text:
<?xml version="1.0" encoding="utf-8"?>
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<resources xmlns:tools="http://schemas.android.com/tools" tools:ignore="MissingTranslation">
  <string name="app_name">Kernel Adiutor</string>
  <string name="root_waiting">Warten auf Root-Zugriff</string>
  <string name="no_root">Kein Root vorhanden</string>
  <string name="no_busybox">Kein Busybox vorhanden</string>
  <string name="ok">OK</string>
  <string name="cancel">Abbrechen</string>
  <string name="current_value_not_supported">Aktueller Wert wird nicht unterstützt</string>
  <string name="beta_message">Danke dass du Beta Tester bist. Falls du irgendwelche Probleme hast, zögere bitte nicht mich zu kontaktieren. Momentan benutzt du Version %s.</string>
  <string name="select_picture">Bild auswählen</string>
  <string name="no_picture">kein Bild</string>
  <string name="went_wrong">Etwas ist schief gelaufen!</string>
  <string name="password">Passwort</string>
  <string name="password_wrong">Falsches Passwort</string>
  <string name="press_back_again">Drücke \"Zurück\" noch einmal, um die App zu verlassen</string>
  <string name="more">Mehr</string>
  <string name="thank_you">Vielen Dank!</string>
  <string name="heavy_user_message">Es scheint Sie genießen diese Anwendung sehr! Vielen Dank für die Verwendung!</string>
  <string name="rate_app">Bewerten Sie die App</string>
  <string name="donate">Spenden Sie an mich</string>
  <string name="select_file">Wähle %s?</string>
  <string name="no_files">Keine Dateien in diesem Pfad.</string>
  <string name="save">Speichern</string>
  <string name="apply_on_boot">Beim Systemstart anwenden</string>
  <string name="apply_on_boot_finished">Deine Änderungen wurden übernommen</string>
  <string name="apply_on_boot_time">Anwenden der Einstellungen in %d Sekunde/n</string>
  <string name="apply_on_boot_enabled">Aktiviere beim Booten für Abschnitt %s</string>
  <string name="apply_on_boot_disabled">Deaktiviere beim Booten für Abschnitt %s</string>
  <string name="apply_on_boot_failed">Fehler beim Anwenden von Einstellungen beim Booten</string>
  <string name="mhz">MHz</string>
  <string name="mv">mV</string>
  <string name="kb">kB</string>
  <string name="ms">ms</string>
  <string name="mb">MB</string>
  <string name="min">min</string>
  <string name="sec">Sek</string>
  <string name="ma">mA</string>
  <string name="information">Informationen</string>
  <string name="kernel">Kernel</string>
  <string name="tools">Werkzeuge</string>
  <string name="other">Anderes</string>
  <string name="downloads">Downloads</string>
  <string name="kernel_information">Kernel-Informationen</string>
  <string name="frequency_table">Frequenzübersicht</string>
  <string name="cpu">CPU</string>
  <string name="cpu_voltage">CPU-Spannung</string>
  <string name="cpu_hotplug">CPU Hotplug</string>
  <string name="thermal">Temperatur</string>
  <string name="gpu">GPU</string>
  <string name="screen">Bildschirm</string>
  <string name="wake_controls">Aufweck-Einstellungen</string>
  <string name="sound">Ton</string>
  <string name="battery">Akku</string>
  <string name="io_scheduler">I/O Scheduler</string>
  <string name="ksm">Kernel Samepage Merging</string>
  <string name="low_memory_killer">Low Memory Killer</string>
  <string name="virtual_memory">Virtueller Speicher</string>
  <string name="entropy">Entropie</string>
  <string name="misc_controls">Verschiedene Einstellungen</string>
  <string name="plugins">Erweiterungen</string>
  <string name="backup">Sicherung</string>
  <string name="build_prop_editor">Build prop-Bearbeiter</string>
  <string name="profile">Profil</string>
  <string name="initd">Init.d</string>
  <string name="settings">Einstellungen</string>
  <string name="faq">FAQ</string>
  <string name="about_us">Über uns</string>
  <string name="unused_cpu_states">Ungenutzte CPU-Stadien</string>
  <string name="uptime">Laufzeit</string>
  <string name="deep_sleep">Tiefschlaf</string>
  <string name="reset_timer">Timer zurücksetzen</string>
  <string name="restore_timer">Timer wiederherstellen</string>
  <string name="kernel_version">Kernel-Version</string>
  <string name="cpu_information">CPU-Information</string>
  <string name="memory_information">Speicherinformation</string>
  <string name="cpu_usage">CPU-Nutzung</string>
  <string name="cpu_temp">CPU-Temperatur</string>
  <string name="current_freq">Aktuelle Frequenz</string>
  <string name="core">Kern %d</string>
  <string name="offline">Ausgeschaltet</string>
  <string name="cpu_max_freq">Maximale CPU-Frequenz</string>
  <string name="cpu_max_freq_summary">Ändere die maximale Taktfrequenz der CPU.</string>
  <string name="cpu_min_freq">Minimale CPU-Frequenz</string>
  <string name="cpu_min_freq_summary">Ändere die minimale Taktfrequenz der CPU.</string>
  <string name="cpu_max_screen_off_freq">Maximale CPU-Taktfrequenz bei ausgeschaltetem Bildschirm</string>
  <string name="cpu_max_screen_off_freq_summary">Ändere die minimale Taktfrequenz der CPU, wenn der Bildschirm aus ist.</string>
  <string name="cpu_governor">CPU-Governor</string>
  <string name="cpu_governor_summary">Der CPU-Governor entscheidet, wie sich die CPU verhält. Die Änderung des Governors hat Auswirkungen darauf, wie sich die CPU zwischen Frequenzen entscheidet.</string>
  <string name="cpu_governor_tunables">CPU-Governor Einstellungen</string>
  <string name="cpu_governor_tunables_summary">Unterschiedliche Konfigurationen, die vom Governor abhängig sind.</string>
  <string name="not_tunable">%s ist nicht einstellbar</string>
  <string name="mc_power_saving">Energiesparmodus für Mehrkernprozessoren</string>
  <string name="mc_power_saving_summary">Gruppiert die Aufgaben möglichst wenigen Kernen zu.</string>
  <string name="power_saving_wq">Anstehende Aufgaben, laufenden CPUs zuweisen, um Strom zu sparen.</string>
  <string name="cfs_scheduler_policy">Richtlinien für den CFS-Planer</string>
  <string name="disabled">Deaktiviert</string>
  <string name="enabled">Aktiviert</string>
  <string name="aggressive">Aggressiv</string>
  <string name="cpu_quiet">CPUQuiet</string>
  <string name="cpu_quiet_summary">CPUQuiet implementiert austauschbare Richtlinien für CPU-Kerne diese in den Ruhezustand zu zwingen. Entsprechende Richtlinien Strom zu sparen ohne die Leistung zu beeinflussen.</string>
  <string name="cpu_quiet_governor">CPUQuiet Governor</string>
  <string name="cpu_boost">CPU-Boost</string>
  <string name="debug_mask">Debug-Mask</string>
  <string name="debug_mask_summary">Erlaubt dir, Debug-Mask für CPU-Boost-Operationen zu aktivieren.</string>
  <string name="interval">Intervall</string>
  <string name="interval_summary">Minimale Zeit die eine CPU beschleunigt wird.</string>
  <string name="sync_threshold">Sync-Schwellwert</string>
  <string name="sync_threshold_summary">Wenn CPU-Belastung den voreingestellten Schwellenwert überschreitet, wird die aktuelle CPU auf diese Frequenz angehoben.</string>
  <string name="input_interval">Eingabe-Intervall</string>
  <string name="input_interval_summary">Minimales Intervall des CPU-Boost, wenn eine Eingabe erfolgt.</string>
  <string name="input_boost_freq">Eingabe CPU-Boost Frequenz</string>
  <string name="input_boost_freq_core">Eingang Frequenz Core Boost %s</string>
  <string name="input_boost_freq_summary">Die CPU-Frequenz wird bei Berühren des Bildschirms auf diesen Wert gesetzt.</string>
  <string name="global_offset">Globaler Offset</string>
  <string name="override_vmin">Mindestspannung überschreiben</string>
  <string name="override_vmin_summary">Hersteller Undervolting Begrenzung deaktivieren</string>
  <string name="mpdecision">MPDecision</string>
  <string name="mpdecision_summary">QCOMs Hotplugging Lösung. Sie werden wahrscheinlich Schwierigkeiten mit der Änderung der Frequenzen feststellen, wenn diese Funktion aktiv ist.</string>
  <string name="intelliplug">IntelliPlug</string>
  <string name="intelliplug_summary">Ein interner Kernel-Ersatz für Qualcomms MPDecision, entwickelt von faux123.</string>
  <string name="profile_summary">Die eingeklammerte Zahl zeigt jene Kerne, die immer online sind.</string>
  <string name="balanced">Ausgeglichen</string>
  <string name="performance">Leistung</string>
  <string name="conservative">Konservativ</string>
  <string name="eco_performance">Eco-Leistung</string>
  <string name="eco_conservative">Eco-Konservativ</string>
  <string name="tri">Tri</string>
  <string name="eco">Eco</string>
  <string name="strict">Strikt</string>
  <string name="eco_mode">Energiesparmodi</string>
  <string name="eco_mode_summary">Akkuschonender IntelliPlug-Modus.</string>
  <string name="touch_boost">Touch-Boost</string>
  <string name="touch_boost_summary">Dies wird Ihre minimale CPU-Geschwindigkeit erhöhen, wenn Sie auf den Bildschirm oder eine Taste drücken.</string>
  <string name="hysteresis">Hysteresewert</string>
  <string name="hysteresis_summary">Je niedriger der Wert ist, desto schneller die Reaktion.</string>
  <string name="threshold">Schwellwert</string>
  <string name="debug">Fehlersuche</string>
  <string name="debug_summary">Erlaubt Debug-Maske für Operationen zu aktivieren.</string>
  <string name="suspend">Ruhezustand</string>
  <string name="suspend_summary">Ruhezustand verhindern.</string>
  <string name="cpus_boosted">CPUs erhöht</string>
  <string name="cpus_boosted_summary">Maximale Anzahl der CPUs, die sich zur gleichen Zeit steigern.</string>
  <string name="min_cpu_online">Minimal CPU Online</string>
  <string name="min_cpu_online_summary">Minimale Anzahl der immer laufenden CPUs.</string>
  <string name="max_cpu_online">Maximal CPU Online</string>
  <string name="max_cpu_online_summary">Maximale Anzahl der immer laufenden CPUs.</string>
  <string name="max_cores_screen_off">Maximale CPU Kerne bei ausgeschaltetem Bildschirm</string>
  <string name="max_cores_screen_off_summary">Maximale Anzahl der laufenden CPU Kerne wenn der Bildschirm ausgeschaltet ist.</string>
  <string name="suspend_defer_time">Suspend Zeitverzögerung</string>
  <string name="defer_sampling">Verzögerungssampling</string>
  <string name="boost_lock_duration">Sperrdauer des Boosts</string>
  <string name="boost_lock_duration_summary">Minimale Zeit die ein CPU beschleunigt wird.</string>
  <string name="down_lock_duration">Sperrdauer</string>
  <string name="down_lock_duration_summary">Minimales Intervall das ein CPU-Kern aktiv bleibt.</string>
  <string name="fshift">FShift</string>
  <string name="blu_plug">Blu_Plug</string>
  <string name="blu_plug_summary">Ein kernel-interner Ersatz für Qualcomms MPDecision. Von Code_Blue Team entwickelt.</string>
  <string name="powersaver_mode">Energiesparmodus</string>
  <string name="powersaver_mode_summary">1 CPU Maximal Online die mit der Frequenz @1728 MHz arbeitet.</string>
  <string name="up_threshold">Oberer Schwellwert</string>
  <string name="up_threshold_summary">über dieser Schwelle wird ein weiterer Kern aktiviert.</string>
  <string name="up_timer_cnt">Timer-Steuerelement</string>
  <string name="up_timer_cnt_summary">Kontroll-Timer für aktive CPUs.</string>
  <string name="msm_hotplug">MSM Hotplug</string>
  <string name="msm_hotplug_summary">Ein Kernel-Ersatz für Qualcomms MPDecision, entwickelt von faux123.</string>
  <string name="history_size">Verlaufs-Größe</string>
  <string name="history_size_summary">Anzahl der Proben, die gemacht werden um die Durchschnittsbelastung der CPU-Kerne zu bestimmen. Ein geringerer Wert bedeutet schnellere und fehlerhaftere Ergebnisse.</string>
  <string name="update_rate">Aktualisierungsrate</string>
  <string name="update_rate_summary">Abstand zwischen den Proben, die gemacht werden um die Durchschnittsbelastung der CPU-Kerne zu bestimmen. Ein geringerer Wert bedeutet schnellere und fehlerhaftere Ergebnisse.</string>
  <string name="fast_lane_load_summary">Verbesserte Latenz indem alle CPU-Kerne eingeschaltet werden wenn die Belastung auf einem hoch genug ist.</string>
  <string name="fast_lane_min_freq">Fast Lane min. Frequenz</string>
  <string name="offline_load">Offline laden</string>
  <string name="io_is_busy">IO ist ausgelastet</string>
  <string name="defer_time">Suspend Zeit verzögern</string>
  <string name="mako_hotplug">Mako Hotplug</string>
  <string name="mako_hotplug_summary">Ein Kernel-Ersatz für Qualcomms MPDecision, entwickelt von franciscofranco.</string>
  <string name="cores_on_touch">Kerne während einer Eingabe</string>
  <string name="cores_on_touch_summary">Anzahl der CPUs die online bleiben, indem der Bildschirm oder eine Taste berührt wird.</string>
  <string name="cpu_freq_unplug_limit">CPU-Frequenz Unplug Limit</string>
  <string name="first_level">Erste Ebene</string>
  <string name="high_load_counter">Hochlast-Counter</string>
  <string name="min_time_cpu_online">Minimale Zeit, die eine CPU online ist</string>
  <string name="timer">Timer</string>
  <string name="msm_mpdecision_hotplug">MSM MPDecision Hotplug</string>
  <string name="bricked_hotplug">Bricked Hotplug</string>
  <string name="mb_hotplug_summary">Ein Kernel-Ersatz für Qualcomms MPDecision. Entwickelt von showp1984.</string>
  <string name="screen_off_single_core_summary">Verwende nur einen Kern, wenn der Bildschirm ausgeschaltet ist.</string>
  <string name="idle_frequency">Leerlauf-Frequenz</string>
  <string name="idle_frequency_summary">Wenn der erste Kern unter der eingestellten Frequenz läuft, nicht die anderen Kerne aktivieren.</string>
  <string name="touch_boost_time">Berührungsboost-Zeit</string>
  <string name="start_delay">Startverzögerung</string>
  <string name="start_delay_summary">Zeit bis Hotplug zu arbeiten beginnt.</string>
  <string name="delay">Verzögerung</string>
  <string name="delay_summary">Zeit zwischen den Überprüfungen.</string>
  <string name="pause">Pause</string>
  <string name="alucard_hotplug">Alucard Hotplug</string>
  <string name="alucard_hotplug_summary">Ein Kernel-Ersatz für Qualcomms MPDecision, entwickelt von Alucard.</string>
  <string name="sampling_rate">Sampling-Rate</string>
  <string name="cpu_down_rate">CPU-Down Rate</string>
  <string name="cpu_up_rate">CPU-Up Rate</string>
  <string name="thunderplug">Thunderplug</string>
  <string name="thunderplug_summary">Ein Kernel-Ersatz für Qualcomms MPDecision, entwickelt von varunchitre15.</string>
  <string name="min_cores_screen_off">Maximale CPU Kerne bei ausgeschaltetem Bildschirm</string>
  <string name="min_cores_screen_off_summary">Minimale Anzahl an aktiven Kernen bei ausgeschalteten Bildschirm.</string>
  <string name="endurance_level">Ausdauer Level</string>
  <string name="endurance_level_summary">Ein Stromeinsparungsprofil.</string>
  <string name="quad_core_mode">Quad-Core-Modus</string>
  <string name="dual_core_mode">Dual-Core-Modus</string>
  <string name="zen_decision">Zen Decision</string>
  <string name="zen_decision_summary">Ein Kernel-Ersatz für Qualcomms MPDecision, entwickelt von Alucard.</string>
  <string name="wake_wait_time">Wake Wartezeit</string>
  <string name="wake_wait_time_summary">Wie lange warten bis alle Kerne eingeschalten werden. </string>
  <string name="bat_threshold_ignore">Batterie Schwellwert ignorieren</string>
  <string name="bat_threshold_ignore_summary">Keine Kerne einschalten, wenn die Batteriekapazität niedriger ist als der vorgegebene Wert.</string>
  <string name="autosmp">AutoSMP</string>
  <string name="autosmp_summary">Ein Kernel-Ersatz für Qualcomms MPDecision, entwickelt von mrg666.</string>
  <string name="cycle_down">Zyklus nach unten</string>
  <string name="cycle_up">Zyklus nach oben</string>
  <string name="intellithermal">Intellithermal</string>
  <string name="intellithermal_summary">Ein interner Kernel-Ersatz für Qualcomms Thermald. Von faux123 entwickelt.</string>
  <string name="intellithermal_optimized">Intellithermal optimiert</string>
  <string name="intellithermal_optimized_summary">Ein interner Kernel-Ersatz für Qualcomms Thermald. Entwickelt von faux123 und alucard_24.</string>
  <string name="core_control">Kern Steuerung</string>
  <string name="vdd_restriction">VDD Beschränkung</string>
  <string name="freq_throttle_temp">Frequenz Trottel Temperatur</string>
  <string name="core_throttle_temp_summary">Kerne ausschalten bei dieser Temperatur.</string>
  <string name="freq_step">Frequenz-Schritt</string>
  <string name="thermal_limit_low">Thermales Limit niedrig</string>
  <string name="thermal_limit_high">Thermales Limit hoch</string>
  <string name="temp_safety">Temperatur-Sicherheit</string>
  <string name="msm_thermal">MSM Thermal</string>
  <string name="check_interval">Prüfintervall</string>
  <string name="temp_throttle">Temperatur Drosseln</string>
  <string name="temp_limit">Temperatur-Begrenzung</string>
  <string name="temp_limit_summary">Wenn die Temperatur höher ist, wird die CPU-Frequenz gemindert, um die Temperatur zu senken.</string>
  <string name="gpu_2d_cur_freq">Aktuelle GPU 2D-Frequenz</string>
  <string name="gpu_cur_freq">Aktuelle GPU-Frequenz</string>
  <string name="gpu_2d_max_freq">GPU 2D Maximalfrequenz</string>
  <string name="gpu_2d_max_freq_summary">Maximale Taktfrequenz der 2D-GPU einstellen.</string>
  <string name="gpu_max_freq">Maximale GPU-Frequenz</string>
  <string name="gpu_max_freq_summary">Maximale Taktfrequenz der GPU einstellen.</string>
  <string name="gpu_2d_governor">GPU 2D Governor</string>
  <string name="gpu_2d_governor_summary">Ändert den 2D-Governor der GPU.</string>
  <string name="gpu_governor">GPU-Governor</string>
  <string name="gpu_governor_summary">Ändert den GPU-Governor.</string>
  <string name="simple_gpu_algorithm">Einfacher GPU-Algorithmus</string>
  <string name="simple_gpu_algorithm_summary">Ein Add-on für MSM Adreno TZ GPU Gouvernor. Von faux123 entwickelt.</string>
  <string name="laziness">Trägheit</string>
  <string name="laziness_summary">Dies erhöht die Schwelle für die GPU-Frequenzen. Die Leistung wird gesteigert, je niedriger die Schwelle ist.</string>
  <string name="red">Rot</string>
  <string name="green">Grün</string>
  <string name="blue">Blau</string>
  <string name="min_rgb">Minimaler RGB-Wert</string>
  <string name="invert_screen">Bildschirm invertieren</string>
  <string name="saturation_intensity">Sättigungs-Intensität</string>
  <string name="grayscale_mode">Graustufen-Modus</string>
  <string name="screen_hue_summary">Führt möglichweise zu Problemen mit dem MSM8x26 SoC wenn ein hoher Wert gesetzt wird.</string>
