Please rotate your phone

Back

Select the area you want to zoom, then save.

Save Delete Zoom

Loading ...

1 video

NCAA Softball Regional highlights: Oregon softball heads to eighth consecutive Super Regional

[{"provider":"is_youtube","post_id":37035,"owner_id":"1","post_title":"NCAA Softball Regional highlights: Oregon softball heads to eighth consecutive Super Regional","raw_post_title":"NCAA Softball Regional highlights: Oregon softball heads to eighth consecutive Super Regional","play_number":"","video_id":"-NWDTOAGFoU","offset":0,"player_extra_class":"","length":"01:08","thumbnail":"http:\/\/i.ytimg.com\/vi\/-NWDTOAGFoU\/maxresdefault.jpg","permissions":{"privacy":"public","roles":[]},"position":0,"streams":[{"type":"video\/youtube","src":"https:\/\/www.youtube.com\/watch?v=-NWDTOAGFoU"}],"tagups_entries":false,"tagged_users":[],"cards":"","gears":"","tagups":"","ads":"","score":"","actions":"\n            <div class=\"toolbar-left\" style=\"float: none\">\n\n\t\t\t\t                    <a\n                            href=\"javascript:\"\n                            class=\"tus_tipsed is_vue_tipsed btn btn-default video-tb icon-only font-size-1 tus_vue_untag_play\"\n                            data-title=\"Untag from this video\"\n                            data-post_id=\"37035\"\n                            data-user_id=\"0\"\n                            style=\" display:none; \"\n                    >\n\n                        <img\n                                class=\"tus_untag_icon\"\n                                src=\"data:image\/png;base64,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\"\n                                alt=\"\"\n                        \/>\n\n                    <\/a>\n\t\t\t\t\n\t\t\t\t\n                <!-- Like Buttons -->\n\t\t\t\t\n\n                <!-- Single Social Share -->\n                <a\n                        href=\"javascript:\"\n                        data-tipsed_position=\"top\"\n                        class=\"tus_tipsed is_vue_tipsed btn btn-default video-tb icon-only font-size-1 tus_vue_share_toggle\"\n                        data-title=\"Share\"\n                        data-target=\"tus_vue_sharer_37035\"\n\n                ><i class=\"fa fa-share-alt\"><\/i><\/a>\n\n\n                <!-- Watch Later Button -->\n                <a\n                        href=\"#\"\n                        data-title=\"Watch Later\"\n                        class=\"tus_tipsed is_vue_tipsed btn btn-default video-tb icon-only font-size-1 btn-watch-later\"\n                        data-id=\"37035\"\n                ><i class=\"fas fa-clock\"><\/i><\/a>\n\n                <!-- Report Button-->\n                <a\n                        href=\"javascript:;\"\n                        data-video_id=\"37035\"\n                        data-title=\"Report this video\"\n                        data-subject=\"report-video\"\n                        title=\"Report this video\"\n                        class=\"tus_tipsed is_vue_tipsed request_information_link tus_report_video btn btn-default video-tb icon-only font-size-1 \"\n                ><i class=\"fa fa-flag\"><\/i><\/a>\n\n\n\t\t\t\t            <a\n                    href=\"javascript:\"\n                    data-title=\"Add to your favorites\"\n                    title=\"Add to your favorites\"\n                    class=\"tus_tipsed is_vue_tipsed is_single tus_favorite_video tus_show_when_loaded btn btn-default video-tb icon-only font-size-1 tus_auth_required \"\n                    data-post_id=\"37035\"\n                    data-user_id=\"0\"\n                    data-tipsed_position=\"top\"\n                    style=\"display:none;\"\n                    id=\"wpvr_tus_favorite_video\"\n            >\n\n                <span class=\"tus_favorite_count \"><\/span>\n                <i class=\"tus_favorite_icon fa fa-heart\"><\/i>\n                <i class=\"tus_favorite_loading fa fa-spin fa-sync\" style=\"display:none;\"><\/i>\n            <\/a>\n\t\t\t        <div class=\"tus_addto_wrap addto_single\">\n\n            <a\n                    href=\"javascript:\"\n                    data-title=\"Add to a playlist\"\n                    title=\"Add to a playlist\"\n                    class=\"tus_tipsed is_vue_tipsed  is_on_tagupVue  tus_addto_open tus_show_when_loaded btn btn-default video-tb icon-only font-size-1\"\n                    data-post_id=\"37035\"\n                    data-user_id=\"0\"\n                    data-tipsed_position=\"top\"\n                    data-popover_placement=\"auto\"\n                    style=\"display:none;\"\n            >\n                <i class=\"tus_addto_icon fa fa-plus\"><\/i>\n\t\t\t\t            <\/a>\n            <div class=\"tus_addto_form\" style=\"display:none;\">\n                <div class=\"tus_addto_form_inner\">\n\n                    <div class=\"tus_addto_form_search\">\n                        <i class=\"fas fa-search\"><\/i>\n                        <input type=\"text\" class=\"tus_addto_form_search_input\"\n                               placeholder=\"Filter playlists ...\"\/>\n                    <\/div>\n                    <div class=\"tus_addto_form_list\">\n                        <div class=\"tus_addto_form_list_loading\">Loading ...