搜索资源列表
FBP
- 基于matlab的fbp滤波反投影算法-Based on the fbp matlab filter back projection algorithm
mif的标准
- 用于测量与地图制图的高斯投影转换，提供了北京54、全国80、WGS84三个坐标系下的正算、反算。输出结果精确到小数点后7位。-for measuring and mapping the Gauss projection conversion, the Beijing 54, 80, three WGS84 coordinates the count is, anti-counting. Output accurate to seven decimal places.
Subpattern-based_principal___component_analysis.zi
- 子模式主成分分析首先对原始图像分块，然后对相同位置的子图像分别建立子图像集，在每一个子图像集内使用PCA方法提取特征，建立子空间。对待识别图像，经相同分块后，分别将子图像向对应的子空间投影，提取特征。最后根据最近邻原则进行分类。-Sub-mode principal component analysis first of the original image block, and then the same sub-image, respectively, the location of the
projection
- 這是這個例子,寫一個示範計劃的一個簡單推算在開放gl-this is the example of writing a demo program for a simple projection on open gl
Cylindricalprojectionprocedures
- 柱面投影等多种投影程序，包括斜柱等积方位投影，正轴等角割圆柱投影，高斯克吕克投影-Such as cylindrical projection projection procedures, including product direction, such as oblique projection column is cut Conformal cylindrical projection axis, high斯克吕克projection
projection
- 地图经纬网高斯投影！程序显示投影前后的坐标变换及图形-Jingwei network Gauss map projection! Before and after the procedure projector coordinate transformation and graphics
shptrans-1.1.4-src
- A fast, high-precision GIS projection utility which reads and writes shapefiles and supports Canadian NTv2 datum transformation along with lat/long, Transverse Mercator, and Double Stereographic projections.
projection
- 地图投影坐标转换，高斯正算，高斯反算，大地坐标系转空间坐标系，空间坐标系转大地坐标系。方位投影，墨卡托投影（正轴等角圆柱投影），高斯克吕格投影的算法表示-Map projection coordinate conversion, Gaussian positive operator, Inverse Gaussian, and the earth coordinate system to switch space coordinate system, space geodetic coordin
CamShift
- CamShift算法，即"Continuously Apative Mean-Shift"算法，是一种运动跟踪算法。它主要通过视频图像中运动物体的颜色信息来达到跟踪的目的。我把这个算法分解成三个部分，便于理解： 1) Back Projection计算 2) Mean Shift算法 3) CamShift算法-CamShift algorithm, that is, " Continuously Apative Mean-Shift" algorithm, is
projection
- Graphics code for an example of projection
projection
- 欧洲石油勘探组编写，比较全面地介绍了各种地图投影与坐标系的转换方法及计算公式 -Coordinate Conversions and Transformation including Formulas
projection
- 一款简单实用的投影小程序，且支持批量处理。-Projection of a simple and practical small program, and supports batch processing.
Engineering.survey.choice.projection.plane.project
- 工程测量投影面与投影带的选择Engineering survey with the choice of projection plane and the projection -Engineering survey with the choice of projection plane and the projection
Gauss.formula.positive.negative.projection.coordin
- 高斯投影坐标正反算公式Gauss formula for the positive and negative projection coordinates -Gauss formula for the positive and negative projection coordinates
Gauss.Projection.Control.Survey
- 控制测量高斯投影计算Gauss Projection Control Survey -Gauss Projection Control Survey
Control.survey.documents.conformal.projection.cond
- 控制测量正形投影条件文档Control survey documents conformal projection conditions -Control survey documents conformal projection conditions
PerspectiveProjection.pdf
- The Geometry of Perspective Projection
Gauss-projection
- 工程测量上的高斯投影代码。可以实现六度带和三度带的转换。-Engineering survey on the Gaussian projection code. Six degrees-and tri-band conversion.
gradient-projection-method
- 以梯度投影法迭代直接求解出观测值的改正数，给出一个简单算例，以资验证。 -The correction of the observation is obtained by the interation with gradient projection method and a simple calculation example is given to verify it
Projection-conversion-software
- 本程序是海洋地质制图常用地图投影系列小程序，程序能用于WGS84、北京54、西安80基准面上单点及批量数据的投影正反转换, 本套系列程序目前包括“3°、6°带高斯-克吕格投影正反转换程序”、“墨卡托投影正反转换程序”及“兰勃托投影正反转换程序”。 编制这套程序原因有三：之一，本人工作中常需要投影计算，现有软件使用不太方便；之二，常发现用十进制度坐标数据作正式成果图的现象， 可能是手头没有合适的投影软件所至；之三，常发现WGS84定位数据被当作北京54（克拉索夫斯基椭球体）坐标数据投影