If the newest version of HELI-X does not work on your hardware you can try Version 4.2. Only OpenGL 1.2 is required. And it can be used on older PowerPC Macs. It is a free functional demo version (4 helicopters, 1 quadrocopter). If you like it, you can upgrade to a full version. The download size is approx. 600 MB.Windows 32 und 64 bitMac OS-XLinux
demo helicopter 3d full hd download
If you already have Castle Game Engine, then just run view3dscene executable in CGE bin subdirectory. There's no need to download it separately.Download Stable Version 4.2.0: Windows(x86_64) Linux(x86_64) Raspberry Pi(Linux Arm) macOS(x86_64) Support on PatreonDownload (Snapshot) Version 4.3.0: Windows(x86_64) Linux(x86_64) Raspberry Pi(Linux Arm) macOS(x86_64) Support on PatreonDownload also our collection of demo models to test view3dscene!
This is free/open-source software. Developers can download sources of this program. Or just get the code from GitHub.Demo scenes: ourdemo models contains a lot of interesting models,you can open them all with view3dscene.
As usual all standard options understood byOpenGL programs,OpenAL (3D sound) programs,all programsare also allowed. Run with command-line --help to get full list.4.4. Deprecated options--scene-change-no-normals--scene-change-no-solid-objects--scene-change-no-convex-facesUsing one of these options changes the scene before itis displayed (or saved to X3D or VRML, if you used --writeoption). These options are useful when you suspect that someof the informations in scene file are incorrect.These options change only the scene which filename was specifiedat command-line. Later scenes (that you open using "Open"menu item) are not affected by these options.Instead, you can use "Edit" menu commands to perform anyof these scene changes at any time.Really, these command-line options are usable mostlywhen you're using parameter --write.Below is the detailed description of what eachscene change does. This is also a documentation whatcorresponding command in "Edit" menu of view3dscene does.--scene-change-no-normals :Scene change: Clear normal and normalIndex fields,remove Normal and VRML 1.0 NormalBinding nodes.Effect: view3dscene will always calculate by itselfnormal vectors. Useful when you suspect that normals recordedin scene file are incorrect (incorrectly oriented, incorrectlysmoothed etc.)--scene-change-no-solid-objects :Scene change: For VRML 1.0, in all ShapeHints nodeswe will set shapeType to UNKNOWN_SHAPE_TYPE.UNKNOWN_SHAPE_TYPE is the default value of this field,so the purpose of this modification is to cancel SOLIDvalues for this field.For VRML >= 2.0, all solid fields are set to FALSE(on all geometric nodes, like IndexedFaceSet,actually all X3DComposedGeometryNode, Extrusion, etc.).Effect: program will not use back-face cullingoptimization. This optimization often saves us time because we don'thave to render faces that would be seen from "inside" if thesefaces are part of some solid object. Unfortunately, many VRMLmodels have objects incorrectly marked as solid. There are alsosome scenes that were prepared for some special viewing (e.g. as gamelevels) and so some amount of "cheating" to optimize these sceneswas allowed, e.g. to mark some non-solid objects as solid.To view suchmodels properly you have to tell view3dscene (using this command-lineoption) that such objects are not really solid.--scene-change-no-convex-faces :Scene change: For VRML 1.0, in all ShapeHints nodeswe will set faceType to UNKNOWN_FACE_TYPE.Moreover we will wrap whole scene in Group node and wewill add at the beginning nodeShapeHints faceType UNKNOWN_FACE_TYPE For VRML >= 2.0, all convex fields are set to FALSE.Effect: All IndexedFaceSetand Extrusion faces will be treatedas potentially non-convex. This means that we will load the scenea little longer but all faces will be correctly interpretedand displayed. It's useful when you suspect that some scene facesare non-convex but it's not correctly marked in the sceneby VRML author.Example: I have here some model helicopter.wrl that looksincorrectly when it is displayed because all parts of model are markedas SOLID while they are not solid. So to view this model correctlyI can use command view3dscene --scene-change-no-solid-objects helicopter.wrlI can also correct this model once using command view3dscene --scene-change-no-solid-objects helicopter.wrl--write > helicopter-corrected.wrl.Deprecated: I don't think the --scene-change-*options are useful.Doing this operation interactively is sometimes useful (to check bad models),doing it from command-line probably not (you better fix your exporter).Please report if you have a good reason to keep this working.--camera-radius When you move in the scene with collisiondetection, the "user" is treated as a colliding sphere with given radius.Default radius of this sphere is the average size of scene bounding boxdivided by 100.Using this command-line option, you can set the radius of this sphereto any value (greater than 0). This can be very useful, but be careful:too large radius will make moving (with collision detection turned on)impossible (because every possible move will produce a collision).Too little radius may produce precision-errors in depth-buffer(this can lead to some strange display artifacts).Deprecated: instead of using this option,consider adding/editing a NavigationInfo node in your scene(camera radius is taken from the first float on NavigationInfo.avatarSize).Editing your scene (or creating a VRML/X3D file that includes the originalscene, by Inline node, and only adds some customization)is much more flexible.--navigation EXAMINEWALKFLYNONE...Set initial navigation type. Default is EXAMINE.This can be overridden in particular VRML/X3D scene by using theNavigationInfonode. Valid values for this option are the navigation type namesfor VRML/X3D NavigationInfo.type, see link above.
Microsoft Flight Simulator X makes a major break from tradition with the inclusion missions to complete all over the world. The prerelease demo for Flight Simulator X offers you three of those missions, one of which is a tutorial that introduces the basics of flying. Although the demo for the in-progress game includes minor graphical errors that can make aircraft and scenery look slightly askew, there's more than enough fun to have with the four provided planes. The 625MB download is a bear, and the installation process is considerable, but once it's on your machine you'll be up in the air in no time.
The AW139 has safety and technology built into its design. Fulfilling the latest certification requirements, the helicopter benefits from multiple crashworthiness and safety features. State-of-the-art integrated avionics, fully digital glass cockpit and role equipment such as the Obstacle Proximity Lidar System (OPLS) minimise pilot workload and improve situational awareness. The Full Ice Protection System (FIPS) and the Limited Ice Protection System (LIPS) can be selected as options.
The AW139 features the largest passenger cabin in its class enabling customers to maximise working room and mission flexibility. The helicopter can seat up to 15 passengers or 10 deployable Law Enforcement officers and can be reconfigured in a variety of layouts, including accommodating a fully integrated mission console and advanced role equipment.
HAMBURG, 10th October 2006 - Among other features, o2 installs a jukebox with five 3-D games from FISHLABS on its brand-new 3-D Nokia 6233 and Sony Ericsson K610i and K800i phones. This involves an application with playable demo versions where the user can buy the full game version directly by Deep-Link to the o2 WAP portal if satisfied with the demo game.
Mark Tins, Product Manager Games at o2, explains: "Many mobile phone owners are not aware of the fact that they are holding a mobile game console. The games from FISHLABS are distinguished by fascinating 3-D graphics, cool sounds and simply cannot be compared to standard mobile phone games. These pre-installed games introduce users to the concept of Mobile Gaming enabling them to simply download the full versions if they want to." 2ff7e9595c
Comments