If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-comsuming), consider running the following script to extract **RGB-only** frames.
If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-consuming), consider running the following script to extract **RGB-only** frames.
@@ -18,7 +18,7 @@ This part is **optional** if you only want to use the video loader.
Before extracting, please refer to [install.md](/docs/install.md) for installing [dense_flow](https://github.com/open-mmlab/denseflow).
If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-comsuming), consider running the following script to extract **RGB-only** frames.
If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-consuming), consider running the following script to extract **RGB-only** frames.
Fist, You can run the following script to soft link the extracted frames.
If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-comsuming), consider running the following script to extract **RGB-only** frames.
If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-consuming), consider running the following script to extract **RGB-only** frames.
If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-comsuming), consider running the following script to extract **RGB-only** frames.
If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-consuming), consider running the following script to extract **RGB-only** frames.
If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-comsuming), consider running the following script to extract **RGB-only** frames.
If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-consuming), consider running the following script to extract **RGB-only** frames.
If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-comsuming), consider running the following script to extract **RGB-only** frames.
If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-consuming), consider running the following script to extract **RGB-only** frames.
```shell
cd$MMACTION/tools/data/thumos14/
...
...
@@ -62,10 +62,10 @@ bash fetch_tag_proposals.sh
## Step 5. Check Directory Structure
After the whole data process for THUMOS-14 preparation,
you will get the rawframes (RGB + Flow), videos and annotation files for THUMOS-14.
After the whole data process for THUMOS'14 preparation,
you will get the rawframes (RGB + Flow), videos and annotation files for THUMOS'14.
In the context of the whole project (for THUMOS-14 only), the folder structure will look like:
In the context of the whole project (for THUMOS'14 only), the folder structure will look like:
```
mmaction
...
...
@@ -103,4 +103,4 @@ mmaction
│ │ │ | ├── video_test_0000001
```
For training and evaluating on THUMOS-14, please refer to [getting_started.md](/docs/getting_started.md).
For training and evaluating on THUMOS'14, please refer to [getting_started.md](/docs/getting_started.md).
If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-comsuming), consider running the following script to extract **RGB-only** frames.
If you didn't install dense_flow in the installation or only want to play with RGB frames (since extracting optical flow can be time-consuming), consider running the following script to extract **RGB-only** frames.