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| void | set_proj_cfg (nlohmann::json cfg) |
| | Set geo projection config in the product.
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| void | set_proj_cfg_tle_timestamps (nlohmann::json cfg, nlohmann::json tle, nlohmann::json timestamps) |
| | Set geo projection config in the product, with a TLE and timestamps.
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| nlohmann::json | get_proj_cfg (int channel) |
| | Get geo projection config in the product, if present.
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| bool | has_proj_cfg () |
| | Check if geo projection info is present.
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void | set_calibration (std::string calibrator, nlohmann::json cfg) |
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std::pair< std::string, nlohmann::json > | get_calibration () |
| bool | has_calibration () |
| | Check if calibration info is present.
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nlohmann::json | get_calibration_raw () |
| ImageHolder & | get_channel_image (int index) |
| | Get image channel by absolute ID.
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| ImageHolder & | get_channel_image (std::string name) |
| | Get image channel by name.
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| ImageHolder & | get_channel_image_by_wavenumber (double wavenumber) |
| | Get image channel by wavenumber. Returns the closest one.
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| ImageHolder & | get_channel_image_by_unitstr (std::string str) |
| | Get image channel by unit string. Returns the closest one.
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| int | get_channel_image_idx (std::string name) |
| | Get image channel raw ID by name.
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| int | get_raw_channel_val (int idx, int x, int y) |
| | Get raw channel count.
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| void | set_channel_wavenumber (int index, double wavenumber) |
| | Set channel wavenumber.
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| void | set_channel_frequency (int index, double frequency) |
| | Set channel frequency (internally, wavenumber)
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| double | get_channel_wavenumber (int index) |
| | Get channel wavenumber.
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| double | get_channel_frequency (int index) |
| | Get channel frequency.
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| void | set_channel_unit (int index, std::string type_or_unit) |
| | Set channel calibration unit.
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| virtual void | save (std::string directory) |
| | Save the product. Depending on the type this will save a product.cbor and other files in the same directory (eg, images)
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| virtual void | load (std::string file) |
| | Load the product. This should refer to the product.cbor file.
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| Product (Product const &)=delete |
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void | operator= (Product const &x)=delete |
| void | set_product_timestamp (double timestamp) |
| | Set product timestamp, optional. This is usually the rough creation time / acquisition time.
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| bool | has_product_timestamp () |
| | Check if a product timestamp is present.
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| double | get_product_timestamp () |
| | Get the product timestamp.
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| void | set_product_source (std::string source) |
| | Set product source, optional. This is meant to contextualize where this product is from, eg which satellite.
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| bool | has_product_source () |
| | Check if a product source is present.
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| std::string | get_product_source () |
| | Get the product source.
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| void | set_product_id (std::string id) |
| | Set product ID, optional. This is meant to, for example, differentiate several identical instruments.
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| bool | has_product_id () |
| | Check if a product ID is present.
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| std::string | get_product_id () |
| | Get the product ID.
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SatDump image product class.
This is mainly intended for Earth imaging instruments, with one or more spectral channel (AVHRR, MODIS...).
It contains and allows if possible :
- Geographic referencing
- Spectral calibration or other physical units
- Dynamic correlation between channels with transforms
- Parameters
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| images | raw image structs containing channel descriptions and images |
| save_as_matrix | if enabled, saves all image channels in a single matrix. All images MUST be of the exact same resolution (useful for eg, IASI) |
| d_no_not_save_images | advanced parameter, telling it to save the product without saving the image channels, mainly meant for saving in async ways |
| d_no_not_load_images | advanced parameter, telling it not to load images but only the CBOR, mainly meant to edit it more efficiently |
1.14.0