Quake 2 Data Files Download
Stephanie Dejoode
On a lubuntu 16.04 xenial machine I'd like to install quake2, more for test than anything.And then I'd like to install a quake 2 server, but first things first:I've copied from my windows partition to my lubuntu desktop the old quake 2 game folder, from a windows install.So on the desktop I have a Quake2 folder, and inside there are: baseq2, rogue, xatrix subfolders.I've installed quake2 binaries with apt: apt-get install quake2
Original Quake CD-ROMs and the shareware version only come with a DOS/Win95/98/Me-only game engine which has no hardware-accelerated graphics rendering. Unless you have extremely old hardware (like from 1996 or earlier) requiring this engine, ignore it and start with Fitzquake, which is a basic but widely compatible NetQuake engine with fast, high-quality OpenGL graphics.
You can install Quake wherever you want on your hard drive. C:\QUAKE_SW is the default suggested by the official installer (install.bat and deice.exe), but in examples here we'll use C:\quake.
If you own the original CDs, you can either install the games directly or create installable packages for Quake, both mission packs, as well as the corresponding soundtracks. You first need to install a program called game-data-packager, with the usual commands (sudo aptitude install game-data-packager for Debian).
See the program's help on options --target-format and --target-distro to customise the output format (deb, arch, rpm) or make it fit for a particular distribution. In general, game-data-packager quake --help will tell you everything that the program can do for quake, and game-data-packager (without any option) will list all supported games.
Using this self-guided, virtual tour of the 1868 quake in Google Earth you can learn about the 1868 earthquake, visualize its effects, and better plan for its expected repeat. You can view historic damage photographs side-by-side with modern photos taken from the same vantage point. You can also learn how urbanization has changed the Bay Area landscape since 1868.
1-meter resolution bare earth hillshades from the Northern California GeoEarthScope LiDAR topography dataset. By downloading this file and opening it in Google Earth, users are able to browse hillshades with two illumination angles (315 and 45 degrees) for faults in the northern San Andreas fault system. The extent of the LiDAR data is shown by the cyan colored outlines. The hillshades will load once the user has zoomed into an area of interest.
This example demonstrates how the results of a QUAKE/W analysis can be used in conjunction with SLOPE/W to estimate the permanent deformations that may occur as a result of the inertial forces associated with an earthquake. This type of permanent deformation analysis is referred to as a Newmark analysis.
The response of the ground can be influenced by the rigidity of a structure. Stated conversely, the presence of a stiff structure could possibly affect the response of the ground to earthquake shaking. This example illustrates some modeling techniques used to include the effects of a structure, including the mass of the structure, in a QUAKE/W analysis.
The San Fernando earthquake occurred in California in 1971. The earthquake created a liquefaction failure at the Lower San Fernando Dam and Reservoir. This analysis demonstrates the advantages of using QUAKE/W with other GeoStudio products to analyze the multiple issues that arose with this case.
Create a QUAKE/W analysis and set up the problem workspace. Choose the analysis type, such as initial static, equivalent linear dynamic and nonlinear dynamic. Import earthquake records and desired modifiers for the dynamic analysis and define the equivalent cyclic parameters.
Draw the regions in your domain using CAD-like drawing tools, including drawing polygon and circular regions, coordinate import, copy-paste geometric items, length and angle feedback, region splitting and merging, and direct keyboard entry of coordinates, lengths, and angles. Alternatively, import AutoCAD DWG or DXF files directly into GeoStudio to create your domain geometry.
Open Draw Mesh Properties to refine the mesh drawn on the entire domain, or along specific geometric regions, lines or boundaries. Define history points at locations where complete records are required for all time steps included in the earthquake record. Information for all other nodes is typically saved every 10th time step.
Earthquake shaking of ground structures creates inertial forces that may affect the stability of the structures. The shaking may also generate excess pore-water pressures. Both the dynamic stress conditions and the generated pore-water pressures can be used in SLOPE/W to study how an earthquake affects the earth structure stability and deformation.
libretro-tyrquake utilises Retroarch configurations and is the recommended port, since it supports a joystick/gamepad to play. See here for how the inputs are mapped to the Quake's keyboard.
You can also switch to a mouse/keyboard combination by changing the the Device Type of the Player 1 connected controller to Keyboard + Mouse.
