//------------------------------------------------------------------------------//
// Movement Bitmap Constructor
//------------------------------------------------------------------------------//
public CBitmapSpeMovement(Rectangle BitmapRec)
: base(BitmapRec)
{
int i;
int numHashMarkRegionsX = BMPCONSTS.NUM_MOVMENT_X_HASHMARKS - 1;
int numHashMarkRegionsY = BMPCONSTS.NUM_MOVMENT_Y_HASHMARKS - 1;
// Allocate the hashmarks
m_hashMarkArrayYLeft = new HASHMARK[BMPCONSTS.NUM_MOVMENT_Y_HASHMARKS];
m_hashMarkArrayXBottom = new HASHMARK[BMPCONSTS.NUM_MOVMENT_X_HASHMARKS];
//--------------------------------------------------------------------------//
// Override default rect settings set in the base constructor
//-----------------------------------------------------------//
m_dataRect = m_windowRect;
m_displayRect.X = m_dataRect.X - BMPCONSTS.HASH_REGION_VERT_WIDTH_MARK;
m_displayRect.Y = m_dataRect.Y - BMPCONSTS.HASH_REGION_HORZ_HEIGHT_NOMARK;
m_displayRect.Width = m_dataRect.Width + BMPCONSTS.HASH_REGION_VERT_WIDTH_MARK + BMPCONSTS.HASH_REGION_VERT_WIDTH_NOMARK;
m_displayRect.Height = m_dataRect.Height + BMPCONSTS.HASH_REGION_HORZ_HEIGHT_NOMARK + BMPCONSTS.HASH_REGION_HORZ_HEIGHT_MARK;
m_windowRect = m_displayRect;
m_windowRect.X -= BMPCONSTS.BOARDER_THICKNESS;
m_windowRect.Y -= BMPCONSTS.BOARDER_THICKNESS;
m_windowRect.Width += 2 * BMPCONSTS.BOARDER_THICKNESS;
m_windowRect.Height += 2 * BMPCONSTS.BOARDER_THICKNESS;
//--------------------------------------------------------------------------//
m_bitmap = new Bitmap(m_dataRect.Width, m_dataRect.Height);
// Determine the placement of the hashmarks on the X-axis
m_pixelsPerHashmarkRegionY = m_dataRect.Height / numHashMarkRegionsY; // calculates pixels per hashmark.
for(i = 0; i < m_hashMarkArrayYLeft.Length; i++)
{
m_hashMarkArrayYLeft[i].point.X = m_displayRect.X + BMPCONSTS.HASH_REGION_VERT_WIDTH_MARK;
m_hashMarkArrayYLeft[i].point.Y = m_dataRect.Y + i * m_pixelsPerHashmarkRegionY;
}
// Determine the placement of the hashmarks on the Y-axis
m_pixelsPerHashmarkRegionX = m_dataRect.Width / numHashMarkRegionsX; // calculates pixels per hashmark.
for(i = 0; i < m_hashMarkArrayXBottom.Length; i++)
{
m_hashMarkArrayXBottom[i].point.X = m_dataRect.X + i * m_pixelsPerHashmarkRegionX;
m_hashMarkArrayXBottom[i].point.Y = m_displayRect.Y + m_displayRect.Height - BMPCONSTS.HASH_REGION_HORZ_HEIGHT_MARK;
}
// Create text brush
m_textBrush = new SolidBrush(Color.Black);
m_textFont = new Font("Tahoma", 7.25F, FontStyle.Regular, GraphicsUnit.Point, 0);
}
//------------------------------------------------------------------------------//
// Behavior Transition Over Time Bitmap RedrawBitmap()
//------------------------------------------------------------------------------//
// Called when the bitmap needs to be updated because data has changed or desired
// characteristics of how the data is displayed has changed.
private void RedrawBitmap()
{
int i,j;
int numHasmarkRegionsY;
int numHasmarkRegionsX;
double minutesPerHashmarkRegionY = 60; // just a safe value
double transitionsPerHashmarkRegionY = 60; // just a safe value
double pixelsPerMinuteY;
double pixelsPerBehCntY;
SINGLEBEHTRANSSTATS stats = GetSingleBehaviorTransitionStats(m_data);
TRANSPERIOD period;
// Redundant variables placed to make code easier to understand.
