说明： ArcGIS二次开发何及，包括ArcGIS engine开发实例教程，中文开发指南清洗版，ArcGIS Engine轻松入门，ArcGIS Engine10开发手册(ArcGIS secondary development, including ArcGIS engine development examples tutorial, Chinese development guide cleaning version, ArcGIS engine easy introduction, ArcGIS Engine10 development manual)
说明： 迈克尔泽勒经典书目 Exploring ArcObject Arcgis二次开发工具书(Michael zeller classic book Exploring ArcObject Arcgis secondary development tool book)
说明： 本文针对滑坡预测预报这一复杂性问题提出一种基于前向反馈传播（BP）神经网络的预测模型，描述了滑坡系统输入输出之间的非线性关系。为克服 BP 网络后期收敛速度慢、易陷入局部极小点等缺点，以遗传算法（GA）和模拟退火算法（SA）相结合的方式即遗传-模拟退火（GSA）算法对网络权值进行优化。用该方法预测滑坡位移获得了较好的效果(In this paper, a prediction model based on forward feedback propagation (BP) neural network is proposed for the complex problem of landslide prediction. The nonlinear relationship between input and output of landslide system is described. In order to overcome the shortcomings of BP network, such as slow convergence speed and easy to fall into local minima, genetic algorithm (GA) and simulated annealing algorithm (SA) are combined to optimize the network weight. The method can be used to predict the displacement of landslides)
说明： raised if this happens. These operations are almost always triggered by interrupts, as in Listing 10.5 for the SPI. I provide yet another thermometer as an example in Listing 10.13. This uses the ADC12 in the FG4618 to read the temperature using code from List
说明： 处理遥感图形，将时间序列进行分布式线性拟合(Processing remote sensing graph and distributed linear fitting of time series)
说明： 中国shp格式文件，含盖南海各岛，需要的自己下载(China SHP format file, including the South China Sea Islands, need to download by yourself)
说明： The m_map mapping package for matlab, it can also run in octave with some minor modifications.
说明： 依托ENVI软件，采用IDL语言编写，实现TM5影像辐射定标批处理，(Batch processing of TM5 image radiometric calibration)
1997年landsat tm全波段遥感数据part02，部分参数： GROUP = L1_METADATA_FILE GROUP = METADATA_FILE_INFO ORIGIN = "Image courtesy of the U.S. Geological Survey" REQUEST_ID = "0601411252739_00046" LANDSAT_SCENE_ID = "LT51230331997191HAJ00" FILE_DATE = 2014-11-28T07:45:51Z STATION_ID = "HAJ" PROCESSING_SOFTWARE_VERSION = "LPGS_12.5.0" DATA_CATEGORY = "NOMINAL" END_GROUP = METADATA_FILE_INFO GROUP = PRODUCT_METADATA DATA_TYPE = "L1G" DATA_TYPE_L0RP = "TMR_L0RP" OUTPUT_FORMAT = "GEOTIFF" EPHEMERIS_TYPE = "PREDICTIVE" SPACECRAFT_ID = "LANDSAT_5" SENSOR_ID = "TM" SENSOR_MODE = "SAM" WRS_PATH = 123 WRS_ROW = 033(1997 landsat tm remote sensing data part02)
说明： 1997年landsat tm全波段遥感数据part02，部分参数： GROUP = L1_METADATA_FILE GROUP = METADATA_FILE_INFO ORIGIN = "Image courtesy of the U.S. Geological Survey" REQUEST_ID = "0601411252739_00046" LANDSAT_SCENE_ID = "LT51230331997191HAJ00" FILE_DATE = 2014-11-28T07:45:51Z STATION_ID = "HAJ" PROCESSING_SOFTWARE_VERSION = "LPGS_12.5.0" DATA_CATEGORY = "NOMINAL" END_GROUP = METADATA_FILE_INFO GROUP = PRODUCT_METADATA DATA_TYPE = "L1G" DATA_TYPE_L0RP = "TMR_L0RP" OUTPUT_FORMAT = "GEOTIFF" EPHEMERIS_TYPE = "PREDICTIVE" SPACECRAFT_ID = "LANDSAT_5" SENSOR_ID = "TM" SENSOR_MODE = "SAM" WRS_PATH = 123 WRS_ROW = 033(1997 landsat tm remote sensing data part02)