  <string name="screen_contrast">Bildschirmkontrast</string>
  <string name="high_brightness_mode">Hoher Helligkeitsmodus</string>
  <string name="gamma">Gamma</string>
  <string name="gamma_profile">Gamma-Profile</string>
  <string name="red_greys">Rot-Grau</string>
  <string name="red_blacks">Rot-Schwarz</string>
  <string name="red_whites">Rot-Weiß</string>
  <string name="green_greys">Grün-Grau</string>
  <string name="green_blacks">Grün-Schwarz</string>
  <string name="green_whites">Grün-Weiß</string>
  <string name="blue_greys">Blau-Grau</string>
  <string name="blue_blacks">Blau-Schwarz</string>
  <string name="blue_whites">Blau-Weiß</string>
  <string name="contrast">Kontrast</string>
  <string name="brightness">Helligkeit</string>
  <string name="red_positive">Rot Positiv</string>
  <string name="red_negative">Rot Negativ</string>
  <string name="green_positive">Grün Positiv</string>
  <string name="green_negative">Grün Negativ</string>
  <string name="blue_positive">Blau Positiv</string>
  <string name="blue_negative">Blau Negativ</string>
  <string name="white_point">Weißpunkt</string>
  <string name="gamma_profile_summary">Nach Auswahl eines Profils bitte den Bildschirm aus- und wieder einschalten.</string>
  <string name="additional_profiles">Zusätzliche Profile</string>
  <string name="additional_profiles_summary">Weitere Profile online abrufen.</string>
  <string name="loading">Lade</string>
  <string name="no_internet">Keine Internetverbindung</string>
  <string name="no_additional_profiles">Keine zusätzlichen Profile gefunden</string>
  <string name="lcd_backlight">LCD-Hintergrundbeleuchtung</string>
  <string name="brightness_mode">Exponentiellen statt linearen Hintergrundbeleuchtungsmodus benutzen.</string>
  <string name="min_brightness">Minimale Helligkeit</string>
  <string name="min_brightness_summary">Erlaubt, die Helligkeit des Bildschirms niedriger als gewöhnlich einzustellen.</string>
  <string name="max_brightness">Maximale Helligkeit</string>
  <string name="max_brightness_summary">Erlaubt Ihnen die Helligkeit des Bildschirms höher als gewöhnlich einzustellen.</string>
  <string name="backlight_dimmer">Hintergrundbeleuchtungs-Dimmer</string>
  <string name="offset">Offset</string>
  <string name="master_sequence">Haupt-Sequenz</string>
  <string name="glove_mode">Handschuh-Modus</string>
  <string name="dt2w">DoubleTap2Wake</string>
  <string name="dt2w_summary">Wecken Sie Ihr Gerät durch doppeltes Antippen des Bildschirms auf.</string>
  <string name="center">Mittig</string>
  <string name="full">Vollständig</string>
  <string name="bottom_half">Untere Hälfte</string>
  <string name="top_half">Obere Hälfte</string>
  <string name="halfscreen">Halber Bildschirm</string>
  <string name="fullscreen">Vollbild</string>
  <string name="s2w">Sweep2Wake</string>
  <string name="s2w_summary">Wecken Sie Ihr Gerät durch Wischen auf dem Bildschirm auf.</string>
  <string name="s2s">Sweep2Sleep</string>
  <string name="t2w">Tap2Wake</string>
  <string name="t2w_summary">Wecken Sie Ihr Gerät auf, indem Sie auf den Touchscreen tippen.</string>
  <string name="wake">Aufwecken</string>
  <string name="dt2w_charging">DoubleTap2Wake während des Ladevorgangs</string>
  <string name="s2w_charging">Sweep2Wake während des Ladevorgangs</string>
  <string name="dt2w_s2w_charging">DoubleTap2Wake + Sweep2Wake während des Ladevorgangs</string>
  <string name="sleep">Schlafen</string>
  <string name="dt2s">DoubleTap2Sleep</string>
  <string name="slide_up">Nach oben streichen</string>
  <string name="slide_down">Nach unten streichen</string>
  <string name="slide_left">Nach links streichen</string>
  <string name="slide_right">Nach rechts streichen</string>
  <string name="draw_e">Ein \"E\" Zeichnen</string>
  <string name="draw_o">Ein \"O\" Zeichnen</string>
  <string name="draw_w">Ein \"W\" Zeichnen</string>
  <string name="draw_c">Ein \"C\" Zeichnen</string>
  <string name="draw_m">Ein \"M\" Zeichnen</string>
  <string name="power_key_suspend">Power-Taste unterbrechen</string>
  <string name="power_key_suspend_summary">Diese Einstellung wird Wake-Steuerelemente deaktivieren, wenn der Bildschirm durch die Power-Taste ausgeschaltet wird.</string>
  <string name="sound_control">Lautstärken-Kontrolle</string>
  <string name="headphone_gain">Kopfhörer Steigerung</string>
  <string name="handset_microphone_gain">Handset Mikrofon Steigerung</string>
  <string name="cam_microphone_gain">Camcorder-Mikrofon-Verstärkung</string>
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  <string name="headphone_poweramp_gain">Kopfhörer PowerAmp Steigerung</string>
  <string name="microphone_gain">Mikrofon Verstärkung</string>
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  <string name="battery_level">Akkustand</string>
  <string name="battery_temperature">Akku-Temperatur</string>
  <string name="usb_fast_charge">USB Fast Charge</string>
  <string name="usb_fast_charge_summary">Das Gerät lädt schneller, falls verbunden via USB.</string>
  <string name="blx">Akkulaufzeit verlängern</string>
  <string name="blx_summary">Maximale Kapazität die aufgeladen werden soll.</string>
  <string name="charge_rate_summary">Legen Sie eine benutzerdefinierte Ladegeschwindigkeit fest. Vorsicht: Überschreitung von 1250mA kann Ihr Ladegerät beschädigt.</string>
  <string name="internal_storage">Interner Speicher</string>
  <string name="external_storage">Externer Speicher</string>
  <string name="scheduler">Scheduler</string>
  <string name="scheduler_summary">Lege einen aktiven I/O Scheduler Algorithmus fest. Der Scheduler entscheidet wie mit I/O Anfragen umgegangen wird.</string>
  <string name="scheduler_tunable">Scheduler Tunable</string>
  <string name="scheduler_tunable_summary">Verschiedene Optionen die vom Scheduler abhängig sind.</string>
  <string name="read_ahead">Read-Ahead</string>
  <string name="read_ahead_summary">Der Read-Ahead Wert für den Telefonspeicher.</string>
  <string name="ksm_full_scans">Vollständige Scans</string>
  <string name="ksm_pages_shared">Geteilte Seiten</string>
  <string name="ksm_pages_sharing">Teilende Seiten</string>
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  <string name="ksm_pages_volatile">Flüchtige Seiten</string>
  <string name="ksm_enable">KSM aktivieren</string>
  <string name="ksm_enable_summary">Reduziert den Speicherverbrauch, erhöht aber die CPU-Auslastung.</string>
  <string name="ksm_pages_to_scan">Zu scannende Seiten</string>
  <string name="ksm_sleep_milliseconds">Schlafen zwischen den Scans</string>
  <string name="ksm_deferred_timer">Auszusetzende Timer</string>
  <string name="foreground_app">Vordergrund-Anwendungen</string>
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  <string name="content_providers">Inhaltsversorger</string>
  <string name="empty_app">Leere Anwendungen</string>
  <string name="very_light">Sehr leicht</string>
  <string name="light">Sanft</string>
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  <string name="very_aggressive">Sehr aggressiv</string>
  <string name="zram">Z-RAM</string>
  <string name="disksize">Speichergröße</string>
  <string name="disksize_summary">Versucht, die Leistung zu erhöhen, indem die Auslagerungsaktivitäten nicht mehr auf physischen Speicher gelagert werden, stattdessen wird ein virtuelles Blockgerät erstellt. Paging erfolgt im RAM, bis es erforderlich ist, den virtuellen Swap-Speicher zu verwenden.</string>
  <string name="available">Verfügbar</string>
  <string name="read">Lesen</string>
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  <string name="vibration_strength">Vibrationsstärke</string>
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  <string name="fsync">FSync</string>
  <string name="dynamic_fsync">Dynamischer FSync</string>
  <string name="lcd_panel">LCD-Anzeige</string>
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  <string name="network">Netzwerk</string>
  <string name="tcp">TCP Congestion-Algorithmus</string>
  <string name="tcp_summary">Das \"Transmission Control Protocol\" ist eines der Hauptprotokolle der Internetprotokollfamilie (IP), die wegen dessen starker Verbreitung oft TCP/IP genannt wird.</string>
  <string name="hostname">Hostname</string>
  <string name="wakelock">Wakelock</string>
  <string name="smb135x_wakelock">smb135x Wakelock</string>
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  <string name="sensor_ind_wakelock">Sensor_ind Wakelock</string>
  <string name="sensor_ind_wakelock_summary">Verhindert Wakelocks wenn der Inaktivitätsbildschirm deaktiviert ist.</string>
  <string name="msm_hsic_host_wakelock">Msm_hsic_host Wakelock</string>
  <string name="msm_hsic_host_wakelock_summary">Verhindert msm_hsic_host Wakelocks.</string>
  <string name="plugin_warning">Ich, der Autor dieser Anwendung, bin nicht verantwortlich für Schäden, die Dritt-Anwendungen verursachen! Ich kann auch nicht für die Funktionalität von ihnen garantieren. Seien Sie bitte vorsichtig, welche Anwendungen Sie herunterladen!</string>
  <string name="download_plugins">Erweiterungen herunterladen</string>
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  <string name="logo">Logo</string>
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  <string name="loading_counting">Lade %1$d/%2$d</string>
  <string name="downloading_db">Lade Datenbank herunter</string>
  <string name="xda">XDA</string>
  <string name="github">GitHub</string>
  <string name="google_plus">Google Plus</string>
  <string name="paypal">Paypal</string>
  <string name="download">Download</string>
  <string name="downloading_counting">%1$s/%2$s</string>
  <string name="resume">Zurück</string>
  <string name="checking_md5">Überprüfen der MD5 Summe</string>
  <string name="md5_mismatch">MD5-Prüfsumme stimmt nicht überein</string>
  <string name="md5_mismatch_summary">Die heruntergeladene Datei hat eine andere MD5-Prüfsumme. Dies hat folgende Gründe: \n\n\u2022 die heruntergeladene Datei ist beschädigt\n\u2022 Der Entwickler hat eine falsche Prüfsumme angegeben\n\nVersuchen Sie diese Datei erneut herunterzuladen. Wenn Sie immer noch diese Fehlermeldung erhalten, kontaktieren Sie den Entwickler dieses Kernels.</string>
  <string name="download_success">%s wurde erfolgreich heruntergeladen. Möchten Sie es jetzt installieren?</string>
  <string name="manual_flashing">Ich werde meine Hände benutzen</string>
  <string name="file_location">Die heruntergeladene Datei ist in %s</string>
  <string name="no_backups">Keine Backups</string>
  <string name="flash_img">IMG flashen</string>
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  <string name="backing_up">Sicherung erstellen</string>
  <string name="empty_name">Leerer Name!</string>
  <string name="backup_already_exists">Ein Backup mit dem selben Namen existiert bereits. Lösche es zuerst!</string>
  <string name="restore">Wiederherstellen</string>
  <string name="delete">Löschen</string>
  <string name="overwrite_question">Soll %s überschrieben werden?</string>
  <string name="restoring">Wird wiederhergestellt</string>
  <string name="delete_question">Soll %s gelöscht werden?</string>
  <string name="items_found">%d Objekt/e gefunden</string>
  <string name="add">Hinzufügen</string>
  <string name="edit">Bearbeiten</string>
  <string name="key">Taste</string>
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  <string name="backup_created">Backup wurde in %s erstellt.</string>
  <string name="search">Suchen</string>
  <string name="no_profiles">Keine Profile</string>
  <string name="profile_description">Durch das Hinzufügen eines Profils werden die Einstellungen gespeichert. Du kannst sie später anwenden.</string>
  <string name="name">Name</string>
  <string name="select_all">Alle auswählen</string>
  <string name="apply">Anwenden</string>
  <string name="removed_all_sections">Sie haben alle Abschnitte entfernt! Keine Profile für Sie.</string>
  <string name="no_settings">Keine Einstellungen gefunden!</string>
  <string name="press_again_to_apply">Zum Anwenden erneut drücken.</string>
  <string name="applied">Übernommen</string>
  <string name="applying_profile">%s anwenden</string>
  <string name="reboot">Neustart</string>
  <string name="reboot_soft">Schneller Neustart</string>
  <string name="reboot_recovery">Recovery</string>
  <string name="reboot_bootloader">Bootloader</string>
  <string name="reboot_download">Download-Modus</string>
  <string name="confirm">Sind Sie sicher?</string>
  <string name="cwm_recovery">CWM-Recovery</string>
  <string name="twrp">TWRP</string>
  <string name="wipe_data">Daten löschen</string>
  <string name="wipe_cache">Cache löschen</string>
  <string name="flash_zip">Zip flashen</string>
  <string name="flash_now">Jetzt flashen</string>
  <string name="flash_now_confirm">Möchten Sie Ihre Aktionen ausführen? Das Gerät wird ins Recovery-System starten und die Aktionen werden in der Reihenfolge ausgeführt, wie sie hinzugefügt wurden.</string>
  <string name="add_action_first">Sie müssen zunächst eine Aktion hinzufügen.</string>
  <string name="emulate_initd">Init.d emulieren</string>
  <string name="emulate_initd_summary">Wenn Ihr Gerät kein Init.d unterstützt können Sie hier die Emulierung aktivieren. Durch die Aktivierung wird die Anwendung nach dem Systemstart die Skripte ausführen, dies geschieht jedoch vor \"Beim Systemstart anwenden\".</string>
  <string name="executing">Ausführung</string>
  <string name="execute">Ausführen</string>
  <string name="no_scripts_found">Keine Skripte gefunden!</string>
  <string name="starting_initd">Starte Init.d-Emulation</string>
  <string name="finishing_initd">Init.d-Emulation wird beendet</string>
  <string name="file_name">Name der Datei</string>
  <string name="dark_theme">Dunkles Design</string>
  <string name="force_english_language">Englische Sprache erzwingen</string>
  <string name="beta_info">Beta-Informationen</string>
  <string name="beta_info_summary">Zeige ein Dialogfeld beim Start, wenn Sie eine Beta-Version verwenden.</string>
  <string name="show_profile_tile">Zeige Profil-Kachel (Benachrichtigungsanzeige)</string>
  <string name="notification">Benachrichtigung</string>
  <string name="notification_summary">Zeige eine Benachrichtigung wenn \"Beim Systemstart anwenden\" gestartet wird. Bei Problemen bitte deaktivieren.</string>
  <string name="show_toast">Toast-Benachrichtigungen anzeigen</string>
  <string name="test">Test</string>
  <string name="test_summary">Teste \"Anwenden beim Boot\" mit Verzögerung. Wenn nichts geschieht, existieren keine gespeicherten Einstellungen.</string>
  <string name="hide_apply_on_boot">\"Beim Systemstart anwenden\" ausblenden</string>
  <string name="hide_apply_on_boot_summary">Ansicht beim Herunterscrollen ausblenden.</string>
  <string name="enable_apply_on_boot_first">Sie müssen zuerst für einen Abschnitt \"Anwenden beim Boot\" aktivieren.</string>
  <string name="debugging">Debugging</string>
  <string name="logcat">Logcat</string>
  <string name="logcat_summary">Kopiere Logcat nach /sdcard/logcat.txt</string>
  <string name="last_kmsg">Letzte Kernel-Nachricht</string>
  <string name="last_kmsg_summary">Kopiere /proc/last_kmsg nach /sdcard/last_kmsg.txt</string>
  <string name="driver_message">Treiber-Nachricht</string>
  <string name="driver_message_summary">Treiber-Nachricht (Dmesg) auf /sdcard/dmesg.txt speichern</string>
  <string name="security">Sicherheit</string>
  <string name="set_password">Passwort festlegen</string>
  <string name="set_password_summary">Sie können Kernel Adiutor durch das Festlegen eines Passworts schützen. Jedes Mal wenn Sie diese Anwendung öffnen, müssen Sie Ihr Passwort eingeben. Falls Sie es vergessen sollten, einfach die Daten dieser Anwendung in den Einstellungen Ihres Gerätes löschen. Machen Sie sich keine Sorgen, ich werde Ihr Passwort nicht missbrauchen.</string>
  <string name="delete_password">Passwort löschen</string>
  <string name="new_password">Neues Passwort</string>
  <string name="confirm_new_password">Bestätige neues Passwort</string>
  <string name="old_password">Altes Password</string>
  <string name="old_password_wrong">Altes Password ist falsch</string>
  <string name="password_empty">Das Passwort ist leer</string>
  <string name="password_not_match">Passwort stimmt mit der Bestätigung nicht überein</string>
  <string name="password_too_long">Das Passwort ist zu lang</string>
  <string name="set_password_first">Lege zuerst ein Passwort fest</string>
  <string name="show_sections">Abschnitte anzeigen</string>
  <string name="misspelled">Wieso hast du \"Auditor\" falsch geschrieben?</string>
  <string name="misspelled_summary">Adiutor ist lateinisch und bedeutet Helfer.</string>
  <string name="cpu_freq_not_sticking">Warum bleibt meine eingestellte CPU-Frequenz nicht bestehen?</string>
  <string name="cpu_freq_not_sticking_summary">Dies hat mehrere Gründe. Viele Kernel haben heutzutage ihre eigenen Hotplug-Systeme, die die CPU-Frequenz steuern und CyanogenMod hat eigene CPU-Boost Implementierungen, die die Frequenz steuern. Ich empfehle, dass Sie die CPU-Frequenzen nicht verändern und diese Aufgabe dem Kernel überlassen.</string>
  <string name="feature_not_appearing">Warum werden einige Funktionen nicht angezeigt?</string>
  <string name="feature_not_appearing_summary">Die Einstellmöglichkeiten sind vom Kernel abhängig.</string>
  <string name="feature_function">Was macht die Einstellung \"X\"?</string>
  <string name="feature_function_summary">Wenn Sie nicht wissen, was diese Einstellung tut, verändern Sie diese auch nicht. Informieren Sie sich vorher gut, bevor Sie mit Ihrer teuren Hardware experimentieren.</string>
  <string name="add_new_features">Kannst du Funktion x und y hinzufügen?</string>
  <string name="license">Lizenz</string>
  <string name="app_license">Kernel Adiutor ist unter der Apache License, Version 2.0, lizenziert und verwendet folgende Programmbibliotheken</string>
  <string name="open_source">Open Source</string>
  <string name="open_source_summary">Der Quellcode dieser App ist offen und kann auf meinem GitHub Account gefunden werden.</string>
  <string name="feature_request">Funktionsanfrage</string>
  <string name="feature_request_summary">Willst du mehr Funktionen? Öffne einen \"Issue\" auf GitHub und erzähl mir von deiner Idee.</string>
  <string name="google_plus_summary">Werde Teil unserer Community.</string>
  <string name="translation">Übersetzung</string>
  <string name="translation_summary">Hilf mir, diese App zu übersetzen!</string>
</resources>