m_bitmap = new Bitmap(m_dataRect.Width, m_dataRect.Height);
m_hashMarkTimeText.point.X = m_dataRect.X - 70;
m_hashMarkTimeText.point.Y = m_dataRect.Y + m_dataRect.Height/2;
m_hashMarkTimeText.sz = "Time (min)";
m_hashMarkCountText.point.X = m_dataRect.X + m_dataRect.Width + 20;
m_hashMarkCountText.point.Y = m_dataRect.Y + m_dataRect.Height/2;
m_hashMarkCountText.sz = "Counts";
m_hashMarkTransitionLabel.point.X = m_dataRect.X + m_dataRect.Width/2;// -50;
m_hashMarkTransitionLabel.point.Y = m_dataRect.Y +m_dataRect.Height;// -50;
m_hashMarkTransitionLabel.sz = "Transition Periods";
//--------------------------------------------------------------------------//
// Hashmarks
//----------//
numHasmarkRegionsY = BMPCONSTS.NUM_BEHAVIORTRANS_Y_HASHMARKS - 1;
numHasmarkRegionsX = m_data.timePeriodArray.Length;
transitionsPerHashmarkRegionY = (float)stats.maxBehaviorCount/(float)numHasmarkRegionsY;
// Allocate hashmarks in the for the x and y dimensions.
if(m_displayType == MBSDEFAULTS.BITMAPDISPLAYTYPE.BEHAVIOR_TRANSITION)
{
m_hashMarkArrayYLeft = new HASHMARK[numHasmarkRegionsY + 1];
minutesPerHashmarkRegionY = (int)(((double)stats.maxPeriodDuration/60.0)/(double)numHasmarkRegionsY);
}
m_hashMarkArrayYRight = new HASHMARK[numHasmarkRegionsY + 1];
// Two hashmarks for each transition region... one on each side.
m_hashMarkArrayXBottom = new HASHMARK[numHasmarkRegionsX*2];
// Calculate pixels per hashmark in for the x and y dimensions.
m_pixelsPerHashmarkRegionY = m_dataRect.Height / numHasmarkRegionsY;
m_pixelsPerHashmarkRegionX = m_dataRect.Width / numHasmarkRegionsX;
// Set hashmark placement for the y dimension and set hashmark strings.
for(i=0; m_hashMarkArrayYLeft != null && i < m_hashMarkArrayYLeft.Length; i++)
{
m_hashMarkArrayYLeft[i].point.X = m_displayRect.X + BMPCONSTS.TRANS_HASH_REGION_VERT_WIDTH_MARK;
m_hashMarkArrayYLeft[i].point.Y = m_dataRect.Y + m_dataRect.Height - i * m_pixelsPerHashmarkRegionY;
m_hashMarkArrayYLeft[i].sz = String.Format("{0,2}", minutesPerHashmarkRegionY*i);
}
for(i=0; m_hashMarkArrayYRight != null && i < m_hashMarkArrayYRight.Length; i++)
{
m_hashMarkArrayYRight[i].point.X = m_dataRect.X + m_dataRect.Width + BMPCONSTS.SHELL_REGION_VERT_WIDTH;
m_hashMarkArrayYRight[i].point.Y = m_dataRect.Y + m_dataRect.Height - i * m_pixelsPerHashmarkRegionY;
m_hashMarkArrayYRight[i].sz = String.Format("{0:0.0}", transitionsPerHashmarkRegionY*i);
}
//--------------------------------------------------------------------------//
//--------------------------------------------------------------------------//
// Determine Dynamic Rect Placements
//------------------------------------//
// The total number of pixels available for all the transition periods to be
// displayed is equal to the total number of pixels minus the percentage to be
// reserved for space in-between each transition period.
int pixPerTransPeriod = (m_dataRect.Width -
(int)(m_dataRect.Width*(BMPCONSTS.TRANS_SPACE_INBETWEEN_PRCNT_MIN/100.0)))/stats.periodCnt;
int pixIncPerTransPeriod = (m_dataRect.Width)/(stats.periodCnt); // Number of pixels to increment the placement of succussive transition periods.
