 | The increasing line of SATL corresponds to the bull trend on the market and decreasing SATL corresponds to bear trend; _tdRFTL (Reference Fast Trend line) describes a response of the digital filter on the discrete sequence of market prices but with delay equal to Nyquist interval of the filter used in FATL; _tdRSTL (Reference Slow Trend line) describes a response of the digital filter on the discrete sequence of market prices but with delay equal to Nyquist interval of the filter used in SATL; _tdFTLM (Fast Trend Line Momentum) shows the momentum of FATL and is calculated by equation FTLM= FATL-RFTL; _tdSTLM (Slow Trend Line Momentum) shows the momentum of SATL and is calculated by equation STLM= SATL-RSTL. |
 | Automatic Calculation of Band Frequencies with Octave selector DSP Normalization of Wave files Programmable Frequency selection with independent Band Calculator Programmable Q-Factor for fine-tuning separate configurations Configurations saved in 2 convenient locations for reloading all project data Automated Equalization of Live Audio in Real time for evaluation via external support Automated Real time Equalization of all Digital Audio infinitely with no loss of quality MP3 Player/Refresher Q-Factor for fine-tuning separate configurations Sync to loop feature for specific evaluation of Digital Audio files Programmable Frequency selection with independent Band Calculator Programmable. |
 | The increasing line of SATL corresponds to the bull trend on the market and decreasing SATL corresponds to bear trend; _tdRFTL (Reference Fast Trend line) describes a response of the digital filter on the discrete sequence of market prices but with delay equal to Nyquist interval of the filter used in FATL; _tdRSTL (Reference Slow Trend line) describes a response of the digital filter on the discrete sequence of market prices but with delay equal to Nyquist interval of the filter used in SATL; _tdFTLM (Fast Trend Line Momentum) shows the momentum of FATL and is calculated by equation FTLM= FATL-RFTL; _tdSTLM (Slow Trend Line Momentum) shows the momentum of SATL and is calculated by equation STLM= SATL-RSTL. |
 | The Instant Popup Maker from uuba.com creates a wide variety of styles of Popups and Popunders without any need to understand how to program in JavaScript. Control when you launch your pops - right away, after a delay, from a link or button, when leaving a page. |
 | Calculates component values for electrical LC passive filters. Allows for different source and load resistances and a selection of dB Ripples for Tchebycheff filter design. |
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