text:
Alabama Crimson Tide Tickets And Travel Packages
Home - NCAA Football - Alabama Crimson Tide
Our Alabama Crimson Tide Packages
With 16 division titles, the Alabama Crimson Tide is one of the most popular football teams in the NCAA. Located in Tuscaloosa, Alabama, the team is comprised of top players like Jameson Williams and Bryce Young, which makes the games exciting. You can follow your team throughout the season by seeing them play at the Bryant-Denny Stadium. You can even follow them to away games to exciting destinations to show your support while in the stands.
Attending a live game is memorable because it gives you the ultimate experience. You can get a firsthand look at your favorite players as they warm up on the field and are coached by Nick Saban. Singing their fight song with other fans will enhance your love of the game.
Alabama Crimson Tide Package Details
Few experiences are as fun as a sports vacation you can take through Major League Vacations. We offer standard packages that have a variety of upgrades and add-ons to ensure you can customize your trip from beginning to end. We have several decades of experience in the industry and will plan your airfare, hotel, and airport transportation to ensure you can enjoy a VIP experience. Our all-inclusive packages are centered around your sports games.
Alabama Crimson Tide Home Stadium
Check Out Our Alabama Crimson Tide Packages
Alabama Crimson Tide vs Ole Miss Rebels Package
Alabama Crimson Tide vs Tennessee Volunteers Package
Alabama Crimson Tide Package Booking Form
The New York Islanders: A History
The New York Islanders are a professional ice hockey team based in the New York metropolitan area. They are members of the Metropolitan Division of
Why You Should Attend The Toronto Blue Jays Spring Training
When it comes to spring training, the Toronto Blue Jays are definitely snowbirds. The team heads to sunny Dunedin, Florida every year to complete spring
The New York Rangers: A Brief History
The New York Rangers are a professional ice hockey team based in New York City. They compete in the National Hockey League (NHL) as a

