User`s manual

10.6 PROCESSING TOOLS BY EXAMPLE ...................................................131
10.7 MLS Vs. LOG CHIRP........................................................................134
10.8 RELATED MENUS............................................................................136
11 SINUSOIDAL.............................................................137
11.1 INTRODUCTION ............................................................................137
11.2 SINUSOIDAL CONTROL PANEL.........................................................137
11.2.1 TOOLBAR BUTTONS..................................................................137
11.2.2 TOOLBAR DROP DOWNS...........................................................138
11.2.3 SINUSOIDAL SETTINGS DIALOG................................................139
11.2.4 SINUSOIDAL POST PROCESSING TOOLS.....................................141
11.3 HOW TO MEASURE A SIMULTANEOUS FREQUENCY AND IMPEDANCE
RESPONSE OF A LOUDSPEAKER................................................................142
11.3.1 SETTING UP THE FREQUENCY RESPONSE....................................142
11.3.2 SETTING UP THE IMPEDANCE RESPONSE....................................143
11.3.3 INTEGRATING THE TWO-CHANNELS MEASUREMENT.....................144
11.4 A BRIEF DESCRIPTION ON SETTINGS EFFECTS...................................146
11.4.1 STEPPED VS. NOT STEPPED.......................................................146
11.4.2 FREQUENCY RESOLUTION.........................................................147
11.4.3 GATING..................................................................................148
11.5 DISTORTION AND SETTINGS............................................................150
12 WATERFALL , DIRECTIVITY & 3D..............................153
12.1 INTRODUCTION.............................................................................153
12.2 WATERFALL, DIRECTIVITY & 3D CONTROL PANEL...............................155
12.2.1 COMMON TOOLBAR BUTTONS AND DROP DOWN LISTS.................155
12.3 WATERFALL SPECIFIC CONTROLS.....................................................156
12.3.1 WATERFALL SETTINGS..............................................................156
12.3.2 WATERFALL OPERATION............................................................157
12.4 MAKING A CUMULATIVE SPECTRAL DECAY.........................................158
12.5 DIRECTIVITY SPECIFIC CONTROLS...................................................161
12.5.1 DIRECTIVITY SETTINGS AND OPERATION....................................162
12.6 MEASURING LOUDSPEAKER SINGLE POLAR DATA (1D MODE)..............164
12.6.1 PREPARING AUTOSAVE AND THE MLS CONTROL PANEL.................164
12.6.2 PREPARING THE TURNTABLE.....................................................165
12.6.3 TAKING THE MEASUREMENTS....................................................165
12.7 REPRESENTING SINGLE POLAR DATA................................................167
12.8 3D SPECIFIC CONTROLS.................................................................169
12.8.1 3D SETTINGS AND OPERATION..................................................169
12.9 MEASURING LOUDSPEAKER SINGLE POLAR DATA (3D MODE)..............172
12.9.1 PREPARING AUTOSAVE AND THE MLS CONTROL PANEL.................172
12.9.2 PREPARING THE TURNTABLES....................................................172
12.9.3 TAKING THE MEASUREMENTS....................................................173
12.10 MEASURING FULL SPHERE LOUDSPEAKER POLAR DATA (3D MODE).....174
12.10.1 PREPARING AUTOSAVE AND THE MLS CONTROL PANEL...............174
12.10.2 PREPARING THE TURNTABLES..................................................174
12.10.3 TAKING THE MEASUREMENTS..................................................175
12.11 REPRESENTING 3D BALLOON DATA.................................................176
12.12 EXPORT 3D BALLOON DATA............................................................178
12.12.1 EXPORT EASE .XHN AND CLF V2 .TAB FILES...............................179
12.12.2 EXPORT SET OF IMPULSE RESPONSES......................................180
12.13 H+V MODE...............................................................................180