Designed for finding and identifying up to 8 COAX and network cables in main cable boxes, this cable mapper and toner is the perfect tool for use on cables for CATV, network installations, satellite installations, telephone systems, audio-video equipment, CCTV, and security & alarm installations. This 8-way cable mapper and toner kit features the following:
Note that Ant will not automatically convert / or \ characters in the toand from attributes to the correct directory separator of your current platform. If youneed to specify this separator, use $file.separator instead. For the regexpmapper, $file.separator will not work, as on Windows it is the \ character,and this is an escape character for regular expressions, one should usethe handledirsep attribute instead.
Since Ant 1.7.0, nested File Mappers can be supplied viaeither elementsor 'd implementationsof org.apache.tools.ant.util.FileNameMapper. If nested File Mappers arespecified by either means, the mapper will be implicitly configured asa composite mapper.
Since Ant 1.7.0, each of the built-in mapper implementation types is directly accessibleusing a specific tagname. This makes it possible for filename mappers to support attributes inaddition to the generally available to and from.
The usage formremains valid for reasons of backward compatibility.
Both to and from are required and define patterns that may contain at mostone *. For each source file that matches the from pattern, a target file name willbe constructed from the to pattern by substituting the * in the topattern with the text that matches the * in the from pattern. Source file namesthat don't match the from pattern will be ignored.
Sharing the same syntax as the glob mapper, the package mapperreplaces directory separators found in the matched source pattern with dots in the target patternplaceholder. This mapper is particularly useful in combination with and output.
This mapper is the inverse of the package mapper. It replaces thedots in a package name with directory separators. This is useful for matching XML formatter resultsagainst their JUnit test test cases. The mapper shares the sample syntax asthe glob mapper.
This mapper implementation can contain multiple nested mappers. File mapping is performed bypassing the source filename to each nested in turn, returning allresults. The to and from attributes are ignored.
This mapper implementation can contain multiple nested mappers. File mapping is performed bypassing the source filename to the first nested mapper, its results to the second, and so on. Thetarget filenames generated by the last nested mapper comprise the ultimate results of the mappingoperation. The to and from attributes are ignored.
To use this mapper, the scripts need access to the source file, and the ability to returnmultiple mappings. Here are the relevant beans and their methods. The script is called once forevery source file, with the list of mapped names reset after every invocation.
This mapper supports an arbitrary number of nested mappers and returns the results of the firstmapper that matches. This is different from composite mapper whichcollects the results of all matching children.
The threat of insecticide resistance for vector controlThe global community experienced a reduction in malaria cases between 2000 and 2015 due to large scale deployment of LLINs (68% of the reduction in malaria cases) and IRS (10% of the reduction in malaria cases). The World Malaria Report of 2019 indicated these gains have stalled. Widespread insecticide resistance in malaria vectors has led to decreased ability of vector control tools to kill malaria mosquitoes. In areas of high pyrethroid resistance, there is mounting evidence that pyrethroid-only LLINs no longer deliver their intended efficacy.
IR Mapper Functions
Additionally, the Anopheles map includes a menu that allows for download of analysis ready data. These are a series of geospatial datasets for insecticide resistance in malaria vectors that can be used to quantify insecticide resistance trends in time and space. To request the up-to-date dataset displayed on the site, contact us via in...@irmapper.com.
I export as *.dem from global mapper and use that to build the surface. Make sure your projection matches the one used in C3D. Create the surface and add the dem to it instead of creating one from a dem.
Sanet,
Civil 3D has a little problem with DEM data. It uses the lower left of pixel instead of center. DEM is derivative data. Better to use the original LiDAR point cloud data.
Location? I'd try first to find state or county elevation data.
Dave
@Pointdump
Hi,
Thank you very much for the information you sent. I got the lidar data. The coordinate system of my cad drawing is NAD83 Georgia State Planes, West Zone, US Foot (GA83-WF). But when .laz is converted to .rcp through autocad recap and imported into civil 3d, it is displayed in a different place. (When importing to civil 3d, I also imported according to "use geographic location".)
please help.
