot the host:
```bash
update-grub
reboot
```
### Step 2: Create the LXC Container
When creating the LXC container in Proxmox, choose Debian as the template and ensure the container has sufficient resources (CPU, RAM) to handle Docker workloads.
### Step 3: Configure the LXC Container for Docker
After creating the container, modify its configuration to allow Docker-specific functionalities.
1. **Edit the LXC configuration file**:
- Locate the configuration file for your LXC container. This will typically be in `/etc/pve/lxc/`. The configuration files are named by their VM ID, for example, `100.conf`.
- Add the following lines to the container’s configuration file to enable nesting and key kernel modules:
```
lxc.apparmor.profile: unconfined
lxc.cgroup.devices.allow: a
lxc.cap.drop:
lxc.arch: linux64
lxc.net.0.veth.pair: eth0
```
- Optionally, to ensure the filesystem behaves correctly with Docker, you might want to enable the following:
```
lxc.mount.auto: proc:rw sys:rw cgroup:rw
lxc.autodev: 1
```
2. **Restart the LXC container** to apply these configuration changes.
### Step 4: Install Docker in the Debian LXC Container
1. **Access the LXC container** via SSH or the Proxmox console.
2. **Update the package repository and install required packages**:
```bash
apt-get update
apt-get install apt-transport-https ca-certificates curl gnupg-agent software-properties-common
```
3. **Add Docker’s official GPG key**:
```bash
curl -fsSL https://download.docker.com/linux/debian/gpg | sudo apt-key add -
```
4. **Set up the stable repository**:
```bash
add-apt-repository "deb [arch=amd64] https://download.docker.com/linux/debian $(lsb_release -cs) stable"
```
5. **Install Docker Engine**:
```bash
apt-get update
apt-get install docker-ce docker-ce-cli containerd.io
```
6. **Start and enable Docker**:
```bash
systemctl start docker
systemctl enable docker
```
### Step 5: Verify Docker Installation
Run a test Docker container to ensure everything is working correctly.
```bash
docker run hello-world
```
This setup should provide a solid foundation for running Docker within an LXC container on Proxmox using Debian. Remember to regularly update both the host and the container system to ensure security and stability.
---
When dealing with a container, the process for setting up SSH can differ slightly from setting up SSH on a traditional VM or physical server, particularly when it comes to enabling root access. Here are the steps you can follow, adjusted for container environments and root access:
### 1. Install SSH Server in the Container
First, make sure SSH server is installed within your container. Depending on the base image of the container, you might need to install it as described in my previous message. For example, on an Ubuntu-based container:
```bash
apt update
apt install openssh-server
```
### 2. Configure SSH for Root Access
Edit the SSH configuration file in your container (`/etc/ssh/sshd_config`) to permit root login. You'll need to modify or add the following line:
```
PermitRootLogin yes
```
Additionally, since you're dealing with a container, ensure that the root user has a password set, as SSH requires a password or SSH key for authentication:
```bash
passwd root
```
Enter a new password when prompted.
### 3. Start the SSH Service
Start the SSH service within the container:
```bash
service ssh start
```
Or, if the container uses `systemctl`:
```bash
systemctl start sshd
```
### 4. Expose and Map SSH Port
When running your container, make sure to map the SSH port (default is 22) to a port on your host machine. This can be done using the `-p` option with Docker, for example:
```bash
docker run -p host_port:22 -d your_container_image
```
Replace `host_port` with the port number on your host that you want to use to access SSH in the container, and `your_container_image` with the name of your container image.
### 5. Connect to the Container as Root
From your host machine or remotely, you can now connect to the container's root account using SSH:
```bash
ssh root@host-ip -p host_port
```
Replace `host-ip` with your host machine’s IP address and `host_port` with the port you mapped when starting the container.
### Important Notes
- **Security**: Allowing root login over SSH, particularly with a password, is generally discouraged due to security risks. Consider using SSH keys instead of passwords for authentication, or ensure your network is securely configured to limit potential unauthorized access.
- **Container Ephemeral Nature**: Remember that changes within a container (like installed packages, SSH configuration, and even the root password) are ephemeral and will be lost if the container is destroyed. To make these changes persistent, you should build a custom image with these settings or use volumes to persist data.
These steps should help you set up SSH access to the root account within a container. If you have any more specific requirements or face issues, let me know!

44
projects/conversion_csv_json/convert.py Normal file
View File

@@ -0,0 +1,44 @@
import csv
import json
import sys
import os
def csv_to_json(csv_filepath, json_filepath):
data = []
with open(csv_filepath, encoding='utf-8') as csvf:
csv_reader = csv.DictReader(csvf)
for row in csv_reader:
data.append(row)
with open(json_filepath, 'w', encoding='utf-8') as jsonf:
jsonf.write(json.dumps(data, indent=4))
def json_to_csv(json_filepath, csv_filepath):
with open(json_filepath, 'r', encoding='utf-8') as jsonf:
data = json.load(jsonf)
if data:
with open(csv_filepath, 'w', encoding='utf-8', newline='') as csvf:
writer = csv.DictWriter(csvf, fieldnames=data[0].keys())
writer.writeheader()
writer.writerows(data)
def auto_convert(input_file):
file_name, file_extension = os.path.splitext(input_file)
if file_extension.lower() == ".csv":
output_file = f"{file_name}.json"
csv_to_json(input_file, output_file)
print(f"Converted {input_file} to {output_file}")
elif file_extension.lower() == ".json":
output_file = f"{file_name}.csv"
json_to_csv(input_file, output_file)
print(f"Converted {input_file} to {output_file}")
else:
print("Unsupported file format. Please provide a .csv or .json file.")
sys.exit(1)
if __name__ == "__main__":
if len(sys.argv) != 2:
print("Usage: python convert.py <input_file>")
sys.exit(1)
input_file = sys.argv[1]
auto_convert(input_file)

