public AppMain.NNS_OBJECT Assign(AppMain.NNS_OBJECT nnsObject) { if (this != nnsObject) { this.Center.Assign(nnsObject.Center); this.Radius = nnsObject.Radius; this.nMaterial = nnsObject.nMaterial; this.pMatPtrList = nnsObject.pMatPtrList; this.nVtxList = nnsObject.nVtxList; this.pVtxListPtrList = nnsObject.pVtxListPtrList; this.nPrimList = nnsObject.nPrimList; this.pPrimListPtrList = nnsObject.pPrimListPtrList; this.nNode = nnsObject.nNode; this.MaxNodeDepth = nnsObject.MaxNodeDepth; this.pNodeList = nnsObject.pNodeList; this.nMtxPal = nnsObject.nMtxPal; this.nSubobj = nnsObject.nSubobj; this.pSubobjList = nnsObject.pSubobjList; this.nTex = nnsObject.nTex; this.fType = nnsObject.fType; this.Version = nnsObject.Version; this.BoundingBoxX = nnsObject.BoundingBoxX; this.BoundingBoxY = nnsObject.BoundingBoxY; this.BoundingBoxZ = nnsObject.BoundingBoxZ; } return(this); }
public void Clear() { this.ecb = (AppMain.AMS_AME_ECB)null; this.texlist = (AppMain.NNS_TEXLIST)null; this.texlistbuf = (object)null; this.texlist_data_work = (AppMain.OBS_DATA_WORK)null; this._object = (AppMain.NNS_OBJECT)null; this.object_data_work = (AppMain.OBS_DATA_WORK)null; this.eff = (object)null; this.eff_data_work = (AppMain.OBS_DATA_WORK)null; this.ambtex = (object)null; this.ambtex_data_work = (AppMain.OBS_DATA_WORK)null; this.model = (object)null; this.model_data_work = (AppMain.OBS_DATA_WORK)null; this.flag = 0U; this.command_state = 0U; this.disp_rot.Clear(); this.disp_ofst.Clear(); this.dup_draw_ofst.Clear(); this.user_dir_quat.Clear(); this.user_attr = 0; this.tex_reg_index = 0; this.model_reg_index = 0; this.speed = 0.0f; }
// Token: 0x0600114B RID: 4427 RVA: 0x0009752C File Offset: 0x0009572C public static int amObjectRelease(AppMain.NNS_OBJECT _object) { return(AppMain.amDrawRegistCommand(4, new AppMain.AMS_PARAM_DELETE_VERTEX_OBJECT { obj = _object })); }
private static AppMain.AMS_MOTION amMotionCreate( AppMain.NNS_OBJECT _object, int motion_num, int mmotion_num) { return(AppMain.amMotionCreate(_object, motion_num, mmotion_num, 0)); }
// Token: 0x06000536 RID: 1334 RVA: 0x0002BFC4 File Offset: 0x0002A1C4 private static AppMain.GMS_ENEMY_3D_WORK gmGmkTarzanRopeLoadObj(AppMain.GMS_EVE_RECORD_EVENT eve_rec, int pos_x, int pos_y, int type) { AppMain.GMS_ENEMY_3D_WORK gms_ENEMY_3D_WORK = AppMain.gmGmkTarzanRopeLoadObjNoModel(eve_rec, pos_x, pos_y, type); OBS_OBJECT_WORK obj_work = gms_ENEMY_3D_WORK.ene_com.obj_work; int num; if (eve_rec.left >= 50) { num = 2; } else if (eve_rec.left >= 20) { num = 1; } else { num = 0; } int num2 = AppMain.g_gm_gmk_tarzan_rope_model_id[num]; AppMain.ObjObjectCopyAction3dNNModel(obj_work, AppMain.g_gm_gmk_tarzan_rope_obj_3d_list[num2], gms_ENEMY_3D_WORK.obj_3d); AppMain.ObjObjectAction3dNNMotionLoad(obj_work, 0, false, AppMain.ObjDataGet(831), null, 0, null); obj_work.obj_3d.mtn_cb_func = AppMain.gmGmkTarzanRopeMotionCallback; obj_work.obj_3d.mtn_cb_param = obj_work; AppMain.NNS_OBJECT @object = obj_work.obj_3d._object; float num3 = @object.pNodeList[0].Translation.y; num3 *= ( float )eve_rec.left / 30f; int num4 = AppMain.FX_F32_TO_FX32(num3); OBS_OBJECT_WORK obs_OBJECT_WORK = obj_work; obs_OBJECT_WORK.pos.y = obs_OBJECT_WORK.pos.y - num4; return(gms_ENEMY_3D_WORK); }
