nafecadmipa_video_demos
আরো অনেক বেশি ডিটেইল এর সাথে ব্যাখ্যা করা হয়েছে দুটো number line এর সাহায্যে
Society priority order
এবং
Individual এর priority order
N,A,F,E,C,A,D,M,I,P,A গুলোকে 0,1,2,... ধরনের ordinal নিতে পারেন যাতে প্রায়োরিটি অর্ডার গুলো ভিন্ন ভিন্ন entity দের ভিন্ন ভিন্ন হতেই পারে ফলে number line এর উপর ভিন্ন ভিন্ন entity ভিন্ন ভিন্ন position এ অবস্থান করে
অবস্থান এর টানা পোড়েন চলতে থাকে
চলতে থাকে
চলতে থাকে
একটা এনটিটি আরেক টা এনটিটি কে জোর করে নিজের প্রায়োরিটি অর্ডার এ নিয়ে যেতে চায়
ধর্ম, রাজনীতি, আধিপত্য, বিশ্বাস...... Negotiation,dialectics, যুদ্ধ চলতে থাকে calibration চলতে থাকে
NAFECADMIPA
একটা নাম্বারিং system যেখানে
N হচ্ছে need
A হচ্ছে awareness
F হচ্ছে fear
E হচ্ছে existentiability
C হচ্ছে curiosity
A হচ্ছে attentiveness
D delay (procastination,duration in action)
M হচ্ছে memory
I হচ্ছে interest
P হচ্ছে privacy
A হচ্ছে actual action
এই 11 টা governing factor juxtapose করে factorial 11 টা priority order গঠন করে
Individual দের ও priority থাকে
Society র ও priority থাকে
এইবার দুজন দুজন কে calibrate করে করে ফিট করার চেষ্টা করে
NAFECADMIPA calibrations dynamics ঘটে সারাক্ষণ যেটা সঞ্জয় নাথ এর qhenomenology তে বিশ্লেষণ করে বোঝার চেষ্টা করা হয়
এইটা sociology কে বিশ্লেষণ করার নতুন একটা পদটি
Society priority order
https://sanjoynathgeometrifyingtrigonometry.blogspot.com/2024/10/nafcadmipa-or-nafcaia.htmlSANJOY NATH'S QHENOMENOLOGY NAFECADMIPA NUMBERSYSTEMS 60repeats complicated society
https://sanjoynathgeometrifyingtrigonometry.blogspot.com/2024/10/nafecadmipa22or11governingfactors.html
1. Need (N)
2. Awareness (A)
3. Fear (F)
4. Existentiability (E)
5. Curiosity (C)
6. Attentiveness (A2)
7. Just Noticeable Difference (D)
8. Memory (M)
9. Privacy (P)
10. Interestingness (I)
11. Action (A3)
12. Adaptability (A2)
13. Self-Regulation (R)
14. Empathy (E2)
15. Moral Reasoning (M2)
16. Resilience (Re)
17. Creativity (C2)
18. Processing Speed (PS)
19. Trust (T)
20. Social Awareness (S)
21. Executive Function (EF)
22. Ethical Responsibility (ER)
This expanded list represents a minimal basis of fundamental governing factors, ensuring that human intelligence, emotional responses, social dynamics, and decision-making processes are all adequately covered.
Defining intelligence using the NAFECADMPIA framework involves understanding how each of the 11 governing factors contributes to the ability of an individual to adapt, learn, solve problems, and make decisions. Intelligence, in this context, can be viewed as a dynamic interaction of these fundamental governing factors, leading to effective and efficient action in various environments.
A Definition of Intelligence in NAFECADMPIA:
from manim import *
import random
class ValueTrackerExample___fornafecadsmipa_INDIVIDUALS_AND_SOCIETY__60repeats_complicated_society(Scene):
def construct(self):
# Create a text at the top that fits within the screen width
text = Text("SANJOY NATH MANIMATIONS NAFECADMIPA ORDERING QHENOMENOLOGY").scale_to_fit_width(config.frame_width - 1).to_edge(UP)
self.add(text) # Ensure the text remains on the screen
# Create a text below the first text
text_below = Text("N>A>F>E>C>A>D>M>I>P>A (JUXTAPOSITION CREATES DIFFERENT ORDERS IN NUMBERING)").scale_to_fit_width(config.frame_width - 1).next_to(text, DOWN)
self.add(text_below) # Ensure the text remains on the screen
# Add a link text
textLINKS = Text("https://sanjoynathgeometrifyingtrigonometry.blogspot.com/2024/10/nafcadmipa-or-nafcaia.html").scale_to_fit_width(config.frame_width - 1).next_to(text_below, DOWN)
self.add(textLINKS) # Ensure the text remains on the screen
number_line1 = NumberLine(include_numbers=True)
number_line2 = NumberLine(include_numbers=True).shift(DOWN * 2) # Shifted down to make space for the second number line
pointerDNS = Vector(DOWN)
pointerUPS = Vector(UP)
label_DNS = MathTex("NAFECADMIPA(INDIVIDUAL)").add_updater(lambda m: m.next_to(pointerDNS, UP))
label_UPS = MathTex("NAFECADMIPA(SOCIETY)").add_updater(lambda m: m.next_to(pointerUPS, DOWN))
tracker = ValueTracker(0)
tracker_ANOTHER = ValueTracker(0)
pointerDNS.add_updater(
lambda m: m.next_to(
number_line1.n2p(tracker.get_value()),
UP
)
)
pointerUPS.add_updater(
lambda m: m.next_to(
number_line2.n2p(tracker_ANOTHER.get_value()),
DOWN
)
)
self.add(number_line1, number_line2, pointerDNS, pointerUPS, label_DNS, label_UPS)
t1_tracker = ValueTracker(0)
t2_tracker = ValueTracker(0)
t1_label = always_redraw(lambda: MathTex(f"t1={t1_tracker.get_value():.2f}").next_to(text_below, DOWN))
t2_label = always_redraw(lambda: MathTex(f"t2={t2_tracker.get_value():.2f}").next_to(t1_label, RIGHT))
self.add(t1_label, t2_label)
for _ in range(60):
new_value1 = random.uniform(-10, 10)
new_value2 = random.uniform(-10, 10)
t1_value = random.uniform(0.5, 1.5)
t2_value = t1_value * random.uniform(0.8, 1.2)
self.play(tracker.animate.set_value(new_value1), run_time=t1_value)
self.play(t1_tracker.animate.set_value(t1_value), run_time=0.5)
self.wait(0.5)
self.play(tracker_ANOTHER.animate.set_value(new_value2), run_time=t2_value)
self.play(t2_tracker.animate.set_value(t2_value), run_time=0.5)
self.wait(0.5)
# # # # Create an instance of the scene to trigger the construct method
# # # scene = ValueTrackerExample___fornafecadsmipa_INDIVIDUALS_AND_SOCIETY__11repeats_complicated_convergances()
# # # scene.render()
# # # print("ValueTracker animation has been rendered and repeated with dynamic variables t1 and t2.")
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