public ModelRenderManager(BlockDataManager bdm, Model model)
{
_Model = model;
_Parts = new RenderData <BlockRenderData> [model.Parts.Length][];
Voxel.Model[] vmodel = new Voxel.Model[model.Parts.Length];
for (int i = 0; i < model.Parts.Length; ++i)
{
vmodel[i] = new Voxel.Model();
vmodel[i].Palette = model.Palette;
vmodel[i].SizeX = model.SizeX;
vmodel[i].SizeY = model.SizeY;
vmodel[i].SizeZ = model.SizeZ;
vmodel[i].Voxel = model.Parts[i].Voxel;
}
for (int i = 0; i < model.Parts.Length; ++i)
{
var p = model.Parts[i];
bdm.Clear();
bdm.BeginData();
Voxel.Model[] adj = null;
if (p.AdjacentParts != null)
{
adj = p.AdjacentParts.Select(ii => vmodel[ii]).ToArray();
}
var provider = new Voxel.ModelDataProvider(vmodel[i], adj);
provider.Translation = new Vector4(p.Translation, 0);
provider.FlushRenderData(bdm);
_Parts[i] = bdm.EndData();
}
}
void Start()
{
// Load Manager Scripts
playerDataManagerObj = GameObject.Find("PlayerDataManager");
playerDataManagerScript = playerDataManagerObj.GetComponent <PlayerDataManager>();
blockManagerScript = blockManagerObj.GetComponent <BlockManager>();
blockDataManagerScript = blockDataManagerObj.GetComponent <BlockDataManager>();
touchManager = GetComponent <CameraScript>();
// Load GameObjects
if (playerCamera == null)
{
playerCamera = Camera.main;
}
// Do Init
prevSelectedPos = Vector3.zero;
SetPopupGUI(Canvas);
SetDataSaveGUI(Canvas);
blockButton.onClick.AddListener(() => SelectMenu(blockButton));
returnButton.onClick.AddListener(() => {
playerDataManagerScript.SetPlayerState(SCENE_STATE.MY_SCENE);
SceneManager.LoadScene("MyScene");
});
}
// Use this for initialization
void Start()
{
if (playerCamera == null)
{
playerCamera = Camera.main;
}
indicator = Instantiate(indicator) as GameObject;
blockDataManagerScript = blockDataManagerObj.GetComponent <BlockDataManager>();
}
static void Main(string[] args)
{
var file = @"D:\Projekty\MSEW DB\471.pdf";
var pdf = new TestPdfDataManager();
var s = pdf.GetSinglePage(file, 10).Split('\n');
var sa = pdf.GetAllPages(file);
var saSplited = sa.Split('\n');
var list = new[] { "PROJECT IDENTIFICATION",
"SOIL DATA",
"Geometry and Surcharge loads",
"U N I F O R M S U R C H A R G E",
"OTHER EXTERNAL LOAD(S)",
"ANALYSIS: CALCULATED FACTORS",
"BEARING CAPACITY for GIVEN LAYOUT",
"RESULTS for STRENGTH",
"RESULTS for PULLOUT",
"REINFORCED SOIL",
"RETAINED SOIL",
"FOUNDATION SOIL",
"LATERAL EARTH PRESSURE COEFFICIENTS" };
var projectList = new[] { "Title:",
"Project Number:",
"Designer:" };
var globalFactors = new[] { "factored bearing load",
"Bearing capacity, CDR =",
"Factored bearing resistance",
"Factored bearing load", };
BlockDataManager block = new BlockDataManager();
var dict = block.ResolveBlocks(sa, list);
var e = s.Where(x => list.Any(y => x.Contains(y)));
var ed = list.Where(x => s.Any(y => y.Contains(x)));
foreach (var ee in ed)
{
Console.Write(ee);
}
Console.WriteLine("------------------------------------------");
foreach (var ee in s)
{
Console.WriteLine(ee);
}
var pull = new LayersPulloutManager();
var factors = new LayersFactorsManager();
var strength = new LayersStrengthManager();
var layers = factors.Resolve(dict["ANALYSIS: CALCULATED FACTORS"]);
layers = pull.Resolve(dict["RESULTS for PULLOUT"], layers);
layers = strength.Resolve(dict["RESULTS for STRENGTH"], layers);
var abc = new ProjectDataManager();
var abcList = abc.GetValidLines(dict["PROJECT IDENTIFICATION"]);
var asas = new SoilDataManager();
var rf = asas.Resolve(dict["REINFORCED SOIL"]);
var ff = asas.Resolve(dict["FOUNDATION SOIL"]);
var rs = asas.Resolve(dict["RETAINED SOIL"]);
var dda = new WallGeometryManager();
var sd = dda.Resolve(dict["Geometry and Surcharge loads"]);
Console.ReadKey();
}
static void Main()
{
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
var rm = new RenderManager();
rm.InitDevice(new Form1());
var shaderFace = Shader <VertexConstData> .CreateFromString(rm, BlockShader.Code);
shaderFace.CreateSamplerForPixelShader(0, new SamplerStateDescription
{
Filter = Filter.MinMagMipLinear,
AddressU = TextureAddressMode.Border,
AddressV = TextureAddressMode.Border,
AddressW = TextureAddressMode.Border,
});
var aotexture = new AmbientOcculsionTexture(rm);
shaderFace.SetResourceForPixelShader(0, aotexture.ResourceView);
var camera = new Camera(new Vector3(0, 0, 70));
camera.SetForm(rm.Form);
var proj = Matrix.PerspectiveFovLH((float)Math.PI / 4.0f, 800.0f / 600.0f, 0.1f, 1000.0f);
//var model = ModelLoader.LoadModel("hiyori.model");
var model = AnimationTest.CreateModel();
//var segment = ModelLoader.LoadSegment("hiyori_walk.segment");
var segment = AnimationTest.CreateSegment();
var animationFrame = new Frame(model.Parts.Length);
float time = 0;
var bdm = new BlockDataManager(rm);
bdm.SetLayoutFromShader(shaderFace);
var renderer = new ModelRenderer(bdm, model)
{
Camera = camera,
Proj = proj,
Shader = shaderFace,
};
var editor = new FormEditRotation(animationFrame);
editor.Show();
RenderLoopHelper.Run(rm, false, delegate(RenderContext frame)
{
//--- render world ---
camera.Step();
rm.ImmediateContext.ApplyShader(shaderFace);
time += 0.1f;
//segment.SetupFrame(animationFrame, time);
lock (animationFrame)
{
animationFrame.TransformModel(model);
}
renderer.Frame = frame;
renderer.Render();
//--- present ---
frame.Present(true);
});
}
public ModelRenderer(BlockDataManager bdm, Model m)
: base(bdm, m)
{
}