0
projects/conversion_csv_json/data/input.csv Normal file
View File

0
projects/conversion_csv_json/data/output.json Normal file
View File

84
projects/curl.md Normal file
View File

@@ -0,0 +1,84 @@
Here's a concise reference guide for using `curl` to retrieve public IP and device information through various online services. This guide also includes some advanced use cases for integrating these commands into broader workflows.
### Basic Commands
#### **Get Public IP Address**
- **Plain IP Address**:
- Command: `curl ifconfig.me`
- Output: Just your public IP address in plain text.
- **Detailed IP and Connection Info**:
- Command: `curl ipinfo.io/json`
- Output: JSON-formatted details including IP, location, ISP, and more.
#### **Alternative Services**
- **Icanhazip**:
- Command: `curl icanhazip.com`
- Description: Returns the IP address in plain text.
- **Ifconfig.co**:
- Command: `curl ifconfig.co/json`
- Description: Provides detailed JSON output similar to ipinfo.io.
### Advanced Use Cases
#### **1. Logging IP Changes**
Track changes in your public IP address over time, useful for dynamic IP users:
```bash
#!/bin/bash
CURRENT_IP=$(curl -s ifconfig.me)
LOG_FILE="ip_change_log.txt"
if [ ! -f $LOG_FILE ]; then
echo "Starting IP: $CURRENT_IP" > $LOG_FILE
fi
LAST_IP=$(tail -n 1 $LOG_FILE | cut -d ' ' -f 3)
if [ "$CURRENT_IP" != "$LAST_IP" ]; then
echo "$(date): IP changed to $CURRENT_IP" >> $LOG_FILE
fi
```
#### **2. Conditional Actions Based on IP Location**
Perform actions based on the geographical location of your IP:
```bash
#!/bin/bash
IP_INFO=$(curl -s ipinfo.io/json)
COUNTRY=$(echo $IP_INFO | jq -r '.country')
if [ "$COUNTRY" == "US" ]; then
echo "Execute tasks specific to US"
# Add commands here
else
echo "Outside US: actions taken will differ"
# Different commands here
fi
```
#### **3. Combining IP Data with Network Diagnostics**
Combine IP information retrieval with local network diagnostics for comprehensive reports:
```bash
#!/bin/bash
echo "Gathering Network Info..."
PUBLIC_IP=$(curl -s ifconfig.me)
PING_RESULT=$(ping -c 4 example.com)
echo "Public IP: $PUBLIC_IP"
echo "Ping Test Results:"
echo "$PING_RESULT"
```
#### **4. Scheduled IP Check with Notifications**
Use `cron` to schedule regular IP checks and send notifications if the IP changes (Linux):
```bash
# Add this script to cron jobs (crontab -e)
* */6 * * * /path/to/ip_check_script.sh
```
The script could use system notifications or email to alert you to changes.
### Considerations
- **Privacy**: Be cautious with how and where you use these services, as you are revealing your IP to them.
- **Rate Limiting**: Frequent requests to these services may be rate-limited. Use responsibly.
- **Dependence on External Services**: These commands depend on external websites, which might change their output format or availability.
This guide should serve as a comprehensive starting point for both basic and advanced usage of `curl` for IP and network-related tasks. Adjust and expand based on your specific requirements and environment.

BIN
projects/dev/.DS_Store vendored Normal file
View File

Binary file not shown.

