/*
* Class: org_imgsdk_core_NativeImageSdk
* Method: setOutputPath
* Signature: (JLjava/lang/String;)V
*/
JNIEXPORT void JNICALL Java_org_imgsdk_core_NativeImageSdk_setOutputPath
(JNIEnv *env, jobject thiz, jlong ptr, jstring jpath)
{
LOG_ENTRY;
SdkEnv* sdk = (SdkEnv *)((intptr_t)ptr);
if (NULL == sdk) {
LogE("NULL pointer exception\n");
return;
}
if (NULL == jpath) {
LogE("NULL pointer exception\n");
return;
}
char *path = jstring2string(env, jpath);
if (NULL == path) {
LogE("output path is NULL\n");
return;
}
Log("output path:%s\n", path);
setOutputImagePath(sdk, path);
LOG_EXIT;
}
/*
* Console application entry
* Usage:
* imgsdk input output
* Notice:
* 1. input & onput support *.jpg or *.png
* 2. support input and output image type are not same
* 3. vert.shdr & frag.shdr must be prepared
*/
int main(int argc, char **argv) {
if (3 != argc) {
Log("Usage:\n");
Log(" %s input output\n", argv[0]);
return -1;
}
SdkEnv *env = newDefaultSdkEnv();
if (NULL == env) {
LogE("Failed get SdkEnv instance\n");
}
setInputImagePath (env, argv[1]);
setOutputImagePath (env, argv[2]);
sdkMain (env);
setEffectCmd (env, "{\"effect\":\"Normal\"}");
onSdkDraw (env);
Bitmap_t *img = (Bitmap_t *) env->userData.param;
uint32_t begin_t = getCurrentTime();
glBindTexture(GL_TEXTURE, env->handle.texture2Idx);
memset (img->base, 0, img->width * img->height * img->form);
// copy pixels from GPU memory to CPU memory
int x = 0;
int y = 0;
GLint fmt = GL_RGBA;
if (IMAGE_JPG == env->userData.inputImageType) {
fmt = GL_RGB;
}
glReadPixels(x, y, img->width, img->height, fmt, GL_UNSIGNED_BYTE, img->base);
int errCode = glGetError ();
if (GL_NO_ERROR != errCode ) {
Log ("Failed read pixles, error code:0x%04x\n", errCode);
}
uint32_t finish_t = getCurrentTime();
LogD("Read pixel data cost %d ms\n", (finish_t - begin_t));
begin_t = getCurrentTime();
if (NULL != env->userData.outputPath) {
if (saveImage (env->userData.outputPath, img) < 0) {
LogE ("Failed saveImage\n");
}
else {
finish_t = getCurrentTime();
LogD("Save %s cost %d ms\n",
env->userData.outputPath,
(finish_t - begin_t));
}
}
freeSdkEnv(env);
//onSdkDestroy(env);
}
/*****************************************************************************
* @brief : main 主函数
* @author : Zhangle
* @date : 2014/9/8 10:25
* @version : ver 1.0
* @inparam :
* @outparam :
*****************************************************************************/
int main(){
string outputImagePath = "";
string outputTxtPath = "";
string inputImagePath = "";
// vector<string> files;
// getFiles("F:/test",files);
FeatureDetect *fd;
cout<<"开始提取特征点"<<endl;
fd = new FeatureDetect; //
inputImagePath = "F:/test/TTC00405.TIF";//图片路径
/*提取特征点*/
outputImagePath = setOutputImagePath(inputImagePath, SIFT_FEATURE); //设置输出图像的路径
outputTxtPath = setOutputTxtPath(inputImagePath,SIFT_FEATURE); //设置输出txt的路径
fd->siftFeatureDetect(inputImagePath, outputImagePath, outputTxtPath); //提取SIFT特征点
outputImagePath = setOutputImagePath(inputImagePath, SURF_FEATURE);
outputTxtPath = setOutputTxtPath(inputImagePath,SURF_FEATURE);
fd->surfFeatureDetect(inputImagePath, outputImagePath, outputTxtPath); //提取SURF特征点
outputImagePath = setOutputImagePath(inputImagePath, ORB_FEATURE);
outputTxtPath = setOutputTxtPath(inputImagePath,ORB_FEATURE);
fd->orbFeatureDetect(inputImagePath, outputImagePath, outputTxtPath); //提取ORB特征点
fd = new FeatureDetect;
inputImagePath = "F:/test/TTC00406.TIF";
outputImagePath = setOutputImagePath(inputImagePath, SIFT_FEATURE);
outputTxtPath = setOutputTxtPath(inputImagePath,SIFT_FEATURE);
fd->siftFeatureDetect(inputImagePath, outputImagePath, outputTxtPath);
outputImagePath = setOutputImagePath(inputImagePath, SURF_FEATURE);
outputTxtPath = setOutputTxtPath(inputImagePath,SURF_FEATURE);
fd->surfFeatureDetect(inputImagePath, outputImagePath, outputTxtPath);
outputImagePath = setOutputImagePath(inputImagePath, ORB_FEATURE);
outputTxtPath = setOutputTxtPath(inputImagePath,ORB_FEATURE);
fd->orbFeatureDetect(inputImagePath, outputImagePath, outputTxtPath);
fd = new FeatureDetect;
inputImagePath = "F:/test/TTC00436.TIF";
outputImagePath = setOutputImagePath(inputImagePath, SIFT_FEATURE);
outputTxtPath = setOutputTxtPath(inputImagePath,SIFT_FEATURE);
fd->siftFeatureDetect(inputImagePath, outputImagePath, outputTxtPath);
outputImagePath = setOutputImagePath(inputImagePath, SURF_FEATURE);
outputTxtPath = setOutputTxtPath(inputImagePath,SURF_FEATURE);
fd->surfFeatureDetect(inputImagePath, outputImagePath, outputTxtPath);
outputImagePath = setOutputImagePath(inputImagePath, ORB_FEATURE);
outputTxtPath = setOutputTxtPath(inputImagePath,ORB_FEATURE);
fd->orbFeatureDetect(inputImagePath, outputImagePath, outputTxtPath);
fd = new FeatureDetect;
inputImagePath = "F:/test/TTC00601.TIF";
outputImagePath = setOutputImagePath(inputImagePath, SIFT_FEATURE);
outputTxtPath = setOutputTxtPath(inputImagePath,SIFT_FEATURE);
fd->siftFeatureDetect(inputImagePath, outputImagePath, outputTxtPath);
outputImagePath = setOutputImagePath(inputImagePath, SURF_FEATURE);
outputTxtPath = setOutputTxtPath(inputImagePath,SURF_FEATURE);
fd->surfFeatureDetect(inputImagePath, outputImagePath, outputTxtPath);
outputImagePath = setOutputImagePath(inputImagePath, ORB_FEATURE);
outputTxtPath = setOutputTxtPath(inputImagePath,ORB_FEATURE);
fd->orbFeatureDetect(inputImagePath, outputImagePath, outputTxtPath);
cout<<"特征点提取结束.."<<endl;
}