CD audio should be ripped into OGG format files, and placed into a subfolder named music of the appropriate folder (id1, hipnotic or rogue). The ripped CD tracks must be named trackXX.ogg, corresponding to the original CD track index for each audio track. Considering that the first CD track in all cases is the data track, the first audio track will always begin with track 02, which should be reflected in the filename of the ripped audio files.
Get the Game Data FilesGetting the game data files is normally done by installing thegame (orgame demo) usingMicrosoft Windows, or an emulator such as Wine or Dosbox, and thencopying the id1 directory of the installed game to your Linux Quakedirectory - making sure all files are in lowercase.
Alternatively, you can use thelha utilityto extract the data files. For early CDs, you must first cat /mnt/cdrom/quake101.1 /mnt/cdrom/quake101.2 > resource.1Once you have the resource.1 file, then type cd /usr/local/games/quake lha e some directory/resource.1
/usr/local/games/quake +- quakespasm (or another game engine) +- progs.dat +- id1 -+- pak0.pak +- pak1.pakNow, from an xterm window, type (for example) ./quakespasm -fullscreen -width 800 -height 600to start the game.
The first two have GPL packages available and are as simple to install on Ubuntu as clicking a link in the Software Center. The third is usually obtained by downloading the shareware version or by taking the data files from an original CD.
However, you cannot install Windows-only games using your Linux steam client. To make this work, you'll need to either have a Wine install of Steam or have Steam installed on Windows (virtual or real hardware) in order to get the data files in first place.
Install quake 3 Arena (full):
You need to install the original game to get a file named pak0.pk3, you can install the original quake 3 arena with wine and then grab the pak0.pk3 file from the main folder in program files quake 3 arena.
But this is too complicated as the game is hard to get now (released in 1999)
The 1989 Mw 6.9, Ms 7.1, Loma Prieta, California Earthquake data recorded bythe USGS National Strong-Motion Network (NSMN) are available via the NSMP ftp server inthe folder (directory) "891018_1". Data from 49 SMA-1 (3 channels) and 7CRA-1 (11-13 channels) recorders can be downloaded. The data are available inuncorrected or corrected form. The following corrected data are provided: correctedacceleration (vol 2), corrected velocity (vol 3), corrected displacement (vol 4), andresponse spectra (vol 5). Each time series is stored as an uncompressed fileby recorder serial number followed by a letter which corresponds to the channel number(e.g. the filename 0111b.smc corresponds to the time series for channel two on recorder0111). The same filename is used for the uncorrected and corrected versions of thedata; consequently, download uncorrected and corrected data files to differentdirectories. The entire uncompressed data set takes up approximately 186 Mbytes (Mb)of disk space.
To facilitate downloading the data, several subsets of the data have been compressedinto PC compatible ".zip" format. These same zip files are located in the"zips" folder in "891018_1/sma-1/zips" and"891018_1/cra-1/zips" on the NSMP ftp server. The time-series (smc)data files were replaced on July 17, 2002 with a new version that corrected aUNIX versus DOS carriage-return format problem. The time series areunchanged. The extension on the response spectra file names (vol_5) were changedfrom ".smc" to ".rs2" to agree with currentconventions.
List ofpeakground accelerations for available time-series data (to obtain list as Excel spreadsheet click here; click cancel button if get pop-up window requesting user name and password)
The example file quake.mat contains 200 Hz data from the October 17, 1989, Loma Prieta earthquake in the Santa Cruz Mountains. The data are courtesy of Joel Yellin at the Charles F. Richter Seismological Laboratory, University of California, Santa Cruz.
In the workspace there are three variables, containing time traces from an accelerometer located in the Natural Sciences building at UC Santa Cruz. The accelerometer recorded the main shock amplitude of the earthquake wave. The variables n, e, v refer to the three directional components measured by the instrument, which was aligned parallel to the fault, with its N direction pointing in the direction of Sacramento. The data are uncorrected for the response of the instrument.
Separate variables can be organized in a table or timetable for more convenience. A timetable provides flexibility and functionality for working with time-stamped data. Create a timetable with the time and three acceleration variables and supply more meaningful variable names. Display the first eight rows using the head function.
Explore the data by accessing the variables in the timetable with dot subscripting. (For more information on dot subscripting, see Access Data in Tables.) Choose the "East-West" amplitude and plot it as function of the duration.
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