Hi, @Pointdump
Thank you very much for the information you sent. I got the lidar data. The coordinate system of my cad drawing is NAD83 Georgia State Planes, West Zone, US Foot (GA83-WF). But when .laz is converted to .rcp through autocad recap and imported into civil 3d, it is displayed in a different place. (When importing to civil 3d, I also imported according to "use geographic location".)
please help.
Sanet,
What did "Current" and "Target" look like when you brought the point cloud into ReCap?
The LAZ file I grabbed was horizontal degree units and vertical Meters. ReCap read the header information as "LL-HPGN".
Dave
Sanet,
Horizontal transformation worked well on the LAZ file I grabbed. You'll need to check vertical units to see if they are OK.
Attached are drawing, ReCap files, and the original LAZ file. I filtered ground points in ReCap.
Dave
Civil 3D inserts the DEM the same way it inserts all rasters, i.e. the lower left of each pixel. However, if you add the DEM as an FDO connection, then it inserts properly. (It treats the raster as an entity, not as a collective bunch of pixels.) As long as the raster is a rectangle and not an IRREGULAR shaped image, such as one with zig-zag edged(s), an FDO will insert correctly.
This is frustrating as heck, I moved away from Windows 7 OS because of issues, errors, and such and was sold to Ubuntu because it was supposed to be reliable, and now errors and issues right after installing 12.04 with /dev/mapper/cryptswap1 and then got 13.10 to replace it, hoping issue was gone and now it's still here anyway but different message reference.
I only have ONE hard drive, it's 1TB and it only had Windows 7 on it and was never really used at all. I formatted it during both Ubuntu version installations. So not sure WHY this issue keeps sporadically happening...!? It's not happening all the time though, just here and there after the computer has been shut off for few hours each time.
I'm just not sure WHY this issue would be happening though, it doesn't make sense. The hard drive itself should be fine, reads as healthy and etc. Ubuntu SHOULD be correctly assigning the privileges, running swap right, and etc. Starting to wonder if I should just go back to Windows 7, or Linux Mint, or some other Linux OS but they have same issues I'm sure.
Using renewable energy criteria developed in collaboration with the National Renewable Energy Laboratory (NREL), EPA has pre-screened over 190,000 sites for their renewable energy potential. As part of this effort, EPA collaborated with state agencies from California, Colorado, Connecticut, Florida, Hawaii, Illinois, Iowa, Maine, Maryland, Massachusetts, Minnesota, Missouri, New Jersey, New York, North Carolina, Oregon, Pennsylvania, Rhode Island, Texas, Virginia, West Virginia and Wisconsin. Site screening was performed in August 2021.
The RE-Powering Mapper Tutorials teach users how to navigate the mapper and how to perform a few of the most common tasks in the mapping application. To launch a tutorial, click on an icon or video below.
Colorado Brightfields combines over 100 datasets into one easy to use mapping application users can access to identify sites for renewable energy development. This mapper is an important tool to help Colorado make progress toward its goal of 100% renewable energy for the grid by 2040.
The State of Hawaii launched an online mapping tool as part of its Hawaii Brightfields Initiative that will make it easier for land-owners, developers, community members, and policymakers to assess the renewable energy potential of contaminated sites. This tool supports siting renewable energy projects by providing specific information to help inform the site assessment process, including renewable energy resource information, zoning, topography and other site characteristics.
These methods can also receive a keyspace and/or table identifier as parameters (how thoseparameters affect the returned DAO is explained in the next section). They must be annotated with@DaoKeyspace and @DaoTable respectively, and be of type String or CqlIdentifier:
dao1.findById executes the query SELECT ... FROM product WHERE id = ?. No table name wasspecified for the DAO, so it uses the default name for the Product entity (which in this case isthe entity name converted with the default naming strategy). Nokeyspace was specified either, so the table is unqualified, and this DAO will only work with asession that was built with a default keyspace:
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