int pixCenterTransPeriod;
int pixPerBehavior;
int pixIncPerBehavior;
int pixCenterBehavior;
if(pixPerTransPeriod > BMPCONSTS.TRANS_TRIAL_WIDTH_MAX_PIXEL)
pixPerTransPeriod = BMPCONSTS.TRANS_TRIAL_WIDTH_MAX_PIXEL;
pixPerBehavior = (pixPerTransPeriod -
(int)(pixPerTransPeriod*(BMPCONSTS.BEH_SPACE_INBETWEEN_PRCNT_MIN/100.0)))/m_numBehaviors;
pixelsPerMinuteY = 60; // a safe number
if(stats.maxPeriodDuration > 0)
pixelsPerMinuteY = (double)m_dataRect.Height/((double)stats.maxPeriodDuration/60.0);
pixelsPerBehCntY = 60; // a safe number
if(stats.maxBehaviorCount > 0)
pixelsPerBehCntY = (double)m_dataRect.Height/(double)stats.maxBehaviorCount;
m_dynamicDataRectArray = new DYNAMICDATARECTCONTAINER[stats.periodCnt];
pixCenterTransPeriod = m_dataRect.X + pixIncPerTransPeriod/2;
// i represents transition period index.
// j represents behavior index of transition period i.
for(i = 0; i < stats.periodCnt; i++)
{
period = stats.periodArray[i];
//----------------------//
// Transition Rectangles
//----------------------//
// Min value
m_dynamicDataRectArray[i].rectMin.X = pixCenterTransPeriod - pixPerTransPeriod/2;
m_dynamicDataRectArray[i].rectMin.Width = pixPerTransPeriod;
m_dynamicDataRectArray[i].rectMin.Y = m_dataRect.Y + m_dataRect.Height - (int)(pixelsPerMinuteY * (period.minDuration/60.0));
m_dynamicDataRectArray[i].rectMin.Height = (int)(pixelsPerMinuteY *period.minDuration/60.0);
// Max value
m_dynamicDataRectArray[i].rectMax.X = pixCenterTransPeriod - pixPerTransPeriod/2;
m_dynamicDataRectArray[i].rectMax.Width = pixPerTransPeriod;
m_dynamicDataRectArray[i].rectMax.Y = m_dataRect.Y + m_dataRect.Height - (int)(pixelsPerMinuteY * (period.maxDuration/60.0));
m_dynamicDataRectArray[i].rectMax.Height = (int)(pixelsPerMinuteY *period.maxDuration/60.0);
// Average value
m_dynamicDataRectArray[i].rectAve.X = pixCenterTransPeriod - pixPerTransPeriod/2;
m_dynamicDataRectArray[i].rectAve.Width = pixPerTransPeriod;
m_dynamicDataRectArray[i].rectAve.Y = m_dataRect.Y + m_dataRect.Height - (int)(pixelsPerMinuteY * (period.aveDuration/60.0));
m_dynamicDataRectArray[i].rectAve.Height = (int)(pixelsPerMinuteY *period.aveDuration/60.0);
// Set hashmark placement and string for the lower hasmark for the time period.
Debug.Assert(i*2 < m_hashMarkArrayXBottom.Length);
m_hashMarkArrayXBottom[i*2].point.X = pixCenterTransPeriod - pixPerTransPeriod/2;
m_hashMarkArrayXBottom[i*2].point.Y = m_displayRect.Y + m_displayRect.Height - BMPCONSTS.HASH_REGION_HORZ_HEIGHT_MARK - 10; // see calculation of shell height to fix this magic number 10
m_hashMarkArrayXBottom[i*2].sz = "" + String.Format("{0:0.00}", m_data.timePeriodArray[i].start);
// Set hashmark placement and string for the upper hasmark for the time period.
