A small yet powerful library which has the ability to calculate a Timewave up to and after the initial zero-point; the original date being concluded by both Terence McKenna himself and Peter Meyer as being December 21, 2012, however, the date has recently been theorized to take place on July 8, 2018. Omniwave can calculate a Timewave both with and without the infamous "Half Twist". The purpose of this software and the project in general is to further the research of Novelty theory and the original Timewave Zero software conjured up by Terence McKenna and others.
An in-depth explanation of how Novelty theory and the original Timewave Zero software came to be can be found in Terence and Dennis McKenna's book called The Invisible Landscape: Mind, Hallucinogens, and the I Ching.
ISBN-10: 0062506358
ISBN-13: 978-0062506351
More detailed information about Novelty theory and Timewave Zero as well as some other interesting facts and tidbits can also be found at the following website: http://fractal-timewave.com/ which is currently maintained by Peter Meyer.
- Managed API for calculating Timewaves
- Lightweight, fast, extensible, and completely event driven
- Generate waves both synchronously and asynchronously
- Portable executable with all data sets embedded
- Uses the Colorful.Console project for beautiful console output
Written by: John A. Phelps (kl4yfd)
- Can calculate Timewave before and after the zero point
- Can calculate a Window of the Timewave data
- Calculates and prints Timewave values with 16 significant digits
- Optimized code specifically for Intel/AMD x86_64 CPU's (most common today)
- Better calculation precision than original code
- 32-bit integer variables upgraded to 64-bit (uint64_t)
- 64-bit floating point variables upgraded to extended-precision 80-bit (long double)
- Switched floating-point calculations to SSE, freeing the FPU registers
- Enabled MMX optimizations (uses freed FPU registers)
- Makes use of SSE2 CPU optimizations
- Allows threading and asynchronous operations within a single API
- Constructs formal Timewave structures referred to as
Wave Propertiesand aWave PacketWave Propertiescontain the following Timewave properties- Singularity (The point at which the wave should stop being calculated)
- Bailout (The point to continue calculating towards after the initial singularity)
- Interval (A value to increment the wave represented in minutes)
- WaveFactor (A value representing the degree or amount of novelty displayed in the wave)
- A
Wave Packetcontains the following Timewave properties- Singularity (The amount of time - in days - before the point of maximum novelty)
- KelleyData (The data set of 384 points in respect to Royce Kelley)
- WatkinsData (The data set of 384 points in respect to Matthew Watkins)
- SheliakData (The date set of 384 points in respect to John Sheliak)
- HuangTiData (The data set of 384 points in respect to Xuanyuan Huangdi(?))
- Embedded all data sets within the code itself instead of referencing external files
- Improved readability of code structure (variables, method names, etc)
- Event based calculation allows for individual wave point processing
- Control over the digit length of each calculated Timewave point value
- Improved error handling and documentation of code
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