/// <summary>���p�`��`�悷��</summary>
/// <param name="image">�`��Ώۂ̃C���[�W</param>
/// <param name="plotInfo">�v���b�g���</param>
public static void DrawLine(Image image, PlotsInformation plotInfo)
{
//�������x����ѐ�Ύ��x�z��̒������قȂ�ꍇ�͗�O
if (plotInfo.DrybulbTemperatures.Length != plotInfo.AbsoluteHumidities.Length) throw new Exception("�v���b�g���s����");
//�c������擾
int width = canvasSize.Width - R_MARGIN - L_MARGIN;
int height = canvasSize.Height - T_MARGIN - B_MARGIN;
//�`��Ώۂ�����������ꍇ�͏I��
if (width <= 0 || height <= 0) return;
//Bitmap����Graphic�I�u�W�F�N�g��쐬
Graphics gr = Graphics.FromImage(image);
//���^�t�@�C���łȂ���A���`�G�C���A�X�ݒ�
if (!(image is System.Drawing.Imaging.Metafile)) gr.SmoothingMode = System.Drawing.Drawing2D.SmoothingMode.AntiAlias;
//�`���_������ֈړ�
gr.TranslateTransform(L_MARGIN, height + T_MARGIN);
//�`��̂��߂̕ϊ����[�g
double minDB = lineProperties[Lines.DryBulbTemperatureLine].MinimumValue;
double minAH = lineProperties[Lines.AbsoluteHumidityLine].MinimumValue;
double maxDB = lineProperties[Lines.DryBulbTemperatureLine].MaximumValue;
double maxAH = lineProperties[Lines.AbsoluteHumidityLine].MaximumValue;
double yRate = height / (maxAH - minAH);
double xRate = width / (maxDB - minDB);
//�|�C���g���X�g��쐬
PointF[] ptf = new PointF[plotInfo.DrybulbTemperatures.Length];
for (int i = 0; i < ptf.Length; i++)
{
ptf[i] = getPointFromDBandAH(plotInfo.DrybulbTemperatures[i], plotInfo.AbsoluteHumidities[i], xRate, yRate);
}
Pen pen = new Pen(plotInfo.LineColor);
pen.Width = plotInfo.Diameter;
if (2 <= ptf.Length) gr.DrawPolygon(pen, ptf);
//Graphics�I�u�W�F�N�g�����
gr.Dispose();
}
/// <summary>�v���b�g��`�悷��</summary>
/// <param name="image">�`��Ώۂ̃C���[�W</param>
/// <param name="plotInfo">�v���b�g���</param>
public static void DrawPlots(Image image, PlotsInformation plotInfo)
{
DrawPlots(image, plotInfo.FillColor, plotInfo.LineColor, plotInfo.Diameter, plotInfo.DrybulbTemperatures, plotInfo.AbsoluteHumidities);
}
/// <summary>Image�ɋ�C���}����я�ԓ_��`�悷��</summary>
/// <param name="image">�`��Ώۂ̃C���[�W</param>
/// <param name="plotInfos">��C��ԓ_</param>
public static void DrawChart(Image image, PlotsInformation[] plotInfos)
{
//�c������擾
int width = canvasSize.Width - R_MARGIN - L_MARGIN;
int height = canvasSize.Height - T_MARGIN - B_MARGIN;
//�`��Ώۂ�����������ꍇ�͏I��
if (width <= 0 || height <= 0) return;
//Bitmap����Graphic�I�u�W�F�N�g��쐬
Graphics gr = Graphics.FromImage(image);
//���^�t�@�C���łȂ���A���`�G�C���A�X�ݒ�
if (!(image is System.Drawing.Imaging.Metafile)) gr.SmoothingMode = System.Drawing.Drawing2D.SmoothingMode.AntiAlias;
//�`��̈�g��`��
gr.DrawRectangle(BPEN, 0, 0, canvasSize.Width, canvasSize.Height);
gr.DrawLine(BPEN, L_MARGIN, T_MARGIN, width + L_MARGIN, T_MARGIN);
gr.DrawLine(BPEN, L_MARGIN, T_MARGIN + height, width + L_MARGIN, T_MARGIN + height);
gr.DrawLine(BPEN, L_MARGIN, T_MARGIN, L_MARGIN, T_MARGIN + height);
//gr.DrawRectangle(BPEN, L_MARGIN, T_MARGIN, width, height);
//�`���_������ֈړ�
gr.TranslateTransform(L_MARGIN, height + T_MARGIN);
//�`��̂��߂̕ϊ����[�g��v�Z
double minDB = lineProperties[Lines.DryBulbTemperatureLine].MinimumValue;
double minAH = lineProperties[Lines.AbsoluteHumidityLine].MinimumValue;
double maxDB = lineProperties[Lines.DryBulbTemperatureLine].MaximumValue;
double maxAH = lineProperties[Lines.AbsoluteHumidityLine].MaximumValue;
double yRate = height / (maxAH - minAH);
double xRate = width / (maxDB - minDB);
//�O�a���`�揈��
if (lineProperties[Lines.SaturatedLine].DrawLine) drawSaturatedLine(gr, xRate, yRate);
//���������x���`�揈��
if (lineProperties[Lines.DryBulbTemperatureLine].DrawLine) drawDryBulbTemperatureLine(gr, xRate, yRate);
//����Ύ��x���`�揈��
if (lineProperties[Lines.AbsoluteHumidityLine].DrawLine) drawAbsoluteHumidityLine(gr, xRate, yRate);
//���G���^���s�[���`�揈��
if (lineProperties[Lines.EnthalpyLine].DrawLine) drawEnthalpyLine(gr, xRate, yRate);
//���������x���`�揈��
if (lineProperties[Lines.WetBulbTemperatureLine].DrawLine) drawWetBulbTemperatureLine(gr, xRate, yRate);
//����e�ϐ��`�揈��
if (lineProperties[Lines.SpecificVoluemLine].DrawLine) drawSpecificVolumeLine(gr, xRate, yRate);
//�����Ύ��x���`�揈��
if (lineProperties[Lines.RelativeHumidityLine].DrawLine) drawRelativeHumidityLine(gr, xRate, yRate);
//���E�ڐ��肨��ѐ��l�`�揈��
drawAxis(gr, xRate, yRate);
//**���������ԓ_�`�揈��
foreach (PlotsInformation pi in plotInfos)
{
Brush brsh = new SolidBrush(pi.FillColor);
Pen pen = new Pen(pi.LineColor);
float plotHalfSize = pi.Diameter / 2f;
for (int i = 0; i < pi.DrybulbTemperatures.Length; i++)
{
PointF ptf = getPointFromDBandAH(pi.DrybulbTemperatures[i], pi.AbsoluteHumidities[i], xRate, yRate);
gr.FillEllipse(brsh, ptf.X - plotHalfSize, ptf.Y - plotHalfSize, pi.Diameter, pi.Diameter);
gr.DrawEllipse(pen, ptf.X - plotHalfSize, ptf.Y - plotHalfSize, pi.Diameter, pi.Diameter);
}
}
//Graphics�I�u�W�F�N�g�����
gr.Dispose();
}