180
projects/dev/CodeCompendium/CleverCatalystTech.md Normal file
View File

@@ -0,0 +1,180 @@
# CleverCatalystTech Elevator Pitch
At **CleverCatalystTech**, we specialize in **AI-driven tech solutions** that are robust, scalable, and innovative. By harnessing the power of **language models**, we tailor DevOps and SRE methodologies to create systems that are not only efficient but also primed for future advancements.
## Key Points:
- Specialization in **transformative AI insights** for technological innovation.
- Focus on **scalable solutions** through optimized DevOps and SRE practices.
- Advanced application of **language models** to enhance business processes.
- Commitment to efficiency, reliability, and **cutting-edge system evolution**.
## Our Promise:
We provide businesses with the tools to stay ahead in technology, where **intelligent prompts lead to advanced, smarter systems**. Partner with CleverCatalystTech and empower your business with the future of tech efficiency and reliability.
---
# Brand Building Action Plan for a Prompt Engineer
## 1. Branding Statement and Pillars
- **Refine Branding Statement**: Emphasize your innovative approach to scalable network solutions with LLMs, focusing on DevOps and SRE principles.
- **Establish Brand Pillars**: Innovation, Scalability, Integration, Reliability, and Strategic Enablement.
## 2. Visual Identity Creation
- **Design Logo**: Create a logo that reflects interconnectedness and innovation.
- **Color Scheme**: Select colors that embody professionalism (blues) and energy (greens or oranges).
- **Style Guide**: Document your logo usage, color palette, and typography for consistency.
## 3. Digital Presence Optimization
- **LinkedIn Profile**: Professional headshot, compelling branding statement, and detailed work experience.
- **Professional Website**: Include an 'About Me' section, blog, portfolio, case studies, and a contact method.
## 4. Content Strategy
- **Blog**: Start writing posts that align with your expertise and brand pillars.
- **Content Calendar**: Schedule regular articles, infographics, and videos to be shared on LinkedIn and your website.
## 5. Networking and Engagement
- **LinkedIn Groups**: Actively participate in relevant groups and discussions.
- **Industry Events**: Attend or speak at events to build authority and network.
## 6. Expertise Showcase
- **Case Studies**: Document successful projects with a focus on your unique applications of LLMs.
- **Share Success**: Utilize your case studies during networking and on digital platforms.
## 7. Outreach Initiatives
- **Elevator Pitch**: Craft a concise pitch for your brand to use in networking and introductions.
- **Social Media Engagement**: Regularly interact with content and share insights on platforms like LinkedIn.
## 8. Client Engagement and Testimonials
- **Client Feedback**: Feature client testimonials on your website and LinkedIn.
- **Referral Program**: Encourage word-of-mouth marketing through a structured referral program.
## 9. Thought Leadership Platform
- **YouTube Channel/Podcast**: Start a series to share knowledge and attract an audience.
- **Webinars/Workshops**: Host events to educate and engage with potential clients.
## 10. Strategy Measurement and Adaptation
- **Set KPIs**: Determine key metrics to track the success of your branding efforts.
- **Review Analytics**: Regularly assess performance data to inform strategy adjustments.
## 11. Reputation Management
- **Feedback Monitoring**: Keep an eye on feedback across all platforms.
- **Responsive Engagement**: Address feedback in a timely and professional manner.
## 12. Iterative Improvement
- **Refine Strategies**: Continuously improve your approach based on feedback and performance.
- **Stay Adaptable**: Keep learning and adapting to new trends and opportunities.
# CleverCatalystTech Brand Assets
## Logo
- Modern emblem combining a tech symbol with an abstract spark, adaptable for various uses.
## Color Scheme
### Primary
- Deep Blue (#003366) for trust and professionalism.
- Vibrant Teal (#29A8AB) for innovation and creativity.
### Accent
- Silver Grey (#C0C0C0) for a modern edge.
- Bold Orange (#FF6600) for energy and action.
## Typography
### Headings
- Montserrat for its clean, modern feel.
### Body
- Open Sans for readability and web-friendliness.
## Imagery
- High-resolution, dynamic images that evoke innovation and diversity.
## Graphic Elements
- Geometric shapes and lines that imply connectivity.
- Simple icons to represent technical concepts.
## Voice and Tone
- Authoritative yet accessible, encouraging innovation with an inspirational undertone.
---
# Brand Building Action Plan for a Prompt Engineer
## 1. Branding Statement and Pillars
- **Refine Branding Statement**: "Harnessing LLMs to architect scalable network solutions, driven by DevOps innovation and SRE precision."
- **Establish Brand Pillars**: The five pillars that define the brand - Innovation, Scalability, Integration, Reliability, and Strategic Enablement - will guide all brand activities and messaging.
## 2. Visual Identity Creation
- **Design Logo**: A sleek logo that symbolizes interconnectedness and forward-thinking, possibly including a neural network motif or a digital catalyst icon.
- **Color Scheme**: A palette that communicates professionalism and dynamism, using shades of blue and green with accents of orange and grey.
- **Style Guide**: A comprehensive guide detailing logo usage, color palette, typography, and other visual elements to ensure brand consistency across all platforms.
## 3. Digital Presence Optimization
- **LinkedIn Profile**: Update with a professional headshot, the refined branding statement, and a comprehensive showcase of skills and experiences.
- **Professional Website**: Develop a site featuring an 'About' section, a regularly updated blog, a portfolio of case studies, and a clear contact method for inquiries.
## 4. Content Strategy
- **Blog**: Produce content that aligns with brand pillars, showcasing the application of LLMs in network solutions and the integration of SRE and DevOps principles.
- **Content Calendar**: Create a schedule for consistent content creation and distribution across the website and social media channels.
## 5. Networking and Engagement
- **LinkedIn Groups**: Engage with industry-specific groups, sharing insights and contributing to discussions.
- **Industry Events**: Identify and participate in key events as a speaker or attendee to network and enhance brand visibility.
## 6. Expertise Showcase
- **Case Studies**: Compile detailed case studies that demonstrate the innovative application of LLMs to solve real-world problems, emphasizing the brand's core pillars.
- **Share Success**: Promote these case studies on digital platforms and during networking events to illustrate expertise and success.
## 7. Outreach Initiatives
- **Elevator Pitch**: Develop a succinct pitch that encapsulates the brand's value proposition for use in networking scenarios and as an intro on social media profiles.
- **Social Media Engagement**: Foster an active presence on social media, sharing original content, and engaging with the community.
## 8. Client Engagement and Testimonials
- **Client Feedback**: Actively collect and feature positive client testimonials on the website and LinkedIn to build credibility and trust.
- **Referral Program**: Implement a referral program incentivizing satisfied clients to refer new business.
## 9. Thought Leadership Platform
- **YouTube Channel/Podcast**: Launch a channel or podcast to share knowledge, insights, and industry trends, establishing the brand as a thought leader.
- **Webinars/Workshops**: Organize and host educational events to engage with the audience and potential clients, offering valuable content and interactions.
## 10. Strategy Measurement and Adaptation
- **Set KPIs**: Identify and track key performance indicators relevant to brand growth and engagement.
- **Review Analytics**: Analyze performance data to understand the brand's reach and impact, making adjustments to strategies as needed.
## 11. Reputation Management
- **Feedback Monitoring**: Establish a system for monitoring and responding to feedback across all platforms to maintain a positive and professional brand image.
- **Responsive Engagement**: Ensure timely and constructive responses to both positive and negative feedback.
## 12. Iterative Improvement
- **Refine Strategies**: Regularly review and refine branding strategies based on analytical insights and community feedback.
- **Stay Adaptable**: Remain open to learning and embracing new trends and opportunities to keep the brand current and relevant.
# CleverCatalystTech Brand Assets
## Logo
- A versatile emblem that combines a digital or neural motif with an abstract catalyst or spark symbol, representing the fusion of technology and transformative thinking.
## Color Scheme
### Primary
- Deep Blue (#003366): Symbolizing trust, professionalism, and depth.
- Vibrant Teal (#29A8AB): Representing innovation, creativity, and freshness.
### Accent
- Silver Grey (#C0C0C0): Adding a sleek, modern edge.
- Bold Orange (#FF6600): Injecting energy and a call to action.
## Typography
### Headings
- Montserrat: A modern, geometric sans-serif font that speaks to innovation and professionalism.
### Body
- Open Sans: A humanist sans-serif typeface known for its readability and friendly appearance.
## Imagery
- Curated high-resolution images that reflect diversity, innovation, and the brand's core pillars.
## Graphic Elements
- Geometric shapes and clean lines that evoke a sense of connectivity and network structures.
- Minimalistic, modern icons that align with the brand's tech focus.
## Voice and Tone
- The brand's voice is authoritative, yet approachable, aiming to inspire and motivate innovation and intelligent tech application.
---