redpajama_set_name: RedPajamaCommonCrawl


This award is for individual short stories of up to 2000 words.
This award is open to writers who have not yet published a full-length work of fiction (either novels or short story collections).
Previously self-published writers and published authors from other genres such as non-fiction and poetry may apply.


text:
7167 Laupheim eller 1985 TD3 är en asteroid i huvudbältet som upptäcktes den 12 oktober 1985 av det amerikanska astronom paret Eugene M. och Carolyn S. Shoemaker vid Palomar-observatoriet. Den är uppkallad efter Volkssternwarte Laupheim och dess grundare Robert Clausen.

Asteroiden har en diameter på ungefär 23 kilometer.

Referenser

Huvudbältesasteroider
Småplaneter namngivna efter personer
Astronomiska upptäckter av CS Shoemaker
Astronomiska upptäckter av EM Shoemaker
Astronomiska upptäckter 1985

redpajama_set_name: RedPajamaWikipedia


text:
Home/NFL/Is A Big Trade Brewing Between The Seahawks And Cowboys?
Is A Big Trade Brewing Between The Seahawks And Cowboys?
Anthony AmadorFebruary 26, 2021
On the heels of Tom Brady switching from the New England Patriots to the Tampa Bay Buccaneers and winning a Super Bowl in the process, multiple other elite quarterbacks are now taking their destinies into their own hands.
A few weeks ago, rumors began to surface of Russell Wilson's dissatisfaction with the Seattle Seahawks. At first, it seemed like a problem that would work itself out. As the situation has progressed, however, it has becoming increasingly clear that there are some very real issues here.
On Friday, ESPN NFL insider Jeremy Fowler appeared on Get Up and described a trade as "an inevitability."
"Several high-ranking people I've spoken to believe [a Russell Wilson trade] is an inevitability, maybe not this off-season, but next off-season because of the growing tension that isn't right now, it's been a couple years."
—@JFowlerESPN pic.twitter.com/g5ApbDTbZT
— Get Up (@GetUpESPN) February 26, 2021
"Several high-ranking people I've spoken to believe [a Wilson trade] is an inevitability, maybe not this off-season, but next off-season because of the growing tension that isn't right now, it's been a couple years," he said.
Assuming Wilson gets his wish, who can make a move for him?
According to Todd Archer of ESPN, the Dallas Cowboys are a feasible option.
"What the Cowboys would have to give up: Multiple first-round picks at the least," he wrote.
"The Cowboys have the 10th overall pick in this year's draft, which would help, but they would have to give up future first-rounders if not more picks and maybe some players just to land him. And if you're asking about trading Dak Prescott, well, they can't.
"He's a free agent and even if they place the franchise tag on him for a second straight year, Prescott would have to sign the tender before any trade could be facilitated. He effectively could shut down any trade talk simply by saying no or making sure Seattle meets every financial demand he would have."
Will Wilson really be any more satisfied in Dallas than he is in Seattle? It's debatable. His main issue with the Seahawks is the awful pass protection he has been forced to endure, but as the Cowboys showed last year, they're not great in that department either.
Some of Wilson's beef with Seattle is understandable. Since 2012, he leads the league in both sacks taken with 394 and quarterback scrambles with 430. A quarterback needs to be protected, and clearly the Seahawks are doing a bad job in that department. Of course, it's also worth noting that some of the blame falls on Wilson as well. His playing style lends itself to more sacks and quarterback scrambles.
Also complicating matters is the fact that Wilson is one of just eight players in the NFL with a no-trade clause. That means Seattle can't just move him to the highest bidder – it has to be a place he wants to go.
There is also the Ciara Element that needs to be taken into account. Wilson has seemingly embraced his wife's Hollywood lifestyle over the past few years, and that may motivate him to switch to a high-profile situation like the Cowboys even if it doesn't actually result in a more improved football situation.
Mind you, this is a guy who recently went on Ellen and openly discussed what happens in the bedroom between him and his wife. Clearly this isn't the same Russell Wilson that came into the league in 2012.
LaMelo has found a nifty trick for picking up Instagram models. https://t.co/4y9uyWxlAe
— Game 7 (@game7__) February 25, 2021
There is a movement in the NFL right now where superstars, like Brady, Wilson and Deshaun Watson of the Houston Texans, are dictating where they want to go and on what terms.
How this movement will impact what happens to Wilson, as well as the NFL long-term, remains to be seen.
Related: Bronny James Suffers Brutal, Season-Ending Injury
Cowboys Dak Prescott Dallas Cowboys NFL Russell Wilson Seattle Seahawks
Anthony Amador
A recent graduate from the University of Texas, Anthony Amador has been credentialed to cover the Houston Texans, Dallas Cowboys, San Antonio Spurs, Dallas Mavericks and high school games all over the Lone Star State. Currently, his primary beats are the NBA, MLB, NFL and UFC.


