#include <afx.h>
#include "stdafx.h"
#include "vtkInterface.h"
#include "SigmaView.h"
#include "Util.h"

KevVtkDataNode::KevVtkDataNode()
{
	m_sceneParameter = nullptr;
}

static void CopyVtkParameters(const VtkSceneParameterSettings& src, KevVtkSceneParameter& dest)
{
    // general
    dest.m_showAxies = src.m_showAxies;
    dest.m_showScalarBar = src.m_showScalarBar;
    dest.m_showMeshLinearExtrusion = src.m_showMeshLinearExtrusion;
    dest.m_ShowCoordinateGridLine = src.m_ShowCoordinateGridLine;
    dest.m_ShowMeshEdgeColorGradient = src.m_ShowMeshEdgeColorGradient;
    dest.m_zScale = src.m_zScale;

    // background
    dest.m_background_color_r = src.m_background_color_r;
    dest.m_background_color_g = src.m_background_color_g;
    dest.m_background_color_b = src.m_background_color_b;

    // camera
    dest.m_camera_distance = src.m_camera_distance;
    dest.m_camera_position_x = src.m_camera_position_x;
    dest.m_camera_position_y = src.m_camera_position_y;
    dest.m_camera_position_z = src.m_camera_position_z;
    dest.m_camera_focalPoint_x = src.m_camera_focalPoint_x;
    dest.m_camera_focalPoint_y = src.m_camera_focalPoint_y;
    dest.m_camera_focalPoint_z = src.m_camera_focalPoint_z;
    dest.m_camera_viewUp_x = src.m_camera_viewUp_x;
    dest.m_camera_viewUp_y = src.m_camera_viewUp_y;
    dest.m_camera_viewUp_z = src.m_camera_viewUp_z;
    dest.m_camera_azimuth = src.m_camera_azimuth;
    dest.m_camera_elevation = src.m_camera_elevation;
    dest.m_camera_roll = src.m_camera_roll;
    dest.m_camera_viewAngle = src.m_camera_viewAngle;
    dest.m_camera_clippingRange_0 = src.m_camera_clippingRange_0;
    dest.m_camera_clippingRange_1 = src.m_camera_clippingRange_1;

    // actor
    dest.m_actor_ambientColor_r = src.m_actor_ambientColor_r;
    dest.m_actor_ambientColor_g = src.m_actor_ambientColor_g;
    dest.m_actor_ambientColor_b = src.m_actor_ambientColor_b;
    dest.m_actor_diffuseColor_r = src.m_actor_diffuseColor_r;
    dest.m_actor_diffuseColor_g = src.m_actor_diffuseColor_g;
    dest.m_actor_diffuseColor_b = src.m_actor_diffuseColor_b;
    dest.m_actor_specularColor_r = src.m_actor_specularColor_r;
    dest.m_actor_specularColor_g = src.m_actor_specularColor_g;
    dest.m_actor_specularColor_b = src.m_actor_specularColor_b;
    dest.m_actor_ambient = src.m_actor_ambient;
    dest.m_actor_diffuse = src.m_actor_diffuse;
    dest.m_actor_specular = src.m_actor_specular;

    // light
    dest.m_light_mode = src.m_light_mode;
    dest.m_light_intensity = src.m_light_intensity;
    dest.m_light_color_r = src.m_light_color_r;
    dest.m_light_color_g = src.m_light_color_g;
    dest.m_light_color_b = src.m_light_color_b;
    dest.m_light_ambientColor_r = src.m_light_ambientColor_r;
    dest.m_light_ambientColor_g = src.m_light_ambientColor_g;
    dest.m_light_ambientColor_b = src.m_light_ambientColor_b;
    dest.m_light_diffuseColor_r = src.m_light_diffuseColor_r;
    dest.m_light_diffuseColor_g = src.m_light_diffuseColor_g;
    dest.m_light_diffuseColor_b = src.m_light_diffuseColor_b;
    dest.m_light_specularColor_r = src.m_light_specularColor_r;
    dest.m_light_specularColor_g = src.m_light_specularColor_g;
    dest.m_light_specularColor_b = src.m_light_specularColor_b;
    dest.m_light_position_x = src.m_light_position_x;
    dest.m_light_position_y = src.m_light_position_y;
    dest.m_light_position_z = src.m_light_position_z;
    dest.m_light_focalPoint_x = src.m_light_focalPoint_x;
    dest.m_light_focalPoint_y = src.m_light_focalPoint_y;
    dest.m_light_focalPoint_z = src.m_light_focalPoint_z;
    dest.m_light_azimuth = src.m_light_azimuth;
    dest.m_light_elevation = src.m_light_elevation;