78
projects/dev/CodeCompendium/README.md Normal file
View File

@@ -0,0 +1,78 @@
# CodeCompendium 📚
## Overview 🔍
Welcome to **CodeCompendium**—a curated showcase of scripts, documentation, and projects spanning various programming languages and domains. It's more than a repository; it's a chronicle of my coding journey and a shared space where ideas meet implementation.
[![GitHub stars](https://img.shields.io/github/stars/crazystorm720/CodeCompendium.svg?style=social&label=Star)](https://GitHub.com/crazystorm720/CodeCompendium/stargazers/)
[![GitHub forks](https://img.shields.io/github/forks/crazystorm720/CodeCompendium.svg?style=social&label=Fork)](https://GitHub.com/crazystorm720/CodeCompendium/network/)
[![GitHub issues](https://img.shields.io/github/issues/crazystorm720/CodeCompendium.svg)](https://GitHub.com/crazystorm720/CodeCompendium/issues/)
[![GitHub license](https://img.shields.io/github/license/crazystorm720/CodeCompendium.svg)](https://github.com/crazystorm720/CodeCompendium/blob/master/LICENSE)
## Contents 🗃️
<details>
<summary>Click to unveil the treasures within</summary>
- 🐍 **[Python Scripts](/scripts/python)**: Automate and analyze.
- 🖌️ **[JavaScript Snippets](/scripts/javascript)**: Enrich web experiences.
- 🕹️ **[Lua Scripts](/scripts/lua)**: Game on with scripting.
- 🌐 **[PHP Projects](/scripts/php)**: Power your web presence.
- 📖 **[Documentation](/documentation)**: Learn and reference.
- 🔨 **[Tools](/tools)**: Craft and streamline.
- 🧪 **[Experimental](/projects/experimental)**: Innovate and experiment.
</details>
## Getting Started 🚀
```bash
# Clone the repository
git clone https://github.com/yourusername/CodeCompendium.git
# Navigate to the repository directory
cd CodeCompendium
```
## How to Use 🔧
Dive into each directory to discover scripts and projects, each accompanied by a README detailing usage and contributions.
## Contributing 🤲
Your insights and contributions are what make the open-source community thrive. Check out [CONTRIBUTING.md](CONTRIBUTING.md) for how to make your mark.
## Versioning 🏷️
This repository adheres to [Semantic Versioning](http://semver.org/). For the versions available, see the [releases](https://github.com/yourusername/CodeCompendium/releases).
## Author 🖋️
- **[Your Real Name](https://github.com/yourusername)** - *Initial Work*
Acknowledging all [contributors](https://github.com/yourusername/CodeCompendium/contributors) who've helped this project grow.
## License ⚖️
This project is licensed under the MIT License - see the [LICENSE](LICENSE) file for details.
## 🎩 Acknowledgments
- 🏗️📈 Engineering feats become child's play when an AI with a direct line to structural simulation supercomputers assists architects. It models materials and stress points with such finesse that buildings are not just designed; they're evolved, standing as monuments to the synergy of concrete and computation.
## Stay Connected 🌐
- [![Trello](https://img.shields.io/badge/Trello-Project_Tracker-blue.svg)](https://trello.com/b/SRvZZLn0/productivity) - Follow along with the project's progress.
- [![LinkedIn](https://img.shields.io/badge/LinkedIn-Connect_with_me-blue.svg)](https://www.linkedin.com/in/yourusername) - Professional networking and collaboration.
- [![Twitter](https://img.shields.io/twitter/follow/yourusername.svg?style=social)](https://twitter.com/yourusername) - Engage with me on tech and more.
## Additional Resources 🌟
- [Stack Overflow](https://stackoverflow.com/users/youruserid/yourusername) - Where I ask and answer.
- [CodePen](https://codepen.io/yourusername) - Front-end experiments showcased.
- [Repl.it](https://repl.it/@yourusername) - Quick prototypes and coding sessions.
- [Travis CI](https://travis-ci.org/yourusername) - Continuous integration in action.
- [SonarCloud](https://sonarcloud.io/dashboard?id=yourusername_CodeCompendium) - Ensuring code quality.
_Have a resource to suggest or want to collaborate? Feel free to