We use Australian sheep pelts for our Auto collection due to the extra high density of the merino wool fibres. This helps to reduce matting and allows for maximum breathability and all-season comfort. Sheepskin car seat covers promise to keep you warm in the winter and cool through the summer. They are also a great way to protect your original upholstery from spills, dogs, and general wear & tear.


To request a free visitor guide from Valdez, Alaska - Nearby Destinations, please fill out the form below and click "Submit".
Tourist destinations to consider near Valdez are listed below. Click on any name for complete information.
Anchorage, Alaska's largest city, is a curious mix of industry and culture. The boats in port and the warehouses built up along the Knik Arm waterfront reveal close ties to oil and industry. However, this actually contributes to the Anchorage aura, both businesslike and beautiful. Numerous hikes, vistas and haunts can be found within an hour's flight or drive of the city.
Seward, Alaska is perched on the west side of the Kenai Peninsula along Resurrection Bay. A short glacial slide away is stunning Kenai Fjords National Park, best viewed from the seaside as the interior of the park, with its rugged landscape, is difficult to penetrate on foot.
Soldotna is a major hub of the Kenai Peninsula, south and west of Anchorage. Bordering the Kenai National Wildlife Refuge, this is an area thick with wildlife, from bear and wolves to moose, caribou, geese, eagles, and salmon—for which fishing in the Kenai River that bisects the town is a popular pastime.
Talkeetna is the staging point for expeditions bound for Mt. McKinley. On clear days, around this small town there are plenty of places to catch a glimpse of the Alaska Range and 'the big mountain.' When the weather is good, small planes take off with astonishing regularity winging over Denali National Park and back for flightseeing in summer and shuttling climbers to the McKinley's base late spring.
Wrangell-St.Elias National Park and Preserve has some of the tallest mountains in North America. Despite the park's proximity to Anchorage, it is less visited than better known Denali. Consequently it appeals to those who want a bit more isolation without compromising on the scenery.


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Kayak/canoe launch minimizes the dunkings
If you're a serious kayaker or canoeist, then chances are you already know how to get in and out of your boat while it's sitting alongside a dock. Should you just be renting one for a bit of fun, though … well, that's where the EZ Personal Launch enters the picture.
Canada to complete world's longest recreational trail
Cyclists in Canada will soon be able to pedal from the Atlantic coast to the Pacific Ocean, without having to share a road with a single car. The Great Trail will stretch 15,000 miles through each of the country's 13 provinces and territories and touch three oceans.
Modular jet drive helps you or your watercraft power through the water
An add-on electric drive like the ElectraFin is a great way to take some of the "paddle" out of paddle sports. The all-new Bixpy Jet is the latest, and it packs serious versatility. It'll power your kayak, your canoe, your stand-up paddleboard ... and even you.
Nesting kayak can be carried like a backpack
While kayaks are great for exploring your local waterways, they can be a hassle to carry over long distances. It was with this in mind that Pakayak created the Bluefin 14. It's a modular kayak that comes apart into six pieces, that can then be carried like a backpack.
Smart paddle coaches kayakers
Sea kayaking is like a lot of other activities, in that just because you enjoy doing it, doesn't mean you're doing it right. Well, that's where Motionize Paddle comes in. It's a system that uses your smartphone to assess and improve your paddling.
Lifeshirt wears like a sport shirt and inflates to keep you afloat
Traditional PFDs are an important part of water safety, but they can be entirely uncomfortable to wear in or out of the water, especially during activity. To improve comfort, startup Aegis Lifeshirt integrates inflatable protection into the shirt you're wearing anyway.
Oru launches a quicker, entry level folding kayak
Since introducing its first folding kayak in 2012, San Francisco startup Oru Kayak has been growing its lineup with modestly evolving origami-inspired kayaks like the Bay+. Its latest is the all-new Beach, a 12-foot model designed for super-quick set-up and stable paddling.
Standout water toys and small watercraft of 2015
This year we saw plenty of new designs and innovation aimed at water lovers. We've plucked our favorite motorized toys, paddle-propelled watercraft and towables from our 2015 coverage.
Modular Boner Kayak breaks down for easy transport
The Swiss-designed Boner Kayak's name doesn't translate over so well to English, but that's okay because slick design is a universal language. The kayak breaks down into three pieces that nest together and fit easily into the trunk.
Klepper's solar-powered E-Kayak gives your arms a rest
Paddling lakes, bays and rivers by kayak is a rewarding experience, but it can also be quite tiring. That's why Klepper offers paddlers the benefit of a solar-powered electric drive in its E-Kayak.
Modular Backyak is a sled, kayak, sailboat and backpack in one
Tucked away in one of the most distant corners of last week's Boot Düsseldorf show was one of the show's most interesting products: the ultra-versatile Klepper Backyak. It's a kayak that can hike to water's edge on your back. But it's also a sailboat, a snow sled and a floating sun deck.
Oru updates its foldable kayak into the new Bay+
The Oru origami-style kayak made a big splash in the foldable boat market, raising close to $450K on Kickstarter and earning all kinds of media and industry attention. Rather than resting on its accomplishments, Oru has designed the upgraded Bay+.


Hearing and sharing our members' health care stories is a distinct honor. Their personal experiences perfectly illustrate the complexities of navigating the system and the many variables that impact outcomes—whether it's geographic location or the specific medical condition they face. And while the journey is different for everyone, there's one thread that remains consistent: Expert medical guidance makes all of the difference, and at the end of the day, we all just want to feel better and live our best lives.
Leland has always been an active person, whether tinkering with home projects or through his job at Schwan's Home Service. When he started losing range of motion in his left shoulder, he was worried he would have to go through another surgery.
"It was frustrating to be hindered, and it was scary too because I didn't know if I was on my way to being like this [limited] for the rest of my life," said Leland.
Leland knew his top priority was finding the right specialist to help him with his pain and decided to reach out to Grand Rounds, a free benefit offered by his employer.
"Nobody wants to have surgery; it should always be your last resort. By using quality data and the resources we have, we were able to find somebody locally in Leland's area," said Sara Modeste, Grand Rounds nurse practitioner.
Grand Rounds matched Leland with a physical therapist who worked with him and his needs to relieve his pain. Today Leland is pain-free and back to doing the things he loves.
Shelby is the Corporate Relations Manager at Grand Rounds. She is passionate about making an impact on others' lives through high-quality and accessible health care. Shelby attended the University of Southern California where she earned degrees in Public Relations and Public Health.


Introduced in Kiev, Ukraine in 2016, Dafna May is a contemporary prêt-à- porter brand which embodies fearless and feminine style. Designer Dafna Mayberg, believes in the true beauty and versatility of women having to adapt to all occasions and feeling confident in their own skin. Powerful feminine silhouettes, unique and playful prints, make this a coveted brand with influencers who appreciate practicality and craftsmanship. Dafna May is a womenswear brand that moves between having wardrobe staples to wardrobe statement pieces.


text:
ADVERTISING FOR THE SCREEN AGE
Rhiannon Lewis, Managing Partner & Senior Producer
TGF: Tell us about your journey to get here
I graduated with a BA in TV production from Manchester Metropolitan Uni in 2002. Things were very different back then - I'd learnt to shoot on film and tape, it was the gap between those formats and shooting digitally...it was the best of times, it was the worst of times!
I'd done as much work experience as I possibly could during my degree, running for a lot of Manchester based production companies, as well as plenty in London. One of these placements led to my first job in TV at Channel 4 on T4 - A youth show that used to run every Sunday morning on Channel 4. I loved being a runner, but living in London with very little money burnt me out very quickly. I came back up to Manchester in search of a job. I got an in as a PA at The Gate, and I've been here ever since.
TGF: What's the best advice that you've ever been given?
Work hard and be nice - we're not saving lives.
TGF: What's your go-to advice to help others?
Perspective and problem solving. Don't panic - break everything down and ask for help if you need it. There's always a solution, you just need to give yourself the head space to work it out.
TGF: Tell us about your life ambition.
Aside from making sure my kids are happy, I'd love to see more diversity in creatives and directors. The advertising industry is so male dominated - I'd love to see a more woman, and generally a more diverse group of people sharing ideas.
I'd also love to live somewhere sunny!
TGF: Is there an unforgettable project that shaped your way of working?
I think any of the projects I've done for Missguided. Nitin (CEO of Missguided) has always pushed me to work in different ways, and allowed me to discover different ways of producing (mainly due to the lack of budget - love you guys!). But my best experiences (shooting on the rooftops of Paris, running round Salvation Mountain or up on a glacier) and my worst experiences (hiring a dodgy photographer from instagram, losing models in traffic and regularly pulling 18 hour days) have all been for that brand. Again, love you guys!
TGF: Who would be your dream client?
Gucci. Under the leadership of creative director Alessandro Michele. I'd also love to shoot the content from the Met Ball.
TGF: What advice would you give those wanting to work in film.
Get a driving license, and work hard. Never act like a task is below you, always strive to be creative (even when just making a cup of coffee), and be nice.
If you would like to meet more of out team click here
meettheteam seniorproducer
Want to chat? Call us on: +44 0161 832 4888
Unit 11 & Unit 12, 325 Ordsall Lane, Salford, M5 3LW


text:
Q: Loading data into df after finding blank line What is the best way to find the first newline in a file when the input file is sometimes a .csv and sometimes a .xls. The newline is guaranteed, but the newline is always at a random row when reading the file. The input file will have a certain amount of rows, always at the top. This data is variable by a line or two. So I will skip the first 4, 5, 6, because of this unpredictability. My goal here is to read the data beyond that point into a DataFrame, skipping those first rows. The line right after the first blank line is where I will start reading the data in to the df. So something that just skips this variable amount of rows is what I am missing, I have a small function that identifies file type, if that code returns true the file is a xls file and if false the file is a CSV file. In my example file below the first blank row is at row 7.
1: CSV
This reads forever and I have to interrupt execution for the program to quit. A key point, when running f.readline() and looking at the output line by line I notice the file passes the blank line because it is not '\n' as expected. Instead it's always something like ',,,,,,,,,,\n' with no consistency across my many csv files. How can I write something to identify this as a blank line without always tweaking code to account for new amount of commas in the first blank row in the CSV file?
import pandas as pd

file = 'input_file.csv'

f = open(file)

while f.readline() not in ('\n'):
        pass

final_df = pd.read_csv(f, header=None)

Example file.

report

random info

more info

Project number
111111

Order number

Plates
Plate1
Plate2
Plate3

DNA \ Assay
id1
id2
id3

Name1
C:C
G:G
T:C

Name2
C:C
G:G
C:C

Name3
C:C
G:G
T:C

Current output for the readline function that is looking for the newline, at the newline:
',,,,,,,,,,\n'
final_df expected output