    // vtk mesh edge color
    dest.m_mesh_edge_color_r = src.m_mesh_edge_color_r;
    dest.m_mesh_edge_color_g = src.m_mesh_edge_color_g;
    dest.m_mesh_edge_color_b = src.m_mesh_edge_color_b;
    dest.m_mesh_edge_mode = src.m_mesh_edge_mode;


	dest.m_singularValueFilterFlag = src.m_singularValueFilterFlag;
	dest.m_singularThreshold = src.m_singularThreshold;

    dest.m_zMaxScale = src.m_zMaxScale;

    dest.m_thickness = src.m_thickness;

    dest.m_wellMode = src.m_wellMode;
    dest.m_wellColumnHeight = src.m_wellColumnHeight;
    dest.m_wellColumnRadius = src.m_wellColumnRadius;
    dest.m_wellColumnColor = src.m_wellColumnColor;
    dest.m_wellColumnNameColor = src.m_wellColumnNameColor;
    dest.m_wellColumnNameSize = src.m_wellColumnNameSize;
    dest.m_wellColumnNameGap = src.m_wellColumnNameGap;
	dest.m_faultModeEnum = src.m_faultModeEnum;
    if (src.m_wellTypeColors != nullptr)
    {
        CString wellTypeColors(CW2A(src.m_wellTypeColors));
        dest.m_wellTypeColors = std::string(wellTypeColors.GetString());
    }
	dest.m_wellColumnThrough = src.m_wellColumnThrough;
    dest.m_wellSymbalRadius = src.m_wellSymbalRadius;
}

static void CopyVtkParameters(const KevVtkSceneParameter& src, VtkSceneParameterSettings& dest)
{
    // general
    dest.m_showAxies = src.m_showAxies;
    dest.m_showScalarBar = src.m_showScalarBar;
    dest.m_showMeshLinearExtrusion = src.m_showMeshLinearExtrusion;
    dest.m_ShowCoordinateGridLine = src.m_ShowCoordinateGridLine;
    dest.m_ShowMeshEdgeColorGradient = src.m_ShowMeshEdgeColorGradient;
    dest.m_zScale = src.m_zScale;

    // background
    dest.m_background_color_r = src.m_background_color_r;
    dest.m_background_color_g = src.m_background_color_g;
    dest.m_background_color_b = src.m_background_color_b;

    // camera
    dest.m_camera_distance = src.m_camera_distance;
    dest.m_camera_position_x = src.m_camera_position_x;
    dest.m_camera_position_y = src.m_camera_position_y;
    dest.m_camera_position_z = src.m_camera_position_z;
    dest.m_camera_focalPoint_x = src.m_camera_focalPoint_x;
    dest.m_camera_focalPoint_y = src.m_camera_focalPoint_y;
    dest.m_camera_focalPoint_z = src.m_camera_focalPoint_z;
    dest.m_camera_viewUp_x = src.m_camera_viewUp_x;
    dest.m_camera_viewUp_y = src.m_camera_viewUp_y;
    dest.m_camera_viewUp_z = src.m_camera_viewUp_z;
    dest.m_camera_azimuth = src.m_camera_azimuth;
    dest.m_camera_elevation = src.m_camera_elevation;
    dest.m_camera_roll = src.m_camera_roll;
    dest.m_camera_viewAngle = src.m_camera_viewAngle;
    dest.m_camera_clippingRange_0 = src.m_camera_clippingRange_0;
    dest.m_camera_clippingRange_1 = src.m_camera_clippingRange_1;

    // actor
    dest.m_actor_ambientColor_r = src.m_actor_ambientColor_r;
    dest.m_actor_ambientColor_g = src.m_actor_ambientColor_g;
    dest.m_actor_ambientColor_b = src.m_actor_ambientColor_b;
    dest.m_actor_diffuseColor_r = src.m_actor_diffuseColor_r;
    dest.m_actor_diffuseColor_g = src.m_actor_diffuseColor_g;
    dest.m_actor_diffuseColor_b = src.m_actor_diffuseColor_b;
    dest.m_actor_specularColor_r = src.m_actor_specularColor_r;
    dest.m_actor_specularColor_g = src.m_actor_specularColor_g;
    dest.m_actor_specularColor_b = src.m_actor_specularColor_b;
    dest.m_actor_ambient = src.m_actor_ambient;
    dest.m_actor_diffuse = src.m_actor_diffuse;
    dest.m_actor_specular = src.m_actor_specular;