public static AppMain.AMS_MOTION amMotionCreate( AppMain.NNS_OBJECT _object, int motion_num, int mmotion_num, int flag) { motion_num = motion_num + 3 & -4; mmotion_num = mmotion_num + 3 & -4; int nNode = _object.nNode; AppMain.AMS_MOTION amsMotion = new AppMain.AMS_MOTION(); amsMotion.mtnbuf = new AppMain.NNS_MOTION[motion_num]; amsMotion.mmtn = new AppMain.NNS_MOTION[mmotion_num]; amsMotion.data = AppMain.New <AppMain.NNS_TRS>((flag & 1) != 0 ? 4 * nNode : 2 * nNode); amsMotion._object = _object; amsMotion.node_num = nNode; for (int index = 0; index < 4; ++index) { amsMotion.mtnfile[index].file = (object)null; amsMotion.mtnfile[index].motion = (AppMain.ArrayPointer <AppMain.NNS_MOTION>)(AppMain.NNS_MOTION[]) null; amsMotion.mtnfile[index].motion_num = 0; } amsMotion.motion_num = motion_num; for (int index = 0; index < motion_num; ++index) { amsMotion.mtnbuf[index] = (AppMain.NNS_MOTION)null; } AppMain.ArrayPointer <AppMain.AMS_MOTION_BUF> mbuf = (AppMain.ArrayPointer <AppMain.AMS_MOTION_BUF>)amsMotion.mbuf; int num = 0; while (num < 2) { ((AppMain.AMS_MOTION_BUF) ~mbuf).motion_id = 0; ((AppMain.AMS_MOTION_BUF) ~mbuf).frame = 0.0f; if (num == 0) { ((AppMain.AMS_MOTION_BUF) ~mbuf).mbuf = new AppMain.ArrayPointer <AppMain.NNS_TRS>(amsMotion.data, nNode); } else if ((flag & 1) != 0) { ((AppMain.AMS_MOTION_BUF) ~mbuf).mbuf = (AppMain.ArrayPointer <AppMain.NNS_TRS>)(amsMotion.mbuf[0].mbuf + nNode); amsMotion.mmbuf = (AppMain.ArrayPointer <AppMain.NNS_TRS>)(amsMotion.mbuf[1].mbuf + nNode); AppMain.nnCalcTRSList(amsMotion.mbuf[1].mbuf.array, amsMotion.mbuf[1].mbuf.offset, _object); } else { ((AppMain.AMS_MOTION_BUF) ~mbuf).mbuf = (AppMain.ArrayPointer <AppMain.NNS_TRS>)(AppMain.NNS_TRS[]) null; amsMotion.mmbuf = (AppMain.ArrayPointer <AppMain.NNS_TRS>)(AppMain.NNS_TRS[]) null; } ++num; ++mbuf; } AppMain.nnCalcTRSList(amsMotion.mbuf[0].mbuf.array, amsMotion.mbuf[0].mbuf.offset, _object); AppMain.nnCalcTRSList(amsMotion.data, 0, _object); amsMotion.mmobject = (AppMain.NNS_OBJECT)null; amsMotion.mmobj_size = 0U; amsMotion.mmotion_num = mmotion_num; return(amsMotion); }
public static void amEffectSetObject( AppMain.AMS_AME_ECB ecb, AppMain.NNS_OBJECT object_, int state) { ecb.pObj = object_; ecb.drawObjState = (uint)state; }
