samp3.c

Pro.TOOLKIT.Wildfire插件设计.配套光盘-141M.zip

/*load head file*/
#include<ProToolkit.h>
#include<Pro2dEntdef.h>
#include<ProANSI.h>
#include<ProAnimate.h>
#include<ProArray.h>
#include<ProAsmcomp.h>
#include<ProAsmcomppath.h>
#include<ProAssembly.h>
#include<ProAxis.h>
#include<ProChamfer.h>
#include<ProClCmd.h>
#include<ProColor.h>
#include<ProComm.h>
#include<ProConst.h>
#include<ProContour.h>
#include<ProContourdata.h>
#include<ProCore.h>
#include<ProCsys.h>
#include<ProCsysdata.h>
#include<ProCurve.h>
#include<ProCurvedata.h>
#include<ProDatumdata.h>
#include<ProDisplist.h>
#include<ProDtmAxis.h>
#include<ProDtmCrv.h>
#include<ProDtmCrvSketch.h>
#include<ProDtmCsys.h>
#include<ProDtmPln.h>
#include<ProEdge.h>
#include<ProEdgedata.h>
#include<ProElemId.h>
#include<ProElement.h>
#include<ProElempath.h>
#include<ProExpldstate.h>
#include<ProExtdata.h>
#include<ProExtobj.h>
#include<ProExtobjCB.h>
#include<ProExtobjDisp.h>
#include<ProExtobjRef.h>
#include<ProExtobjSel.h>
#include<ProExtrude.h>
#include<ProFaminstance.h>
#include<ProFamtable.h>
#include<ProFeatForm.h>
#include<ProFeatType.h>
#include<ProFeature.h>
#include<ProFixture.h>
#include<ProFlatSrf.h>
#include<ProForeignCurve.h>
#include<ProGeomitem.h>
#include<ProGeomitemdata.h>
#include<ProGraphic.h>
#include<ProGroup.h>
#include<ProHardware.h>
#include<ProImportfeat.h>
#include<ProIntfData.h>
#include<ProItemerr.h>
#include<ProLayer.h>
#include<ProLayerR19.h>
#include<ProMaterial.h>
#include<ProMdl.h>
#include<ProMenu.h>
#include<ProMenuBar.h>
#include<ProMessage.h>
#include<ProMfg.h>
#include<ProMfgoper.h>
#include<ProModFeat.h>
#include<ProMode.h>
#include<ProModelitem.h>
#include<ProNcseq.h>
#include<ProNcseqElem.h>
#include<ProNote.h>
#include<ProNotify.h>
#include<ProObjects.h>
#include<ProParameter.h>
#include<ProParamval.h>
#include<ProPart.h>
#include<ProPattern.h>
#include<ProPecktable.h>
#include<ProPoint.h>
#include<ProProcstep.h>
#include<ProQuilt.h>
#include<ProQuiltdata.h>
#include<ProRelSet.h>
#include<ProReplace.h>
#include<ProRevolve.h>
#include<ProRmdt.h>
#include<ProRule.h>
#include<ProSecConstr.h>
#include<ProSecdim.h>
#include<ProSecdimType.h>
#include<ProSecerror.h>
#include<ProSection.h>
#include<ProSelection.h>
#include<ProSheetmetal.h>
#include<ProSimprep.h>
#include<ProSimprepdata.h>
#include<ProSizeConst.h>
#include<ProSolid.h>
#include<ProStdSection.h>
#include<ProSurface.h>
#include<ProSurfacedata.h>
#include<ProSweep.h>
#include<ProTool.h>
#include<ProToolElem.h>
#include<ProToolinput.h>
#include<ProUICmd.h>
#include<ProUtil.h>
#include<ProValue.h>
#include<ProVerstamp.h>
#include<ProView.h>
#include<ProWcell.h>
#include<ProWchar.h>
#include<ProWindows.h>
#include<ProWorkspace.h>
#include<ProWstring.h>
#include<UtilMatrix.h>
#include<UtilMath.h>


ProFileName   UserMsg;
ProError UserMaterial();

/*--------------------------------------------------------------------*\
Application data
\*--------------------------------------------------------------------*/
#define USER_MAX_BUFFER 20

/*--------------------------------------------------------------------*\
Application global data
\*--------------------------------------------------------------------*/

static uiCmdAccessState TestAccessDefault(uiCmdAccessMode access_mode)
{
    return (ACCESS_AVAILABLE);
}

/*===========================================================================*\
  Function : main
  Purpose  : Test the ProToolkitMain() function. main is optional function.
\*===========================================================================*/
main(argc, argv)
int  argc;
char **argv;
{
    ProToolkitMain(argc, argv);
    return(0);
}

/*====================================================================*\
FUNCTION : user_initialize()
PURPOSE  : Pro/DEVELOP standard initialize - define menu button
\*====================================================================*/
int user_initialize(
    int argc,			
    char *argv[],

    wchar_t errbuf[80])
{

    int i, menu_id;
    ProError status;
    uiCmdCmdId	cmd_id;

	/*----------------------------------------------------------------*\
	消息文件
	\*----------------------------------------------------------------*/
	ProStringToWstring (UserMsg, "msg.txt");
	status = ProMessageDisplay (UserMsg, "USER %0s", "Demo of displaying material.\n");

