Mech-Intro_13.0_AppB_UserWkshop

COMMAND SOFTWARE GUIDEGETTING STARTEDAvailable for Windows®, the comprehensive and easy-to-use Sound Blaster Command software offers users a complete control over their listening experience from audio realism to immersive audio effects, all which will intelligently embellish how users perceive sounds.In this guide, users will be given an in-depth look at the fundamentals as well as advanced technologies incorporated into the software. Take a look at features ranging from SBX Profiles, Scout Mode to advanced audio settings that users are able to alter to their liking.Do note that the features shown in this guide are product-dependent and may or may not be available in some device’s software menu.Visit to download Sound Blaster Command.1. DEVICE TABDevice(s) connected will be listed here. If there are multiple recognized devices connected, click on the tab to switch between devices for further customization and configuration.2. DEVICE’S DASHBOARD MENUThe tabs displayed on the Dashboard Menu vary among devices. When switching between devices, the Dashboard Menu automatically updates to match the device’s features and capabilities. 12• SBX ProfileSwitch between pre-tuned SBX audio profiles for your music, movies and games or tweak EQ and Acoustic Engine effects such as Surround, Crystalizer, Bass, Smart Volume, and Dialog+ on this tab.• Super X-FiM aps the listener’s head and ear shape, and transform audio heard based on given parameters via Super X-Fi technology to capture the listening experience of a high-end multi-speaker system – with the original depth, detail, realism, and immersiveness – on headphones.• EqualizerCustomize equalizer settings to fine-tune and personalize how audio sounds.• PlaybackSet up and configure your Speaker, Headphone, and Digital (SP DIF) outputs. Features such as playback resolution settings, switching between Direct Mode and DSP mode, calibration of speakers, selection of pre-tuned Headphone profiles and testing of audio channels can be found here.• RecordingSet up and configure input sources such as Microphone, Aux-in, SP DIF-in, and What U Hear. Microphone-specific controls include Input Volume, Mic Boost, as well as CrystalVoice, which offers Noise Reduction, Acoustic Echo Cancellation, Smart Volume, Voice Morph, recording resolution, and Mic EQ that will help to improve Microphone recording quality.• Scout ModeSet up Scout Mode to enhance important in-game audio cues, enable you to hear your opponents from further away, giving you a distinct tactical advantage during combat.• EncoderAllow users to output audio stream in either Dolby Digital Live or DTS Connect encoded format through the Optical-out port.• MixerAdjust settings for P layback, Recording, and control Audio Balance here.• MonitoringAllow users to choose preferred audio input sources after selecting the audio output device.3. USER’S ACCOUNT AND SETTINGSAllow users to configure application & device settings, as well as to check and perform application & firmware update.4. DASHBOARDThe dashboard displays a selection of SBX Profiles that can be accessed either by clicking on the drop-down menu or by leafing through. Further tuning, adjustments and customizations can also be conveniently accessed on the dashboard.5. DEVICE STATUSThis is the information bar that display the status of the device. Information such as output path (Headphone or Speaker), SBX status, Dolby Audio, or DTS Connect output, Microphone status, and Speaker / Headphone Volume are displayed here. Click on the output switch to toggle between Speakers and Headphones. The highlighted icon, e.g. SBX Profile, demonstrates the current device’s status. Users may also mute / unmute recording volume on a microphone as well asaudio playback volume on the available slider bar.4351. SBX PROFILE DROP-DOWN MENUOn the SBX Profile tab, click on SBX Profile’s drop-down menu to access a list of available SBX profiles to apply to your device:• T o create a new profile, click on the + button• T o revert / rename / delete new profiles made, click on the ... buttonNote: Pre-tuned SBX profiles, with their respective Equalizer and Acoustic Engine settings, cannot be deleted and can only be revertedback to default settings.2. PROFILE SCROLLINGUsers may select a different profile by clicking the left / right arrows to select previous / next profile.3. SBX PROFILESA total of five illustrated profiles will be shown on the dashboard each time for ease of accessibility. Selected SBX profile will be highlighted and displayed in the middle. The highlighted profile will then be applied to the device in use.4. SCROLL BARUsers may click and drag the Scroll Bar to fast scroll between SBX profiles.122345. ACOUSTIC ENGINEClick on the toggle button to turn on / off each of the Acoustic Engine parameters such as Surround, Crystalizer, Bass, Smart Vol, and Dialog+. Users may click and drag on the dial to change each parameter’s values individually. Users may also click on the button for more info.Bass is only available when in Stereo Speaker or Headphone-out mode. Additionally, users may also set Bass Redirection and Crossover Frequency under Speaker Configuration window while in 5.1 Speaker configuration.5EQUALIZER213Note: EQ effects are applied to the device in use, in real-timeUsers may change, edit and / or customize the balance of frequencies by clicking on the Equalizer tab.Note: Default presets that have their Equalizer settings edited cannot be deleted and can only be reverted