// Token: 0x06001A22 RID: 6690 RVA: 0x000EA3A4 File Offset: 0x000E85A4 public static AppMain.AMS_MOTION amMotionCreate(AppMain.NNS_OBJECT _object, int motion_num, int mmotion_num, int flag) { motion_num = (motion_num + 3 & -4); mmotion_num = (mmotion_num + 3 & -4); int nNode = _object.nNode; AppMain.AMS_MOTION ams_MOTION = new AppMain.AMS_MOTION(); ams_MOTION.mtnbuf = new AppMain.NNS_MOTION[motion_num]; ams_MOTION.mmtn = new AppMain.NNS_MOTION[mmotion_num]; ams_MOTION.data = AppMain.New <AppMain.NNS_TRS>(((flag & 1) != 0) ? (4 * nNode) : (2 * nNode)); ams_MOTION._object = _object; ams_MOTION.node_num = nNode; int i; for (i = 0; i < 4; i++) { ams_MOTION.mtnfile[i].file = null; ams_MOTION.mtnfile[i].motion = null; ams_MOTION.mtnfile[i].motion_num = 0; } ams_MOTION.motion_num = motion_num; for (i = 0; i < motion_num; i++) { ams_MOTION.mtnbuf[i] = null; } AppMain.ArrayPointer <AppMain.AMS_MOTION_BUF> pointer = ams_MOTION.mbuf; i = 0; while (i < 2) { (~pointer).motion_id = 0; (~pointer).frame = 0f; if (i == 0) { (~pointer).mbuf = new AppMain.ArrayPointer <AppMain.NNS_TRS>(ams_MOTION.data, nNode); } else if ((flag & 1) != 0) { (~pointer).mbuf = ams_MOTION.mbuf[0].mbuf + nNode; ams_MOTION.mmbuf = ams_MOTION.mbuf[1].mbuf + nNode; AppMain.nnCalcTRSList(ams_MOTION.mbuf[1].mbuf.array, ams_MOTION.mbuf[1].mbuf.offset, _object); } else { (~pointer).mbuf = null; ams_MOTION.mmbuf = null; } i++; pointer = ++pointer; } AppMain.nnCalcTRSList(ams_MOTION.mbuf[0].mbuf.array, ams_MOTION.mbuf[0].mbuf.offset, _object); AppMain.nnCalcTRSList(ams_MOTION.data, 0, _object); ams_MOTION.mmobject = null; ams_MOTION.mmobj_size = 0U; ams_MOTION.mmotion_num = mmotion_num; return(ams_MOTION); }
private static void GmBsCmnCreateCNMMgrWork( AppMain.GMS_BS_CMN_CNM_MGR_WORK cnm_mgr_work, AppMain.NNS_OBJECT _object, ushort reg_max) { AppMain.UNREFERENCED_PARAMETER((object)_object); cnm_mgr_work.reg_node_cnt = (ushort)0; cnm_mgr_work.reg_node_max = reg_max; cnm_mgr_work.node_info_list = AppMain.New <AppMain.GMS_BS_CMN_CNM_NODE_INFO>((int)reg_max); }
// Token: 0x06001146 RID: 4422 RVA: 0x00097444 File Offset: 0x00095644 public static int amObjectLoad(out AppMain.NNS_OBJECT _object, AppMain.NNS_OBJECT obj_file, uint drawflag) { AppMain.AMS_PARAM_VERTEX_BUFFER_OBJECT ams_PARAM_VERTEX_BUFFER_OBJECT = new AppMain.AMS_PARAM_VERTEX_BUFFER_OBJECT(); _object = new AppMain.NNS_OBJECT(); ams_PARAM_VERTEX_BUFFER_OBJECT.obj = _object; ams_PARAM_VERTEX_BUFFER_OBJECT.srcobj = obj_file; ams_PARAM_VERTEX_BUFFER_OBJECT.bindflag = 0U; ams_PARAM_VERTEX_BUFFER_OBJECT.drawflag = drawflag; return(AppMain.amDrawRegistCommand(3, ams_PARAM_VERTEX_BUFFER_OBJECT)); }
private static void gmBsCmnBossMotionCallbackFunc( AppMain.AMS_MOTION motion, AppMain.NNS_OBJECT _object, object mtn_cb_param) { for (AppMain.GMS_BS_CMN_BMCB_LINK next = ((AppMain.GMS_BS_CMN_BMCB_MGR)mtn_cb_param).bmcb_head.next; next != null && next.bmcb_func != null; next = next.next) { next.bmcb_func(motion, _object, next.bmcb_param); } }