DNA \ Assay
id1
id2
id3

Name1
C:C
G:G
T:C

Name2
C:C
G:G
C:C

Name3
C:C
G:G
T:C

2: XLS
When the files are in the xls file format, they appear the exact same as my example file used above. The example file provides the data exactly as needed for this question, no changes needed.
My idea to read the files if they are input as a xls file is to
import pandas as pd

df = pd.read_excel(file)

f = tempfile.NamedTemporaryFile()

df.to_csv(f)

f.seek(0)

line = str(f.readline()).strip()

and the current output after a print(line) returns
b',report,Unnamed: 1,Unnamed: 2,Unnamed: 3,Unnamed: 4,Unnamed: 5,Unnamed: 6,Unnamed: 7,Unnamed: 8,Unnamed: 9,Unnamed: 10,Unnamed: 11,Unnamed: 12,Unnamed: 13,Unnamed: 14,Unnamed: 15,Unnamed: 16,Unnamed: 17,Unnamed: 18,Unnamed: 19,Unnamed: 20,Unnamed: 21,Unnamed: 22,Unnamed: 23,Unnamed: 24,Unnamed: 25,Unnamed: 26,Unnamed: 27,Unnamed: 28,Unnamed: 29,Unnamed: 30,Unnamed: 31,Unnamed: 32,Unnamed: 33,Unnamed: 34,Unnamed: 35,Unnamed: 36,Unnamed: 37,Unnamed: 38,Unnamed: 39,Unnamed: 40,Unnamed: 41,Unnamed: 42,Unnamed: 43,Unnamed: 44,Unnamed: 45,Unnamed: 46\n'

I'm not wanting to continue reading the file this way if there is another way to find the first blank line with pd.read_excel(line).
The expected output is the same as listed above in final_df
I would ideally use something like final_df = pd.read_csv(line) to produce the final_df, that does not work.

DNA \ Assay
id1
id2
id3

Name1
C:C
G:G
T:C

Name2
C:C
G:G
C:C

Name3
C:C
G:G
T:C

A: I would think easiest way to handle this, specially considering you might have csv or xls files is to read the data and clean it afterwards. Something like this might help and would work on both formats:
df = pd.read_excel(file)
new_line = min(df[df.iloc[:,0].isnull()].index)
df.columns = df.iloc[new_line+1]
df = df.iloc[new_line+2:, :]

Essentially you read the whole file, find the first empty line, and reconstruct the dataframe starting from the "new_line".

redpajama_set_name: RedPajamaStackExchange


text:
Special Sitting For Liquor Licences Set For December 1
Commercial Court Division
Thursday, 20 October 2016 - 2:30pm
A special sitting to hear and determine applications for the issuance of new and renewal liquor licences will be held on Thursday, December 1 at the Magistrate Court, Prospect Reef at 10:00 a.m.
Persons are notified that new applications should reach the Licencing Magistrate at least 14 days before Licencing Day. A copy of the application must also be served on the Commissioner of Police, the Commissioner of Inland Revenue, the BVI Fire and Rescue Services Department, Environmental Health Division, Department of Trade, Investment Promotion and Consumer Affairs, and the Town and Country Planning Department.
Additionally, a notice of the application must be published in a local newspaper, a copy of which should be brought to the hearing in support of the application.
New applicants are required to be in possession of valid trade licences to conduct business in the manner they propose to be licenced. Some new applicants may need development planning permission to operate at the location from which they propose to operate and the premises may need to be inspected by the BVI Fire and Rescue Services Department. New applicants are asked to make inquiries with the Department of Trade, Investment Promotion and Consumer Affairs, the BVI Fire and Rescue Services, and the Town and Country Planning Departments on these issues.
Applications for renewal, along with a valid copy of the applicant's current trade licence should reach the magistrate on or before Licencing Day. A copy of the same shall also be served on the Commissioner of Police and the Commissioner of Inland Revenue.
A third party who desires to execute a renewal application on behalf of another, is required to submit proof of his authority to act for the applicant along with the executed renewal application.
Persons wishing to object to the granting of a liquor licence to a new applicant or renewal of a licence, must attend the special sitting on Licencing Day to voice their objections. Persons who wish to object to the renewal of a licence shall serve notice in writing of such an objection on the licence holder and on the Licencing Magistrate at least seven days before Licencing Day. Forms for making objections are available for collection at the Magistrate's Court. A copy of the objection should also be served on the Commissioner of Police and the Commissioner of Inland Revenue
All licencees who failed to apply for renewal at a previous sitting at which their licences expired, are to note that those licences have lapsed and as such, they are required to submit a new application as a new applicant.
Licencees with outstanding licence fees will not be considered for renewal until arrears have been paid in full. Such payments must be made to the Department of Inland Revenue before Licencing Day. Licencees who are unsure if their fees are up to date should contact the Inland Revenue Department.
Persons requiring additional information are asked to contact the Magistrate's Court Office, John's Hole at 468-4360.
Colene A. Penn
Recovery and Development Agency
E-Mail: colene.penn@bvirecovery.vg
Tel: +1 (284) 345-2776 | Mobile: +1 (284) 345-3387
Website: bvirecovery.vg


text:
/*!
 * \file tvm/schedule.h
 * \brief Define a schedule.
 */
#ifndef TVM_SCHEDULE_H_
#define TVM_SCHEDULE_H_

#include <string>
#include <unordered_map>
#include "base.h"
#include "expr.h"
#include "tensor.h"
#include "tensor_intrin.h"

namespace tvm {

// Node container for Stage
class StageNode;
// Node container for Schedule
class ScheduleNode;
// Node container for IterVarRelation
class IterVarRelationNode;
// Attribute of itervar.
class IterVarAttrNode;

/*! \brief the attachment type */
enum AttachType : int {
  kGroupRoot = 1,
  kInline = 2,
  kInlinedAlready = 3,
  kScope = 4,
  kScanUpdate = 5
};

/*! \brief Stage, contains scheduling for a stage of computation. */
class Stage : public NodeRef {
 public:
  Stage() {}
  explicit Stage(NodePtr<Node> n) : NodeRef(n) {}
  /*!
   * \brief create a new schedule for op.
   * \param op The operator in the schedule
   */
  explicit Stage(Operation op);
  /*!
   * \brief access the internal node container
   * \return the pointer to the internal node container
   */
  inline const StageNode* operator->() const;
  /*!
   * \brief access the internal node container
   * \return the pointer to the internal node container
   */
  inline StageNode* operator->();
  /*!
   * \brief set the memory scope of the stage
   * \param scope The memory scope.
   */
  TVM_DLL Stage& set_scope(std::string scope);  // NOLINT(*)
  /*!
   * \brief specify the schedule to be computed at the parent schedule's scope.
   * \param parent The parent schedule.
   * \param scope The iteration point to carry the schedule.
   * \return reference to self.
   */
  TVM_DLL Stage& compute_at(Stage parent, IterVar scope);   // NOLINT(*)
  /*!
   * \brief Compute the function inline.
   * \return reference to self.
   */
  TVM_DLL Stage& compute_inline();   // NOLINT(*)
  /*!
   * \brief Compute the function at group root.
   * \return reference to self.
   */
  TVM_DLL Stage& compute_root();  // NOLINT(*)
  /*!
   * \brief Bind the IterVar to thread index.
   *
   * \param ivar The IterVar to be bound.
   * \param thread_ivar The thread axis to be bound.
   * \return reference to self.
   */
  TVM_DLL Stage& bind(IterVar ivar, IterVar thread_ivar);
  /*!
   * \brief Set the predicate to determine whether a store to the array should be performed.
   *  Use this when there are multiple threads performing the same store and we only
   *  need one of them to do the store.
   *
   * \note This is a dangerous scheduling primitive that can change behavior of program.
   *    Only do when we are certain that thare are duplicated stores.
   * \param predicate The condition to be checked.
   * \return reference to self.
   */
  TVM_DLL Stage& set_store_predicate(Expr predicate);
  /*!
   * \brief Specify environment threads that launched around the group's scope.
   *  This can only be used in group stage.
   * \param threads The threads to be launched around the scope.
   * \note Each thread can only appear in one env_threads.
   *    This is a beta feature.
   * \return reference to self.
   */
  TVM_DLL Stage& env_threads(Array<IterVar> threads);
  /*!
   * \brief Split the parent by factor, generate
   * \param parent The parent iteration domain.
   * \param factor The split factor of the loop.
   * \param p_outer The result outer domain
   * \param p_inner The result inner domain.
   * \return reference to self.
   */
  TVM_DLL Stage& split(IterVar parent, Expr factor, IterVar* p_outer, IterVar* p_inner);  // NOLINT(*)
  /*!
   * \brief Split the iteration with given number of parts.
   *
   * \param parent The parent domain.
   * \param nparts The number of parts in the outer domain.
   * \param p_outer The result outer domain.
   * \param p_inner The result inner domain.
   * \return reference to self.
   */
  TVM_DLL Stage& split_by_nparts(IterVar parent, Expr nparts, IterVar* p_outer, IterVar* p_inner);   // NOLINT(*)
  /*!
   * \brief Fuse the inner outer domain to the target
   * \param outer The outer domain to be fused.
   * \param inner The inner domain to be fused
   * \param p_target The result target domain.
   * \return reference to self.
   */
  TVM_DLL Stage& fuse(IterVar outer, IterVar inner, IterVar* p_target);  // NOLINT(*)
  /*!
   * \brief Fuse all the axes together into a single axis.
   *
   * \param axes All the axes to be fused.
   * \param p_target The result target domain.
   *
   * \note axes can be an empty array,
   *       in that case, a singleton IterVar is created and
   *       inserted to the outermost loop.
   *       The fuse of empty array is used to support zero-dimension tensors.
   *
   * \return reference to self.
   */
  TVM_DLL Stage& fuse(const Array<IterVar>& axes, IterVar* p_target);  // NOLINT(*)
  /*!
   * \brief Reorder the iteration
   * \param order The order of iteration variable.
   * \return reference to self.
   */
  TVM_DLL Stage& reorder(const Array<IterVar>& order);   // NOLINT(*)
  /*!
   * \brief Perform tiling on two dimensions
   *  The final loop order from outmost to inner most are
   *  [x_outer, y_outer, x_inner, y_inner]
   *
   * \param x_parent The original x dimension
   * \param y_parent The original y dimension
   * \param x_factor The stride factor on x axis
   * \param y_factor The stride factor on y axis
   * \param p_x_outer Outer axis of x dimension
   * \param p_y_outer Outer axis of y dimension
   * \param p_x_inner Inner axis of x dimension
   * \param p_y_inner Inner axis of y dimension
   * \return reference to self.
   */
  TVM_DLL Stage& tile(IterVar x_parent, IterVar y_parent,   // NOLINT(*)
                     Expr x_factor, Expr y_factor,
                     IterVar* p_x_outer, IterVar* p_y_outer,
                     IterVar* p_x_inner, IterVar* p_y_inner);
  /*!
   * \brief Vectorize iteration.
   * \param var The axis to be vectorized.
   * \return reference to self.
   */
  TVM_DLL Stage& vectorize(IterVar var);   // NOLINT(*)
  /*!
   * \brief Replace computation of the current stage by tensor intrinsic f.
   * \param var The axis marks beginning of tensorization.
   *  Every operations inside the axis(include axis itself is tensorized).
   * \param f The Tensor compute intrinsics.
   * \return reference to self.
   */
  TVM_DLL Stage& tensorize(IterVar var, TensorIntrin f);   // NOLINT(*)
  /*!
   * \brief Unroll iteration.
   * \param var The axis to be unrolled.
   * \return reference to self.
   */
  TVM_DLL Stage& unroll(IterVar var);   // NOLINT(*)
  /*!
   * \brief Parallelize iteration.
   * \param var The axis to be parallelized.
   * \return reference to self.
   */
  TVM_DLL Stage& parallel(IterVar var);   // NOLINT(*)
  /*!
   * \brief Annotate the iteration with pragma
   *
   * \param var The axis to be parallelized.
   * \param pragma_type The pragma type.
   * \param pragma_value The pragma value
   *
   * \return reference to self.
   */
  TVM_DLL Stage& pragma(IterVar var,
                       const std::string& pragma_type,
                       const Expr& pragma_value = Expr());   // NOLINT(*)
  /*!
   * \brief Fetch data in advance.
   * \param domain the tensor to be prefetched
   * \param var the iteration point at which to apply prefetching
   * \param offset the number of iterations be to fetched in advance
   * \return reference to self
   */
  TVM_DLL Stage& prefetch(const Tensor &domain, IterVar var, Expr offset); //NOLINT(*)
  /*!
   * \brief Set alignment requirement for specific dimension.
   *
   *  Such that stride[axis] == k * factor + offset for some k.
   *
   * \param axis The dimension to be specified for alignment.
   * \param factor The factor multiple of alignment
   * \param offset The required offset factor.
   * \return reference to self
   */
  TVM_DLL Stage& storage_align(IterVar axis, int factor, int offset); //NOLINT(*)
  /*!
   * \brief Compute current stage with double buffering.
   * \return reference to self.
   */
  TVM_DLL Stage& double_buffer();   // NOLINT(*)
  /*!
   * \brief Schedule for OpenGL fragment shader.
   * \return reference to self.
   */
  Stage& opengl(); // NOLINT(*)
  /*!
   * \brief whether the stage has been scheduled.
   * \return whether the stage has been scheduled.
   */
  bool is_scheduled() const;
  /*!
   * \brief Get attachment spec of current stage.
   *  If the stage compute at Group root, this function
   *  will traverse the group function to get the
   *  final spec from the group.
   * \return A stage representing the attach spec of the group.
   */
  Stage GetAttachSpec() const;
  // declare container type
  using ContainerType = StageNode;
};