Debug.Assert(i*2+1 < m_hashMarkArrayXBottom.Length);
m_hashMarkArrayXBottom[i*2+1].point.X = pixCenterTransPeriod - pixPerTransPeriod/2 + pixPerTransPeriod;
m_hashMarkArrayXBottom[i*2+1].point.Y = m_displayRect.Y + m_displayRect.Height - BMPCONSTS.HASH_REGION_HORZ_HEIGHT_MARK - 10; // see calculation of shell height to fix this magic number 10;
m_hashMarkArrayXBottom[i*2+1].sz = "" + String.Format("{0:0.00}", m_data.timePeriodArray[i].end);
m_dynamicDataRectArray[i].behavorRectArray = new Rectangle[m_numBehaviors];
pixIncPerBehavior = m_dynamicDataRectArray[i].rectAve.Width/(m_numBehaviors);
pixCenterBehavior = m_dynamicDataRectArray[i].rectAve.X + pixIncPerBehavior/2;
for(j=0; j<m_dynamicDataRectArray[i].behavorRectArray.Length; j++)
{
m_dynamicDataRectArray[i].behavorRectArray[j].X = pixCenterBehavior - pixPerBehavior/2;
m_dynamicDataRectArray[i].behavorRectArray[j].Width = pixPerBehavior;
m_dynamicDataRectArray[i].behavorRectArray[j].Y = m_dataRect.Y + m_dataRect.Height - (int)(pixelsPerBehCntY * period.toBehaviorCount[j]);
m_dynamicDataRectArray[i].behavorRectArray[j].Height = (int)(pixelsPerBehCntY * period.toBehaviorCount[j]);
pixCenterBehavior += pixIncPerBehavior;
}
pixCenterTransPeriod += pixIncPerTransPeriod;
}
}
//------------------------------------------------------------------------------//
// Dive Bitmap Constuctor
//------------------------------------------------------------------------------//
public CBitmapSpeDiveProfile(Rectangle BitmapRec)
: base(BitmapRec) // CBitmapSpeciesParent() constructor
{
int i;
// m_bBathyUserSet = false;
// m_bLeftMouseDown = false;
// m_displayRect is the remaining region after boarders have been taken away
m_dataRect = new Rectangle();
m_dataRect.X = m_displayRect.X + BMPCONSTS.HASH_REGION_VERT_WIDTH_MARK;
m_dataRect.Y = m_displayRect.Y + BMPCONSTS.HASH_REGION_HORZ_HEIGHT_NOMARK;
m_dataRect.Width = m_displayRect.Width - BMPCONSTS.HASH_REGION_VERT_WIDTH_MARK - BMPCONSTS.HASH_REGION_VERT_WIDTH_NOMARK;
m_dataRect.Height = m_displayRect.Height - BMPCONSTS.HASH_REGION_HORZ_HEIGHT_NOMARK - BMPCONSTS.HASH_REGION_HORZ_HEIGHT_MARK;
m_bitmap = new Bitmap(m_dataRect.Width, m_dataRect.Height);
// Hashmarks
m_hashMarkArrayYLeft = new HASHMARK[BMPCONSTS.NUM_DEPTH_HASHMARKS];
m_hashMarkArrayXBottom = new HASHMARK[BMPCONSTS.NUM_TIME_HASHMARKS];
m_pixelsPerHashmarkRegionY = m_dataRect.Height / (BMPCONSTS.NUM_DEPTH_HASHMARKS - 1); // calculates pixels per hashmark.
for(i = 0; i < m_hashMarkArrayYLeft.Length; i++)
{
m_hashMarkArrayYLeft[i].point.X = m_displayRect.X + BMPCONSTS.HASH_REGION_VERT_WIDTH_MARK;
m_hashMarkArrayYLeft[i].point.Y = m_dataRect.Y + i * m_pixelsPerHashmarkRegionY;
}
// calculates pixels per hashmark region.
m_pixelsPerHashmarkRegionX = m_dataRect.Width / (BMPCONSTS.NUM_TIME_HASHMARKS - 1);
for(i = 0; i < m_hashMarkArrayXBottom.Length; i++)
{
m_hashMarkArrayXBottom[i].point.X = m_dataRect.X + i * m_pixelsPerHashmarkRegionX;
m_hashMarkArrayXBottom[i].point.Y = m_displayRect.Y + m_displayRect.Height - BMPCONSTS.HASH_REGION_HORZ_HEIGHT_MARK;
}
// Create text brush
m_textBrush = new SolidBrush(Color.Black);
m_textFont = new Font("Tahoma", 7.25F, FontStyle.Regular, GraphicsUnit.Point, 0);
}