159
projects/dev/CodeCompendium/scratch.md Normal file
View File

@@ -0,0 +1,159 @@
Here's what I like the best however I like a lot of the enrichments from the version you'll see below, help me combinde them into a best of both worlds version:
# CodeCompendium 📚✨
## Overview 🌟
Welcome to **CodeCompendium**—your gateway to a curated galaxy of code! This repository is my digital almanac 🌌 of useful scripts, enlightening documentation, and eclectic projects. It's an ode to the craft of coding, a showcase of versatility, and a testament to the collaborative spirit of the development community.
## What's Inside 🎁
- 🐍 **[Python Scripts](/scripts/python)**: _Data wrangling, automation, and beyond._
- 📜 **[JavaScript Snippets](/scripts/javascript)**: _Front-end tricks, back-end treats._
- 🎮 **[Lua Scripts](/scripts/lua)**: _Gaming, scripting, and fun._
- 🌐 **[PHP Projects](/scripts/php)**: _Web wizardry and server-side spells._
- 📑 **[Documentation](/documentation)**: _Guides, tutorials, and cheatsheets._
- 🛠️ **[Tools](/tools)**: _DevOps, utilities, and every coder's Swiss army knife._
- 🧪 **[Experimental](/projects/experimental)**: _Innovative code experiments._
## Getting Started 🚀
```bash
# Clone the repository
git clone https://github.com/yourusername/CodeCompendium.git
# Navigate to the repository directory
cd CodeCompendium
```
## Contents 🧭
<details>
<summary><strong>Expand to explore the contents of this repository!</strong></summary>
- [Scripts](/scripts): A collection of code snippets and scripts.
- [Documentation](/documentation): Guides and references for various technologies.
- [Projects](/projects): A portfolio of small to medium-sized projects.
- [Tools](/tools): Utilities and configurations that streamline development.
</details>
## Contributing 🤝
Interested in contributing? Great! Check out the [contributing guide](CONTRIBUTING.md) for guidelines on how to participate in this project.
## Versioning 🏷️
For transparency and insight into our release cycle, check out our [release tags](https://github.com/yourusername/CodeCompendium/tags).
## Authors 👥
- **[Your Name](https://github.com/yourusername)** - _The Creator_
## License 📜
Distributed under the MIT License. See [LICENSE](LICENSE) for more information.
## 🎩 Acknowledgments
To my wife, the unsung hero of my late-night coding escapades—your love is the graceful force that turns the wheels of my creativity. For every line of code that's written, there's a part of your unwavering support etched between the bytes. Thank you for being the constant in my ever-changing world of variables.
And to generative AI, the unexpected mentor on my coding journey – thank you for opening my eyes to new horizons and for being the catalyst to skills I never knew I had. You're the wind in my sails on this voyage of discovery and growth. Here's to the code you've helped me weave, turning curiosity into capability, and the impossible into just another Tuesday.
## Stay in Touch! 💌
- [Project Tracker](https://trello.com/b/SRvZZLn0/productivity) - Follow the project's heartbeat.
- [LinkedIn](https://www.linkedin.com/in/yourusername) - Connect professionally.
- [Twitter](https://twitter.com/yourusername) - Tweeting the bytes away.
_For additional resources or to suggest more, please submit a pull request or an issue._
and here's the other version which I like as well:
# 📘 CodeCompendium
## Overview 🌐
Welcome to **CodeCompendium**—your one-stop repository for an eclectic mix of scripts, snippets, and guides across a myriad of programming languages and tools. This digital compendium leverages the power of containerization 🐳 to craft, test, and display a wide array of tools and tutorials designed to streamline and enrich the development experience.
[![GitHub stars](https://img.shields.io/github/stars/crazystorm720/CodeCompendium.svg?style=social&label=Star&maxAge=2592000)](https://GitHub.com/crazystorm720/CodeCompendium/stargazers/)
[![GitHub forks](https://img.shields.io/github/forks/crazystorm720/CodeCompendium.svg?style=social&label=Fork&maxAge=2592000)](https://GitHub.com/crazystorm720/CodeCompendium/network/)
[![GitHub issues](https://img.shields.io/github/issues/crazystorm720/CodeCompendium.svg)](https://GitHub.com/crazystorm720/CodeCompendium/issues/)
[![GitHub license](https://img.shields.io/github/license/crazystorm720/CodeCompendium.svg)](https://github.com/crazystorm720/CodeCompendium/blob/master/LICENSE)
## Table of Contents 📜
<details>
<summary>Click to expand</summary>
- [Features 🌟](#features-)
- [Setup and Landing Page 🚀](#setup-and-landing-page-)
- [React Frontend 🧩](#react-frontend-)
- [Authentication 🔒](#authentication-)
- [Backend Services 🛠️](#backend-services-)
- [Data Storage and Parsing 💾](#data-storage-and-parsing-)
- [SPA Integration 🧬](#spa-integration-)
- [Testing and CI/CD ✅](#testing-and-cicd-)
- [Deployment 🚢](#deployment-)
- [Post-Deployment 🎉](#post-deployment-)
- [Getting Started 🏁](#getting-started-)
- [Documentation 📚](#documentation-)
- [Contributing 🤝](#contributing-)
- [Versioning 🏷️](#versioning-)
- [Authors 👤](#authors-)
- [License 📄](#license-)
- [Acknowledgments 🙏](#acknowledgments-)
- [Project Tracking 📋](#project-tracking-)
</details>
## Features 🌟
<details>
<summary>Click to expand</summary>
...
</details>
## Getting Started 🏁
...
## Documentation 📚
...
## Contributing 🤝
...
## Versioning 🏷️
...
## Authors 👤
...
## License 📄
...
## 🎩 Acknowledgments
To my better half, who endures my endless keyboard clatter and supports my dreams with the patience of a saint – your love is the true north in my compass, guiding me through late nights and logic puzzles. Thanks for the shared smiles and the steady hand when I get lost in my own loops. Here’s to our next adventure, wherever it leads us, with plenty of laughter along the way.
And to generative AI, the unexpected mentor on my coding journey – thank you for opening my eyes to new horizons and for being the catalyst to skills I never knew I had. You're the wind in my sails on this voyage of discovery and growth. Here's to the code you've helped me weave, turning curiosity into capability, and the impossible into just another Tuesday.
## Project Tracking 📋
Stay in sync with the project's progress and milestones using our Trello board:
[![Trello](https://img.shields.io/badge/Trello-Project%20Management-blue)](https://trello.com/b/SRvZZLn0/productivity)
## Developer Resources 🛠️
- [Stack Overflow](https://stackoverflow.com/): Questions and answers for a multitude of programming problems.
- [CodePen](https://codepen.io/): Showcase of front-end snippets, projects, and tests.
- [Repl.it](https://repl.it/): Instant IDE to learn, build, collaborate, and host all in one place.
- [Travis CI](https://travis-ci.org/): Automated testing and deployment.
- [SonarCloud](https://sonarcloud.io/): Automated code review and quality checks.
_For additional resources or to suggest more, please submit a pull request or an issue._
please review both of these step-by-step and provide a refactored version that includes rich markdown features with plenty of high quality emojios, document and socal proof links and items used by other highly tracked github sites/repositories.

5
projects/dev/conver_2_dokuwiki.sh Executable file
View File

@@ -0,0 +1,5 @@
for file in *.md
do
output="${file%.md}.txt"
pandoc -f markdown -t dokuwiki -o "$output" "$file"
done

52
projects/dev/pto_countdown/main.py Normal file
View File

@@ -0,0 +1,52 @@
#!/usr/bin/env python3
# PTO Countdown
import os
from datetime import datetime, timedelta
# Clear the terminal screen
os.system('cls' if os.name == 'nt' else 'clear')
def calculate_reach_date(current_hours, max_hours, hours_added_bi_weekly):
"""
Calculates the estimated date when the maximum Paid Time Off (PTO) hours will be reached.
Parameters:
- current_hours (float): The current total of PTO hours accumulated by the user.
- max_hours (float): The maximum PTO hours that can be accumulated.
- hours_added_bi_weekly (float): The number of PTO hours added every two weeks.
Returns:
- datetime.date: The estimated date when the maximum PTO balance is reached.
"""
hours_needed = max_hours - current_hours
bi_weekly_periods_needed = hours_needed / hours_added_bi_weekly
days_needed = bi_weekly_periods_needed * 14
reach_date = datetime.now() + timedelta(days=days_needed)
return reach_date
# Constants for the program
MAX_HOURS = 240
HOURS_ADDED_BI_WEEKLY = 6.15384615 # 160 hours per year
# HOURS_ADDED_BI_WEEKLY = 7.69230769 # 200 hours per year
# HOURS_ADDED_BI_WEEKLY = 9.61538462 # 250 hours per year
LAST_KNOWN_PTO_BALANCE = 220.08
# Introduction and instructions for the user
print("PTO Balance Calculator")
print("----------------------")
print("Determine when you will reach your maximum PTO balance based on your current accrual.")
print(f"\nLast known PTO balance: {LAST_KNOWN_PTO_BALANCE}\n")
# Handling user input
try:
current_hours_input = input("Enter your current PTO hours: ")
current_hours = float(current_hours_input.strip())
reach_date = calculate_reach_date(current_hours, MAX_HOURS, HOURS_ADDED_BI_WEEKLY)
print("\nCalculation Results")
print("-------------------")
print(f"Today's Date: {datetime.now().strftime('%A, %B %d, %Y')}")
print(f"Maximum PTO balance of {MAX_HOURS} hours will be reached on: {reach_date.strftime('%A, %B %d, %Y')}.")
except ValueError:
print("Error: Please enter a valid number for your current PTO hours.")