/*!
 * \brief Global schedule container
 *  For operations and all the operations they depend on.
 *  The schedule per Operation is named as stage.
 */
class Schedule : public NodeRef {
 public:
  Schedule() {}
  explicit Schedule(NodePtr<Node> n) : NodeRef(n) {}
  /*!
   * \brief Get a copy of current schedule.
   * \return The copied schedule.
   */
  Schedule copy() const;
  /*!
   * \brief Get the stage corresponds to the op
   * \param op The operation.
   */
  TVM_DLL Stage operator[](const Operation& op);
  /*!
   * \brief Short hand for getting the stage of tensor's operation.
   * \param tensor The tensor
   * \return The stage corresponding to the tensor's op
   */
  TVM_DLL Stage operator[](const Tensor& tensor) {
    return this->operator[](tensor->op);
  }
  /*!
   * \brief Create a new stage group for all intermediate
   *  operations between inputs and outputs.
   *
   * \param outputs The output boundary of the group.
   * \param inputs The input boundary of the group.
   * \param include_inputs Whether include inputs if they are reachable from outputs.
   * \return The new grouped stage.
   */
  TVM_DLL Stage create_group(const Array<Tensor>& outputs,
                     const Array<Tensor>& inputs,
                     bool include_inputs = false);
  /*!
   * \brief create a cache read of original tensor for readers.
   *  This will mutate the body of the readers.
   *  A new stage will be created for the tensor.
   * \param tensor The tensor cached.
   * \param scope The scope of the cache.
   * \param readers The readers to redirect to the tensor.
   * \return The created tensor.
   */
  TVM_DLL Tensor cache_read(const Tensor& tensor,
                    const std::string& scope,
                    const Array<Operation>& readers);
  /*!
   * \brief Create a cache write tensor for producing tensor.
   *  The the tensor will take over body of original tensor op.
   *
   *  This function can be used to do data layout transformation.
   *  If there is a split/fuse/reorder on the data parallel axis of tensor
   *  before cache_write is called. The intermediate cache stores
   *  the data in the layout as the iteration order of leave axis.
   *  The data will be transformed back to the original layout in the original tensor.
   *  User can further call compute_inline to inline the original layout and keep
   *  the data stored in the transformed layout.
   *
   * \param tensor The tensors to be produced.
   * \param scope The scope of the storage.
   * \return The created tensor.
   */
  TVM_DLL Array<Tensor> cache_write(const Array<Tensor>& tensor, const std::string& scope);
  /*!
   * \brief Create a cache write tensor for producing tensor.
   *  The the tensor will take over body of original tensor op.
   *
   *  This function can be used to do data layout transformation.
   *  If there is a split/fuse/reorder on the data parallel axis of tensor
   *  before cache_write is called. The intermediate cache stores
   *  the data in the layout as the iteration order of leave axis.
   *  The data will be transformed back to the original layout in the original tensor.
   *  User can further call compute_inline to inline the original layout and keep
   *  the data stored in the transformed layout.
   *
   * \param tensor The tensor to be produced.
   * \param scope The scope of the storage.
   * \return The created tensor.
   */
  TVM_DLL Tensor cache_write(const Tensor& tensor, const std::string& scope);
  /*!
   * \brief Factor a reduction axis in tensor's schedule to be an explicit axis.
   * This will create a new stage that generated the new tensor with axis
   * as the first dimension. The tensor's body will be rewritten as a reduction
   * over the factored tensor.
   *
   *  P. Suriana, A. Adams and S. Kamil. Parallel associative reductions in halide. CGO'17
   *
   * \param tensor The tensor to be factored.
   * \param axis The reduction axis in tensor's schedule to be factored.
   * \param factor_axis The position where the new axis is placed.
   * \return The created factored tensors.
   */
  TVM_DLL Array<Tensor> rfactor(const Tensor& tensor,
                        const IterVar& axis,
                        int factor_axis = 0);
  /*!
   * \brief Normalize the schedule.
   *  This is needed before bound inference.
   *  Insert necessary RebaseNode to make sure all leaf_iter_vars
   *  are in form [0, extent)
   *
   * \return A normalized schedule, can be same as current one.
   */
  Schedule normalize();
  /*!
   * \brief access the internal node container
   * \return the pointer to the internal node container
   */
  inline const ScheduleNode* operator->() const;
  /*!
   * \brief access the internal node container
   * \return the pointer to the internal node container
   */
  inline ScheduleNode* operator->();
  // declare container type
  using ContainerType = ScheduleNode;
};

/*!
 * \brief The schedule relation between IterVars
 *  can be Split, Fuse.
 */
class IterVarRelation : public NodeRef {
 public:
  IterVarRelation() {}
  explicit IterVarRelation(NodePtr<Node> n) : NodeRef(n) {}
  /*!
   * \brief access the internal node container
   * \return the pointer to the internal node container
   */
  inline const IterVarRelationNode* operator->() const;
};

/*!
 * \brief Additional scheduable attributes about IterVar.
 */
class IterVarAttr : public NodeRef {
 public:
  IterVarAttr() {}
  explicit IterVarAttr(NodePtr<Node> n) : NodeRef(n) {}
  /*!
   * \brief access the internal node container
   * \return the pointer to the internal node container
   */
  inline const IterVarAttrNode* operator->() const;
};

/*!
 * \brief represents a stage.
 *
 *  relations form a Directed acylic hypergraph in bipartite manner.
 *  With each node is represented by a IterVar,
 *  and each hyper-edge is represented by a IterVarRelation.
 *  The relations connects the IterVars in the graph.
 *
 *  Besides typical stage that corresponds to operations.
 *  There is also group stage, which groups stages together.
 *  Each stage's group(given by group) represent an constraint,
 *  the stage can only be attached to stages within the group.
 *
 *  The group stage node can be attached to IterVars as in normal stage.
 */
class StageNode : public Node {
 public:
  /*!
   * \brief The operation of stage, can be different from original op.
   *  If it is null, then this stage is a group stage.
   */
  Operation op;
  /*!
   * \brief The original operator.
   *  The op field can change during schedule to alternate the dataflow,
   *  while origin_op remains fixed.
   */
  Operation origin_op;
  /*! \brief All the nodes in the iter var */
  Array<IterVar> all_iter_vars;
  /*! \brief The current active leaf iter vars in the stage. */
  Array<IterVar> leaf_iter_vars;
  /*!
   * \brief Specify threads to be launched at the stage.
   *  This is only valid for composite ops such as Scan.
   * \note Experimental primitive: used for thread persistence.
   */
  Array<IterVar> env_threads;
  /*!
   * \brief The predicate under which store can happen
   *  Use this when there can be duplicated threads doing the same store.
   * \note Experimental primitive: used by cross thread-reduction.
   */
  Expr store_predicate;
  /*! \brief The relation bwteen of IterVars */
  Array<IterVarRelation> relations;
  /*! \brief additional attributes about iter var. */
  Map<IterVar, IterVarAttr> iter_var_attrs;
  /*! \brief The attachment type of the schedule */
  AttachType attach_type{kGroupRoot};
  /*! \brief The attach point of this schedule. */
  IterVar attach_ivar;
  /*! \brief The stage this node attaches to */
  Stage attach_stage;
  /*! \brief The thread storage scope level of the stage */
  std::string scope;
  /*! \brief Whether this is an output stage */
  bool is_output{false};
  /*! \brief Whether this is an OpenGL stage */
  bool is_opengl{false};
  /*! \brief Whether apply double buffer optimization to this stage */
  bool double_buffer{false};
  /*!
   * \brief The parent group of the current stage.
   *  The stage cannot be assigned to stages outside the group.
   */
  Stage group;
  /*! \brief Number of direct child stages, only used for group stage.*/
  int num_child_stages{0};

  void VisitAttrs(AttrVisitor* v) final {
    v->Visit("op", &op);
    v->Visit("origin_op", &origin_op);
    v->Visit("all_iter_vars", &all_iter_vars);
    v->Visit("leaf_iter_vars", &leaf_iter_vars);
    v->Visit("env_threads", &env_threads);
    v->Visit("relations", &relations);
    v->Visit("iter_var_attrs", &iter_var_attrs);
    v->Visit("attach_type", &attach_type);
    v->Visit("attach_ivar", &attach_ivar);
    v->Visit("attach_stage", &attach_stage);
    v->Visit("scope", &scope);
    v->Visit("is_output", &is_output);
    v->Visit("is_opengl", &is_opengl);
    v->Visit("double_buffer", &double_buffer);
    v->Visit("group", &group);
    v->Visit("num_child_stages", &num_child_stages);
  }

  static constexpr const char* _type_key = "Stage";
  TVM_DECLARE_NODE_TYPE_INFO(StageNode, Node);
};