1997年landsat tm全波段遥感数据part01，部分参数： GROUP = L1_METADATA_FILE GROUP = METADATA_FILE_INFO ORIGIN = "Image courtesy of the U.S. Geological Survey" REQUEST_ID = "0601411252739_00046" LANDSAT_SCENE_ID = "LT51230331997280HAJ00" FILE_DATE = 2014-11-28T07:45:51Z STATION_ID = "HAJ" PROCESSING_SOFTWARE_VERSION = "LPGS_12.5.0" DATA_CATEGORY = "NOMINAL" END_GROUP = METADATA_FILE_INFO GROUP = PRODUCT_METADATA DATA_TYPE = "L1G" DATA_TYPE_L0RP = "TMR_L0RP" OUTPUT_FORMAT = "GEOTIFF" EPHEMERIS_TYPE = "PREDICTIVE" SPACECRAFT_ID = "LANDSAT_5" SENSOR_ID = "TM" SENSOR_MODE = "SAM" WRS_PATH = 123 WRS_ROW = 033(1997 landsat tm remote sensing data part01)
说明： 1997年landsat tm全波段遥感数据part01，部分参数： GROUP = L1_METADATA_FILE GROUP = METADATA_FILE_INFO ORIGIN = "Image courtesy of the U.S. Geological Survey" REQUEST_ID = "0601411252739_00046" LANDSAT_SCENE_ID = "LT51230331997280HAJ00" FILE_DATE = 2014-11-28T07:45:51Z STATION_ID = "HAJ" PROCESSING_SOFTWARE_VERSION = "LPGS_12.5.0" DATA_CATEGORY = "NOMINAL" END_GROUP = METADATA_FILE_INFO GROUP = PRODUCT_METADATA DATA_TYPE = "L1G" DATA_TYPE_L0RP = "TMR_L0RP" OUTPUT_FORMAT = "GEOTIFF" EPHEMERIS_TYPE = "PREDICTIVE" SPACECRAFT_ID = "LANDSAT_5" SENSOR_ID = "TM" SENSOR_MODE = "SAM" WRS_PATH = 123 WRS_ROW = 033(1997 landsat tm remote sensing data part01)
这是一个简单的AE搭建的arcmap的平台，有一些基本的功能(This is a simple AE-built ArcMap platform with some basic functions)
说明： 这是一个简单的AE搭建的arcmap的平台，有一些基本的功能(This is a simple AE-built ArcMap platform with some basic functions)
图像A中0表示水体，1表示植被，2表示裸地；B中4表示水体，2表示植被，1表示l裸地。 本程序将B的分类编码改成和A一致；以A为参考图像生成参考矩阵；计算总体精度和kappa系数。(Image A shows water body in 0, vegetation in 1, bare land in 2, water body in 4, vegetation in 2 and bare land in 1. In this program, the classification coding of B is changed to the same as that of A, the reference matrix is generated with A as the reference image, and the overall accuracy and kappa coefficient are calculated.)
说明： 图像A中0表示水体，1表示植被，2表示裸地；B中4表示水体，2表示植被，1表示l裸地。 本程序将B的分类编码改成和A一致；以A为参考图像生成参考矩阵；计算总体精度和kappa系数。(Image A shows water body in 0, vegetation in 1, bare land in 2, water body in 4, vegetation in 2 and bare land in 1. In this program, the classification coding of B is changed to the same as that of A, the reference matrix is generated with A as the reference image, and the overall accuracy and kappa coefficient are calculated.)
基于arcmap，批量处理tif文件，批量出图(Based on arcmap, batch processing TIF files, batch drawing)
说明： 基于arcmap，批量处理tif文件，批量出图(Based on arcmap, batch processing TIF files, batch drawing)
主要是ArcGIS API 加载WMTS服务的服务，加载天地图服务地址(ArcGIS API for JS Load WMTS Service)
说明： 主要是ArcGIS API 加载WMTS服务的服务，加载天地图服务地址(ArcGIS API for JS Load WMTS Service)
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