Camera

No configuration camera picture sorting.

Package cmrdr provides methods to be able to discover and attack RTSP streams easily. RTSP streams are used by most IP Cameras, often for surveillance. A simple example usage of the library can be found in https://github.com/Ullaakut/cameradar/tree/master/cameradar The example usage is complete enough for most users to ignore the library, but for users with specific needs such as creating their own bruteforcing dictionary to access cameras, or running their own network scan, this library allows to use simple and performant methods to attack streams.

Package cameradar provides methods to be able to discover and attack RTSP streams easily. RTSP streams are used by most IP Cameras, often for surveillance. A simple example usage of the library can be found in https://github.com/Ullaakut/cameradar/tree/master/cameradar The example usage is complete enough for most users to ignore the library, but for users with specific needs such as creating their own bruteforcing dictionary to access cameras, or running their own network scan, this library allows to use simple and performant methods to attack streams.

Package cmrdr provides methods to be able to discover and attack RTSP streams easily. RTSP streams are used by most IP Cameras, often for surveillance. A simple example usage of the library can be found in https://github.com/Ullaakut/cameradar/tree/master/cameradar The example usage is complete enough for most users to ignore the library, but for users with specific needs such as creating their own bruteforcing dictionary to access cameras, or running their own network scan, this library allows to use simple and performant methods to attack streams.

Package cmrdr provides methods to be able to discover and attack RTSP streams easily. RTSP streams are used by most IP Cameras, often for surveillance. A simple example usage of the library can be found in https://github.com/Ullaakut/cameradar/tree/master/cameradar The example usage is complete enough for most users to ignore the library, but for users with specific needs such as creating their own bruteforcing dictionary to access cameras, or running their own network scan, this library allows to use simple and performant methods to attack streams.

Copyright © 2019 Alex Engelberg Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.

Package cmrdr provides methods to be able to discover and attack RTSP streams easily. RTSP streams are used by most IP Cameras, often for surveillance. A simple example usage of the library can be found in https://github.com/Ullaakut/cameradar/tree/master/cameradar The example usage is complete enough for most users to ignore the library, but for users with specific needs such as creating their own bruteforcing dictionary to access cameras, or running their own network scan, this library allows to use simple and performant methods to attack streams.

Package cameradar provides methods to be able to discover and attack RTSP streams easily. RTSP streams are used by most IP Cameras, often for surveillance. A simple example usage of the library can be found in https://github.com/Ullaakut/cameradar/tree/master/cameradar The example usage is complete enough for most users to ignore the library, but for users with specific needs such as creating their own bruteforcing dictionary to access cameras, or running their own network scan, this library allows to use simple and performant methods to attack streams.

Package cmrdr provides methods to be able to discover and attack RTSP streams easily. RTSP streams are used by most IP Cameras, often for surveillance. A simple example usage of the library can be found in https://github.com/Ullaakut/cameradar/tree/master/cameradar The example usage is complete enough for most users to ignore the library, but for users with specific needs such as creating their own bruteforcing dictionary to access cameras, or running their own network scan, this library allows to use simple and performant methods to attack streams.

Package cmrdr provides methods to be able to discover and attack RTSP streams easily. RTSP streams are used by most IP Cameras, often for surveillance. A simple example usage of the library can be found in https://github.com/Ullaakut/cameradar/tree/master/cameradar The example usage is complete enough for most users to ignore the library, but for users with specific needs such as creating their own bruteforcing dictionary to access cameras, or running their own network scan, this library allows to use simple and performant methods to attack streams.

Package cmrdr provides methods to be able to discover and attack RTSP streams easily. RTSP streams are used by most IP Cameras, often for surveillance. A simple example usage of the library can be found in https://github.com/Ullaakut/cameradar/tree/master/cameradar The example usage is complete enough for most users to ignore the library, but for users with specific needs such as creating their own bruteforcing dictionary to access cameras, or running their own network scan, this library allows to use simple and performant methods to attack streams.

Package cmrdr provides methods to be able to discover and attack RTSP streams easily. RTSP streams are used by most IP Cameras, often for surveillance. A simple example usage of the library can be found in https://github.com/Ullaakut/cameradar/tree/master/cameradar The example usage is complete enough for most users to ignore the library, but for users with specific needs such as creating their own bruteforcing dictionary to access cameras, or running their own network scan, this library allows to use simple and performant methods to attack streams.

Package cmrdr provides methods to be able to discover and attack RTSP streams easily. RTSP streams are used by most IP Cameras, often for surveillance. A simple example usage of the library can be found in https://github.com/Ullaakut/cameradar/tree/master/cameradar The example usage is complete enough for most users to ignore the library, but for users with specific needs such as creating their own bruteforcing dictionary to access cameras, or running their own network scan, this library allows to use simple and performant methods to attack streams.

Package cmrdr provides methods to be able to discover and attack RTSP streams easily. RTSP streams are used by most IP Cameras, often for surveillance. A simple example usage of the library can be found in https://github.com/Ullaakut/cameradar/tree/master/cameradar The example usage is complete enough for most users to ignore the library, but for users with specific needs such as creating their own bruteforcing dictionary to access cameras, or running their own network scan, this library allows to use simple and performant methods to attack streams.

Package xirho implements an iterated function system fractal art renderer. An iterated function system is a collection of functions from points to points. Starting with a randomly selected point, we choose a function at random, apply that function to the point, and plot its new location, then repeat ad infinitum. With some additional steps, the result images can be stunning. The mathematical terminology used in xirho's documentation and API is as follows. A point is an element of R³ × [0, 1], i.e. a 3D point plus a color coordinate. A function, sometimes function type, is a procedure which maps points to points, possibly using additional fixed parameters to control the exact mapping. (Other IFS implementations typically refer to functions in this sense as variations.) A node is a particular instance of a function and its fixed parameters. An iterated function system, or just system, is a non-empty list of nodes, a Markov chain giving the probability of the algorithm transitioning from each node in the list to each other node in the list, an additional node applied to each output point to serve as a possibly nonlinear camera, and a mapping of color coordinates to colors. The Markov chain of a system may also be called the weights graph, or just the graph. Xirho does not include a designer to produce systems to render. Existing parameters can be loaded through the encoding and encoding/flame subpackages, or programmed by hand. To use xirho to render a system, create a Render containing the System and a Hist to plot points, then call its Render method with a non-trivial context. (The context closing is the only way that Render returns.) Alternatively, the RenderAsync method provides an API to manage rendering concurrently, e.g. to support a UI. For fine-grained control of the rendering process, the System.Iter method can be used directly.

Package camera provides a simple camera system for use with ebiten