	/*---------------------------------------------------------------------*\
	    Add new button to the menu bar
	\*---------------------------------------------------------------------*/
    status = ProCmdActionAdd("MyCmd",
	(uiCmdCmdActFn)UserMaterial,
	uiProe2ndImmediate, TestAccessDefault,
	PRO_B_TRUE, PRO_B_TRUE, &cmd_id);

    status = ProMenubarmenuPushbuttonAdd(
	"File", "MyCmd", "Display Material", "Display material information",
	"File.psh_exit", PRO_B_TRUE, cmd_id, UserMsg);

    return (0);

}

/*====================================================================*\
FUNCTION : user_terminate()
PURPOSE  : To handle any termination actions
\*====================================================================*/
void user_terminate()
{

}


/*====================================================================*\
FUNCTION: UserMaterial()
PURPOSE: Read a material from file, create a new material, and
compute mass properties for both materials.
\*====================================================================*/
ProError UserMaterial ()
{
	FILE *fp;
	ProMdl part;
	ProMdlType mdl_type;
	ProCharLine err_str, msg_str;
	ProName w_mdl_name, w_matl_name, w_new_matl_name;
	ProCharName mdl_name, matl_name, str;
	ProCharName new_matl_name = "new_material";
	ProMaterial matl, new_matl;
	ProMaterialdata matl_data, new_matl_data;
	ProMassProperty mass_prop;
	int status;
	ProFileName new_matl_file;


	/*--------------------------------------------------------------------*\
	Check to make sure you have a part.
	\*--------------------------------------------------------------------*/
	status = ProMdlCurrentGet(&part);
	status = ProMdlTypeGet (part, &mdl_type);
	if (mdl_type != PRO_PART)
	{
	ProMessageDisplay (UserMsg, "USER %0s",
	"错误:当前模型不是一个零件.");
	return (-1);
	}

	/*--------------------------------------------------------------------*\
	Get the material name from the user.
	\*--------------------------------------------------------------------*/
	status = ProMessageDisplay (UserMsg, "USER %0s",
	"请输入一个材料名.");
	status = ProMessageStringRead (USER_MAX_BUFFER, w_matl_name); 
	if(status == PRO_TK_MSG_USER_QUIT)
	{
	ProMessageDisplay (UserMsg, "USER %0s",
	"需要材料名称才能继续,失败.");
	return (status);
	}
	ProWstringToString (matl_name, w_matl_name);

	/*--------------------------------------------------------------------*\
	Read the material from the file.
	\*--------------------------------------------------------------------*/
	status = ProMaterialfileRead (part, w_matl_name);
	if (status != PRO_TK_NO_ERROR)
	{
	sprintf (err_str, "打开材料文件 %s%s 失败.",
	matl_name, ".mat");
	ProMessageDisplay (UserMsg, "USER %0s", err_str);
	return (status);
	}

	/*--------------------------------------------------------------------*\
	Get the current material properties. (The following function
	calls are easier than reading the text of the material file.)
	\*--------------------------------------------------------------------*/
	status = ProMaterialCurrentGet (part, &matl);
	status = ProMaterialDataGet (&matl, &matl_data);

	/*--------------------------------------------------------------------*\
	Compute the mass properties.
	\*--------------------------------------------------------------------*/
	status = ProSolidMassPropertyGet (part, NULL, &mass_prop);
	sprintf (msg_str, "使用材料 %s 的零件质量 : %6.2e\n", matl_name,
	mass_prop.mass);
	ProMessageDisplay (UserMsg, "USER %0s", msg_str);

	/*--------------------------------------------------------------------*\
	Create a new material that is identical to matl_name, but with a
	slightly higher density. Set to be the current material.
	\*--------------------------------------------------------------------*/
	ProStringToWstring (w_new_matl_name, new_matl_name);
	status = ProMaterialCreate (part, w_new_matl_name, &new_matl_data,
	&new_matl);
	new_matl_data = matl_data;
	new_matl_data.mass_density = matl_data.mass_density * 1.10;
	status = ProMaterialDataSet (&new_matl, &new_matl_data);
	status = ProMaterialCurrentSet (&new_matl);
	sprintf (msg_str, "当前材料设置为 %s.", new_matl_name);
	ProMessageDisplay (UserMsg, "USER %0s", msg_str);

	/*--------------------------------------------------------------------*\
	Write the new material to a file.
	\*--------------------------------------------------------------------*/
	strcat (new_matl_name, ".mat");
	ProStringToWstring (new_matl_file, new_matl_name);
	status = ProMaterialfileWrite (&new_matl, new_matl_file);
	sprintf (msg_str, "新材料已存入文件 %s", new_matl_name);
	ProMessageDisplay (UserMsg, "USER %0s", msg_str);

	/*--------------------------------------------------------------------*\
	Compute the mass properties with the new material.
	\*--------------------------------------------------------------------*/
	status = ProSolidMassPropertyGet (part, NULL, &mass_prop);
	sprintf (msg_str, "使用材料 %s 的零件质量 : %6.2e\n", new_matl_name,
	mass_prop.mass);
	ProMessageDisplay (UserMsg, "USER %0s", msg_str);
	return (0);
}