Adamson Blueprint AV Manuel d'utilisateur

Adamson Systems Engineering | Blueprint Training ModulePage 103. Cabinet Main Page4. Change Box Type to E15, Box N to 12Loudspeaker typeBox N (Amou

Adamson Systems Engineering | Blueprint Training ModulePage 115. Select Auto Shoot function to determine base splay values6. Select Z Frame and Only

Adamson Systems Engineering | Blueprint Training ModulePage 127. Select Y weighting and change the Cross Section display to SPL. Section C: Cabinet

Adamson Systems Engineering | Blueprint Training ModulePage 138. Correct splay angles and gain to smooth responseNote: The E15 is typically amplied

Adamson Systems Engineering | Blueprint Training ModulePage 1410. Dual frequency display is available on the toolbar11. Dual SPL display example: 80

Adamson Systems Engineering | Blueprint Training ModulePage 151. Mechanical Page Section D: Mechanical Viewa) Dimensions (Angles, Coordinates etc..)

Adamson Systems Engineering | Blueprint Training ModulePage 161. Uncheck 2D Mode from the Tools menu to activate 3D mode; Press 3/4 view button; dis

Adamson Systems Engineering | Blueprint Training ModulePage 173. Click back edge of inclined surface to link edge 4. Un-click e0, click Center, X ax

Adamson Systems Engineering | Blueprint Training ModulePage 185. Create a new surface, select the Tri type6. Click the e0 button, click right edge o

Adamson Systems Engineering | Blueprint Training ModulePage 19Section E: 3D Mode Surface Design7. Un-click e0, input the following data: v2: X: 40.

Blueprint AV is a 2D / 3D modeling suite that provides precise audio performance data within a fast and efcient workspace. Pre-loaded with acoustic

Adamson Systems Engineering | Blueprint Training ModulePage 20Section E: 3D Mode Surface Design9. Create new surface, link e3 to right edge of back

Adamson Systems Engineering | Blueprint Training ModulePage 21Section F: 3D Mode Complex Surface DesignIn this section we utilize the more advanced

Adamson Systems Engineering | Blueprint Training ModulePage 22Section F: 3D Mode Complex Surface Design4. Open the 2D Calculator either from the Too

Adamson Systems Engineering | Blueprint Training ModulePage 23Section F: 3D Mode Complex Surface Design5. Create a new surface; select the Extrude s

Adamson Systems Engineering | Blueprint Training ModulePage 24Section F: 3D Mode Complex Surface Design6. Extrude; change # of Points to 4; change D

Adamson Systems Engineering | Blueprint Training ModulePage 25Section F: 3D Mode Complex Surface Design8. Manually enter 40.0 for X and 0.0 for Z of

Adamson Systems Engineering | Blueprint Training ModulePage 26Section F: 3D Mode Complex Surface Design10. Click the Link R button; click the left s

Adamson Systems Engineering | Blueprint Training ModulePage 2712. Type; change Chord to Angle; change angle value to 90°13. Create a new surface; se

Adamson Systems Engineering | Blueprint Training ModulePage 28Section F: 3D Mode Complex Surface Design14. Mirror surfaces across appropriate axis

Adamson Systems Engineering | Blueprint Training ModulePage 291. Cabinet; create new Cabinet Group by pressing ; label Main2. Add Cabinet b

Adamson Systems Engineering | Blueprint Training ModulePage 3Table of Contents Blueprint AV Training ModuleSection A: Setting Up Basic 2D Workspace.

Adamson Systems Engineering | Blueprint Training ModulePage 303. Click Auto Shoot button; select Z Frame; select Near Field Limit until frame + 5 m;

Adamson Systems Engineering | Blueprint Training ModulePage 315. Simulation; SPL; click Draw 3D button; compare with Scale by hovering over >>

Adamson Systems Engineering | Blueprint Training ModulePage 327. Correct splay values to smooth response; mirror Cabinet on X axis8. Simulation; SPL

Adamson Systems Engineering | Blueprint Training ModulePage 339. Change weighting to A; click Draw 3D button; compare with Scale by hovering over &g

Adamson Systems Engineering | Blueprint Training ModulePage 4Section A: Setting up basic 2D workspace1. Launch Blueprint AV, bringing up the follow

Adamson Systems Engineering | Blueprint Training ModulePage 5Section A: Setting up basic 2D workspace3. Select 2D Mode from the Tools menu4. Dene

Adamson Systems Engineering | Blueprint Training ModulePage 6Section B: Designing 2D Surfaces1. Room Data; Floor; Add Floor Group using bu

Adamson Systems Engineering | Blueprint Training ModulePage 7Section B: Designing 2D Surfaces3. Create Surface in the Main Floor Group using

Adamson Systems Engineering | Blueprint Training ModulePage 8Section B: Designing 2D Surfaces5. Create a second surface; Copy X axis data from surf

Adamson Systems Engineering | Blueprint Training ModulePage 9Section C: Cabinet SelectionBlueprint AV can help determine the optimum amount and type