22
projects/dev/python-prompt-crafting/main.py Normal file
View File

@@ -0,0 +1,22 @@
import csv
import random
def read_seeds(filename):
seeds = {}
with open(filename, newline='') as csvfile:
reader = csv.DictReader(csvfile)
for row in reader:
category = row['Category']
seed = row['Seed']
if category not in seeds:
seeds[category] = []
seeds[category].append(seed)
return seeds
def generate_prompt(seeds):
prompt_parts = [random.choice(seeds[category]) for category in seeds]
return f"A wallpaper with a {' '.join(prompt_parts)}."
# Reading seeds from a CSV file and generating a prompt
seeds = read_seeds('seeds.csv')
print(generate_prompt(seeds))

15
projects/dev/python-prompt-crafting/prompt-seed.csv Normal file
View File

@@ -0,0 +1,15 @@
Category,Seed
Background,deep black background
Background,space-themed background
Background,starry night background
Lights,subtle dim lights
Lights,muted shades of lights
Lights,glowing orbs
Colors,purple
Colors,green
Colors,darker orange
Composition,centered image
Composition,harmonizing elements
Composition,evoking a sense of calm
Aspect_Ratio,21:9 aspect ratio
Aspect_Ratio,suitable for a 2x2 grid of monitors
1 Category Seed
2 Background deep black background
3 Background space-themed background
4 Background starry night background
5 Lights subtle dim lights
6 Lights muted shades of lights
7 Lights glowing orbs
8 Colors purple
9 Colors green
10 Colors darker orange
11 Composition centered image
12 Composition harmonizing elements
13 Composition evoking a sense of calm
14 Aspect_Ratio 21:9 aspect ratio
15 Aspect_Ratio suitable for a 2x2 grid of monitors

125
projects/dev/python-prompt-crafting/random.md Normal file
View File

@@ -0,0 +1,125 @@
# Midjourney Prompt Component Management System
## Executive Summary
This system is engineered to offer a scalable and extensible solution for the management of Midjourney prompt components. Designed with future growth in mind, it provides a structured approach for CSV input, streamlines CRUD operations, and enforces data integrity through meticulous sanity checks, ensuring adaptability to evolving requirements.
## Project Scope
The project will deliver a comprehensive management system supporting a variety of Midjourney prompt components, including styles, scenes, suffixes, and parameters. It is designed to cater to a broad spectrum of artistic and descriptive elements, thereby enhancing the Midjourney user's creative process.
## Database Design and Schema
The database is compartmentalized into four principal tables:
- `prefixes`: Captures artistic styles and mediums.
- `id`: INTEGER, PRIMARY KEY, Auto-incremented.
- `value`: VARCHAR(255), Descriptive text.
- `created_at`: TIMESTAMP, Record creation timestamp.
- `updated_at`: TIMESTAMP, Record update timestamp.
- `scenes`: Encompasses various scene descriptors.
- Columns mirror the `prefixes` table structure.
- `suffixes`: Houses additional descriptive elements.
- Columns mirror the `prefixes` table structure.
- `parameters`: Stores Midjourney-specific parameters.
- Columns mirror the `prefixes` table structure.
Each table's `value` column is indexed to enhance search efficiency. The schema is designed to be flexible, allowing for future expansions such as additional metadata fields.
## System Requirements
- PostgreSQL database server
- Python 3.x environment
- Python libraries: `pandas` for CSV file processing, `psycopg2` for PostgreSQL interaction
## CSV Processing and Database Interaction
The system is adept at processing CSV file inputs, seamlessly handling duplicate entries through intelligent validation routines. It ensures that each new entry is unique and relevant, while gracefully managing errors and discrepancies to maintain the integrity of the database content.
## Logging Mechanism
Each database transaction is meticulously logged, providing a trail that includes timestamps, user identifiers, and a description of the operation performed. This facilitates audit processes and ensures transparency of changes.
## Error Handling
The system incorporates robust error-handling mechanisms, ensuring stability and reliability. Specific strategies include transaction rollbacks in case of process failures, validation checks against CSV input formats, and alerting mechanisms for any anomalies detected. These measures are designed to maintain the integrity of the data and provide seamless continuity of operations.
## Security Considerations
Security is paramount in our system design, particularly concerning database interactions. We employ best practices such as using environment variables for sensitive credentials, prepared statements to thwart SQL injection threats, and encrypted connections to the database. These layers of security guarantee that the database interactions are secure and the system's integrity is upheld.
## Implementation Overview
- CSV file inputs are parsed to extract data.
- Database connections are established using secure protocols.
- Data is validated and reconciled with existing records to perform necessary CRUD operations.
- Operations are logged with comprehensive details for accountability.
## Conclusion
This document articulates the foundation for a system designed to streamline the management of Midjourney prompt components. It is built with an eye towards scalability, ease of use, and meticulous record-keeping. The system is poised to be an integral tool for users seeking to augment their Midjourney experience.
---
# Import the necessary Python libraries
```python
import pandas as pd
import psycopg2
from datetime import datetime
# Function to log actions to a file
def log_entry(action, value, user_info=None, existing_data=None):
"""
Logs actions performed by the script with timestamps to 'log.txt'.
"""
timestamp = datetime.now() # Get the current time for the log entry
log_message = f"[{timestamp}] {action}: {value}" # Construct the log message
# Append user information if provided
if user_info:
log_message += f" by {user_info}"
# Append existing data if available
if existing_data:
log_message += f". Existing data: {existing_data}"
# Write the constructed message to the log file
with open('log.txt', 'a') as log_file:
log_file.write(log_message + "\n")
# Function to process individual rows from the CSV file
def process_csv_row(row, cur, conn):
"""
Checks for the existence of the 'value' in the database and performs the
appropriate CRUD operation based on the result.
"""
cur.execute("SELECT * FROM mytable WHERE value = %s", (row['value'],))
result = cur.fetchone() # Fetch the first match from the database
if result:
# If the entry exists, log it
log_entry("Entry exists", row['value'], existing_data=result['metadata'])
else:
# If not, insert the new value into the database and log the action
cur.execute("INSERT INTO mytable (value, metadata, created_at) VALUES (%s, %s, %s)",
(row['value'], 'user_info', datetime.now()))
conn.commit() # Commit changes to the database
log_entry("Added new entry", row['value'], user_info='user_info')
# The main function to run the script
def main(csv_file_path):
"""
The main execution function that reads the CSV file, processes each row,
and interacts with the database.
"""
df = pd.read_csv(csv_file_path) # Load the CSV file into a DataFrame
conn = psycopg2.connect("dbname=mydb user=myuser") # Connect to the database
cur = conn.cursor() # Create a cursor object to execute SQL commands
# Iterate through the DataFrame row by row
for index, row in df.iterrows():
process_csv_row(row, cur, conn) # Process each row
cur.close() # Close the cursor
conn.close() # Close the database connection
# Check if the script is being run directly (as opposed to being imported)
if __name__ == "__main__":
# Call the main function with the path to the CSV file
main("input.csv")
```
---

