private void ReadDataSource(string file)
{
// look for file-type
foreach (FileType type in fileTypes)
{
if (type.IsFileType(file))
{
fType = type;
break;
}
}
if (fType == null)
{
throw new Exception(String.Format("Unable to match file type for {0}", fType));
}
// load data-source
reader = new GDALReader();
reader.OpenFile(file, fType);
// build source layers for UI
dsInfo = reader.Info;
DataSourceControl.DataSourcePreviewInfo info = new DataSourceControl.DataSourcePreviewInfo();
info.Dimensions = dsInfo.Resolution;
info.Type = fType.Name;
info.DataType = dsInfo.BppType;
info.Groups = new DataSourceControl.DataSourceImageGroup[2];
DataSourceControl.DataSourcePreviewImage[] images = new DataSourceControl.DataSourcePreviewImage[dsInfo.Bands.Length];
for (int i = 0; i < dsInfo.Bands.Length; i++)
{
images[i] = new DataSourceControl.DataSourcePreviewImage(dsInfo.Bands[i].Image,
dsInfo.Bands[i].Name,
new Size(64, 64));
}
DataSourceControl.DataSourcePreviewImage[] buildInImages = new DataSourceControl.DataSourcePreviewImage[2];
buildInImages[0] = new DataSourceControl.DataSourcePreviewImage(null, "NormalMap", new Size(64, 64));
buildInImages[1] = new DataSourceControl.DataSourcePreviewImage(/*Image.FromFile(file)*/ null, "TextureMap", new Size(64, 64));
info.Groups[1] = new DataSourceControl.DataSourceImageGroup(images);
info.Groups[0] = new DataSourceControl.DataSourceImageGroup(buildInImages);
dataSourceControl1.DataSource = info;
// load profiles for data-type
List <DataProfile> profiles = new List <DataProfile>();
foreach (DataProfile profile in dataProfiles)
{
if (profile.MatchProfile(fType))
{
profiles.Add(profile);
}
}
compatibleProfiles = profiles.ToArray();
dataProfileControl1.Profiles = compatibleProfiles;
}
private void ReadDataSource(string file)
{
// look for file-type
foreach (FileType type in fileTypes)
{
if (type.IsFileType(file))
{
fType = type;
break;
}
}
if (fType == null)
throw new Exception(String.Format("Unable to match file type for {0}", fType));
// load data-source
reader = new GDALReader();
reader.OpenFile(file, fType);
// build source layers for UI
dsInfo = reader.Info;
DataSourceControl.DataSourcePreviewInfo info = new DataSourceControl.DataSourcePreviewInfo();
info.Dimensions = dsInfo.Resolution;
info.Type = fType.Name;
info.DataType = dsInfo.BppType;
info.Groups = new DataSourceControl.DataSourceImageGroup[2];
DataSourceControl.DataSourcePreviewImage[] images = new DataSourceControl.DataSourcePreviewImage[dsInfo.Bands.Length];
for (int i = 0; i < dsInfo.Bands.Length; i++)
{
images[i] = new DataSourceControl.DataSourcePreviewImage(dsInfo.Bands[i].Image,
dsInfo.Bands[i].Name,
new Size(64, 64));
}
DataSourceControl.DataSourcePreviewImage[] buildInImages = new DataSourceControl.DataSourcePreviewImage[2];
buildInImages[0] = new DataSourceControl.DataSourcePreviewImage(null, "NormalMap", new Size(64, 64));
buildInImages[1] = new DataSourceControl.DataSourcePreviewImage(/*Image.FromFile(file)*/null, "TextureMap", new Size(64, 64));
info.Groups[1] = new DataSourceControl.DataSourceImageGroup(images);
info.Groups[0] = new DataSourceControl.DataSourceImageGroup(buildInImages);
dataSourceControl1.DataSource = info;
// load profiles for data-type
List<DataProfile> profiles = new List<DataProfile>();
foreach (DataProfile profile in dataProfiles)
{
if (profile.MatchProfile(fType))
profiles.Add(profile);
}
compatibleProfiles = profiles.ToArray();
dataProfileControl1.Profiles = compatibleProfiles;
}