back to default settings.Presets created by users can only be renamed or deleted.1. EQUALIZER PRESET SELECTIONClick on the drop-down menu to switch between available equalizer presets. T o create a new Equalizer preset, click on the + button. T o revert / rename / delete new profiles made, click on the ... button.2. GRAPHIC EQWhile hovering over the EQ’s canvas, the cursor will switch to a pen. Click and draw across the EQ canvas to create a new EQ effect. T o fine-tune the effect, simply drag the cursor up / down on each band.3. BASS & TREBLE SLIDERUsers may adjust the bass and treble level by clicking and dragging on the respective bars. Any changes made to the Bass / Treble values will be reflected on the EQ’s pop-up window as shown in the illustration above.1. SPEAKERS / HEADPHONES AND DIGITAL TABThis is the configuration page for Speakers / Headphones and Digital output.2. WINDOWS DEFAULT PLAYBACK DEVICEClick on the button to set current device in use as Windows default. Doing this will allow users to make changes without opening Windows Sound Control Panel. If the playback device is already set as Windows default, the button will be grayed out.3. SPEAKERS AND HEADPHONES SWITCHClick on either one of the radio buttons to select an output for audio processing:• Select the Speakers radio button to output audio to connected speakers • Select the Headphones radio button output audio to connected headphone123Note: The option ‘Apply Headphone Virtualization to Line-out’ is available under Headphones Configuration. When HeadphoneVirtualization is applied to Line-out, any headphones plugged into the Headphone Jack will be mutedIndividual configurations are displayed beneath the Speakers and Headphones selection respectively. Click on either the Configuration or Calibration button for more settings.6745 4. DIRECT MODEEnabling Direct Mode allows audio to output in its original form, directly from its original source. Activating Direct Mode will disable any audio effects applied, but SBX parameters can still be adjusted; The Status bar will display “Direct” to indicate that Direct Mode is enabled. Audio effects applied / changed in Direct Mode will take effect only when Direct Mode is disabled.5. AUDIO QUALITYClick on the drop-down menu to select desired playback audio quality / resolution.6. AUDIO CONFIGURATION VISUALIZATIONThe Audio Configuration Visualization section displays user’s current speakers / headphones configuration. Users may click on the T est button available to test audio channel output.7. FILTERSUsers may click on the drop-down menu to select their desired PCM Roll-off Filters. Filters can only be applied when Direct Mode is enabled.DIGITAL AUDIO PLAYBACK1. SET AS WINDOWS DEFAULT PLAYBACK DEVICEClick on the “Set Default” button to set Digital (SPDIF-out) as Windows Default without opening Windows Sound Control Panel. If the playback device is already set as Windows default, the button will be grayed out.2. AUDIO QUALITYClick on the drop-down menu to select desired playback audio quality / resolution.121. MICROPHONE AND OTHER INPUT TABThe Microphone tab offers users the ability to configure microphone input with various controls and CrystalVoice technology while the Other Input tab allows users to choose between recording devices e.g. AUX-in / Line-in, Digital (SPDIF-in) and What U Hear.This feature is product-dependent and may or may not be available for some products.Do note that some of the features shown in this guide are product-dependent and may or may not be available in some device’s software menu.2. SET AS WINDOWS DEFAULTClick on the “Set Default” button to set Microphone as Windows Default recording device without opening Windows Sound Control Panel. If the recording device is already set as Windows default, the button will be grayed out.3. MICROPHONE VOLUME SLIDERUsers may adjust the Mic Recording Volume and Mic Boost level by adjusting their respective slider bars.1235 464. VOICE CLARITYThe Voice Clarity panel allows users to enable, disable, or fine-tune the intensity of the Noise Cancellation effect. Users may also enjoy convenient access to the following features: Acoustic Echo Cancellation, Smart Volume, and Mic EQ.The Mic EQ drop-down menu offers presets that enhances or offsets different microphone characteristics for improved recording quality. The following table summarizes the differences:GENERAL DESCRIPTIONPreset 1 Reduces Bass/Harshness, Improves ClarityPreset 2Reduces Bass, Improves Vocal/ClarityPreset 3 Reduces Harshness, Improves VocalPreset 4Reduces Bass, Improves VocalPreset 5Reduces Bass/Harshness, Improves VocalPreset 6Reduces Bass, Boosts ClarityPreset 7Reduces Vocal, Improves Bass, Boosts ClarityPreset 8Reduces Harshness, Improves Vocal/ClarityPreset 9Reduces Harshness, Improves ClarityPreset 10Improves ClarityDM-1Improves Vocal, Boosts Clarity (For Creative DM-1 Mic)5. VOICE MORPHClick on the drop-down menu to apply Voice Morph effects to a voice. Users may click on the T est button to listen to the applied effect.6. AUDIO QUALITYClick on the drop-down menu to select desired recording audio quality / resolution.OTHER RECORDING INPUTS121. AUX / LINE-INClick on the “Set Default” button to set AUX / Line-in as Windows Default recording device without opening Windows Sound Control Panel. If the recording device is already set as Windows default, the button will be grayed out. Users may also click on the Audio Quality’s drop-down menu to select desired recording quality / resolution.2. WHAT U HEARClick