SINGLE GRAPH/COMPARISON GRAPH€Ž€¡€¦(The Single Graph function is designed to€*€#graph a single driver (Driver #1). ±€¶€¾*Frequency response is graphed over a rangekbeof 0 Hz to 180 Hz.   he enclosureè¯V(can be (e. P2 orP3 can be), in inches.Ös	ƒÇ        ,The Comparison Graph function is designed tos(graph both selected drivers (Driver #1 &(ie. *Driver #2).  Frequency response is graphed keover a range of 0 Hz to 180 Hz.igns on floppyor hard ,disk for later use and modification.'The Ok action button is the only action desig+button in this window.  Click on it to exitththis function.elect Save from the FILE menu. ces of eclosure information.  Theyare:sameOPTIMUM VOLUMEOMPARISON GRAPH€Ž€¡€¦*This function will find the optimum volume*€%for a quantity of drivers, given your€¶€¾*response requirements area curve, responsekbevariance and enclosure type. sureè¯V(can be (e. P2 orP3 can be), in inches.Ös	ƒÇ        Here's how to use the function:s designed tosgraph both selected drivers (Driver #1 &(ie. +1.  Check your response requirements area  ke,    curve to make sure it is correct.  Also y+    adjust your variance via the SELECT -  n.+    Frequency Points function if necessary ig+    (Remember:  The higher the variance    th+    value, the less accurate the optimum   .     volume and vice-versa).n.  Theyare:sameOPTIMUM VOLUME cont..ON GRAPH€Ž€¡€¦)2.  The function window will display youre*€,    first driver's name and ask you to enter¾*    the quantity of drivers you would likekbe,    the analysis to take into account.  Type()    in a value from one to nine and press    )    the ENTER key or press the left mouse tos    button.selected drivers (Driver #1 &(ie. 1.  Check your response requirements area  ke-3.  If you have two drivers selected (Driver +    #1 & 2), you will perform procedure #2 n.+    again, but this time for the second    ig    driver.er:  The higher the variance    th    value, the less accurate the optimum   .     volume and vice-versa).n.  Theyare:sameOPTIMUM VOLUME cont..ON GRAPH€Ž€¡€¦)4.  The optimum volume will be calculatede*€&    for the driver(s).  Optimum volume enter¾)    searches tend to be bias only a smallekbe&    fraction below the optimum volume.  Type(    in a value from one to nine and press    +5.  Click on the action button Ok to       os+    close the window and exit the optimum  .     volume function.nse requirements area  ke3.  If you have two drivers selected (Driver     #1 & 2), you will perform procedure #2 n.    again, but this time for the second    ig    driver.er:  The higher the variance    th    value, the less accurate the optimum   .     volume and vice-versa).n.  Theyare:sameOPTIMUM VOLUME cont..ON GRAPH€Ž€¡€¦+This function resembles the LOOKUP - Driver€(Spec/User Driver function in that if thenter¾,search demands are too great, the best can'te&be found.  If no optimum volume can be  Type(+found, you will see the message "No Optimum  'Volume Found For Specified Parameters."    os    close the window and exit the optimum  .     volume function.nse requirements area  ke3.  If you have two drivers selected (Driver     #1 & 2), you will perform procedure #2 n.    again, but this time for the second    ig    driver.er:  The higher the variance    th    value, the less accurate the optimum   .     volume and vice-versa).n.  Theyare:sameADVISORnt..hmr„‰Ž¡¦&The Advisor function provides you withr hard#information about the state of your.  Follow¾(current driver and enclosure.  Much likeisn,e$it's namesake, the Advisor function uses ayou'suggests changes to the loudspeaker for FILE &better performance.  These changes canle   e (then be made to effectively improve your   e loudspeaker design.and entering your new   nE    path. design before clearing it from   t&To use this function, simply read each your r)page of the advisor text and click on thege  'NEXT PAGE action button to bring up the will 
next page..change your mind and wish toe curr    change files, go back to step 1.hes.d‰:Q