<\/div>\n                    <\/div>\n                    <div class=\"tus_addto_form_new\">\n                        <div class=\"tus_button is_primary is_full_width tus_addto_form_new_link\" new_name=\"\"\n                             old_label=\"New Playlist\"\n                             href=\"javascript:\">\n\n                            <span class=\"tus_addto_form_new_link_label\">\n                                New Playlist\n                            <\/span>\n                            <span class=\"tus_addto_form_new_link_name\"><\/span>\n                        <\/div>\n                        <div class=\"tus_addto_form_new_form\">\n                            <input type=\"text\" class=\"tus_addto_form_new_input\"\n                                   placeholder=\"Playlist Name ...\"\/>\n\n                            <a\n                                    href=\"javascript:\"\n                                    class=\"tus_button is_primary is_full_width tus_addto_form_new_button\"\n                            >\n                                <span class=\"tus_addto_form_new_button_loading\">\n                                    <i class=\"fa fa-spin fa-sync\"><\/i>\n                                <\/span>\n                                <span class=\"tus_addto_form_new_button_label\">Create<\/span>\n                            <\/a>\n\n                        <\/div>\n                    <\/div>\n                <\/div>\n            <\/div>\n\n        <\/div>\n\t\t        <a\n                href=\"https:\/\/lab.tagup.com\/video\/ncaa-softball-regional-highlights-oregon-softball-heads-to-eighth-consecutive-super-regional\/\"\n                class=\"btn btn-default video-tb icon-only font-size-1 tus_tipsed is_vue_tipsed\"\n                data-tipsed_position=\"top\"\n                target=\"_blank\"\n                title=\"Watch this video on a new tab\"\n                data-title=\"Watch this video on a new tab\"\n        ><i class=\"fas fa-external-link-alt\"><\/i><\/a>\n\n\t\t\n\n                <br\/>\n                <div style=\"padding-top:15px;\">\n                    <a href=\"javascript:\" class=\"tus_vue_actions_close\">Close<\/a>\n                <\/div>\n\n            <\/div>\n\n\t\t\t","sharer":"            <div class=\"tus_vue_sharer\" id=\"tus_vue_sharer_37035\">\n\n                <div class=\"tus_vue_sharer_title\">\n\t\t\t\t\t\t\t\t\t\tShare this <strong>VIDEO<\/strong>                <\/div>\n\n                <ul class=\"social-listing list-inline \">\n\n                    <li class=\"facebook\">\n                        <a class=\"tus_tipsed trasition-all\"\n                           title=\"Share on Facebook\"\n                           href=\"#\"\n                           target=\"_blank\"\n                           rel=\"nofollow\"\n                           onclick=\"window.open('https:\/\/www.facebook.com\/sharer\/sharer.php?u='+'https%3A%2F%2Flab.tagup.com%2Fvideo%2Fncaa-softball-regional-highlights-oregon-softball-heads-to-eighth-consecutive-super-regional%2F','facebook-share-dialog','width=626,height=436');return false;\"\n                        >\n                            <i class=\"fab fa-facebook-f\"><\/i>\n                        <\/a>\n                    <\/li>\n                    <li class=\"twitter\">\n                        <a class=\"tus_tipsed trasition-all\" href=\"#\" title=\"Share on Twitter\" rel=\"nofollow\"\n                           target=\"_blank\"\n                           onclick=\"window.open('http:\/\/twitter.com\/share?text=NCAA Softball Regional highlights: Oregon softball heads to eighth consecutive Super Regional&amp;url=https%3A%2F%2Flab.tagup.com%2Fvideo%2Fncaa-softball-regional-highlights-oregon-softball-heads-to-eighth-consecutive-super-regional%2F','twitter-share-dialog','width=626,height=436');return false;\"\n                        >\n                            <i class=\"fab fa-twitter\"><\/i>\n                        <\/a>\n                    <\/li>\n\n\n                    <li class=\"email\">\n                        <a\n                                class=\" tus_tipsed trasition-all tus_email_video_btn sharer_email\"\n                                href=\"javascript:\"\n                                data-type=\"video\"\n                                data-post_id=\"37035\"\n                                data-user_id=\"0\"\n                                title=\"Share by Email\"\n                                rel=\"nofollow\"\n                                target=\"_blank\"\n                        ><i class=\"tus_email_icon fa fa-envelope\"><\/i><\/a>\n                    <\/li>\n\n                    <li class=\"link\">\n                        <a\n                                class=\"tus_tipsed trasition-all tus_link_video_btn sharer_link\"\n                                href=\"javascript:\"\n                                data-type=\"video\"\n                                data-tocopy=\"37035\"\n                                data-url=\"https:\/\/lab.tagup.com\/video\/ncaa-softball-regional-highlights-oregon-softball-heads-to-eighth-consecutive-super-regional\/\"\n                                title=\"Copy Link\"\n                                rel=\"nofollow\"\n                                target=\"_blank\"\n                        ><i class=\"tus_email_icon fa fa-copy\"><\/i><\/a>\n                    <\/li>\n\n\n                <\/ul>\n            <\/div>\n\n\t\t\t","zoom":0,"zoom_out":"not_set","shortcuts":""}]