on the “Set Default” button to set What U Hear as Windows Default recording device without opening Windows Sound Control Panel. If the recording device is already set as Windows default, the button will be grayed out. Users may also click on the Audio Quality’s drop-down menu to select desired recording quality / resolution.3. DIGITAL (SPDIF-IN)Click on the “Set Default” button to set Digital (SPDIF-in) as Windows Default recording device without opening Windows Sound Control Panel. If the recording device is already set as Windows default, the button will be grayed out. Users may also click on the Audio Quality’s drop-down menu to select desired recording quality / resolution.4. VOLUME SETTINGSClick on the button to access Mixer’s volume settings for recording inputs.34SCOUT MODEScout Mode enhances important in-game audio cues – such as footsteps and weapon switching sounds – allowing you to quickly and accurately pinpoint your opponent’s location, giving you a distinct tactical advantage during combat.1. Turn on / off Scout Mode by clicking on the toggle button. Turning on / off Scout Mode by using Hot Key is also supported.2. Click on the check box to activate / deactivate the use of Hot Key for Scout Mode. Thereafter, click on the key assignment field and press your desired key on the keyboard (accompanied by “Alt”, “Ctrl” or “Shift”) to assign a Hot Key for Scout Mode.12ENCODERSELECTING AN ENCODERThis feature is available only for products with built-in encoding technologies. (e.g. Dolby Digital Live, DTS Connect) No encoder is selected by default.• Click on Dolby Audio’s radio button to enable audio output in Dolby Digital Live surround sound format.• Click on DTS Connect’s radio button to enable audio output in DTS Connect surround sound format.Note: T o enjoy Dolby Digital Live or DTS Connect™, ensure that you have completed the following setup:• Select current device in use as your default playback device. If applicable, in the settings of users’ applications and games too. • Connect the audio system to current device in use via SPDIF-out. The audio output will exclusively be used for Dolby Digital Live and DTS Connect audio playback. No other software, such as media players and games will be able to output audio directly.MIXER 1. PLAYBACKAdjust audio playback volume for each supported output.2. MONITORINGAdjust audio playback volume for each monitoring source.3. RECORDINGAdjust recording volume for each input source e.g. Microphone, SPDIF-in, and What U Hear.4. BALANCEClick on the available gear buttons to trigger Audio Balance’s pop-up bubble. The pop-up bubble allows users to adjust balance to various audio channels.134SETTINGS: APPLICATION SETTINGS1. SELECT LANGUAGEClick on the drop-down menu to select preferred language to run the software in. Software will be in English (United States) by default.2. PERSONALIZATIONWhen the toggle button displays (ON), the software will run automatically when Windows start. If users prefer to have this feature turned off, click on the toggle button to turn it off.3. UPDATEClick on the [CHECK NOW] button to check for the latest updates. A pop-up will appear to notify users if there’s a new update or if the software is currently up to date.123SETTINGS: DEVICE SETTINGSRESET TO FACTORY DEFAULTRestore device back to factory settings.Note: Resetting the device back to factory default will erase all changes made to SBX profiles, EQ presets, and all other configurations.Profiles created by users will not be erased upon Reset.USER ACCOUNT: SIGN INUSER ACCOUNTUsers who sign up for an account on the Sound Blaster Command will have the following access:• Edit personal information• Register current and new Creative products• View registered product’s warranty statusUSER INFO© 2019 Creative Technology Ltd. All rights reserved. Creative, the Creative logo, Sound Blaster and the Sound Blaster logo are trademarks or registeredtrademarks of Creative Technology Ltd in the United States and/or other countries. Manufactured under license from Dolby Laboratories. Dolby, DolbyAudio, and the double-D symbol are trademarks of Dolby Laboratories. DTS is a registered trademark and the DTS logos and symbol are trademarks ofDTS, Inc. All other trademarks are the property of their respective owners and are hereby recognized as such. All specifications are subject to changewithout prior notice. Before using the software, you must agree to be bound by the terms and conditions of the end user license agreement. USER’S INFORMATIONUpon successful login, users will be greeted with two tabs, Info and Products .1. INFOUsers may view their registered email address, name and birthday on this tab. Additionally, they may also edit their profile, change their password, or sign out by clicking on the respective buttons.2. PRODUCTSAll registered products linked to the user’s account will be available under this tab. Users may also register their new Sound Blaster product(s) here.12。