8
projects/lucas_lab.md Normal file
View File

@@ -0,0 +1,8 @@
## alpine container
```bash
pct create 200 /var/lib/vz/template/cache/alpine-3.15-x86_64.tar.xz \
--arch amd64 --ostype unmanaged --hostname alpine-mgmt \
--cores 2 --memory 2048 --swap 2048 --storage local-lvm --rootfs 20G \
--net0 name=eth0,bridge=vmbr1,ip=dhcp,firewall=1
```

111
projects/travel_blog.md Normal file
View File

@@ -0,0 +1,111 @@
Certainly! Let's create a focused guide on how to use the standardized Markdown template for festival documentation with MkDocs. This guide will help you efficiently create, maintain, and publish detailed festival descriptions using the template we've developed.
### Guide to Using the Festival Documentation Template with MkDocs
#### Step 1: Prepare Your MkDocs Environment
1. **Install MkDocs**: If you haven't already installed MkDocs, install it via pip:
```bash
pip install mkdocs
```
2. **Create a New MkDocs Project**:
- Initialize a new MkDocs project by running:
```bash
mkdocs new colombian_festivals
```
- This creates a new directory with a basic configuration file (`mkdocs.yml`) and a document folder.
3. **Project Structure**:
Navigate to the `colombian_festivals` directory. You'll see the following structure:
```
colombian_festivals/
├── docs/
└── mkdocs.yml
```
#### Step 2: Implement the Festival Template
1. **Create a Festivals Directory**:
- Inside the `docs` directory, create a subdirectory named `festivals`.
- This will host individual Markdown files for each festival.
2. **Use the Template**: Reference the standardized Markdown template [provided earlier](#markdown-template-for-festival-documentation). For each festival:
- Create a new Markdown file within the `festivals` directory (e.g., `Carnaval_de_Barranquilla.md`).
- Fill in the festival-specific details in place of the placeholder text.
#### Step 3: Customize Your MkDocs Configuration
1. **Edit `mkdocs.yml`**:
- Configure your MkDocs settings and navigation by adding entries for each festival document in the `mkdocs.yml` file under the `nav` section:
```yaml
site_name: Colombian Festivals
nav:
- Home: index.md
- Festivals:
- Carnaval de Barranquilla: festivals/Carnaval_de_Barranquilla.md
- Another Festival: festivals/Another_Festival.md
```
#### Step 4: Writing Content
- **Follow the Structure**: When filling out each festival's Markdown file, strictly adhere to the sections outlined in the template to maintain consistency across documents.
- **Adding Images**: Place images in the `docs/images/` directory and reference them in the Markdown files using relative paths.
#### Step 5: Build and Preview Your Site
1. **Build the Site**:
- From the root of your project (`colombian_festivals`), build the static site by running:
```bash
mkdocs build
```
- This compiles your Markdown files into a static HTML website.
2. **Local Preview**:
- Preview your site locally by running:
```bash
mkdocs serve
```
- Visit `http://127.0.0.1:8000` in your browser to see how your site looks.
#### Step 6: Deploy Your Site
- **GitHub Pages**: If you're using GitHub, you can easily deploy your MkDocs site to GitHub Pages:
- Push your project to a GitHub repository.
- Enable GitHub Pages in the repository settings and set the branch to `gh-pages`.
### Summary
This guide provides a straightforward method to document festivals using MkDocs and the predefined Markdown template. By following this structured approach, you can create a comprehensive and navigable documentation site that is easy to maintain and update. Each festival document will be consistent in layout and design, ensuring a professional presentation of the festival information.
---
---
name: "Carnaval de Barranquilla"
location: "Barranquilla, Colombia"
date: "Pre-Lent (February or March)"
frequency: "Annually"
established: "1888"
attendance: "Over 1 million"
main_attractions: "Parades, music, dance, costumes"
---
## Overview
The Carnaval de Barranquilla is one of the most colorful and significant cultural events in Colombia, celebrated with vibrant parades, elaborate costumes, and rhythmic music that fills the city.
## History
The Carnaval has roots that trace back to the 19th century, blending indigenous, African, and European traditions to create a unique and explosive expression of culture and joy.
## Photo Gallery
![Carnaval Scene](/images/carnaval.jpg)
## Event Highlights
- **Day 1: The Battle of Flowers** - The official opening parade featuring floats decorated with flowers and led by the Carnival Queen.
- **Day 2: The Grand Parade** - A showcase of dance groups and costumed performers celebrating folkloric traditions.
## Visitor Information
For those planning to attend the Carnaval, it is advisable to book accommodations well in advance, be prepared for large crowds, and stay hydrated in the warm climate.
## References
- [Official Carnaval Website](https://www.carnavaldebarranquilla.org)
- [Visit Barranquilla Tourism](https://www.visitbarranquilla.com)