// Token: 0x060003F9 RID: 1017 RVA: 0x00020608 File Offset: 0x0001E808 private static void gmEneHariMotionCallback(AppMain.AMS_MOTION motion, AppMain.NNS_OBJECT _object, object param) { AppMain.NNS_MATRIX nns_MATRIX = AppMain.gmEneHariMotionCallback_node_mtx; AppMain.NNS_MATRIX nns_MATRIX2 = AppMain.gmEneHariMotionCallback_base_mtx; AppMain.GMS_ENE_HARI_WORK gms_ENE_HARI_WORK = (AppMain.GMS_ENE_HARI_WORK)((AppMain.OBS_OBJECT_WORK)param); AppMain.nnMakeUnitMatrix(nns_MATRIX2); AppMain.nnMultiplyMatrix(nns_MATRIX2, nns_MATRIX2, AppMain.amMatrixGetCurrent()); AppMain.nnCalcNodeMatrixTRSList(nns_MATRIX, _object, 7, motion.data, nns_MATRIX2); gms_ENE_HARI_WORK.jet_mtx.Assign(nns_MATRIX); }
private static void GmBsCmnCreateSNMWork( AppMain.GMS_BS_CMN_SNM_WORK snm_work, AppMain.NNS_OBJECT _object, ushort reg_max) { AppMain.UNREFERENCED_PARAMETER((object)_object); AppMain.gmBsCmnInitBossMotionCBLink(snm_work.bmcb_link, new AppMain.MPP_VOID_MOTION_NSSOBJECT_OBJECT(AppMain.gmBsCmnMotionCallbackStoreNodeMatrix), (object)snm_work); snm_work.reg_node_cnt = (ushort)0; snm_work.reg_node_max = reg_max; snm_work.node_info_list = AppMain.New <AppMain.GMS_BS_CMN_SNM_NODE_INFO>((int)reg_max); }
private static void nnCalcNodeStatusListMatrixPalette( uint[] nodestatlist, AppMain.NNS_MATRIX[] mtxpal, AppMain.NNS_OBJECT obj, uint flag) { AppMain.nnnodestatuslist.nnsMtxPal = mtxpal; AppMain.nnnodestatuslist.nnsNodeStatList = nodestatlist; AppMain.nnnodestatuslist.nnsNodeList = obj.pNodeList; AppMain.nnnodestatuslist.nnsNSFlag = flag; AppMain.nnCalcNodeStatusListMatrixPaletteNode(0); }
// Token: 0x06000534 RID: 1332 RVA: 0x0002BEF0 File Offset: 0x0002A0F0 private static void gmGmkTarzanRopeMotionCallback(AppMain.AMS_MOTION motion, AppMain.NNS_OBJECT obj, object val) { AppMain.GMS_ENEMY_3D_WORK gms_ENEMY_3D_WORK = (AppMain.GMS_ENEMY_3D_WORK)((AppMain.OBS_OBJECT_WORK)val); if (gms_ENEMY_3D_WORK.ene_com.target_obj == null) { return; } AppMain.NNS_MATRIX nns_MATRIX = new AppMain.NNS_MATRIX(); AppMain.nnMakeUnitMatrix(nns_MATRIX); AppMain.nnMultiplyMatrix(nns_MATRIX, nns_MATRIX, AppMain.amMatrixGetCurrent()); AppMain.nnCalcNodeMatrixTRSList(AppMain.g_gm_gmk_tarzan_rope_active_matrix, obj, 13, motion.data, nns_MATRIX); }
private static void gmEneHariMotionCallback( AppMain.AMS_MOTION motion, AppMain.NNS_OBJECT _object, object param) { AppMain.NNS_MATRIX motionCallbackNodeMtx = AppMain.gmEneHariMotionCallback_node_mtx; AppMain.NNS_MATRIX motionCallbackBaseMtx = AppMain.gmEneHariMotionCallback_base_mtx; AppMain.GMS_ENE_HARI_WORK gmsEneHariWork = (AppMain.GMS_ENE_HARI_WORK)(AppMain.OBS_OBJECT_WORK) param; AppMain.nnMakeUnitMatrix(motionCallbackBaseMtx); AppMain.nnMultiplyMatrix(motionCallbackBaseMtx, motionCallbackBaseMtx, AppMain.amMatrixGetCurrent()); AppMain.nnCalcNodeMatrixTRSList(motionCallbackNodeMtx, _object, 7, (AppMain.ArrayPointer <AppMain.NNS_TRS>)motion.data, motionCallbackBaseMtx); gmsEneHariWork.jet_mtx.Assign(motionCallbackNodeMtx); }
public static int amObjectLoad( out AppMain.NNS_OBJECT _object, AppMain.NNS_OBJECT obj_file, uint drawflag) { AppMain.AMS_PARAM_VERTEX_BUFFER_OBJECT vertexBufferObject = new AppMain.AMS_PARAM_VERTEX_BUFFER_OBJECT(); _object = new AppMain.NNS_OBJECT(); vertexBufferObject.obj = _object; vertexBufferObject.srcobj = obj_file; vertexBufferObject.bindflag = 0U; vertexBufferObject.drawflag = drawflag; return(AppMain.amDrawRegistCommand(3, (object)vertexBufferObject)); }
