Please follow the steps to create your own program and add it to your custom database.
Choose File-Create Program
Step 2 Name your program.
Click in the field and type your Program name.
Give it a good descriptive one so you'll be able to identify it in a search list. Something like "Cancer Throat Sweep XX" is good because it will show in searches for "cancer," "throat," and "sweep."
Step 3 Enter your frequencies.
Now we come to enter the frequencies. You can either type them in, or copy and paste them all at once from another document.
In all cases, each frequency in the set must be separated by a comma- with NO spaces, otherwise Spooky2 will report an error.
You can also enter very powerful commands in this field along with your frequencies.
xxx-yyy (Frequency Sweep):
This is how you enter a sweep between two frequencies - xxx stands for one frequency, and yyy for the other.
If you want an ascending sweep, enter the lower frequency first, then type a hyphen (the sweep command), followed by the higher frequency. Example: 100-200
For a downward sweep, enter the higher frequency first, then a hyphen, and then the lower one. Example: 200-100
=xxx (Custom Dwell):
For any frequencies, you can specify different dwells from the default you want applied to the rest.
Just type an equal sign (the dwell command) followed by the dwell in seconds. Example: 200=600
x is the waveform for this frequency. W sets Out 1 and w sets Out 2. The values of x for when specifying the waveforms are:
1 for Sine.
2 for Square.
3 for Sawtooth.
4 for Inverted Sawtooth.
5 for Triangle.
6 for Damped Sinusoidal.
7 for Damped Square.
8 for H-Bomb Sinusoidal.
9 for H-Bomb Square
10 for User Defined #1
11 for User Defined #2
For example: You want frequency 10 of Out 1 to use a square wave.
After the target frequency or command, type G followed by 1 to turn gating on, and G followed by 0 to turn it off. Example:G1,G0
After your target frequency or command, type A or a followed by the voltage you wish to use. Ax is the amplitude (voltage peak to peak) of Out 1. ax is the amplitude (voltage peak to peak) of Out 2.
Lx (Light Wavelength):
Spooky2 allows you to enter light wavelengths directly.
Type L followed by your wavelength in nanometers (nm). Spooky2 will automatically convert this to the highest subharmonic frequency your generator is set up to transmit. CL can be used as a Constant for Out 2.
Mx (Molecular Weight):
Spooky2 allows you to enter Monoisotopic Molecular Weight directly.
Type M followed by your Molecular Weight in g/mol, which Spooky2 will convert to a frequency. CMx can be used as a Molecular Weight Constant for Out 2. For example, M2.016.
Bx (Base Pair):
Spooky2 allows you to enter the number of Base Pairs within a genome directly. Spooky will convert this to a frequency if a Factor is entered. CBx can be used as a Base Pair Constant for Out 2.
After your target, for positive offset type upper-case O followed by the value desired as a percentage of Amplitude rather than a voltage.
For negative offset type lowercase o.
If need 0% offset, it is O00.
If need -20% offset, it is o20.
Px (Phase Angle):
After your target, type P followed by the value you require.
Dictates the value you want for Out 2's frequency Factor.
This is the value for Out 2's frequency Constant.
You have six frequencies - 100, 200, 300, 400, 450, and 600 for Out 1.
You want 100 and 200 to transmit for your default dwell of three minutes, and 300 to transmit for 10 minutes, all using a square wave with Amplitude of 9 volts and an Offset of 0.
The frequencies are: 100 W2 A09 O00,200,300=600,
You then want 400 to sweep up to 450 over a period of 30 minutes using a sine wave.
The frequencies are: 400-450=1800 W1,
Finally, you want 600 to use a square wave again for your default dwell. You also want an Amplitude of 5volts and a positive Offset of 2.5volts (which is 50% of the Amplitude).
The frequencies are: 600 W2 A05 O50,
Step 4 Dwell.
This is the amount of time in seconds you wish to transmit each frequency in your set for. If you're unsure of what this should be, 180 seconds is a good default.
Note that you can specify individual frequency deviations from this default by entering a simple command.
Step 5 Additional Notes.