    // light
    dest.m_light_mode = src.m_light_mode;
    dest.m_light_intensity = src.m_light_intensity;
    dest.m_light_color_r = src.m_light_color_r;
    dest.m_light_color_g = src.m_light_color_g;
    dest.m_light_color_b = src.m_light_color_b;
    dest.m_light_ambientColor_r = src.m_light_ambientColor_r;
    dest.m_light_ambientColor_g = src.m_light_ambientColor_g;
    dest.m_light_ambientColor_b = src.m_light_ambientColor_b;
    dest.m_light_diffuseColor_r = src.m_light_diffuseColor_r;
    dest.m_light_diffuseColor_g = src.m_light_diffuseColor_g;
    dest.m_light_diffuseColor_b = src.m_light_diffuseColor_b;
    dest.m_light_specularColor_r = src.m_light_specularColor_r;
    dest.m_light_specularColor_g = src.m_light_specularColor_g;
    dest.m_light_specularColor_b = src.m_light_specularColor_b;
    dest.m_light_position_x = src.m_light_position_x;
    dest.m_light_position_y = src.m_light_position_y;
    dest.m_light_position_z = src.m_light_position_z;
    dest.m_light_focalPoint_x = src.m_light_focalPoint_x;
    dest.m_light_focalPoint_y = src.m_light_focalPoint_y;
    dest.m_light_focalPoint_z = src.m_light_focalPoint_z;
    dest.m_light_azimuth = src.m_light_azimuth;
    dest.m_light_elevation = src.m_light_elevation;

    // vtk mesh edge color
    dest.m_mesh_edge_color_r = src.m_mesh_edge_color_r;
    dest.m_mesh_edge_color_g = src.m_mesh_edge_color_g;
    dest.m_mesh_edge_color_b = src.m_mesh_edge_color_b;
    dest.m_mesh_edge_mode = src.m_mesh_edge_mode;

	dest.m_singularValueFilterFlag = src.m_singularValueFilterFlag;
	dest.m_singularThreshold = src.m_singularThreshold;

    dest.m_zMaxScale = src.m_zMaxScale;

    dest.m_thickness = src.m_thickness;

    dest.m_wellMode = src.m_wellMode;
    dest.m_wellColumnHeight = src.m_wellColumnHeight;
    dest.m_wellColumnRadius = src.m_wellColumnRadius;
    dest.m_wellColumnColor = src.m_wellColumnColor;
    dest.m_wellColumnNameColor = src.m_wellColumnNameColor;
    dest.m_wellColumnNameSize = src.m_wellColumnNameSize;
    dest.m_wellColumnNameGap = src.m_wellColumnNameGap;
	dest.m_faultModeEnum = src.m_faultModeEnum;
    CString wellTypeColors = CString(src.m_wellTypeColors.c_str());
    dest.m_wellTypeColors = wellTypeColors.AllocSysString();
	dest.m_wellColumnThrough = src.m_wellColumnThrough;
    dest.m_wellSymbalRadius = src.m_wellSymbalRadius;
}

/**
 * 获取三维参数
 * 
 * \param pView 图件
 * \param parameter 参数
 */
extern "C" __declspec(dllexport)
 KevVtkSceneParameter* Vtk_GetSceneParameter(CSigmaView* pView)
{
	ASSERT(pView != nullptr);

	if (pView->m_pDoc->m_pXy->vtkSceneParameterSettings)
	{
		auto* parameter = new KevVtkSceneParameter();
        CopyVtkParameters(*(pView->m_pDoc->m_pXy->vtkSceneParameterSettings), *parameter);
		return parameter;
	}

	return nullptr;
}

/**
 * 设置三维参数
 * 
 * \param pView 图件
 * \param parameter 参数
 */
extern "C" __declspec(dllexport)
void Vtk_SetSceneParameter(CSigmaView* pView, KevVtkSceneParameter* parameter)
{
	ASSERT(pView != nullptr);

	if (parameter != nullptr)
	{
		auto* settings = new VtkSceneParameterSettings();
        CopyVtkParameters(*parameter, *settings);
		pView->m_pDoc->m_pXy->vtkSceneParameterSettings.reset(settings);
	}
	else
	{
		pView->m_pDoc->m_pXy->vtkSceneParameterSettings.reset();
	}
}

/**
 * 获取三维配置明细，主要是提供给 C# 用的
 * 
 * \param pView 图件
 * \param parameter 出参，获取到的参数
 * \return 
 */
extern "C" __declspec(dllexport)
bool Vtk_GetSceneParameterDetails(CSigmaView* pView, VtkSceneParameterSettings& parameter)
{
	ASSERT(pView != nullptr);

	auto& settings = pView->m_pDoc->m_pXy->vtkSceneParameterSettings;

	if (settings)
	{
		parameter = *settings;
		return true;
	}

	return false;
}