FSL-UT-VPU-010
~~~~~~~~~~~~~~

[cols=">s,6a",frame="topbot",options="header"]
|====================================================================
|Name | Description

| Summary |
Test VPU with VDI (HW deinterlace via IPU)

| Automated |
No

| Kernel Config Option |
N/A

| Software Dependency |
Need /usr/lib/libvpu.so

| Non-default Hardware Configuration |
N/A

| Test Procedure |
1. Select one stream with top and bottem filelds are interlaced.

 av_stress2_dsmcc4m_1_C1_V11_A6.mp4_track1.h264

2. Decode the stream and display on LCD with command:

 /unit_tests/mxc_vpu_test.out -D "-i av_stress2_dsmcc4m_1_C1_V11_A6.mp4_track1.h264 -f2"

3. Decode the stream and display on LCD using high motion stream video De Interlacing algorithm with command:

 /unit_tests/mxc_vpu_test.out -D "-i av_stress2_dsmcc4m_1_C1_V11_A6.mp4_track1.h264 -v h -f2"

4. Decode the stream and display on LCD using low motion stream video De Interlacing algorithm with command:

 /unit_tests/mxc_vpu_test.out -D "-i av_stress2_dsmcc4m_1_C1_V11_A6.mp4_track1.h264 -v l -f2"

5. Decode the stream and display on LCD having input in NV12 pixel format with command:

 /unit_tests/mxc_vpu_test.out -D "-i av_stress2_dsmcc4m_1_C1_V11_A6.mp4_track1.h264 -v l -t 1 -f2"

| Expected Result |
The video is smooth and there is no field sawtooth for moving objects

|====================================================================

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