// 刷新所有控件
public void refreshAll()
{
refreshListBoxImages();
pictureBoxMain.Refresh();
pictureBoxFrameList.Refresh();
pictureBoxImagePreview.Refresh();
textBoxScreenWidth.Text = screenWidth.ToString();
textBoxScreenHeight.Text = screenHeight.ToString();
refreshListBoxCurrentFrame();
if (selectedImageSituation != null)
{
textBoxAlpha.Text = selectedImageSituation.getAlpha().ToString();
textBoxRotate.Text = selectedImageSituation.rotate.ToString();
textBoxScaleX.Text = selectedImageSituation.scaleX.ToString();
textBoxScaleY.Text = selectedImageSituation.scaleY.ToString();
checkBoxIsScale.Checked = selectedImageSituation.isScale;
checkBoxRotate.Checked = selectedImageSituation.isRotate;
checkBoxAlpha.Checked = selectedImageSituation.isAlpha;
}
else
{
textBoxAlpha.Text = "1.0";
textBoxRotate.Text = "0";
textBoxScaleX.Text = "1.0";
textBoxScaleY.Text = "1.0";
checkBoxIsScale.Checked = false;
checkBoxRotate.Checked = false;
checkBoxAlpha.Checked = false;
}
textBoxFPS.Text = "30";
if (isTimerRunning)
{
stopTimer();
}
currentFrameBasedEnable();
groupBoxImageSituationEnable();
buttonRunEnable();
buttonBuildEnable();
}
// 首先要检查有没有相同的image, 然后计算这些image的差
// length 传入的是起始关键帧和结束关键帧为界的开区间的长
public FrameData[] generateFrom2KeyFrames(FrameData _startKeyFrame, FrameData _endKeyFrame, int length)
{
if (length > 0)
{
// 检查相同的image
ArrayList __sameImageSituationNames = new ArrayList();
for (int i = 0; i < _startKeyFrame.imageSituations.Count; i++)
{
if (_endKeyFrame.containsImageSituation(_startKeyFrame.getImageSituation(i).name))
{
__sameImageSituationNames.Add(_startKeyFrame.getImageSituation(i).name);
}
}
// 计算image之间的差
Dictionary <string, float> __deltaXs = new Dictionary <string, float>();
Dictionary <string, float> __deltaYs = new Dictionary <string, float>();
Dictionary <string, float> __deltaScaleXs = new Dictionary <string, float>();
Dictionary <string, float> __deltaScaleYs = new Dictionary <string, float>();
Dictionary <string, float> __deltaRotates = new Dictionary <string, float>();
Dictionary <string, float> __deltaAlphas = new Dictionary <string, float>();
Dictionary <string, float> __startXs = new Dictionary <string, float>();
Dictionary <string, float> __startYs = new Dictionary <string, float>();
Dictionary <string, float> __startScaleXs = new Dictionary <string, float>();
Dictionary <string, float> __startScaleYs = new Dictionary <string, float>();
Dictionary <string, float> __startRotates = new Dictionary <string, float>();
Dictionary <string, float> __startAlphas = new Dictionary <string, float>();
for (int i = 0; i < __sameImageSituationNames.Count; i++)
{
string __name = (string)__sameImageSituationNames[i];
float __startX = _startKeyFrame.getImageSituation(__name).x;
float __startY = _startKeyFrame.getImageSituation(__name).y;
float __startScaleX = _startKeyFrame.getImageSituation(__name).scaleX;
float __startScaleY = _startKeyFrame.getImageSituation(__name).scaleY;
float __startRotate = _startKeyFrame.getImageSituation(__name).rotate;
float __startAlpha = _startKeyFrame.getImageSituation(__name).getAlpha();
float __deltaX = (_endKeyFrame.getImageSituation(__name).x - __startX) / (length + 1);
float __deltaY = (_endKeyFrame.getImageSituation(__name).y - __startY) / (length + 1);
float __deltaScaleX = (_endKeyFrame.getImageSituation(__name).scaleX - __startScaleX) / (length + 1);
float __deltaScaleY = (_endKeyFrame.getImageSituation(__name).scaleY - __startScaleY) / (length + 1);
float __deltaRotate = (_endKeyFrame.getImageSituation(__name).rotate - __startRotate) / (length + 1);
float __deltaAlpha = (_endKeyFrame.getImageSituation(__name).getAlpha() - __startAlpha) / (length + 1);
__startXs.Add(__name, __startX);
__startYs.Add(__name, __startY);
__startScaleXs.Add(__name, __startScaleX);
__startScaleYs.Add(__name, __startScaleY);
__startRotates.Add(__name, __startRotate);
__startAlphas.Add(__name, __startAlpha);
__deltaXs.Add(__name, __deltaX);
__deltaYs.Add(__name, __deltaY);
__deltaScaleXs.Add(__name, __deltaScaleX);
__deltaScaleYs.Add(__name, __deltaScaleY);
__deltaRotates.Add(__name, __deltaRotate);
__deltaAlphas.Add(__name, __deltaAlpha);
}
// 对每一对相同的image建立期间的imageSituations
FrameData[] __result = new FrameData[length];
for (int i = 0; i < __result.Length; i++)
{
__result[i] = new FrameData();
for (int j = 0; j < __sameImageSituationNames.Count; j++)
{
string __tempSitName = (string)__sameImageSituationNames[j];
ImageSituation __tempSit = _startKeyFrame.getImageSituation(__tempSitName);
string __tempImageName = __tempSit.imageName;
float __tempX = __tempSit.x + __deltaXs[__tempSitName] * (i + 1);
float __tempY = __tempSit.y + __deltaYs[__tempSitName] * (i + 1);
bool __tempIsScale = __tempSit.isScale;
bool __tempIsRotate = __tempSit.isRotate;
bool __tempIsAlpha = __tempSit.isAlpha;
float __tempScaleX = __tempSit.scaleX + __deltaScaleXs[__tempSitName] * (i + 1);
float __tempScaleY = __tempSit.scaleY + __deltaScaleYs[__tempSitName] * (i + 1);
float __tempRotate = __tempSit.rotate + __deltaRotates[__tempSitName] * (i + 1);
float __tempAlpha = __tempSit.getAlpha() + __deltaAlphas[__tempSitName] * (i + 1);
__result[i].addImageSituation(__tempImageName, __tempX, __tempY, __tempIsScale, __tempIsRotate,
__tempIsAlpha, __tempScaleX, __tempScaleY, __tempRotate, __tempAlpha);
}
}
return(__result);
}
return(null);
}