Merge pull request #4 from Seb-Park/new_parti

New parti

1 files changed, 16 insertions, 1 deletions

diff --git a/src/ocean/ocean_alt.cpp b/src/ocean/ocean_alt.cpp
index 7523c94..751fca5 100644
--- a/src/ocean/ocean_alt.cpp
+++ b/src/ocean/ocean_alt.cpp
@@ -319,6 +319,7 @@ void ocean_alt::update_ocean()
 	// reset normals & vertices arrays for the single tile
     m_vertices = std::vector<Eigen::Vector3f>(N);
 	m_normals = std::vector<Eigen::Vector3f>(N);
+    m_heights.clear();
     for (int i = 0; i < N; i++){
         Eigen::Vector2d horiz_pos = spacing*m_waveIndexConstants[i].base_horiz_pos;
         Eigen::Vector2d amplitude = m_current_h[i];
@@ -357,15 +358,20 @@ void ocean_alt::update_ocean()
 		Eigen::Vector2d disp = lambda*Eigen::Vector2d(m_displacements_x[i][0], m_displacements_z[i][0])
 			+ Eigen::Vector2d(vertex_displacement, vertex_displacement); // set corner at 0,0 for retiling
 
+        Eigen::Vector3f v = Eigen::Vector3f(horiz_pos[0] + disp[0], height, horiz_pos[1] + disp[1]);
 
         // for final vertex position, use the real number component of amplitude vector
-		m_vertices[i] = {horiz_pos[0] + disp[0], height, horiz_pos[1] + disp[1]};
+        m_vertices[i] = v;
         m_normals[i] = norm.normalized();//Eigen::Vector3f(-slope[0], 1.0, -slope[1]).normalized();
         //std::cout << "normal: " << m_normals[i] << std::endl
         Eigen::Vector2i m_n = index_1d_to_2d(i);
 
 
        // m_foam_constants.wavelengths[i] = 2.f* M_PI * m_slopes[i].dot(m_slopes[i]) /  Lx;
+//        float h_0 = m_waveIndexConstants[i].h0_prime[0]; // min*.2f;
+//        float h_max = max*.001f; // the smaller the constant, the more foam there is
+//        float waveheight = (height - h_0 ) / (h_max - h_0);
+//        m_foam_constants.wavelengths[i] = waveheight;
         float h_0 = 0; // min*.2f;
         float h_max = max*.35f; // the smaller the constant, the more foam there is
         m_foam_constants.wavelengths[i] = (height - h_0 ) / (h_max - h_0);
@@ -375,6 +381,15 @@ void ocean_alt::update_ocean()
 //            std::cout << m_foam_constants.wavelengths[i] << std::endl;
 //        }
 
+        if (m_foam_constants.wavelengths[i] >= height_threshold){
+                 //std::cout << "push" << std::endl;
+            OceanSpray s;
+            s.height = v;
+            s.slope = norm;
+            s.slope_vector = Eigen::Vector2f(m_slopes_x[i][0], m_slopes_z[i][0]);
+            //std::cout << s.slope_vector << std::endl;
+                 m_heights.push_back(s);
+        }
 
 
     }