public void Clear() { this._object = (AppMain.NNS_OBJECT)null; this.mtx = (AppMain.NNS_MATRIX)null; this.texlist = (AppMain.NNS_TEXLIST)null; this.sub_obj_type = 0U; this.flag = 0U; this.material_func = (AppMain.NNS_MATERIALCALLBACK_FUNC)null; this.motion = (AppMain.NNS_MOTION)null; this.frame = 0.0f; this.trslist = (AppMain.NNS_TRS[])null; this.mmotion = (AppMain.NNS_MOTION)null; this.mframe = 0.0f; }
// Token: 0x06000677 RID: 1655 RVA: 0x00039E28 File Offset: 0x00038028 public static void gmGmkTruckMotionCallback(AppMain.AMS_MOTION motion, AppMain.NNS_OBJECT _object, object param) { NNS_MATRIX nns_MATRIX = GlobalPool <NNS_MATRIX> .Alloc(); NNS_MATRIX nns_MATRIX2 = GlobalPool <NNS_MATRIX> .Alloc(); AppMain.GMS_GMK_TRUCK_WORK gms_GMK_TRUCK_WORK = (AppMain.GMS_GMK_TRUCK_WORK)param; AppMain.nnMakeUnitMatrix(nns_MATRIX2); AppMain.nnMultiplyMatrix(nns_MATRIX2, nns_MATRIX2, AppMain.amMatrixGetCurrent()); AppMain.nnCalcNodeMatrixTRSList(nns_MATRIX, _object, AppMain.GMD_GMK_TRUCK_NODE_ID_TIRE_POS_F, motion.data, nns_MATRIX2); gms_GMK_TRUCK_WORK.tire_pos_f.Assign(nns_MATRIX); AppMain.nnCalcNodeMatrixTRSList(nns_MATRIX, _object, AppMain.GMD_GMK_TRUCK_NODE_ID_TIRE_POS_B, motion.data, nns_MATRIX2); gms_GMK_TRUCK_WORK.tire_pos_b.Assign(nns_MATRIX); AppMain.nnCalcNodeMatrixTRSList(nns_MATRIX, _object, AppMain.GMD_GMK_TRUCK_NODE_ID_LIGHT_POS, motion.data, nns_MATRIX2); gms_GMK_TRUCK_WORK.light_pos.Assign(nns_MATRIX); }
private static void gmBsCmnMotionCallbackStoreNodeMatrix( AppMain.AMS_MOTION motion, AppMain.NNS_OBJECT _object, object mtn_cb_param) { AppMain.GMS_BS_CMN_SNM_WORK gmsBsCmnSnmWork = (AppMain.GMS_BS_CMN_SNM_WORK)mtn_cb_param; AppMain.NNS_MATRIX nodeMatrixBaseMtx = AppMain.gmBsCmnMotionCallbackStoreNodeMatrix_base_mtx; AppMain.nnMakeUnitMatrix(nodeMatrixBaseMtx); AppMain.nnMultiplyMatrix(nodeMatrixBaseMtx, nodeMatrixBaseMtx, AppMain.amMatrixGetCurrent()); for (int index = 0; index < (int)gmsBsCmnSnmWork.reg_node_cnt; ++index) { int nodeIndex = gmsBsCmnSnmWork.node_info_list[index].node_index; AppMain.NNS_MATRIX nodeMatrixNodeMtx = AppMain.gmBsCmnMotionCallbackStoreNodeMatrix_node_mtx; AppMain.nnCalcNodeMatrixTRSList(nodeMatrixNodeMtx, _object, nodeIndex, (AppMain.ArrayPointer <AppMain.NNS_TRS>)motion.data, nodeMatrixBaseMtx); gmsBsCmnSnmWork.node_info_list[index].node_w_mtx.Assign(nodeMatrixNodeMtx); } }
// Token: 0x06001148 RID: 4424 RVA: 0x000974D0 File Offset: 0x000956D0 private static int amObjectLoad(out AppMain.NNS_OBJECT _object, AppMain.NNS_TEXFILELIST txbfilelist, out AppMain.NNS_TEXLIST texlist, out object texlistbuf, object buf, uint drawflag, string filepath, AMS_AMB_HEADER amb) { AppMain.NNS_OBJECT obj_file; AppMain.NNS_TEXFILELIST nns_TEXFILELIST; AppMain.amObjectSetup(out obj_file, out nns_TEXFILELIST, buf); int nTex = txbfilelist.nTex; texlistbuf = null; AppMain.nnSetUpTexlist(out texlist, nTex, ref texlistbuf); int result = AppMain.amObjectLoad(out _object, obj_file, drawflag); if (filepath != null || amb != null) { result = AppMain.amTextureLoad(texlist, txbfilelist, filepath, amb); } return(result); }
