comparison src/Modules/Output/Graphics/Devices/GraphicsOutputDevicePlotutils.cc @ 117:c5ac2f0c7fc5

- All \t to two spaces (style guide compliance)

 #include "Support/util.h"
 #include "Modules/Output/Graphics/Devices/GraphicsOutputDevicePlotutils.h"
 
 GraphicsOutputDevicePlotutils::GraphicsOutputDevicePlotutils(Parameters *pParam)
     : GraphicsOutputDevice(pParam) {
-	m_iPlotHandle = 0;
-	m_pOutputFile = NULL;
-	m_iFileNumber = 0;
-	m_iVertexType = VertexTypeNone;
-	m_bUseMemoryBuffer = false;
-	m_pMemoryBuffer = NULL;
-	m_uWidth=0;
-	m_uHeight=0;
+  m_iPlotHandle = 0;
+  m_pOutputFile = NULL;
+  m_iFileNumber = 0;
+  m_iVertexType = VertexTypeNone;
+  m_bUseMemoryBuffer = false;
+  m_pMemoryBuffer = NULL;
+  m_uWidth=0;
+  m_uHeight=0;
 }
 
 bool GraphicsOutputDevicePlotutils::Initialize(const char *sDir) {
   Init();
 
-	//! \todo Output to file if sDir is a file, to directory with multiple
+  //! \todo Output to file if sDir is a file, to directory with multiple
   //! images if it's a directory.
-	strncpy(m_sDir, sDir, sizeof(m_sDir)/sizeof(m_sDir[0]));
-
-	/* Try to open an image to see if everything is allright. We want to avoid
-	 * errors in the main Process()ing loop. */
-	if (!OpenFile(0)) {
-	  //! \todo Better error message that is more specific about the cause.
-		AIM_ERROR(_T("Could not open output directory '%s' using graphics format '%s'."),
-			       m_sDir, m_pParam->GetString("output.img.format") );
-		return false;
-	}
-	CloseFile();
-	return true;
+  strncpy(m_sDir, sDir, sizeof(m_sDir)/sizeof(m_sDir[0]));
+
+  /* Try to open an image to see if everything is allright. We want to avoid
+   * errors in the main Process()ing loop. */
+  if (!OpenFile(0)) {
+    //! \todo Better error message that is more specific about the cause.
+    AIM_ERROR(_T("Could not open output directory '%s' using graphics format '%s'."),
+             m_sDir, m_pParam->GetString("output.img.format") );
+    return false;
+  }
+  CloseFile();
+  return true;
 }
 
 void GraphicsOutputDevicePlotutils::Init() {
   AIM_ASSERT(m_pParam);
-	/*
-	 * Set parameters
-	 */
-	pl_parampl("BG_COLOR", (void*)m_pParam->GetString("output.img.color.background"));
-	// Handle GIFs as other output formats, don't merge frames into single GIF.
-	pl_parampl("GIF_ANIMATION", (void*)"no");
-	pl_parampl("INTERLACE", (void*)"no");
-
-	m_bInvertColors = m_pParam->GetBool("output.img.color.invert");
-
-	// Output size!
-	m_uWidth = m_pParam->GetUInt("output.img.width");
-	m_uHeight = m_pParam->GetUInt("output.img.height");
-	char strSize[100];
-	snprintf(strSize, sizeof(strSize)/sizeof(strSize[0]), "%ux%u", m_uWidth, m_uHeight);
-	pl_parampl("BITMAPSIZE", (void*)strSize);
+  /*
+   * Set parameters
+   */
+  pl_parampl("BG_COLOR", (void*)m_pParam->GetString("output.img.color.background"));
+  // Handle GIFs as other output formats, don't merge frames into single GIF.
+  pl_parampl("GIF_ANIMATION", (void*)"no");
+  pl_parampl("INTERLACE", (void*)"no");
+
+  m_bInvertColors = m_pParam->GetBool("output.img.color.invert");
+
+  // Output size!
+  m_uWidth = m_pParam->GetUInt("output.img.width");
+  m_uHeight = m_pParam->GetUInt("output.img.height");
+  char strSize[100];
+  snprintf(strSize, sizeof(strSize)/sizeof(strSize[0]), "%ux%u", m_uWidth, m_uHeight);
+  pl_parampl("BITMAPSIZE", (void*)strSize);
 }
 
 bool GraphicsOutputDevicePlotutils::Initialize() {
   Init();
   m_bUseMemoryBuffer = true;

 #endif
       return false;
       strPlottype="pnm"; // Force pnm format or this doesn't work
     }
 