Ansys FLUENT Tutorials└─ANSYS FLUENT├─ANSYS-FLUENT-Intro_13.0_1st-ed_pdf││fluent_13.0_Agenda.pdf││fluent_13.0_TOC.pdf│││├─lectures││fluent_13.0_lecture01-welcome.pdf││fluent_13.0_lecture02-intro-to-cfd.pdf││fluent_13.0_lecture03-solver-basics.pdf││fluent_13.0_lecture04-boundary-conditions.pdf ││fluent_13.0_lecture05-solver-settings.pdf││fluent_13.0_lecture06-turbulence.pdf││fluent_13.0_lecture07-heat-transfer.pdf││fluent_13.0_lecture08-udf.pdf││fluent_13.0_lecture09-physics.pdf││fluent_13.0_lecture10-transient.pdf││fluent_13.0_lecture11-post.pdf│││├─workshop-input-files││├─workshop1-mixing-tee│││ fluidtee.meshdat│││││├─workshop2-airfoil-new│││ NACA0012.msh│││ mach_0.5_comparison.cas.gz│││ mach_0.5_comparison.dat.gz│││ mach_0.7_converged.cas.gz│││ mach_0.7_converged.dat.gz│││ test-data-bottom.xy│││ test-data-top.xy│││││├─workshop3-multi-species│││ calc_activities.jou│││ garage.msh│││ workshop3-converged.cas.gz│││ workshop3-converged.dat.gz│││││├─workshop4-electronics│││ heatsink.msh.gz│││ ws4_no-radiation.cas.gz│││ ws4_no-radiation.dat.gz│││ ws4_s2s-radiation.cas.gz│││ ws4_s2s-radiation.dat.gz│││ ws4_viewfactor.s2s.gz│││││├─workshop5-moving-parts│││ ws5-mesh-animation.avi│││ ws5-simple-wind-turbine.msh│││ ws5_udf_for_motion.c│││││├─workshop6-dpm│││ dpm_tutorial.msh│││││└─workshop7-tank-flush││tankflush.msh.gz││ws7-tankflush-animation.avi││ws7-tankflush-animation.mpeg│││└─workshops│fluent_13.0_WS_TOC.pdf│fluent_13.0_workshop01-mixingtee.pdf│fluent_13.0_workshop02-airfoil.pdf│fluent_13.0_workshop03-Multiple-Species.pdf│fluent_13.0_workshop04-electronics.pdf│fluent_13.0_workshop05-moving-parts.pdf│fluent_13.0_workshop06-dpm.pdf│fluent_13.0_workshop07-tank-flush.pdf│├─Quick Tutorials││ FLUENT_Overview_1_Introduction_to_FLUENT12_in_ANSYS_Workbench_DOC.pd f││ FLUENT_Overview_1_Introduction_to_FLUENT12_in_ANSYS_Workbench_WA TCH ME.swf││ FLUENT_Overview_2_Creating_and_Comparing_Related_FLUENT12_Analyses_in_ ANSYS_Workbench_DOC.pdf││ FLUENT_Overview_2_Creating_and_Comparing_Related_FLUENT12_Analyses_in_ ANSYS_Workbench_WA TCHME.swf││ FLUENT_Overview_3_Parametric_Study_Using_FLUENT12_in_ANSYS_Workbench _DOC.pdf││ FLUENT_Overview_3_Parametric_Study_Using_FLUENT12_in_ANSYS_Workbench _WATCHME.swf││ FLUENT_Overview_4_1-Way_Fluid-Structure_Interaction_Using_FLUENT12_and_A NSYS_Mechanical_DOC.pdf││ FLUENT_Overview_4_1-Way_Fluid-Structure_Interaction_Using_FLUENT12_and_A NSYS_Mechanical_WA TCHME.swf│││├─FLUENT_Overview_1_FILES││ probe.agdb│││├─FLUENT_Overview_2_FILES│││ Duplicate_Probe_Fluent.wbpj│││││└─Duplicate_Probe_Fluent_files│││ .project_cache│││││├─dp0││││ designPoint.wbdp│││││││├─FFF││││├─DM│││││ FFF.agdb│││││││││├─Fluent│││││ FFF-1-00100.dat.gz│││││ FFF-1.cas.gz│││││ FFF.set│││││││││├─MECH│││││ FFF.msh│││││││││└─Post││││Probe.cst│││││││├─FFF-1││││└─Fluent││││FFF-1.1-1-00081.dat.gz │││││││└─global│││└─MECH││││ FFF.mshdb│││││││└─FFF││└─user_files│├─FLUENT_Overview_3_FILES│││ Parametric_Probe_Fluent.wbpj│││││└─Parametric_Probe_Fluent_files│││ .project_cache│││││├─dp0││││ designPoint.wbdp│││││││├─FFF││││├─DM│││││ FFF.agdb│││││││││├─Fluent│││││ FFF-1-00100.dat.gz│││││ FFF-1.cas.gz│││││ FFF.set│││││││││├─MECH│││││ FFF.msh│││││││││└─Post││││Probe.cst│││││││├─FFF-1││││└─Fluent││││FFF-1.1-1-00081.dat.gz │││││││└─global│││└─MECH││││ FFF.mshdb│││││││└─FFF││└─user_files│└─FLUENT_Overview_4_FILES││ FSI_Probe_Fluent.wbpj│││└─FSI_P robe_Fluent_files││ .project_cache│││├─dp0│││ designPoint.wbdp│││││├─FFF│││├─DM││││ FFF.agdb│││││││├─Fluent││││ FFF-1-00100.dat.gz││││ FFF-1.cas.gz││││ FFF.set│││││││├─MECH││││ FFF.msh│││││││└─Post│││Probe.cst│││││├─FFF-1│││└─Fluent│││FFF-1.1-1-00081.dat.gz│││││└─global││└─MECH│││ FFF.mshdb│││││└─FFF│└─user_files├─combustion-fluent││ combustion-tutorial-list_13.0.pdf││ tut-01-intro-tut-16-species-transport.pdf││ tut-02-intro-tut-17-non-premix-combustion.pdf ││ tut-03-intro-tut-18-surface-chemistry.pdf││ tut-04-intro-tut-19-evaporating-liquid.pdf││ tut-05-berl.pdf││ tut-06-finite-rate.pdf││ tut-07-pdf-jet.pdf││ tut-08-cijr.pdf││ tut-09-pilot-jet.pdf││ tut-10-zimont.pdf││ tut-11-surfchem.pdf││ tut-12-mchar.pdf││ tut-13-co-combustor.pdf││ tut-14-flamelet.pdf││ tut-15-moss-brookes.pdf││ tut-16-dqmom.pdf││ tut-17-species.pdf││ tut-18-euler-granular.pdf││ tut-19-dpm-channel.pdf│││├─tut-01-intro-tut-16-species-transport│││ gascomb.msh│││││└─solution_files││gascomb1.cas.gz││gascomb1.dat.gz││gascomb2.dat.gz││gascomb3.cas.gz││gascomb3.dat.gz│││├─tut-02-intro-tut-17-non-premix-combustion │││ berl.msh│││ berl.prof│││││└─solution_files││berl-1.cas.gz││berl-1.dat.gz││berl.pdf│││├─tut-03-intro-tut-18-surface-chemistry│││ surface.msh│││││└─solution_files││surface-non-react.cas.gz││surface-react1.cas.gz││surface-react1.dat.gz││surface-react2.cas.gz││surface-react2.dat.gz│││├─tut-04-intro-tut-19-evaporating-liquid│││ sector.msh│││││└─solution_files││sector.msh││spray1.cas.gz││spray1.dat.gz││spray2.cas.gz││spray2.dat.gz││spray3.cas.gz││spray3.dat.gz│││├─tut-05-berl│││ berl.msh.gz│││ berl.prof│││││└─solution_files││berl-mag-1.cas.gz││berl-mag-1.dat.gz││berl-mag-2.cas.gz││berl-mag-3.cas.gz ││berl-mag-3.dat.gz │││├─tut-06-finite-rate│││ conreac.msh.gz│││││└─solution_files││5step.cas.gz││5step.dat.gz││5step_cold.cas.gz ││5step_cold.dat.gz ││5step_final.cas.gz │││├─tut-07-pdf-jet│││ CH4-skel.che│││ flameD.msh.gz│││ therm.dat│││││└─solution_files││flameD-1.cas.gz ││flameD-1.dat.gz ││flameD-2.cas.gz ││flameD-2.dat.gz ││flameD-3.cas.gz ││flameD-3.dat.gz ││flameD.pdf.gz││surf-mon-1.out │││├─tut-08-cijr│││ CIJR-therm.dat│││ CIJR.che│││ CIJR.msh.gz│││││└─solution_files││CIJR-1.cas.gz││CIJR-1.dat.gz││CIJR-2.cas.gz││CIJR-2.dat.gz││CIJR-3.cas.gz││CIJR-3.dat.gz││CIJR-4.cas.gz││CIJR-4.dat.gz││CIJR-4.fla.gz││CIJR.fla.gz││CIJR.pdf.gz││CIJRdisplay.cas.gz ││CIJRdisplay.dat.gz │││├─tut-09-pilot-jet│││ flameD-sfla.msh.gz│││ gri30.che│││││└─solution_files││flameD-sfla-1.cas.gz ││flameD-sfla-1.dat.gz ││flameD-sfla.fla.gz ││flameD-sfla.pdf.gz ││flameD-ufla-1.cas.gz ││flameD-ufla-1.dat.gz ││flameD-ufla-1.fla.gz ││surf-mon-1.out│││├─tut-10-zimont│││ conreac.msh│││││└─solution_files││zimont-ad.cas.gz││zimont-ad.dat.gz││zimont-nonad.cas.gz ││zimont-nonad.dat.gz ││zimont.cas.gz│││├─tut-11-surfchem│││ gas_chem.che│││ surf_chem.che│││ test.msh.gz│││││└─solution_files││surf-cat-comb.cas.gz ││surf-cat-comb.dat.gz ││surf-mon-1.out│││├─tu t-12-mchar│││ mchar.msh.gz│││││└─solution_files││mchar-rad.cas.gz││mchar-rad.dat.gz││mchar.cas.gz││mchar.dat.gz││view-0.vw│││├─tut-13-co-combustor│││ par-premixed.msh.gz│││││└─solution_files││par-premixed.pdf.gz││peters-partially-premixed-2nd.cas.gz ││peters-partially-premixed-2nd.dat.gz ││zimont-partially-premixed-1st.cas.gz ││zimont-partially-premixed-1st.dat.gz ││zimont-partially-premixed-2nd.cas.gz ││zimont-partially-premixed-2nd.dat.gz ││zimont-partially-premixed.cas.gz││zimont-partially-premixed.dat.gz│││├─tut-14-flamelet│││ berl.msh.gz│││ berl.prof│││ smooke46.che│││ thermo.db│││││└─solution_files││berl-converged.cas.gz││berl-converged.dat.gz││berl-ini.cas.gz││berl-second.cas.gz││berl-second.dat.gz││berl.fla.gz││berl.pdf.gz│││├─tut-15-moss-brookes│││ brookes_ch4.cas.gz│││ brookes_ch4.dat.gz│││ brookes_ch4.pdf.gz│││ brookes_ch4.ray│││ flamlet.fla│││ therm.dat│││││└─solution_files││brookes_ch4_soot_converged.cas.gz││brookes_ch4_soot_converged.dat.gz │││├─tut-16-dqmom│││ dqmom.msh.gz│││││└─solution_files││dqmom-1.cas.gz││dqmom-1.dat.gz││dqmom-2.cas.gz││dqmom-2.dat.gz││dqmom-final.cas.gz││dqmom-final.dat.gz││dqmom-init.cas.gz││dqmom-init.dat.gz││dqmom.cas.gz││dqmom.dat.gz│││├─tut-17-species│││ baffled_reactor.msh.gz│││││└─solution_files││case-1-rtd-complete.cas.gz││case-1-rtd-complete.dat.gz││case-1-tracer-init.cas.gz││case-1-tracer-init.dat.gz││case-1-tracer-injection-complete.cas.gz ││case-1-tracer-injection-complete.dat.gz ││case-1-tracer.out││case-1.cas.gz││case-1.dat.gz││case-2-rtd-complete.cas.gz││case-2-rtd-complete.dat.gz││case-2-rtd-final.cas.gz││case-2-rtd-final.dat.gz││case-2-tracer-init.cas.gz││case-2-tracer-init.dat.gz││case-2-tracer-injection-complete.cas.gz ││case-2-tracer-injection-complete.dat.gz ││case-2-tracer.out││case-2.cas.gz││case-2.dat.gz││surf-mon-1.out│││├─tut-18-euler-granular│││ euler.msh.gz│││ mass_xfer_rate.c│││││└─solution_files││euler-gran-1.cas.gz││euler-gran-1.dat.gz││euler-gran-final.cas.gz││euler-gran-final.dat.gz││vol-solid.out│││└─tut-19-dpm-channel││ 3dpipe.msh.gz│││└─solution_files│ dpm-evap.cas.gz│ dpm-evap.dat.gz│ pipe-flow.cas.gz│ pipe-flow.dat.gz│├─extra││ FLUENT13_workshop_XX_RAE_Airfoil.pptx ││ FLUENT13_workshop_XX_V ortexShedding.pptx │││├─workshop_XX_RAE_Airfoil│││ ExperimentalData.csv│││ coarse.xy│││ experiment.xy│││ expressions.cst│││ rae2822_coarse.msh│││││└─Result_TUT_04│││ rae2822_coarse-data_export_to_post.cas │││ rae2822_coarse-data_export_to_post.cdat │││ rae2822_coarse-data_export_to_post.cst│││ rae2822_coarse.cas.gz│││ rae2822_coarse.dat.gz│││││└─FINE_MESH││ medium.xy││ rae2822_fine.cas.gz││ rae2822_fine.dat.gz││ rae2822_fine.msh││ rae2822_medium.cas.gz││ rae2822_medium.dat.gz││ rae2822_medium.msh│││└─workshop_XX_V ortexShedding││ point-4-y-velocity-final.out││ vortex-shedding-coarse.msh││ vortex-shedding-unsteady.cas.gz││ vortex-shedding-unsteady.dat.gz│││├─FILES_FOR_CFDPOST││ vectors.mp4││ vortex-shedding-unsteady-3-68.949997.dat.gz ││ vortex-shedding-unsteady-3-69.199997.dat.gz ││ vortex-shedding-unsteady-3-69.449997.dat.gz ││ vortex-shedding-unsteady-3-69.699997.dat.gz ││ vortex-shedding-unsteady-3-69.949997.dat.gz ││ vortex-shedding-unsteady-3-70.199997.dat.gz ││ vortex-shedding-unsteady-3-70.449997.dat.gz ││ vortex-shedding-unsteady-3-70.699997.dat.gz ││ vortex-shedding-unsteady-3-70.949997.dat.gz ││ vortex-shedding-unsteady-3-71.199997.dat.gz ││ vortex-shedding-unsteady-3-71.449997.dat.gz ││ vortex-shedding-unsteady-3-71.699997.dat.gz ││ vortex-shedding-unsteady-3-71.949997.dat.gz ││ vortex-shedding-unsteady-3-72.199997.dat.gz ││ vortex-shedding-unsteady-3-72.449997.dat.gz ││ vortex-shedding-unsteady-3-72.699997.dat.gz ││ vortex-shedding-unsteady-3-72.949997.dat.gz ││ vortex-shedding-unsteady-3-73.199997.dat.gz ││ vortex-shedding-unsteady-3-73.449997.dat.gz ││ vortex-shedding-unsteady-3-73.699997.dat.gz ││ vortex-shedding-unsteady-3-73.949997.dat.gz ││ vortex-shedding-unsteady-3-74.199997.dat.gz ││ vortex-shedding-unsteady-3-74.449997.dat.gz ││ vortex-shedding-unsteady-3-74.699997.dat.gz ││ vortex-shedding-unsteady-3-74.949997.dat.gz ││ vortex-shedding-unsteady-3-75.199997.dat.gz ││ vortex-shedding-unsteady-3-75.449997.dat.gz ││ vortex-shedding-unsteady-3-75.699997.dat.gz ││ vortex-shedding-unsteady-3-75.949997.dat.gz ││ vortex-shedding-unsteady-3-76.199997.dat.gz ││ vortex-shedding-unsteady-3-76.449997.dat.gz ││ vortex-shedding-unsteady-3-76.699997.dat.gz ││ vortex-shedding-unsteady-3-76.949997.dat.gz ││ vortex-shedding-unsteady-3-77.199997.dat.gz││ vortex-shedding-unsteady-3-77.699997.dat.gz ││ vortex-shedding-unsteady-3-77.949997.dat.gz ││ vortex-shedding-unsteady-3-78.199997.dat.gz ││ vortex-shedding-unsteady-3-78.449997.dat.gz ││ vortex-shedding-unsteady-3-78.699997.dat.gz ││ vortex-shedding-unsteady-3-78.949997.dat.gz ││ vortex-shedding-unsteady-3-79.199997.dat.gz ││ vortex-shedding-unsteady-3-79.449997.dat.gz ││ vortex-shedding-unsteady-3-79.699997.dat.gz ││ vortex-shedding-unsteady-3-79.949997.dat.gz ││ vortex-shedding-unsteady-3-80.199997.dat.gz ││ vortex-shedding-unsteady-3-80.449997.dat.gz ││ vortex-shedding-unsteady-3-80.699997.dat.gz ││ vortex-shedding-unsteady-3-80.950012.dat.gz ││ vortex-shedding-unsteady-3-81.200027.dat.gz ││ vortex-shedding-unsteady-3-81.450043.dat.gz ││ vortex-shedding-unsteady-3-81.700058.dat.gz ││ vortex-shedding-unsteady-3-81.950073.dat.gz ││ vortex-shedding-unsteady-3-82.200089.dat.gz ││ vortex-shedding-unsteady-3-82.450104.dat.gz ││ vortex-shedding-unsteady-3-82.700119.dat.gz ││ vortex-shedding-unsteady-3-82.950134.dat.gz ││ vortex-shedding-unsteady-3-83.200150.dat.gz ││ vortex-shedding-unsteady-3-83.450165.dat.gz ││ vortex-shedding-unsteady-3-83.700180.dat.gz ││ vortex-shedding-unsteady-3-83.950195.dat.gz ││ vortex-shedding-unsteady-3-84.200211.dat.gz ││ vortex-shedding-unsteady-3-84.450226.dat.gz ││ vortex-shedding-unsteady-3-84.700241.dat.gz ││ vortex-shedding-unsteady-3-84.950256.dat.gz ││ vortex-shedding-unsteady-3-85.200272.dat.gz ││ vortex-shedding-unsteady-3-85.450287.dat.gz ││ vortex-shedding-unsteady-3-85.700302.dat.gz ││ vortex-shedding-unsteady-3-85.950317.dat.gz ││ vortex-shedding-unsteady-3-86.200333.dat.gz ││ vortex-shedding-unsteady-3-86.450348.dat.gz ││ vortex-shedding-unsteady-3-86.700363.dat.gz ││ vortex-shedding-unsteady-3-86.950378.dat.gz ││ vortex-shedding-unsteady-3-87.200394.dat.gz ││ vortex-shedding-unsteady-3-87.450409.dat.gz ││ vortex-shedding-unsteady-3-87.700424.dat.gz ││ vortex-shedding-unsteady-3-87.950439.dat.gz ││ vortex-shedding-unsteady-3-88.200455.dat.gz││ vortex-shedding-unsteady-3-88.700485.dat.gz ││ vortex-shedding-unsteady-3-88.950500.dat.gz ││ vortex-shedding-unsteady-3-89.200516.dat.gz ││ vortex-shedding-unsteady-3-89.450531.dat.gz ││ vortex-shedding-unsteady-3-89.700546.dat.gz ││ vortex-shedding-unsteady-3-89.950562.dat.gz ││ vortex-shedding-unsteady-3-90.200577.dat.gz ││ vortex-shedding-unsteady-3-90.450592.dat.gz ││ vortex-shedding-unsteady-3-90.700607.dat.gz ││ vortex-shedding-unsteady-3-90.950623.dat.gz ││ vortex-shedding-unsteady-3-91.200638.dat.gz ││ vortex-shedding-unsteady-3-91.450653.dat.gz ││ vortex-shedding-unsteady-3-91.700668.dat.gz ││ vortex-shedding-unsteady-3-91.950684.dat.gz ││ vortex-shedding-unsteady-3-92.200699.dat.gz ││ vortex-shedding-unsteady-3-92.450714.dat.gz ││ vortex-shedding-unsteady-3-92.700729.dat.gz ││ vortex-shedding-unsteady-3.cas.gz│││└─Result-TUT_07││ cfd_post.cst││ point-4-y-velocity-final.out││ point-4-y-velocity.out││ sequence-1.mpeg││ vectors.mp4││ vortex-shedding-coarse-steady.cas.gz││ vortex-shedding-coarse-steady.dat.gz││ vortex-shedding-unsteady-final.cas.gz││ vortex-shedding-unsteady-final.dat.gz││ vortex-shedding-unsteady.cas.gz││ vortex-shedding-unsteady.dat.gz│││├─ADDITIONAL-FILES││ q-criterion2D.scm││ velocity.fft│││└─ANIMATION-FILES│ sequence-1.cxa│ sequence-1.mpeg│ sequence-1_0000.hmf│ sequence-1_0001.hmf│ sequence-1_0002.hmf│ sequence-1_0003.hmf│ sequence-1_0005.hmf │ sequence-1_0006.hmf │ sequence-1_0007.hmf │ sequence-1_0008.hmf │ sequence-1_0009.hmf │ sequence-1_0010.hmf │ sequence-1_0011.hmf │ sequence-1_0012.hmf │ sequence-1_0013.hmf │ sequence-1_0014.hmf │ sequence-1_0015.hmf │ sequence-1_0016.hmf │ sequence-1_0017.hmf │ sequence-1_0018.hmf │ sequence-1_0019.hmf │ sequence-1_0020.hmf │ sequence-1_0021.hmf │ sequence-1_0022.hmf │ sequence-1_0023.hmf │ sequence-1_0024.hmf │ sequence-1_0025.hmf │ sequence-1_0026.hmf │ sequence-1_0027.hmf │ sequence-1_0028.hmf │ sequence-1_0029.hmf │ sequence-1_0030.hmf │ sequence-1_0031.hmf │ sequence-1_0032.hmf │ sequence-1_0033.hmf │ sequence-1_0034.hmf │ sequence-1_0035.hmf │ sequence-1_0036.hmf │ sequence-1_0037.hmf │ sequence-1_0038.hmf │ sequence-1_0039.hmf │ sequence-1_0040.hmf │ sequence-1_0041.hmf │ sequence-1_0042.hmf │ sequence-1_0043.hmf │ sequence-1_0044.hmf │ sequence-1_0045.hmf │ sequence-1_0046.hmf │ sequence-1_0047.hmf│ sequence-1_0049.hmf │ sequence-1_0050.hmf │ sequence-1_0051.hmf │ sequence-1_0052.hmf │ sequence-1_0053.hmf │ sequence-1_0054.hmf │ sequence-1_0055.hmf │ sequence-1_0056.hmf │ sequence-1_0057.hmf │ sequence-1_0058.hmf │ sequence-1_0059.hmf │ sequence-1_0060.hmf │ sequence-1_0061.hmf │ sequence-1_0062.hmf │ sequence-1_0063.hmf │ sequence-1_0064.hmf │ sequence-1_0065.hmf │ sequence-1_0066.hmf │ sequence-1_0067.hmf │ sequence-1_0068.hmf │ sequence-1_0069.hmf │ sequence-1_0070.hmf │ sequence-1_0071.hmf │ sequence-1_0072.hmf │ sequence-1_0073.hmf │ sequence-1_0074.hmf │ sequence-1_0075.hmf │ sequence-1_0076.hmf │ sequence-1_0077.hmf │ sequence-1_0078.hmf │ sequence-1_0079.hmf │ sequence-1_0080.hmf │ sequence-1_0081.hmf │ sequence-1_0082.hmf │ sequence-1_0083.hmf │ sequence-1_0084.hmf │ sequence-1_0085.hmf │ sequence-1_0086.hmf │ sequence-1_0087.hmf │ sequence-1_0088.hmf │ sequence-1_0089.hmf │ sequence-1_0090.hmf │ sequence-1_0091.hmf│ sequence-1_0093.hmf│ sequence-1_0094.hmf│ sequence-1_0095.hmf│ sequence-1_0096.hmf│ sequence-1_0097.hmf│ sequence-1_0098.hmf│ sequence-1_0099.hmf│ sequence-1_0100.hmf│ sequence-1_0101.hmf│ sequence-1_0102.hmf│ sequence-1_0103.hmf│ sequence-1_0104.hmf│ sequence-1_0105.hmf│ sequence-1_0106.hmf│ sequence-1_0107.hmf│ sequence-1_0108.hmf│ sequence-1_0109.hmf│ sequence-1_0110.hmf│ sequence-1_0111.hmf│ sequence-1_0112.hmf│ sequence-1_0113.hmf│ sequence-1_0114.hmf│ sequence-1_0115.hmf│ sequence-1_0116.hmf│ sequence-1_0117.hmf│ sequence-1_0118.hmf│ sequence-1_0119.hmf│├─fluent-heat-transfer││ ht-01-intro-tut-04-periodic-flow-heat.pdf││ ht-02-intro-tut-07-radiation-and-convection.pdf ││ ht-03-intro-tut-08-DO-radiation.pdf││ ht-04-intro-tut-24-solidification.pdf││ ht-05-conjugate-heat-transfer.pdf││ ht-06-compact-heat-exchanger.pdf││ ht-07-macro-heat-exchanger.pdf││ ht-08-head-lamp.pdf│││├─ht-01-intro-tut-04-periodic-flow-heat│││ tubebank.msh│││││└─solution_files││tubebank.cas.gz││tubebank.dat.gz│││├─ht-02-intro-tut-07-radiation-and-convection │││ rad.msh.gz│││││└─solution_files││rad_1.s2s.gz││rad_10.cas.gz││rad_10.dat.gz││rad_10.s2s.gz││rad_100.cas.gz││rad_100.dat.gz││rad_100.s2s.gz││rad_1600.cas.gz││rad_1600.dat.gz││rad_1600.s2s.gz││rad_400.cas.gz││rad_400.dat.gz││rad_400.s2s.gz││rad_800.cas.gz││rad_800.dat.gz││rad_800.s2s.gz││rad_a_1.cas.gz││rad_b_1.cas.gz││rad_b_1.dat.gz││rad_partial.cas.gz││rad_partial.dat.gz││rad_partial.s2s.gz││tp_1.xy││tp_10.xy││tp_100.xy││tp_1600.xy││tp_400.xy││tp_800.xy││tp_partial.xy│││├─ht-03-intro-tut-08-DO-radiation│││ do.msh.gz│││││└─solution_files││do.cas.gz││do.dat.gz││do_2x2_10x10_pix.cas.gz││do_2x2_10x10_pix.dat.gz││do_2x2_1x1.xy││do_2x2_2x2_pix.cas.gz││do_2x2_2x2_pix.dat.gz││do_2x2_2x2_pix.xy││do_2x2_3x3_div.cas.gz││do_2x2_3x3_div.dat.gz││do_2x2_3x3_div.xy││do_2x2_3x3_pix.cas.gz││do_2x2_3x3_pix.dat.gz││do_2x2_3x3_pix.xy││do_3x3_3x3_div.cas.gz││do_3x3_3x3_div.dat.gz││do_3x3_3x3_div.xy││do_3x3_3x3_div_baf_int.xy ││do_3x3_3x3_div_df1.cas.gz ││do_3x3_3x3_div_df1.dat.gz ││do_3x3_3x3_div_df=1.xy ││do_3x3_3x3_div_int.cas.gz ││do_3x3_3x3_div_int.dat.gz ││do_5x5_3x3_div.cas.gz││do_5x5_3x3_div.dat.gz││do_5x5_3x3_div.xy│││├─ht-04-intro-tut-24-solidification│││ solid.msh│││││└─solution_files││solid.cas.gz││solid.dat.gz││solid0.cas.gz││solid0.dat.gz││solid01.cas.gz││solid01.dat.gz││solid5.cas.gz││solid5.dat.gz│││├─ht-05-conjugate-heat-transfer│││ chip3d.msh.gz│││││└─solution_files││chip3d-adapt1.cas.gz││chip3d-adapt1.dat.gz││chip3d-adapt2.cas.gz││chip3d.cas.gz││chip3d.dat.gz││surf-mon-1.out││temp-0.xy││temp-1.xy││temp-2.xy││velocity-0.xy││velocity-1.xy││velocity-2.xy││xwss-0.xy││xwss-1.xy││xwss-2.xy│││├─ht-06-compact-heat-exchanger │││ htx.msh.gz│││││└─solution_files││htx-energy.cas.gz││htx-energy.dat.gz││htx-eqn.cas.gz││htx-eqn.dat.gz││htx-final.cas.gz││htx-final.dat.gz││htx-setup.cas.gz││htx-setup.dat.gz││surf-mon-1.out│││├─ht-07-macro-heat-exchanger │││ rad.tab│││ wedge.msh.gz│││││└─solution_files││wedge1.cas.gz││wedge1.dat.gz││wedge2.cas.gz││wedge2.dat.gz││wedge3.cas.gz││wedge3.dat.gz││wedge4.cas.gz││wedge4.dat.gz│││└─ht-08-head-lamp││ head-lamp.msh.gz│││└─solution_fi les│ auto-hlamp.cas.gz│ auto-hlamp.dat.gz│ head-lamp-t.out│ hed-lamp-v.out│├─multiphase-fluent││ 01-hfilm.pdf││ 02-boil.pdf││ 03-nucleate_boil.pdf││ 04-dambreak.pdf││ 05-sloshing.pdf││ 06-bubble-col.pdf││ 07-bubble-break.pdf││ 08-inkjet.pdf││ 09-sparger.pdf││ 10-pbed-reactor.pdf││ 11-ddpm.pdf││ 12-dm-ship-wave.pdf││ 13-udf-clarifier.pdf││ 14-udf-fbed.pdf│││├─tut-01-hfilm│││ boiling.c│││ test-2d.msh.gz│││││└─solution_files│││ hfilm_input_files.tar.zg │││ nusselt-1.out│││ test-2d-1-00100.dat│││ test-2d-1-00200.dat│││ test-2d-1-00300.dat│││ test-2d-1-00400.dat│││ test-2d-1-00500.dat│││ test-2d-1-00600.dat│││ test-2d-1-00700.dat│││ test-2d-1-00800.dat│││ test-2d-1-00900.dat│││ test-2d-1-01000.dat│││ test-2d-1-01100.dat│││ test-2d-1-01200.dat│││ test-2d-1-01300.dat│││ test-2d-1-01400.dat│││ test-2d-1-01500.dat│││ test-2d-1-01600.dat│││ test-2d-1-01700.dat│││ test-2d-1-01800.dat│││ test-2d-1-01900.dat│││ test-2d-1-02000.dat│││ test-2d-1-02100.dat│││ test-2d-1-02200.dat│││ test-2d-1-02300.dat│││ test-2d-1-02400.dat│││ test-2d-1-02500.dat│││ test-2d-1-02600.dat│││ test-2d-1-02700.dat│││ test-2d-1-02800.dat│││ test-2d-1-02900.dat│││ test-2d-1-03000.dat│││ test-2d-1-03100.dat│││ test-2d-1-03200.dat│││ test-2d-1-03300.dat│││ test-2d-1-03400.dat│││ test-2d-1-03500.dat│││ test-2d-1-03600.dat│││ test-2d-1-03700.dat│││ test-2d-1-03800.dat│││ test-2d-1-03900.dat│││ test-2d-1-04000.dat│││ test-2d-1.cas│││ vol-mon-1.out│││││└─libudf││├─ntx86│││└─2ddp│││boiling.obj│││libudf.dll│││libudf.exp│││libudf.lib│││log│││makefile│││udf_names.c │││udf_names.obj │││user_nt.udf│││││├─src│││ boiling.c│││││└─win64││└─2ddp││boiling.obj││libudf.dll││libudf.exp││libudf.lib││log││makefile││ud_io1.h││udf_names.c ││udf_names.obj ││user_nt.udf│││├─tut-02-boil│││ boil.msh.gz│││││└─solution_files││boil-3-00300.dat.gz││boil-3-01000.dat.gz││boil-3.cas.gz│││├─tut-03-nucleate-boil│││ boiling-conjugate.msh│││││└─solution_files││boil-final.cas.gz││boil-final.dat.gz││boil-init.cas.gz││boil-init.dat.gz││boil-single-phase.cas.gz ││boil-single-phase.dat.gz ││liquid-outlet.prof││surf-mon-1.out││surf-mon-2.out│││├─tut-04-dambreak│││ dambreak.msh.gz│││││└─solution_files││dambreak-100.cas.gz││dambreak-100.dat.gz││dambreak-50.cas.gz││dambreak-50.dat.gz││dambreak-80.cas.gz││dambreak-80.dat.gz││dambreak.cas.gz││dambreak.dat.gz│││├─tut-05-sloshing│││ ft11.msh.gz│││││└─solution_files││├─baffles│││ baffles-data-file-4-02060.dat.gz │││ baffles-data-file-4-02080.dat.gz │││ baffles-images.zip│││ baffles.jou│││ ft11.msh.gz│││ operating.cas.gz│││ t=0.0s.cas.gz│││ t=0.0s.dat.gz│││ t=0.45s.cas.gz│││ t=0.45s.dat.gz│││ t=1.25s.cas.gz│││ t=1.25s.dat.gz│││ t=1.50s.cas.gz│││ t=1.50s.dat.gz│││ t=1.5s.cas.gz│││ t=1.5s.dat.gz│││ t=2.5s.cas.gz│││ t=2.5s.dat.gz│││││└─no-baffles││ no-baffles-data-file-4-02760.dat.gz ││ no-baffles-data-file-4-02780.dat.gz ││ no-baffles-images.zip││ no-baffles.jou││ t=0.0s.cas.gz││ t=0.0s.dat.gz││ t=0.45s.cas.gz││ t=0.45s.dat.gz││ t=0s.cas.gz││ t=0s.dat.gz││ t=1.25s.cas.gz││ t=1.25s.dat.gz││ t=1.5s.cas.gz││ t=1.5s.dat.gz││ t=2.5s.cas.gz││ t=2.5s.dat.gz││ tiff-no-baffles.zip │││├─tut-06-bubble-col│││ becker.msh│││││└─solution_files││becker-1-00200.dat.gz ││becker-1-00400.dat.gz ││becker-1-00600.dat.gz ││becker-1-00800.dat.gz ││becker-1-01000.dat.gz ││becker-1-01200.dat.gz ││becker-1-01400.dat.gz ││becker-1-01600.dat.gz ││becker-1-01800.dat.gz ││becker-1-02000.dat.gz ││becker-1-02200.dat.gz ││becker-1-02400.dat.gz ││becker-1-02600.dat.gz ││becker-1-02800.dat.gz ││becker-1-03000.dat.gz ││becker-1-03200.dat.gz ││becker-1-03400.dat.gz ││becker-1-03600.dat.gz ││becker-1-03800.dat.gz ││becker-1-04000.dat.gz ││becker-1-04200.dat.gz ││becker-1-04400.dat.gz ││becker-1-04600.dat.gz ││becker-1-04800.dat.gz ││becker-1-05000.dat.gz ││becker-1.cas.gz││becker.cas.gz││becker.dat.gz││vel-vectors.cxa││vel-vectors_0000.hmf ││vel-vectors_0001.hmf ││vel-vectors_0002.hmf ││vel-vectors_0003.hmf ││vel-vectors_0004.hmf ││vel-vectors_0005.hmf ││vel-vectors_0006.hmf││vel-vectors_0007.hmf ││vel-vectors_0008.hmf ││vel-vectors_0009.hmf ││vel-vectors_0010.hmf ││vel-vectors_0011.hmf ││vel-vectors_0012.hmf ││vel-vectors_0013.hmf ││vel-vectors_0014.hmf ││vel-vectors_0015.hmf ││vel-vectors_0016.hmf ││vel-vectors_0017.hmf ││vel-vectors_0018.hmf ││vel-vectors_0019.hmf ││vel-vectors_0020.hmf ││vel-vectors_0021.hmf ││vel-vectors_0022.hmf ││vel-vectors_0023.hmf ││vel-vectors_0024.hmf ││vof.cxa││vof_0000.hmf││vof_0001.hmf││vof_0002.hmf││vof_0003.hmf││vof_0004.hmf││vof_0005.hmf││vof_0006.hmf││vof_0007.hmf││vof_0008.hmf││vof_0009.hmf││vof_0010.hmf││vof_0011.hmf││vof_0012.hmf││vof_0013.hmf││vof_0014.hmf││vof_0015.hmf││vof_0016.hmf││vof_0017.hmf││vof_0018.hmf││vof_0019.hmf││vof_0020.hmf││vof_0021.hmf││vof_0022.hmf││vof_0023.hmf││vof_0024.hmf│││├─tut-07-bubble-break│││ bubcol_new2.msh.gz│││││└─solution_files││bubcol-final.cas.gz││bubcol-final.dat.gz││bubcol_new2-initial.cas.gz ││bubcol_new2-initial.dat.gz ││surf-mon-1.out││surf-mon-2.out││surf-mon-3.out│││├─tut-08-inkjet│││ inkjet.msh.gz│││ inlet1.c│││ udfconfig.h│││││└─solution_files││inkjet-1-00100.dat.gz││inkjet-1-00200.dat.gz││inkjet-1-00300.dat.gz││inkjet-1-00400.dat.gz││inkjet-1-00500.dat.gz││inkjet-1-00600.dat.gz││inkjet-1-00700.dat.gz││inkjet-1-00800.dat.gz││inkjet-1-00900.dat.gz││inkjet-1-01000.dat.gz││inkjet-1-01100.dat.gz││inkjet-1-01200.dat.gz││inkjet-1-01300.dat.gz││inkjet-1-01400.dat.gz││inkjet-1-01500.dat.gz││inkjet-1.cas.gz││inkjet-final.cas.gz││inkjet-final.dat.gz││inkjet.cas.gz││inkjet.dat.gz│││├─tut-09-sparger│││ sparger.msh.gz│││││└─solution_files。

6Front 270.0 mm337.0 mmX9MEDIAPALM Installation Instructions10 multimedia keys14 shortcuts • X9MEDIAPALM USB keyboard • User’s guide Package Contents IntroductionTech Support X9 Performance Product Information Warranty X9 Performance warrants that this product will be free from defects in title, materials and manufacturing workmanship for one year from the date of purchase. If the product is found to be defective then, as your sole remedy and as the manufacturer’s only obligation, X9 Performance will repair or replace the product. This warranty shall not apply to products that have been subject to abuse, misuse, abnormal electrical or environmental conditions, or any condition other than what can be considered as normal use.Limitation of Liability The liability of X9 Performance arising from this warranty and sale shall be limited to a refund of the purchase price. In no event shall X9Performance be liable for costs of procurement of substitute products or services, or for any lost profit, or for any consequential, incidental, direct or indirect damages, however caused and on any theory of liability, arising from this warranty and sale. These limitations shall apply not with standingany failure of essential purpose of any limited remedy.Copyright® 2021 by X9 Performance 2134MULTIMEDIA USB KEYBOARD WITH WRIST REST FOR WINDOWS PC & Chrome OS User’s GuideHardware BasicsSystem Requirement• Windows 7/8/10 and later; Chrome OS • Any desktop and notebook computer with a USB-A port available10 Multimedia Keys The X9 Performance X9MEDIAPALM is a multimedia keyboard specially made for PC. 114-key full size layout with wrist rest support for a comfort-able typing experience. 10 multimedia keys, 14 shortcut keys and numeric keypad are designed to control your PC applications easily and further increase efficiency and productivity.The X9 Performance X9MEDIAPALM is very easy to use. Simply plug the keyboard into a USB port on your computer and you are ready to go! No software is required!The X9 Performance X9MEDIAPALM is the perfect companion for your PC!Please E-mail us at techsupport@, or call us at 1-909-230-6888 Monday to Friday,8:30AM to 5:30PM, Pacific Standard Time The X9MEDIAPALM is automatically recognized by the computer and does not require a driver. Simply plug the keyboard directly into a USB port in your computer and you are ready to go!Multimedia keys and shortcuts 10 multimedia keys on the top of the keyboard and 14 shortcuts provide one-touch control of PC applications and enhanced productivity.- Open default web browser - Open mail - Open default music player - Previous track - Play/pause - Back - Forward - Zoom out - Zoom in - Search - Cut - Copy - Paste - Open File Explorer - Save - Print - Lock Windows - Dim built-in display - Brighten built-in display - Next track - Mute - Volume down - Volume up - Open calculator Win Ctrl Ctrl Alt Alt Fn PrtScn Pause SysRq ScrLk Insert Home PgUp PgDn End Delete F1F2F3F4F6F7F8F9F10F11F12F5EscEnter Home End Ins Del PgUp PgDn Num Lock Q1`~2@3#4$5%6^7&8*9(0)-_=+AZX C V B N M <>/?‘“;:[{]}\|Shift Shift Caps Lock Tab Enter Backspace S D F G H J K L E R T Y U I O P W :Fn+Esc Win Ctrl Ctrl Alt Alt Fn PrtScn PauseSysRq ScrLk Insert Home PgUp PgDn End Delete F1F2F3F4F6F7F8F9F10F11F12F5EscEnter Home End Ins Del PgUp PgDn Num Lock Q1`~2@3#4$5%6^7&8*9(0)-_=+AZX C V B N M <>/?‘“;:[{]}\|Shift Shift Caps Lock Tab Enter Backspace S D F G H J K L E R T Y U I O P W :Fn+Esc Caps Lock LED Num Lock LED Fn Lock。