77
projects/workstation_power_house.md Normal file
View File

@@ -0,0 +1,77 @@
Here's the organized technical specification comparison for the Dell Precision T7610 Workstation and the NVIDIA Tesla K80 GPU:
[Expandable Section]
Dell Precision T7610 Workstation | NVIDIA Tesla K80 GPU
--- | ---
**System Overview** |
Chipset: Intel C602 | GPU Architecture:
Form Factor: Tower Workstation | Dual-GPU design with two GK210 GPUs
**Processors** | **Performance**
Intel Xeon E5-2697 v2 (SR19H): | Double Precision: Up to 2.91 TFLOPS with NVIDIA GPU Boost
Cores: 12 Cores | Single Precision: Up to 8.74 TFLOPS with NVIDIA GPU Boost
Frequency: 2.7GHz, Turbo up to 3.5 GHz |
Cache: 30 MB |
Socket: LGA-2011 |
**Memory** | **Memory**
Type: DDR3 1600 MHz and 1866 MHz RDIMM ECC | 24 GB GDDR5 (12 GB per GPU)
Configuration: 128GB (4x32GB) DDR3 PC3-14900L Load Reduced Server Memory | 480 GB/s memory bandwidth per board
Slots: 16 DIMM slots (Dual CPU) |
Max Capacity: 512 GB with dual CPU |
**Graphics** | **Features**
PCIe Slots for Graphics: Up to 4 full-height, full-length PCIe 3.0/2.0 x16 slots | NVIDIA GPU Boost
Maximum Power for Graphics: Each slot up to 600W | Double shared memory and register file compared to Tesla K20X and K10
| Zero-Power Idle
| Multi-GPU Hyper-Q
| System Monitoring
| ECC Memory Protection
**Storage** | **Form Factor**
Externally Accessible Drive Bays: | Passive cooled, dual-slot PCIe 3.0 x16
Slimline SATA Optical Bay: Supports slim optical drives |
5.25 Inch Drive Bay: Supports standard 5.25" SATA device, media card reader, or up to four 2.5" hard drives with adapters |
3.5 Inch Hard Drive Bays: Four bays available for 3.5" hard drives |
**Networking** | **Power**
Integrated Network Adapters: | 300W TDP
Intel 82579: Gigabit Ethernet controller |
Intel 82754: Dual Gigabit Ethernet ports |
**Ports and Connectors** |
USB Ports: |
Front: 3 USB 2.0, 1 USB 3.0 |
Back: 3 USB 2.0, 3 USB 3.0 |
Internal: 3 USB 2.0 |
Audio Ports: |
Front: Mic-in, headphone-out |
Back: Line-out, Mic-in/Line-in |
Network Adapter: Two RJ-45 connectors for Ethernet |
Video Ports: Dependent on installed video card(s) |
**Expansion Slots** |
PCI Express 3.0 Slots: 2 x16 slots, 1 x8 slot (operates as x4) |
PCI Express 2.0 Slot: 1 x4 slot |
PCI Slot: 1 standard PCI slot |
**Power Supply** |
Wattage: 1300 W/1100 W/1000 W options |
Voltage: 100 VAC to 240 VAC |
**Physical Characteristics** |
Dimensions: Height 43.34 cm, Width 21.60 cm, Depth 52.50 cm |
Weight: Min. 16.90 kg |
**Environmental** |
Operating Temperature: 10°C to 35°C |
[Specification Highlights]
Dell Precision T7610 Workstation:
- Dual Intel Xeon E5-2697 v2 processors with up to 24 cores total
- Up to 512 GB quad-channel DDR3 ECC memory
- Four PCIe 3.0 x16 slots for high-performance graphics cards
- Extensive storage options with multiple drive bays
NVIDIA Tesla K80 GPU:
- Dual-GPU design with a total of 4,992 CUDA cores
- High double-precision performance up to 2.91 TFLOPS
- 24 GB GDDR5 memory with 480 GB/s bandwidth
- NVIDIA GPU Boost technology for maximizing performance
[Downloadable Datasheet]
For more detailed information, please download the datasheets for each device:
- [Dell Precision T7610 Workstation Datasheet](link_to_datasheet)
- [NVIDIA Tesla K80 GPU Datasheet](link_to_datasheet)
This presentation provides a clear and organized comparison of the technical specifications for the Dell Precision T7610 Workstation and the NVIDIA Tesla K80 GPU. The expandable sections allow users to dive into the details for each category, while the specification highlights and downloadable datasheets provide quick access to the most important information and additional resources.

88
projects/ytmusic.md Normal file
View File

@@ -0,0 +1,88 @@
Sure, let's start from the beginning, setting up a Python project using a virtual environment to work with the YTMusic API via OAuth authentication. We'll go through everything step-by-step, from creating the virtual environment to running the OAuth setup, and then using the API to interact with YouTube Music.
### Step 1: Set Up Your Python Virtual Environment
First, ensure you have Python installed on your system. I recommend using Python 3.7 or newer. Here’s how you can set up a virtual environment:
1. **Create a New Directory for Your Project (Optional):**
```bash
mkdir yt-music-project
cd yt-music-project
```
2. **Create a Virtual Environment:**
```bash
python -m venv venv
```
3. **Activate the Virtual Environment:**
- On Windows:
```bash
.\venv\Scripts\activate
```
- On macOS and Linux:
```bash
source venv/bin/activate
```
### Step 2: Install Required Packages
1. **Ensure your `requirements.txt` includes `ytmusicapi`:**
You can create a `requirements.txt` file containing at least:
```
ytmusicapi
```
If you already have a `requirements.txt`, make sure `ytmusicapi` is listed.
2. **Install the Required Packages:**
```bash
pip install -r requirements.txt
```
### Step 3: Set Up OAuth Authentication
1. **Run OAuth Setup:**
While in your activated virtual environment and your project directory:
```bash
ytmusicapi oauth
```
Follow the on-screen instructions:
- Visit the URL provided in the command output.
- Log in with your Google account.
- Authorize the application if prompted.
- Copy the provided code back into the terminal.
This will generate an `oauth.json` file in your project directory containing the necessary credentials.
### Step 4: Initialize YTMusic with OAuth Credentials
1. **Create a Python Script:**
You can create a Python script like `main.py` to start coding with the API:
```python
from ytmusicapi import YTMusic
ytmusic = YTMusic('oauth.json')
```
### Step 5: Test by Creating a Playlist
1. **Write Code to Create a Playlist and Search for Music:**
Add to your `main.py`:
```python
# Create a new playlist
playlist_id = ytmusic.create_playlist("My Awesome Playlist", "A description of my playlist.")
# Search for a song
search_results = ytmusic.search("Oasis Wonderwall")
# Add the first search result to the new playlist
if search_results:
ytmusic.add_playlist_items(playlist_id, [search_results[0]['videoId']])
```
2. **Run Your Script:**
```bash
python main.py
```
This setup gives you a complete environment to work with the YTMusic API securely and manage your YouTube music data programmatically. You can extend this setup by adding more features, such as handling errors, enhancing functionality, or integrating with other data sources and tools for analysis or backup.