-	/*
-	 * Create a plotter
-	 *
-	 * Plotutils knows the following types for file output:
-	 *   pnm gif ai ps gif pcl hpgl tek meta
-	 */
-	if ((m_iPlotHandle = pl_newpl(strPlottype,
+  /*
+   * Create a plotter
+   *
+   * Plotutils knows the following types for file output:
+   *   pnm gif ai ps gif pcl hpgl tek meta
+   */
+  if ((m_iPlotHandle = pl_newpl(strPlottype,
                                 NULL,
                                 m_pOutputFile,
                                 stderr)) < 0 ) {
-		return false;
-	}
-	pl_selectpl(m_iPlotHandle);
-
-	if ( pl_openpl() < 0) {
-		return false;
-	}
-
-	// Now setup things for this plotter
-	pl_fontname(m_pParam->GetString("output.img.fontname"));
-	//! \todo Make fontsize work in Plotutils, currently disabled
-	//pl_ffontsize(m_pParam->GetUInt("output.fontsize"));
-
-	return true;
+    return false;
+  }
+  pl_selectpl(m_iPlotHandle);
+
+  if ( pl_openpl() < 0) {
+    return false;
+  }
+
+  // Now setup things for this plotter
+  pl_fontname(m_pParam->GetString("output.img.fontname"));
+  //! \todo Make fontsize work in Plotutils, currently disabled
+  //pl_ffontsize(m_pParam->GetUInt("output.fontsize"));
+
+  return true;
 }
 
 char* GraphicsOutputDevicePlotutils::GetBuffer() {
   if(m_bUseMemoryBuffer && (m_pMemoryBuffer!=NULL))
     return (&m_pMemoryBuffer[m_sMemoryBufferSize-(m_uWidth*m_uHeight*3)]);
   else
     return NULL;
 }
 
 void GraphicsOutputDevicePlotutils::CloseFile() {
-	// Plotting library
-	if (m_iPlotHandle>0) {
-		pl_closepl();
-
-		pl_selectpl(0);
-		pl_deletepl(m_iPlotHandle);
-		m_iPlotHandle = 0;
-	}
-
-	// And the output file
-	if (m_pOutputFile) {
-		fclose(m_pOutputFile);
-		m_pOutputFile = NULL;
-	}
+  // Plotting library
+  if (m_iPlotHandle>0) {
+    pl_closepl();
+
+    pl_selectpl(0);
+    pl_deletepl(m_iPlotHandle);
+    m_iPlotHandle = 0;
+  }
+
+  // And the output file
+  if (m_pOutputFile) {
+    fclose(m_pOutputFile);
+    m_pOutputFile = NULL;
+  }
 }
 
 GraphicsOutputDevicePlotutils::~GraphicsOutputDevicePlotutils() {
-	// Output file should be closed by gRelease()
-	AIM_ASSERT(!m_pOutputFile);
-	AIM_ASSERT(!m_iPlotHandle);
-	CloseFile();
+  // Output file should be closed by gRelease()
+  AIM_ASSERT(!m_pOutputFile);
+  AIM_ASSERT(!m_iPlotHandle);
+  CloseFile();
 }
 
 PixelFormat GraphicsOutputDevicePlotutils::GetPixelFormat() {
     return AIM_PIX_FMT_RGB24_24;
 }
 
 void GraphicsOutputDevicePlotutils::gGrab() {
-	// Open file
-	if (!OpenFile(m_iFileNumber)) {
-		return;
-  }
-	// Setup plotting area
-	pl_fspace(0.0, 0.0, 1.0, 1.0);
-	pl_flinewidth(0.0001);
-	pl_pencolorname("darkblue");
-	pl_erase();
+  // Open file
+  if (!OpenFile(m_iFileNumber)) {
+    return;
+  }
+  // Setup plotting area
+  pl_fspace(0.0, 0.0, 1.0, 1.0);
+  pl_flinewidth(0.0001);
+  pl_pencolorname("darkblue");
+  pl_erase();
 }
 
 void GraphicsOutputDevicePlotutils::gBeginLineStrip() {
-	m_bIsFirstVertex = true;
-	m_iVertexType = VertexTypeLine;
-	pl_filltype(0);
+  m_bIsFirstVertex = true;
+  m_iVertexType = VertexTypeLine;
+  pl_filltype(0);
 }
 
 void GraphicsOutputDevicePlotutils::gBeginQuadStrip() {
-	m_bIsFirstVertex = true;
-	m_iVertexType = VertexTypeQuad;
-	m_iPrevVertexCount = 0;
-	pl_filltype(1);
+  m_bIsFirstVertex = true;
+  m_iVertexType = VertexTypeQuad;
+  m_iPrevVertexCount = 0;
+  pl_filltype(1);
 }
 
 void GraphicsOutputDevicePlotutils::gColor3f(float r, float g, float b) {
-	if (m_bInvertColors) {
-		r = 1-r;
-		g = 1-g;
-		b = 1-b;
-	}
-	int ir = (int)(r*0xffff);
-	int ig = (int)(g*0xffff);
-	int ib = (int)(b*0xffff);
-	ir = MIN(0xffff, MAX(0,ir));
-	ig = MIN(0xffff, MAX(0,ig));
-	ib = MIN(0xffff, MAX(0,ib));
-	pl_color(ir, ig, ib);
+  if (m_bInvertColors) {
+    r = 1-r;
+    g = 1-g;
+    b = 1-b;
+  }
+  int ir = (int)(r*0xffff);
+  int ig = (int)(g*0xffff);
+  int ib = (int)(b*0xffff);
+  ir = MIN(0xffff, MAX(0,ir));
+  ig = MIN(0xffff, MAX(0,ig));
+  ib = MIN(0xffff, MAX(0,ib));
+  pl_color(ir, ig, ib);
 }
 
