private void virtual_keyboard_timer_Tick(object sender, EventArgs e) { if (!ApplicationIsActivated()) { return; } Dispatcher.Invoke( () => { if (transitionamount <= 1.0f) { transition_color.BlendColors(current_color, transitionamount += 0.07f); bg_grid.Background = new SolidColorBrush(Color.FromRgb(transition_color.Red, transition_color.Green, transition_color.Blue)); bg_grid.UpdateLayout(); } Dictionary <Devices.DeviceKeys, System.Drawing.Color> keylights = new Dictionary <Devices.DeviceKeys, System.Drawing.Color>(); if (IsActive) { keylights = Global.effengine.GetKeyboardLights(); Global.kbLayout.SetKeyboardColors(keylights); } if (Global.key_recorder.IsRecording()) { this.keyboard_record_message.Visibility = Visibility.Visible; } else { this.keyboard_record_message.Visibility = Visibility.Hidden; } }); }
public override void UpdateLights(EffectFrame frame) { previoustime = currenttime; currenttime = Utils.Time.GetMillisecondsSinceEpoch(); Queue <EffectLayer> layers = new Queue <EffectLayer>(); EffectLayer layer; effect_cfg.speed = Global.Configuration.idle_speed; switch (Global.Configuration.idle_type) { case IdleEffects.Dim: layer = new EffectLayer("Idle - Dim"); layer.Fill(Color.FromArgb(125, 0, 0, 0)); layers.Enqueue(layer); break; case IdleEffects.ColorBreathing: layer = new EffectLayer("Idle - Color Breathing"); Color breathe_bg_color = Global.Configuration.idle_effect_secondary_color; layer.Fill(breathe_bg_color); float sine = (float)Math.Pow(Math.Sin((double)((currenttime % 10000L) / 10000.0f) * 2 * Math.PI * Global.Configuration.idle_speed), 2); layer.Fill(Color.FromArgb((byte)(sine * 255), Global.Configuration.idle_effect_primary_color)); layers.Enqueue(layer); break; case IdleEffects.RainbowShift_Horizontal: layer = new EffectLayer("Idle - Rainbow Shift (Horizontal)", LayerEffects.RainbowShift_Horizontal, effect_cfg); layers.Enqueue(layer); break; case IdleEffects.RainbowShift_Vertical: layer = new EffectLayer("Idle - Rainbow Shift (Vertical)", LayerEffects.RainbowShift_Vertical, effect_cfg); layers.Enqueue(layer); break; case IdleEffects.StarFall: layer = new EffectLayer("Idle - Starfall"); if (nextstarset < currenttime) { for (int x = 0; x < Global.Configuration.idle_amount; x++) { Devices.DeviceKeys star = allKeys[randomizer.Next(allKeys.Length)]; if (stars.ContainsKey(star)) { stars[star] = 1.0f; } else { stars.Add(star, 1.0f); } } nextstarset = currenttime + (long)(1000L * Global.Configuration.idle_frequency); } layer.Fill(Global.Configuration.idle_effect_secondary_color); Devices.DeviceKeys[] stars_keys = stars.Keys.ToArray(); foreach (Devices.DeviceKeys star in stars_keys) { layer.Set(star, Utils.ColorUtils.MultiplyColorByScalar(Global.Configuration.idle_effect_primary_color, stars[star])); stars[star] -= getDeltaTime() * 0.05f * Global.Configuration.idle_speed; } layers.Enqueue(layer); break; case IdleEffects.RainFall: layer = new EffectLayer("Idle - Rainfall"); if (nextstarset < currenttime) { for (int x = 0; x < Global.Configuration.idle_amount; x++) { Devices.DeviceKeys star = allKeys[randomizer.Next(allKeys.Length)]; if (raindrops.ContainsKey(star)) { raindrops[star] = 1.0f; } else { raindrops.Add(star, 1.0f); } } nextstarset = currenttime + (long)(1000L * Global.Configuration.idle_frequency); } layer.Fill(Global.Configuration.idle_effect_secondary_color); Devices.DeviceKeys[] raindrops_keys = raindrops.Keys.ToArray(); ColorSpectrum drop_spec = new ColorSpectrum(Global.Configuration.idle_effect_primary_color, Color.FromArgb(0, Global.Configuration.idle_effect_primary_color)); foreach (Devices.DeviceKeys raindrop in raindrops_keys) { PointF pt = Effects.GetBitmappingFromDeviceKey(raindrop).Center; float transition_value = 1.0f - raindrops[raindrop]; float radius = transition_value * Effects.canvas_biggest; layer.GetGraphics().DrawEllipse(new Pen(drop_spec.GetColorAt(transition_value), 2), pt.X - radius, pt.Y - radius, 2 * radius, 2 * radius); raindrops[raindrop] -= getDeltaTime() * 0.05f * Global.Configuration.idle_speed; } layers.Enqueue(layer); break; case IdleEffects.Blackout: layer = new EffectLayer("Idle - Blackout"); layer.Fill(Color.Black); layers.Enqueue(layer); break; case IdleEffects.Matrix: layer = new EffectLayer("Idle - Matrix"); if (nextstarset < currenttime) { Color darker_primary = Utils.ColorUtils.MultiplyColorByScalar(Global.Configuration.idle_effect_primary_color, 0.50); for (int x = 0; x < Global.Configuration.idle_amount; x++) { int width_start = randomizer.Next(Effects.canvas_width); float delay = randomizer.Next(550) / 100.0f; int random_id = randomizer.Next(125536789); //Create animation AnimationTrack matrix_line = new AnimationTrack("Matrix Line (Head) " + random_id, 0.0f).SetFrame( 0.0f * 1.0f / (0.05f * Global.Configuration.idle_speed), new AnimationLine(width_start, -3, width_start, 0, Global.Configuration.idle_effect_primary_color, 3)).SetFrame( 0.5f * 1.0f / (0.05f * Global.Configuration.idle_speed), new AnimationLine(width_start, Effects.canvas_height, width_start, Effects.canvas_height + 3, Global.Configuration.idle_effect_primary_color, 3)).SetShift( (currenttime % 1000000L) / 1000.0f + delay ); AnimationTrack matrix_line_trail = new AnimationTrack("Matrix Line (Trail) " + random_id, 0.0f).SetFrame( 0.0f * 1.0f / (0.05f * Global.Configuration.idle_speed), new AnimationLine(width_start, -12, width_start, -3, darker_primary, 3)).SetFrame( 0.5f * 1.0f / (0.05f * Global.Configuration.idle_speed), new AnimationLine(width_start, Effects.canvas_height - 12, width_start, Effects.canvas_height, darker_primary, 3)).SetFrame( 0.75f * 1.0f / (0.05f * Global.Configuration.idle_speed), new AnimationLine(width_start, Effects.canvas_height, width_start, Effects.canvas_height, darker_primary, 3)).SetShift( (currenttime % 1000000L) / 1000.0f + delay ); matrix_lines.AddTrack(matrix_line); matrix_lines.AddTrack(matrix_line_trail); } nextstarset = currenttime + (long)(1000L * Global.Configuration.idle_frequency); } layer.Fill(Global.Configuration.idle_effect_secondary_color); using (Graphics g = layer.GetGraphics()) { matrix_lines.Draw(g, (currenttime % 1000000L) / 1000.0f); } layers.Enqueue(layer); break; case IdleEffects.RainFallSmooth: layer = new EffectLayer("Idle - RainfallSmooth"); if (nextstarset < currenttime) { for (int x = 0; x < Global.Configuration.idle_amount; x++) { Devices.DeviceKeys star = allKeys[randomizer.Next(allKeys.Length)]; if (raindrops.ContainsKey(star)) { raindrops[star] = 1.0f; } else { raindrops.Add(star, 1.0f); } } nextstarset = currenttime + (long)(1000L * Global.Configuration.idle_frequency); } layer.Fill(Global.Configuration.idle_effect_secondary_color); ColorSpectrum drop_spec2 = new ColorSpectrum( Global.Configuration.idle_effect_primary_color, Color.FromArgb(0, Global.Configuration.idle_effect_primary_color)); var drops = raindrops.Keys.ToArray().Select(d => { PointF pt = Effects.GetBitmappingFromDeviceKey(d).Center; float transitionValue = 1.0f - raindrops[d]; float radius = transitionValue * Effects.canvas_biggest; raindrops[d] -= getDeltaTime() * 0.05f * Global.Configuration.idle_speed; return(new Tuple <Devices.DeviceKeys, PointF, float, float>(d, pt, transitionValue, radius)); }).Where(d => d.Item3 <= 1.5).ToArray(); float circleHalfThickness = 1f; foreach (var key in allKeys) { var keyInfo = Effects.GetBitmappingFromDeviceKey(key); // For easy calculation every button considered as circle with this radius var btnRadius = ((keyInfo.Width + keyInfo.Height) / 4f); if (btnRadius <= 0) { continue; } foreach (var raindrop in drops) { float circleInEdge = (raindrop.Item4 - circleHalfThickness); float circleOutEdge = (raindrop.Item4 + circleHalfThickness); circleInEdge *= circleInEdge; circleOutEdge *= circleOutEdge; float xKey = Math.Abs(keyInfo.Center.X - raindrop.Item2.X); float yKey = Math.Abs(keyInfo.Center.Y - raindrop.Item2.Y); float xKeyInEdge = xKey - btnRadius; float xKeyOutEdge = xKey + btnRadius; float yKeyInEdge = yKey - btnRadius; float yKeyOutEdge = yKey + btnRadius; float keyInEdge = xKeyInEdge * xKeyInEdge + yKeyInEdge * yKeyInEdge; float keyOutEdge = xKeyOutEdge * xKeyOutEdge + yKeyOutEdge * yKeyOutEdge; var btnDiameter = keyOutEdge - keyInEdge; var inEdgePercent = (circleOutEdge - keyInEdge) / btnDiameter; var outEdgePercent = (keyOutEdge - circleInEdge) / btnDiameter; var percent = Math.Min(1, Math.Max(0, inEdgePercent)) + Math.Min(1, Math.Max(0, outEdgePercent)) - 1f; if (percent > 0) { layer.Set(key, (Color)EffectColor.BlendColors( new EffectColor(layer.Get(key)), new EffectColor(drop_spec2.GetColorAt(raindrop.Item3)), percent)); } } } layers.Enqueue(layer); break; default: break; } frame.AddOverlayLayers(layers.ToArray()); }
private void virtual_keyboard_timer_Tick(object sender, EventArgs e) { if (!ApplicationIsActivated()) { return; } Dispatcher.Invoke( () => { if (transitionamount <= 1.0f) { transition_color.BlendColors(current_color, transitionamount += 0.07f); bg_grid.Background = new SolidColorBrush(Color.FromRgb(transition_color.Red, transition_color.Green, transition_color.Blue)); bg_grid.UpdateLayout(); } Dictionary <Devices.DeviceKeys, System.Drawing.Color> keylights = new Dictionary <Devices.DeviceKeys, System.Drawing.Color>(); if (Global.geh.GetPreview() != PreviewType.None) { keylights = Global.effengine.GetKeyboardLights(); } Border[] keys = virtial_kb.Children.OfType <Border>().ToArray(); foreach (var child in keys) { if (child is Border && (child as Border).Child is TextBlock && ((child as Border).Child as TextBlock).Tag is Devices.DeviceKeys ) { if (keylights.ContainsKey((Devices.DeviceKeys)((child as Border).Child as TextBlock).Tag)) { ((child as Border).Child as TextBlock).Foreground = new SolidColorBrush(Utils.ColorUtils.DrawingColorToMediaColor(keylights[(Devices.DeviceKeys)((child as Border).Child as TextBlock).Tag])); } if (Global.key_recorder.HasRecorded((Devices.DeviceKeys)((child as Border).Child as TextBlock).Tag)) { (child as Border).Background = new SolidColorBrush(System.Windows.Media.Color.FromArgb((byte)255, (byte)0, (byte)(Math.Min(Math.Pow(Math.Cos((double)(Utils.Time.GetMilliSeconds() / 1000.0) * Math.PI) + 0.05, 2.0), 1.0) * 255), (byte)0)); } else { if ((child as Border).IsEnabled) { (child as Border).Background = new SolidColorBrush(System.Windows.Media.Color.FromArgb((byte)255, (byte)30, (byte)30, (byte)30)); } else { (child as Border).Background = new SolidColorBrush(System.Windows.Media.Color.FromArgb(255, 100, 100, 100)); (child as Border).BorderThickness = new Thickness(0); } } } } //); if (Global.key_recorder.IsRecording()) { this.keyboard_record_message.Visibility = System.Windows.Visibility.Visible; } else { this.keyboard_record_message.Visibility = System.Windows.Visibility.Hidden; } }); }