The SuperSweep

There is a very popular thread on the Spooky2 forum called SuperSweep 48,800 – 43Mhz. The author of the sweep, Stu Tooley, created a sweep that goes between 48,800 to 43 Mhz for the GeneratorX and 48.8Khz to 20 Mhz for the Spooky2-XM, that has a step size between each frequency of 0.025%. It turns out the standard spectrum sweep will have this small step percentage for the higher frequencies of the sweep, but for the lower frequencies the step percentage will be larger. This means there are many potential MORs (Mortal Oscillatory Rates) that will be missing in a spectrum sweep that covers a large range or number of octaves.

To remedy this, the sweep is broken up into single octaves, and a spectrum sweep is performed in that octave. With this approach, the lower frequency step size is 0.025% or less.

Continue reading

HeaWea MicroGen Support

The M&L Graded Utility, BFBTool, CancerTool, and LymeTool will save their frequencies to HeaWea MicroGen’s Custom.csv database if you have the MicroGen software installed. You enable this feature through the Preferences dialog of these tools.

In M&L Graded Utility and BFBTool, there is a MicroGen checkbox that enables this feature. If ticked, when you click Build Presets in the main window, the frequencies from your presets are also copied into the MicroGen Custom.csv

In CancerTool and LymeTool, you set the Save step [] to MicroGen to the current step of the protocol you are running. In CancerTool, the valid values are 6-8. For LymeTool, the valid values are 5-78.

Clicking the Build Presets button will save your frequencies from the step of the protocol you are currently running into the MicroGen Custom.csv database.

In the MicroGen software, you will need to choose the Refresh menu command in the Programs menu to see the new program added by these tools.

DBEditor Guide

DBEditor is a database editor for Spooky2 custom databases. It can create a database, edit an existing database, import databases (via a menu command or drag-and-drop), import presets into a database (via a menu command or drag-and-drop), search a built-in frequency database and add built-in programs to your database. While Spooky2 already provides much of this functionality via the CSVed application, CSVed is cumbersome and difficult to use as it has no specific knowledge of the Spooky2 database parameters.

Continue reading

Dynamic Carrier for Contact

Many of the tools that build presets on this site will create optimized presets for Contact, where a dynamic carrier wave is used to get deeper penetration of the frequency, and to make low frequencies less painful. This is described in a previous post: Optimizing Contact and Plasma Presets. This current post offers both an online and an offline tool you can use to convert your presets to use this dynamic carrier wave technique.

This tool runs in a browser window. When you load the tool into the browser, you see the Make Carrier tool below.

Continue reading

Spooky2’s Analyze Function

For some time now, when you do a biofeedback scan with GeneratorX or Spooky Pulse, all the colllected scan data is stored in a raw scan data file. For the GeneratorX, this collected scan data includes the Current, Angle, and Angle + Current data. For the Spooky Pulse, this collected scan data includes the BPM (Beats Per Minute) and the HRV (Heart Rate Variability) data. Using the Analyze button, Spooky2 can open these old raw scan data files, and analyze the scan data to give you the top hits in that scan, with any of the data parameters that were saved during that scan.

Continue reading

Change Hardware for a Preset

One question that comes up often is “how can I change the hardware for my existing preset?” For for example, let’s say you have a preset for contact that you want to run on plasma. Or here’s a real-world example. If you look in Spooky2 under the Presets tab for ear infection, you see the following. There is a preset for Contact, Plasma, Remote, and Cold Laser, but not one for Scalar. So how can I get a scalar version of the Ear Infection preset?

Continue reading

Optimizing Contact and Plasma Preset

There are optimizations of Contact and Plasma presets that are employed by BFBTool, CancerTool, LymeTool, and Morgellons and Lyme Graded Utility that you will enjoy when using these tools. These 4 tools involve building presets from your biofeedback scan results in the context of various protocols. But you can also take your existing presets and employ these same optimization by using the same techniques, or using the BFBTool to optimize your presets.

Plasma Optimizations

For Plasma, if you have frequencies that are over 100 KHz, the best plasma shell preset to use is Spooky Plasma Advanced (P) – JW. This preset give the strongest plasma signal for these higher frequencies. For frequencies lower than 100 KHz, the best plasma shell preset to use is Spooky Plasma Entrainment and Healing (P) – JW. This presets uses beat frequencies, where the difference between the Out 1 and Out 2 frequency is the low frequency, to deliver frequencies that are too low to light up the plasma bulb. Other Rife solutions use amplitude modulation of a fixed carrier wave, but the Spooky approach delivers a stronger signal while not exposing you to frequency fatigue from using a fixed carrier wave.

Continue reading

Making a Low Power Terrain Preset

In an earlier post Low Power Terrain Presets, you could download presets for a low power Terrain protocol preset, which is useful for people who are too sensitive to bear the detox and herxing that they experience with the normal Terrain protocol preset. Using ChainEditor, you will learn how you can make your own low power preset with the Amplitude that works best for you.

If you haven’t already, If you haven’t already, install ChainEditor as described in Installing ChainEditor. Double-click the ChainEditorTool icon on the desktop to start ChainEditor.

Continue reading

Installing ChainEditor

Before you install ChainEditor, you must have .NET Framework 3.5 installed. The installer for ChainEditor is provided by the Spooky2 installer, and is found in the C:\Spooky2 folder. using the Windows File Explorer, go to your the C:\Spooky2 folder by finding This PC in the left column of the Windows File Explorer, then scrolling down the left column until you find the C: drive, which by default is labeled Local Disk (C:). Your hard drive may be named something else besides Local Disk if you or someone else changed the name of the hard drive. Click Local Disk (C:) on the left column, and scroll down the right column until you find the Spooky2 folder.

Continue reading