// Token: 0x06001145 RID: 4421 RVA: 0x000972F4 File Offset: 0x000954F4 public static void amObjectSetup(out AppMain.NNS_OBJECT _object, out AppMain.NNS_TEXFILELIST texfilelist, object _buf) { _object = null; texfilelist = null; AmbChunk ambChunk = (AmbChunk)_buf; using (MemoryStream memoryStream = new MemoryStream(ambChunk.array, ambChunk.offset, ambChunk.array.Length - ambChunk.offset)) { BinaryReader binaryReader = new BinaryReader(memoryStream); AppMain.NNS_BINCNK_FILEHEADER nns_BINCNK_FILEHEADER = AppMain.NNS_BINCNK_FILEHEADER.Read(binaryReader); long num; binaryReader.BaseStream.Seek(num = (long)nns_BINCNK_FILEHEADER.OfsData, 0); AppMain.NNS_BINCNK_DATAHEADER nns_BINCNK_DATAHEADER = AppMain.NNS_BINCNK_DATAHEADER.Read(binaryReader); long num2 = num; binaryReader.BaseStream.Seek((long)nns_BINCNK_FILEHEADER.OfsNOF0, 0); AppMain.NNS_BINCNK_NOF0HEADER.Read(binaryReader); int i = nns_BINCNK_FILEHEADER.nChunk; while (i > 0) { uint id = nns_BINCNK_DATAHEADER.Id; // NIOB/NZOB (little endian) if (id != 0x424F494E && id != 0x424F5A4E) { if (id == 1145980238U) { break; } if (id == 1280592206U || id == 0x4C545A4e) { binaryReader.BaseStream.Seek(num2 + (long)nns_BINCNK_DATAHEADER.OfsMainData, 0); texfilelist = AppMain.NNS_TEXFILELIST.Read(binaryReader, num2); } } else { binaryReader.BaseStream.Seek(num2 + (long)nns_BINCNK_DATAHEADER.OfsMainData, 0); _object = AppMain.NNS_OBJECT.Read(binaryReader, num2); } i--; binaryReader.BaseStream.Seek(num += (long)(8 + nns_BINCNK_DATAHEADER.OfsNextId), 0); nns_BINCNK_DATAHEADER = AppMain.NNS_BINCNK_DATAHEADER.Read(binaryReader); } } }
public void Clear() { this._object = (AppMain.NNS_OBJECT)null; this.texlist = (AppMain.NNS_TEXLIST)null; this.texlistbuf = (object)null; this.motion = (AppMain.AMS_MOTION)null; this.model = (object)null; this.model_data_work = (AppMain.OBS_DATA_WORK)null; Array.Clear((Array)this.mtn, 0, this.mtn.Length); Array.Clear((Array)this.mtn_data_work, 0, this.mtn_data_work.Length); Array.Clear((Array)this.mat_mtn, 0, this.mat_mtn.Length); Array.Clear((Array)this.mat_mtn_data_work, 0, this.mat_mtn_data_work.Length); this.command_state = 0U; this.flag = 0U; this.marge = 0.0f; this.per = 0.0f; Array.Clear((Array)this.act_id, 0, this.act_id.Length); Array.Clear((Array)this.frame, 0, this.frame.Length); Array.Clear((Array)this.speed, 0, this.speed.Length); this.mat_act_id = 0; this.mat_frame = 0.0f; this.mat_speed = 0.0f; this.user_obj_mtx.Clear(); this.user_obj_mtx_r.Clear(); this.blend_spd = 0.0f; this.sub_obj_type = 0U; this.drawflag = 0U; this.draw_state.Clear(); this.use_light_flag = 0U; this.user_func = (AppMain.MPP_VOID_OBJECT_DELEGATE)null; this.user_param = (object)null; this.mplt_cb_func = (AppMain.MPP_VOID_ARRAYNNSMATRIX_NNSOBJECT_OBJECT)null; this.mplt_cb_param = (object)null; this.mtn_cb_func = (AppMain.mtn_cb_func_delegate)null; this.mtn_cb_param = (object)null; this.material_cb_func = (AppMain.MPP_BOOL_NNSDRAWCALLBACKVAL_OBJECT_DELEGATE)null; this.material_cb_param = (object)null; this.reg_index = 0; for (int index = 0; index < 4; ++index) { this.mtn_load_setting[index].Clear(); this.mat_mtn_load_setting[index].Clear(); } }
public override void Clear() { this.next = (AppMain.AMS_AME_LIST)null; this.prev = (AppMain.AMS_AME_LIST)null; this.attribute = 0; this.priority = 0; this.translate.Clear(); this.rotate.Clear(); this.bounding.Clear(); this.transparency = 0; this.size_rate = 0.0f; this.pObj = (AppMain.NNS_OBJECT)null; this.entry_head = (AppMain.AMS_AME_ENTRY)null; this.entry_tail = (AppMain.AMS_AME_ENTRY)null; this.entry_num = 0; this.drawState = 0U; this.drawObjState = 0U; this.skip_update = 0; }
public static void gmGmkTruckMotionCallback( AppMain.AMS_MOTION motion, AppMain.NNS_OBJECT _object, object param) { AppMain.NNS_MATRIX nnsMatrix1 = AppMain.GlobalPool <AppMain.NNS_MATRIX> .Alloc(); AppMain.NNS_MATRIX nnsMatrix2 = AppMain.GlobalPool <AppMain.NNS_MATRIX> .Alloc(); AppMain.GMS_GMK_TRUCK_WORK gmsGmkTruckWork = (AppMain.GMS_GMK_TRUCK_WORK)param; AppMain.nnMakeUnitMatrix(nnsMatrix2); AppMain.nnMultiplyMatrix(nnsMatrix2, nnsMatrix2, AppMain.amMatrixGetCurrent()); AppMain.nnCalcNodeMatrixTRSList(nnsMatrix1, _object, AppMain.GMD_GMK_TRUCK_NODE_ID_TIRE_POS_F, (AppMain.ArrayPointer <AppMain.NNS_TRS>)motion.data, nnsMatrix2); gmsGmkTruckWork.tire_pos_f.Assign(nnsMatrix1); AppMain.nnCalcNodeMatrixTRSList(nnsMatrix1, _object, AppMain.GMD_GMK_TRUCK_NODE_ID_TIRE_POS_B, (AppMain.ArrayPointer <AppMain.NNS_TRS>)motion.data, nnsMatrix2); gmsGmkTruckWork.tire_pos_b.Assign(nnsMatrix1); AppMain.nnCalcNodeMatrixTRSList(nnsMatrix1, _object, AppMain.GMD_GMK_TRUCK_NODE_ID_LIGHT_POS, (AppMain.ArrayPointer <AppMain.NNS_TRS>)motion.data, nnsMatrix2); gmsGmkTruckWork.light_pos.Assign(nnsMatrix1); }
// Token: 0x060015A9 RID: 5545 RVA: 0x000BD0A8 File Offset: 0x000BB2A8 public static void gmEneStingMotionCallback(AppMain.AMS_MOTION motion, AppMain.NNS_OBJECT _object, object param) { AppMain.NNS_MATRIX nns_MATRIX = AppMain.GlobalPool <AppMain.NNS_MATRIX> .Alloc(); AppMain.NNS_MATRIX nns_MATRIX2 = AppMain.GlobalPool <AppMain.NNS_MATRIX> .Alloc(); AppMain.GMS_ENE_STING_WORK gms_ENE_STING_WORK = (AppMain.GMS_ENE_STING_WORK)param; AppMain.nnMakeUnitMatrix(nns_MATRIX2); AppMain.nnMultiplyMatrix(nns_MATRIX2, nns_MATRIX2, AppMain.amMatrixGetCurrent()); AppMain.nnCalcNodeMatrixTRSList(nns_MATRIX, _object, AppMain.GMD_ENE_STING_NODE_ID_R_JET, motion.data, nns_MATRIX2); gms_ENE_STING_WORK.jet_r_mtx.Assign(nns_MATRIX); AppMain.nnCalcNodeMatrixTRSList(nns_MATRIX, _object, AppMain.GMD_ENE_STING_NODE_ID_L_JET, motion.data, nns_MATRIX2); gms_ENE_STING_WORK.jet_l_mtx.Assign(nns_MATRIX); AppMain.nnCalcNodeMatrixTRSList(nns_MATRIX, _object, AppMain.GMD_ENE_STING_NODE_ID_GUN, motion.data, nns_MATRIX2); gms_ENE_STING_WORK.gun_mtx.Assign(nns_MATRIX); AppMain.GlobalPool <AppMain.NNS_MATRIX> .Release(nns_MATRIX); AppMain.GlobalPool <AppMain.NNS_MATRIX> .Release(nns_MATRIX2); }