 void GraphicsOutputDevicePlotutils::gVertex3f(float x, float y, float z) {
-	switch(m_iVertexType) {
-	case VertexTypeLine:
-		if (m_bIsFirstVertex) {
-			m_bIsFirstVertex = false;
-			pl_fmove(x, y);
-		} else {
-			pl_fcont(x, y);
-		}
-		break;
-	case VertexTypeQuad:
-		/* Store vertices until we got four in a row.
-		 * The order of vertices when processing quads is:
-		 *    1-----3-----5
-		 *    |     |     |
-		 *    0-----2-----4
-		 */
-		if (m_iPrevVertexCount>=3) {
-			// Plot this quad
-			pl_fmove(m_aPrevX[0],m_aPrevY[0]);
-			pl_fcont(m_aPrevX[1],m_aPrevY[1]);
-			pl_fcont(x,y);
-			pl_fcont(m_aPrevX[2],m_aPrevY[2]);
-			pl_endpath();
-			// Last vertices of this quad are the first of the next
-			m_aPrevX[0] = m_aPrevX[2];
-			m_aPrevY[0] = m_aPrevY[2];
-			m_aPrevX[1] = x;
-			m_aPrevY[1] = y;
-			m_iPrevVertexCount = 2;
-		} else {
-			// Not at the fourth, keep storing
-			m_aPrevX[m_iPrevVertexCount] = x;
-			m_aPrevY[m_iPrevVertexCount] = y;
-			m_iPrevVertexCount++;
-		}
-		break;
-	default:
-		// Should not happen
-		AIM_ASSERT(0);
-	}
+  switch(m_iVertexType) {
+  case VertexTypeLine:
+    if (m_bIsFirstVertex) {
+      m_bIsFirstVertex = false;
+      pl_fmove(x, y);
+    } else {
+      pl_fcont(x, y);
+    }
+    break;
+  case VertexTypeQuad:
+    /* Store vertices until we got four in a row.
+     * The order of vertices when processing quads is:
+     *    1-----3-----5
+     *    |     |     |
+     *    0-----2-----4
+     */
+    if (m_iPrevVertexCount>=3) {
+      // Plot this quad
+      pl_fmove(m_aPrevX[0],m_aPrevY[0]);
+      pl_fcont(m_aPrevX[1],m_aPrevY[1]);
+      pl_fcont(x,y);
+      pl_fcont(m_aPrevX[2],m_aPrevY[2]);
+      pl_endpath();
+      // Last vertices of this quad are the first of the next
+      m_aPrevX[0] = m_aPrevX[2];
+      m_aPrevY[0] = m_aPrevY[2];
+      m_aPrevX[1] = x;
+      m_aPrevY[1] = y;
+      m_iPrevVertexCount = 2;
+    } else {
+      // Not at the fourth, keep storing
+      m_aPrevX[m_iPrevVertexCount] = x;
+      m_aPrevY[m_iPrevVertexCount] = y;
+      m_iPrevVertexCount++;
+    }
+    break;
+  default:
+    // Should not happen
+    AIM_ASSERT(0);
+  }
 }
 
 void GraphicsOutputDevicePlotutils::gEnd() {
-	pl_endpath();
-	m_iVertexType = VertexTypeNone;
+  pl_endpath();
+  m_iVertexType = VertexTypeNone;
 }
 
 void GraphicsOutputDevicePlotutils::gText3f(float x,
                                             float y,
                                             float z,
                                             const char *sStr,
                                             bool bRotated) {
-	if (bRotated) {
-		pl_textangle(90);
-		pl_fmove(x, y);
-		pl_alabel('l', 't', sStr);
-	} else {
-		pl_textangle(0);
-		pl_fmove(x, y);
-		pl_alabel('l', 'b', sStr);
-	}
+  if (bRotated) {
+    pl_textangle(90);
+    pl_fmove(x, y);
+    pl_alabel('l', 't', sStr);
+  } else {
+    pl_textangle(0);
+    pl_fmove(x, y);
+    pl_alabel('l', 'b', sStr);
+  }
 }
 
 void GraphicsOutputDevicePlotutils::gRelease() {
-	AIM_ASSERT(m_pOutputFile);
-	AIM_ASSERT(m_iPlotHandle>0);
-	CloseFile();
-	m_iFileNumber++;
-}
+  AIM_ASSERT(m_pOutputFile);
+  AIM_ASSERT(m_iPlotHandle>0);
+  CloseFile();
+  m_iFileNumber++;
+}