/*! \brief node container for schedule */
class ScheduleNode : public Node {
 public:
  /*! \brief The output operations in original data flow graph */
  Array<Operation> outputs;
  /*!
   * \brief list of all stages for ops.
   * The stages are sorted in dependency order.
   */
  Array<Stage> stages;
  /*!
   * \brief List of all stage groups.
   */
  Array<Stage> groups;
  /*! \brief map of original operation to the stages */
  Map<Operation, Stage> stage_map;
  /*!
   * \brief Internal stage map to map internal ops to stages.
   *  This is created on demand and can be invalidated.
   */
  std::unordered_map<const Node*, Stage> op2stage_cache_;

  void VisitAttrs(AttrVisitor* v) final {
    v->Visit("outputs", &outputs);
    v->Visit("stages", &stages);
    v->Visit("groups", &groups);
    v->Visit("stage_map", &stage_map);
  }

  /*! \brief Initialize temp cache. */
  void InitCache();
  /*! \brief Invalidate temp cache. */
  void InvalidateCache();

  /*!
   * \brief Check if the schedule contains an Operation.
   * \param op The candidate Operation.
   * \return true if the schedule has the Operation. Otherwise, false.
   */
  TVM_DLL bool Contain(const Operation& op) const;

  /*!
   * \brief Check if the schedule contains a Tensor.
   * \param tensor The candidate tensor.
   * \return true if the schedule has the tensor. Otherwise, false.
   */
  TVM_DLL bool Contain(const Tensor& tensor) const {
    return Contain(tensor->op);
  }

  /*!
   * \brief Create a schedule for array of ops(and their dependencies).
   * \param ops The ops to be scheduled.
   * \return sch The created Schedule.
   */
  TVM_DLL static Schedule make(Array<Operation> ops);

  static constexpr const char* _type_key = "Schedule";
  TVM_DECLARE_NODE_TYPE_INFO(ScheduleNode, Node);
};

/*!
 * \brief Create a schedule for array of ops(and their dependencies).
 * \param ops The ops to be scheduled.
 * \return sch The created Schedule.
 */
inline Schedule create_schedule(Array<Operation> ops) {
  return ScheduleNode::make(ops);
}

/*! \brief node container for IterVar attr */
class IterVarAttrNode : public Node {
 public:
  /*! \brief The iteration type. */
  IterVarType iter_type{kDataPar};
  /*! \brief The thread this iter Var binds, can be null */
  IterVar bind_thread;
  /*! \brief List of tensor to be prefetched in this loop */
  Array<Tensor> prefetch_data;
  /*! \brief The offset used in each prefetch */
  Array<Expr> prefetch_offset;
  /*!
   * \brief Tensor intrinsic used in tensorization,
   *   when the axis is marked as Tensorized
   */
  TensorIntrin tensor_intrin;
  /*! \brief Alignment factor of buffer dimension */
  int dim_align_factor{0};
  /*! \brief Alignment offset of buffer dimension */
  int dim_align_offset{0};
  /*!
   * \brief Additional pragma keys, array of StringImm
   */
  Array<Expr> pragma_keys;
  /*!
   * \brief Additional values of pragma, if any
   */
  Array<Expr> pragma_values;

  void VisitAttrs(AttrVisitor* v) final {
    v->Visit("iter_type", &iter_type);
    v->Visit("bind_thread", &bind_thread);
    v->Visit("prefetch_data", &prefetch_data);
    v->Visit("prefetch_offset", &prefetch_offset);
    v->Visit("tensor_intrin", &tensor_intrin);
    v->Visit("dim_align_factor", &dim_align_factor);
    v->Visit("dim_align_offset", &dim_align_offset);
    v->Visit("pragma_keys", &pragma_keys);
    v->Visit("pragma_values", &pragma_values);
  }

  static constexpr const char* _type_key = "IterVarAttr";
  TVM_DECLARE_NODE_TYPE_INFO(IterVarAttrNode, Node);
};

/*! \brief base node of iteration var */
class IterVarRelationNode : public Node {
 public:
  static constexpr const char* _type_key = "IterVarRelation";
  TVM_DECLARE_BASE_NODE_INFO(IterVarRelationNode, Node);
};

/*!
 * \brief Split the parent domain into product of
 *  outer and iter.
 */
class SplitNode : public IterVarRelationNode {
 public:
  /*! \brief The parent domain */
  IterVar parent;
  /*! \brief The outer domain */
  IterVar outer;
  /*! \brief The inner domain */
  IterVar inner;
  /*! \brief The split factor */
  Expr factor;
  /*! \brief Number of parts, only factor or nparts can be given */
  Expr nparts;

  void VisitAttrs(AttrVisitor* v) final {
    v->Visit("parent", &parent);
    v->Visit("outer", &outer);
    v->Visit("inner", &inner);
    v->Visit("factor", &factor);
    v->Visit("nparts", &nparts);
  }

  static IterVarRelation make(IterVar parent,
                              IterVar outer,
                              IterVar inner,
                              Expr factor,
                              Expr nparts);

  static constexpr const char* _type_key = "Split";
  TVM_DECLARE_NODE_TYPE_INFO(SplitNode, IterVarRelationNode);
};

/*!
 * \brief Fuse two domains into one domain.
 */
class FuseNode : public IterVarRelationNode {
 public:
  /*! \brief The outer domain */
  IterVar outer;
  /*! \brief The inner domain */
  IterVar inner;
  /*! \brief The target domain */
  IterVar fused;

  void VisitAttrs(AttrVisitor* v) final {
    v->Visit("outer", &outer);
    v->Visit("inner", &inner);
    v->Visit("fused", &fused);
  }

  static IterVarRelation make(
      IterVar outer, IterVar inner, IterVar fused);

  static constexpr const char* _type_key = "Fuse";
  TVM_DECLARE_NODE_TYPE_INFO(FuseNode, IterVarRelationNode);
};

/*!
 * \brief Rebase the iteration to make min to be 0.
 *  This is useful to normalize the Schedule
 *  to make every leaf variable's min to be 0.
 */
class RebaseNode : public IterVarRelationNode {
 public:
  /*! \brief The parent domain */
  IterVar parent;
  /*! \brief The inner domain */
  IterVar rebased;

  void VisitAttrs(AttrVisitor* v) final {
    v->Visit("parent", &parent);
    v->Visit("rebased", &rebased);
  }

  static IterVarRelation make(IterVar parent, IterVar rebased);

  static constexpr const char* _type_key = "Rebase";
  TVM_DECLARE_NODE_TYPE_INFO(RebaseNode, IterVarRelationNode);
};

/*!
 * \brief Singleton iterator [0, 1)
 */
class SingletonNode : public IterVarRelationNode {
 public:
  /*! \brief The singleton iterator */
  IterVar iter;

  void VisitAttrs(AttrVisitor* v) final {
    v->Visit("iter", &iter);
  }

  static IterVarRelation make(IterVar iter);

  static constexpr const char* _type_key = "Singleton";
  TVM_DECLARE_NODE_TYPE_INFO(SingletonNode, IterVarRelationNode);
};

// implementations
inline const StageNode* Stage::operator->() const {
  return static_cast<const StageNode*>(node_.get());
}
inline StageNode* Stage::operator->() {
  return static_cast<StageNode*>(node_.get());
}

inline const ScheduleNode* Schedule::operator->() const {
  return static_cast<const ScheduleNode*>(node_.get());
}
inline ScheduleNode* Schedule::operator->() {
  return static_cast<ScheduleNode*>(node_.get());
}

inline const IterVarRelationNode* IterVarRelation::operator->() const {
  return static_cast<const IterVarRelationNode*>(node_.get());
}

inline const IterVarAttrNode* IterVarAttr::operator->() const {
  return static_cast<const IterVarAttrNode*>(node_.get());
}
}  // namespace tvm
#endif  // TVM_SCHEDULE_H_

redpajama_set_name: RedPajamaGithub


text:
/**
 * Package for chapter_003/part_001.
 * @author Aleksandr Belov
 * @date 24.11.2016
 */
package ru.abelov.stream;


text:
Modesty and "respect"
in response to reader comment: Hijabs are worn for respect a sign of modesty... so no it is not like a prayer shawl
Submitted by Cat (United States), Jun 25, 2008 at 13:59
I do not respect the Muslim god, I do not respect the Muslim prophet, and I especially do not respect the Muslim clerics, interpreting Muslim "law," that say women who do not submit to muffling their ears and binding their necks with cloth are "uncovered meat" asking for rape by pious Muslim men.
Modesty means something other than a desperate attempt to protect oneself from sexual attack by religiously-sanctioned predators. (See, e.g., the recent report from Brussels about a woman raped and beaten in a transit station because, her attackers said, she was not wearing hijab. There are also dozens of reports from places as far-flung as Australia, France, and Scandinavia reporting the same behavior by Muslim men.)
As a muslimah in a Western country, you are certainly free to advertise your own fervent religious belief in your gender's inferiority by wearing hijab. Submit all you like, I could care less. But I refuse to be forced into a respect I do not feel, or indicate my chastened submission to a brutal code of gender subjugation that is alien to everything I believe in -- and I don't feel my representatives should be doing it either.
Mark my comment as a response to Modesty and "respect" by Cat


The Syrian refugee crisis has catalyzed the greatest migration of people groups across Europe since World War II. Several EU nations have since responded to increased ethnic tensions by embracing fascism, xenophobia, and white supremacy. This convening will consider prophetic responses to this current-day reawakening of violent extremism and will work toward common commitments and/or action to begin to address the crisis.


The Basel Committee on Banking Supervision released their "final" Basel III post-crisis reform documentation last week, and there is a lot to unpack. Already, the Quantitative Impact Study shows that G-SIBs will need an additional EUR 55.4 billion in Tier 1 capital to meet the new rules. We are sorry to report that in our first read, the new Leverage Ratio documentation look like a fail.


CEED results will be mailed only to those who qualify. The results will be mailed by the beginning of April. Result of the examination will be indicated as a percentile score.
CEED qualification score is valid for a period of two years.
CEED qualification score of final year students is valid subject to completion of all the academic requirements of qualifying degree by July.
Duplicate cards are normally issued. Should you require a duplicate card for a valid reason, send an application to GATE Chairman enclosed a crossed demand draft of 150/- (Rs. One hundred and fifty only) drawn in favor of Indian Institute of Technology Bombay payable at Mumbai.
Kindly post your replay for "After the CEED examination"


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text:
News and dollar exchange rate – 1/11/2022
Home › Forums › Apologetics › News and dollar exchange rate – 1/11/2022
Tagged: News and dollar exchange rate - 1/11/2022
This topic has 0 replies, 1 voice, and was last updated 3 months ago by PlsaeoDep.
PlsaeoDep
The organizers of drone attacks on the Russian Black Sea Fleet may stage an attack on the Turkish Stream gas pipeline. This development of events was allowed by the professor of the Turkish University Maltepe (Istanbul) Hassan Unal in a conversation with "Tape.ru".
The scientist stated that he fears for the safety of the pipeline. He called on the Turkish and Russian fleets to strengthen patrolling of the Turkish Stream. "This is a serious business. We don't want to freeze like the Europeans, whose rulers seem to have gone mad and left their people without heating. We don't want this to happen to Turkey," Unal said.
The Governor of Sevastopol, Mikhail Razvozhaev, reported on the attack of the Armed Forces of Ukraine, committed with the help of drones, on the morning of October 29. According to him, the ships of the Black Sea Fleet repulsed the attack, the objects in the city were not hit, there were no casualties.
Later, the governor said that a surface drone, as well as unmanned aerial vehicles, were shot down in the water area near Sevastopol.
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