Biorhythm Program: Predicting Cycles and Implementation Analysis

This assignment explores the concept of biorhythms, which are attempts to predict recurring cycles in the functioning or physical aspects of a living organism. The document explains that biorhythms are composed of physical, emotional, and intellectual cycles, each with a specific duration. The program utilizes sine and cosine curves to model these cycles. The solution includes pseudocode outlining the program's logic, which involves calculating cycle points for specific dates. Sample graphs are provided, demonstrating the output of the program. The conclusion suggests the application of biorhythms in various fields, particularly in industries where accidents are more frequent, to enhance safety and productivity. The document also references relevant academic sources to support the concepts discussed.

Running head: FOUNDATION OF PROGRAMMING
Foundation of Programming
Name of the Student
Institution Affiliation

FOUNDATION OF PROGRAMMING 2
Biorhythm is a way of trying to predict a recurring cycle in the functioning or physical
aspect of a living organism. It is formed from two words which are Bio and Rhythm, Bio is a short
form for biology which is the study of living things and rhythm which basically refer to a given
pattern of cycle at a given time or period, (Zinkevich, Yezhova & Berezyuk, 2016).
They are inborn cycles which direct memory, aspiration, coordination, perseverance,
personality, feelings, and considerably more, (Habibi, Mohammadi, Sartang, & Zeinodini, 2016).
All of us have three major cycles with specific capacity, and a unique life cycle.
Transition days are those time we may feel somewhat off, or have an absolute awful time. A
twofold change day is when two of your cycles progress around the same time, (Bulla, Oudman,
Bijleveld, Piersma & Kyriacou, 2017). This day might be troublesome. A triple progress day is
when three of your cycles change around the same time. Triple Transition days are uncommon,
happening once every 7-8 years.
The numbers from +100% (most extreme) to - 100% (least) show where on each cycle the
rhythms are on a specific day. All in all, a beat at 0% is intersection the midpoint and is thought to
have no genuine effect on our life, while a musicality at +100% (at the pinnacle of that cycle) would
give you an edge around there, and a mood at - 100% (at the base of that cycle) would make life
progressively troublesome here. There is no specific importance to a day on which our rhythms are
for the most part high or all low, aside from the conspicuous advantages or obstacles that these
uncommon limits are thought to have on our life.
The biorhythm hypothesis utilizes the sine and cosine curve. Evidently, our life cycles start
during childbirth and vacillate like sine curve. The length for the physical cycle is 23days, 28days
for emotional cycle and 33 days for intellectual cycle, (Torres, Vero & Rai, 2018). These numbers
convert into the times of the separate cycles. In the event that you plot every one of these cycles on
a chart, beginning the day you were conceived, you can see where these cycles are at the present
time and what they'll resemble later on.

FOUNDATION OF PROGRAMMING 3
The biorhythm cycle diagrams are sine curves with a similar sufficiency yet shifting period.
To get the graph, we use:
 Physical: sin (2πt/23)
 Emotional: sin (2πt/28)
 Intellectual: sin (2πt/33)
Pseudocode for the program
START
GET birth_date
GET target_date
SET days_to_chart = 20
SET physical, emotional, intellectual and date as empty list
NoOfDays = target_date – birthdate
SET date = target_date – 10 days
FOR n in a range of (NoOfDays - 10 ) to (NoOfDays + days_to_chart)
SET physicalPoint = 100 * sin(2 * pi * day/23
SET emotionalPoint = 100 * sin(2 * pi * day/28
SET intellectualPoint = 100 * sin(2 * pi * day/33
append physicalPoint to physical
append emotionalPoint to emotional
append intellectualPoint to intellectual

FOUNDATION OF PROGRAMMING 4
append date to dates
date += 1 day
END FOR LOOP
graphModule(physical,dates)
graphModule (emotional,dates)
graphModule _function(intellectual,dates)
Plot the Graph
STOP
Sample graphs of the program the biorhythm of three athletes is as shown below

FOUNDATION OF PROGRAMMING 5
Conclusion
Biorhythm hypothesis goes about as a data framework and might be actualized in the
enterprises where odds of laborers to stall out with mishaps are more. The utilization of biorhythm
hypothesis in preventive work associated with modern wellbeing in businesses and exacting

FOUNDATION OF PROGRAMMING 6
adherence to this hypothesis make it conceivable to diminish the occurrence of mechanical mishaps
and guarantee protected and beneficial work. It can likewise be utilized to foresee the future
enthusiastic of an individual in this manner giving odds of overseeing pressure and gloom

FOUNDATION OF PROGRAMMING 7
References
Bulla, M., Oudman, T., Bijleveld, A. I., Piersma, T., & Kyriacou, C. P. (2017). Marine biorhythms:
bridging chronobiology and ecology. Philosophical Transactions of the Royal Society B:
Biological Sciences, 372(1734), 20160253.
Habibi, E., Mohammadi, Z., Sartang, A. G., & Zeinodini, M. (2016). Investigation effect of
biorhythm on work-related accidents in the metal industry (A short report). Iranian journal
of health, safety and environment, 3(3), 583-586.
Torres, E., Vero, J., & Rai, R. (2018). Statistical platform for individualized behavioral analyses
using biophysical micro-movement spikes. Sensors, 18(4), 1025.
Zinkevich, K., Yezhova, A., & Berezyuk, Y. (2016). The Effects of Biorhythm Cycles on
Students’capacity.