private void UpdateBandwidth(int bw) { bw = 10 * (bw / 10); if (bw < 10) { bw = 10; } int num = (int)((float)(18 * this._spectrumWidth) / this._scale / (float)(this._buffer.Width - 60)); if (bw < num) { bw = num; } if (bw != this._filterBandwidth) { int num2 = this._enableSideFilterResize ? ((int)((float)(bw - this._filterBandwidth) * 0.5f)) : 0; int offset = this._filterOffset + ((this._side == BandType.Upper) ? num2 : (-num2)); BandwidthEventArgs bandwidthEventArgs = new BandwidthEventArgs(bw, offset, this._side); this.OnBandwidthChanged(bandwidthEventArgs); if (!bandwidthEventArgs.Cancel) { this._filterOffset = bandwidthEventArgs.Offset; this._filterBandwidth = bandwidthEventArgs.Bandwidth; this._performNeeded = true; } } }
protected virtual void OnBandwidthChanged(BandwidthEventArgs e) { if (BandwidthChanged != null) { BandwidthChanged(this, e); } }
protected virtual void OnBandwidthChanged(BandwidthEventArgs e) { ManualBandwidthChangeEventHandler bandwidthChanged = this.BandwidthChanged; if (bandwidthChanged != null) { bandwidthChanged(this, e); } }
private void UpdateBandwidth(int bw) { bw = 10 * (bw / 10); if (bw < 10) { bw = 10; } if (bw != _filterBandwidth) { var args = new BandwidthEventArgs(bw); OnBandwidthChanged(args); if (!args.Cancel) { _filterBandwidth = args.Bandwidth; _performNeeded = true; } } }
private void panview_BandwidthChanged(object sender, BandwidthEventArgs e) { if (e.Bandwidth < filterBandwidthNumericUpDown.Minimum) { e.Bandwidth = (int)filterBandwidthNumericUpDown.Minimum; } else if (e.Bandwidth > filterBandwidthNumericUpDown.Maximum) { e.Bandwidth = (int)filterBandwidthNumericUpDown.Maximum; } filterBandwidthNumericUpDown.Value = e.Bandwidth; }
private void spectrumAnalyzer_BandwidthChanged(object sender, BandwidthEventArgs e) { var sign = e.Side == BandType.Upper ? 1 : -1; if (e.Bandwidth > _control.FilterBandwidth || Math.Abs(_spectrumAnalyzer.FilterOffset + sign * e.Bandwidth / 2) > _control.FilterBandwidth / 2) { e.Cancel = true; return; } _filterbandwidth = e.Bandwidth; _filterOffset = e.Offset; _updateFilter = true; }
private void spectrumAnalyzer_BandwidthChanged(object sender, BandwidthEventArgs e) { int num = e.Side == BandType.Upper ? 1 : -1; if (e.Bandwidth > this._control.FilterBandwidth || Math.Abs(this._spectrumAnalyzer.FilterOffset + num * e.Bandwidth / 2) > this._control.FilterBandwidth / 2) { e.Cancel = true; } else { this._filterbandwidth = e.Bandwidth; this._filterOffset = e.Offset; this._updateFilter = true; } }
protected virtual void OnBandwidthChanged(BandwidthEventArgs e) { ManualBandwidthChangeEventHandler changeEventHandler = this.BandwidthChanged; if (changeEventHandler == null) return; changeEventHandler((object) this, e); }
private void UpdateBandwidth(int bw) { bw = 10 * (bw / 10); if (bw < 10) bw = 10; if (bw == this._filterBandwidth) return; int num = this._enableSideFilterResize ? (bw - this._filterBandwidth) / 2 : 0; int offset = this._filterOffset + (this._side == BandType.Upper ? num : -num); BandwidthEventArgs e = new BandwidthEventArgs(bw, offset, this._side); this.OnBandwidthChanged(e); if (e.Cancel) return; this._filterOffset = e.Offset; this._filterBandwidth = e.Bandwidth; this._performNeeded = true; }
private void panview_BandwidthChanged(object sender, BandwidthEventArgs e) { if ((Decimal) e.Bandwidth < this.filterBandwidthNumericUpDown.Minimum) e.Bandwidth = (int) this.filterBandwidthNumericUpDown.Minimum; else if ((Decimal) e.Bandwidth > this.filterBandwidthNumericUpDown.Maximum) e.Bandwidth = (int) this.filterBandwidthNumericUpDown.Maximum; this.filterBandwidthNumericUpDown.Value = (Decimal) e.Bandwidth; }