5/19/2023 0 Comments Picktorial manual![]() Parents whose children had participated in at least 1-week swim-intensive programme in 2021 were invited to participate in the study, and perceptions of 139 children (mean age 6.9 years, SD = 1.9) were matched with certificate data of actual swim competence pre- (n = 139) and post-programme (n = 29). Four of 17 scenarios were selected and extended to a four-point response scale by adding an extra difficulty level. The aim was to purposefully select four critical scenarios of the PSPWC to create the PSPWC-short form and test for associations with actual swim competence. The Pictorial Scale of Perceived Water Competence (PSPWC) requires children to indicate their perceived competence using three difficulty levels for 17 swimming scenarios. ![]() Promoting swimming and water safety is an important public health issue. In conclusion, the AAST is a promising tool to reliably assess young children’s actual aquatic skills in an indoor swimming pool. For intra-rater reliability, it ranged from 0.628 to 1.000, demonstrating a good to perfect agreement between test and re-test scoring. The Gwet’s AC2 for inter-rater reliability at the test varied from 0.414 to 1.000, indicating a moderate to perfect agreement between raters. Inter-rater and intra-rater reliability were determined per test video and for the different AAST test items across videos using Gwet’s Agreement Coefficient 2 (Gwet’s AC2). Six raters received a training and evaluation session on scoring the AAST, after which five of them assessed four test videos (of various children (n = 38) performing the test items) twice, with one to two weeks in between (i.e., test and re-test). Therefore, this study aimed to investigate the inter-rater and intra-rater reliability of the Actual Aquatic Skills Test (AAST), consisting of 17 different test items for the assessment of young children’s motor competence in the water. Configuration File and Plugin Folders B.2.1.As children’s actual aquatic skills are important for the prevention of drowning as well as their engagement in lifelong aquatic physical activity, researchers and practitioners should be able to assess this vital concept accurately and reliably. using RADIUS to filter SMTP traffic of a specific user 12.5.4. Separating requests from multiple users 12.5. Getting DNS and HTTP together into a Gog 12.4.4. Tektronix K12xx/15 RF5 protocols Table 11.20. SNMP Enterprise Specific Trap Types 11.18. The “Enabled Protocols” dialog box 11.4.2. Start Wireshark from the command line 11.3. VoIP Processing Performance and Related Limits 9.3. The “SMB2 Service Response Time Statistics” Window 8.10. The “Capture File Properties” Dialog 8.3. TCP/UDP Port Name Resolution (Transport Layer) 7.9.5. IP Name Resolution (Network Layer) 7.9.4. Ethernet Name Resolution (MAC Layer) 7.9.3. “Expert” Packet List Column (Optional) 7.5. Time Display Formats And Time References 6.12.1. The “Go to Corresponding Packet” Command 6.9.5. The “Display Filter Expression” Dialog Box 6.6. Some protocol names can be ambiguous 6.5. Building Display Filter Expressions 6.4.1. Pop-up Menu Of The “Packet Diagram” Pane 6.3. Pop-up Menu Of The “Packet Bytes” Pane 6.2.5. Pop-up Menu Of The “Packet Details” Pane 6.2.4. Pop-up Menu Of The “Packet List” Pane 6.2.3. Pop-up Menu Of The “Packet List” Column Header 6.2.2. The “Export TLS Session Keys…” Dialog Box 5.7.7. The “Export PDUs to File…” Dialog Box 5.7.5. The “Export Selected Packet Bytes” Dialog Box 5.7.4. The “Export Packet Dissections” Dialog Box 5.7.3. The “Export Specified Packets” Dialog Box 5.7.2. The “Import From Hex Dump” Dialog Box 5.5.4. The “Merge With Capture File” Dialog Box 5.5. The “Save Capture File As” Dialog Box 5.3.2. The “Open Capture File” Dialog Box 5.2.2. The “Compiled Filter Output” Dialog Box 4.8. The “Capture” Section Of The Welcome Screen 4.5. Building from source under UNIX or Linux 2.8. Installing from packages under FreeBSD 2.7. Installing from portage under Gentoo Linux 2.6.4. Installing from debs under Debian, Ubuntu and other Debian derivatives 2.6.3. Installing from RPMs under Red Hat and alike 2.6.2. Installing the binaries under UNIX 2.6.1. Windows installer command line options 2.3.6. Installing Wireshark under Windows 2.3.1. Obtaining the source and binary distributions 2.3. Reporting Crashes on Windows platforms 2. Reporting Crashes on UNIX/Linux platforms 1.6.8. Reporting Problems And Getting Help 1.6.1. Development And Maintenance Of Wireshark 1.6. Export files for many other capture programs 1.1.6. Import files from many other capture programs 1.1.5. Live capture from many different network media 1.1.4. Providing feedback about this document 7. Where to get the latest copy of this document? 6.
0 Comments
Leave a Reply. |