public static void amObjectSetup( out AppMain.NNS_OBJECT _object, out AppMain.NNS_TEXFILELIST texfilelist, object _buf) { _object = (AppMain.NNS_OBJECT)null; texfilelist = (AppMain.NNS_TEXFILELIST)null; AppMain.AmbChunk ambChunk = (AppMain.AmbChunk)_buf; using (MemoryStream memoryStream = new MemoryStream(ambChunk.array, ambChunk.offset, ambChunk.array.Length - ambChunk.offset)) { BinaryReader reader = new BinaryReader((Stream)memoryStream); AppMain.NNS_BINCNK_FILEHEADER bincnkFileheader = AppMain.NNS_BINCNK_FILEHEADER.Read(reader); long ofsData; reader.BaseStream.Seek(ofsData = (long)bincnkFileheader.OfsData, SeekOrigin.Begin); AppMain.NNS_BINCNK_DATAHEADER bincnkDataheader = AppMain.NNS_BINCNK_DATAHEADER.Read(reader); long data0Pos = ofsData; reader.BaseStream.Seek((long)bincnkFileheader.OfsNOF0, SeekOrigin.Begin); AppMain.NNS_BINCNK_NOF0HEADER.Read(reader); int nChunk = bincnkFileheader.nChunk; while (nChunk > 0) { switch (bincnkDataheader.Id) { case 1112492366: reader.BaseStream.Seek(data0Pos + (long)bincnkDataheader.OfsMainData, SeekOrigin.Begin); _object = AppMain.NNS_OBJECT.Read(reader, data0Pos); break; case 1145980238: return; case 1280592206: reader.BaseStream.Seek(data0Pos + (long)bincnkDataheader.OfsMainData, SeekOrigin.Begin); texfilelist = AppMain.NNS_TEXFILELIST.Read(reader, data0Pos); break; } --nChunk; reader.BaseStream.Seek(ofsData += (long)(8 + bincnkDataheader.OfsNextId), SeekOrigin.Begin); bincnkDataheader = AppMain.NNS_BINCNK_DATAHEADER.Read(reader); } } }
private static int amObjectLoad( out AppMain.NNS_OBJECT _object, AppMain.NNS_TEXFILELIST txbfilelist, out AppMain.NNS_TEXLIST texlist, out object texlistbuf, object buf, uint drawflag, string filepath, AppMain.AMS_AMB_HEADER amb) { AppMain.NNS_OBJECT _object1; AppMain.amObjectSetup(out _object1, out AppMain.NNS_TEXFILELIST _, buf); int nTex = txbfilelist.nTex; texlistbuf = (object)null; AppMain.nnSetUpTexlist(out texlist, nTex, ref texlistbuf); int num = AppMain.amObjectLoad(out _object, _object1, drawflag); if (filepath != null || amb != null) { num = AppMain.amTextureLoad(texlist, txbfilelist, filepath, amb); } return(num); }
// Token: 0x06001996 RID: 6550 RVA: 0x000E8374 File Offset: 0x000E6574 private uint nnCheckObjectClipMotion(AppMain.NNS_OBJECT obj, AppMain.NNS_MOTION mot, float frame, NNS_MATRIX basemtx) { AppMain.mppAssertNotImpl(); return(uint.MaxValue); }
// Token: 0x06001994 RID: 6548 RVA: 0x000E8364 File Offset: 0x000E6564 private uint nnCheckObjectClip(AppMain.NNS_OBJECT obj, NNS_MATRIX basemtx) { AppMain.mppAssertNotImpl(); return(0U); }