/*
	Copyright (c) 2019 PTC Inc. and/or Its Subsidiary Companies. All Rights Reserved.
*/


/*---------------------- Pro/Toolkit Includes ------------------------*/
#include <ProToolkit.h>
#include <ProPlotdriver.h>
#include <ProArray.h>
#include <ProColor.h>
#include <PTApplsUnicodeUtils.h>
#include <ProMessage.h>
#include <ProUtil.h>

/*---------------------- Application Includes ------------------------*/
#include <TestError.h>
#include <string.h>

/*---------------------- Function Prototypes -------------------------*/
ProError user_demo_line ();
ProError user_demo_text ();
ProError user_demo_circle ();
ProError user_demo_arc ();
ProError user_demo_polyline ();
ProError user_demo_filled_poly ();

static FILE *demo_output;

/*===========================================================*\
    ProDriverExecute call
\*===========================================================*/
ProError user_plot(FILE *fp, char *driver_name)
{
    ProError status;
    ProName *type_list;
    ProAppData data;
    ProLine app_name;

    demo_output = fp;

    ProStringToWstring(app_name, driver_name);
    data = (ProAppData) &app_name;   

/*-----------------------------------------------------------*\
    Declare the plot format "demo".
\*-----------------------------------------------------------*/
    status = ProPlotdriverInterfaceCreate (L"demo");

/*-----------------------------------------------------------*\
    Make "demo" valid for Drawing mode.
\*-----------------------------------------------------------*/
    status = ProArrayAlloc(2, sizeof(ProName), 1, (ProArray*) &type_list);
    ProStringToWstring(type_list[0], "DRW");
    ProStringToWstring(type_list[1], "");
    status = ProPlotdriverInterfaceobjectsSet (L"demo", type_list);

/*-----------------------------------------------------------*\
    Bind the functions user_demo*() to the primitives for
    the format "demo".
\*-----------------------------------------------------------*/
    status = ProPlotdriverLinefunctionSet(L"demo", user_demo_line);
    status = ProPlotdriverTextfunctionSet(L"demo", user_demo_text);
    status = ProPlotdriverCirclefunctionSet(L"demo", user_demo_circle);
    status = ProPlotdriverArcfunctionSet(L"demo", user_demo_arc);
    status = ProPlotdriverPolylinefunctionSet(L"demo", user_demo_polyline);
    status = ProPlotdriverPolygonfunctionSet(L"demo", user_demo_filled_poly);

/*-----------------------------------------------------------*\
    Invoke the plot.
\*-----------------------------------------------------------*/
    status = ProPlotdriverExecute  (L"demo", data);
    ERROR_CHECK("user_plot","ProPlotdriverExecute",(status != PRO_TK_NO_ERROR));

    demo_output = NULL;

    return status;
}


/*===========================================================*\
    Bound function for plotting a LINE in the format "demo".
\*===========================================================*/
ProError user_demo_line (data, point1, point2, color)
ProAppData data;
double point1[3],
       point2[3];
int    color;
{
    ProLine *app_name = (ProLine *)data;

    ProTKFprintf (demo_output, "%ws: LINE..\n", app_name);
    ProTKFprintf (demo_output,"  point1 = %f, %f\n",
         point1[0], point1[1]);
    ProTKFprintf (demo_output,"  point2 = %f, %f\n",
         point2[0], point2[1]);
    ProTKFprintf (demo_output,"  color  = %d\n", color);

    return PRO_TK_NO_ERROR;
}

/*===========================================================*\
    Bound function for plotting a TEXT item in the format
    "demo".
\*===========================================================*/
ProError user_demo_text (data, point, text, size, angle, slant_angle,
                         width_factor, dummy, color)
ProAppData data;
double    point[3];
wchar_t  *text;
double    size, 
          angle,
          slant_angle, 
          width_factor;
int       dummy, color;
{
    char str[PRO_LINE_SIZE];
    ProLine *app_name = (ProLine *)data;

    ProTKFprintf (demo_output, "%ws: TEXT..\n", app_name);
    ProTKFprintf (demo_output,"  point = %f, %f\n", point[0],
             point[1]);
    ProTKFprintf (demo_output,"  text  = %s\n", ProWstringToString
            (str, text));
    ProTKFprintf (demo_output,"  size  = %f\n", size);
    ProTKFprintf (demo_output,"  angle = %f\n", angle);
    ProTKFprintf (demo_output,"  slant = %f\n", slant_angle);
    ProTKFprintf (demo_output,"  width = %f\n", width_factor);
    ProTKFprintf (demo_output,"  color = %d\n", color);

    return PRO_TK_NO_ERROR;
}

/*===========================================================*\
    Bound function for plotting a CIRCLE in the format "demo"
\*===========================================================*/
ProError user_demo_circle (data, center, radius, color)
ProAppData data;
double  center[3], 
        radius;
int     color;
{
    ProLine *app_name = (ProLine *)data;

    ProTKFprintf (demo_output, "%ws: CIRCLE..\n, app_name");
    ProTKFprintf (demo_output,"  center = %f, %f\n", center[0],
             center[1]);
    ProTKFprintf (demo_output,"  radius = %f\n", radius);
    ProTKFprintf (demo_output,"  color  = %d\n", color);

    return PRO_TK_NO_ERROR;
}

/*===========================================================*\
    Bound function for plotting an ARC in the format "demo"
\*===========================================================*/
ProError user_demo_arc (data, center, radius, point1, point2, t0, t1,
                        color)
ProAppData data;
double  center[3], 
        radius, 
        point1[3], 
        point2[3], 
        t0, 
        t1;
int     color;
{
    ProLine *app_name = (ProLine *)data;

    ProTKFprintf (demo_output, "%ws: ARC..\n", app_name);
    ProTKFprintf (demo_output,"  center = %f, %f\n", center[0],
             center[1]);
    ProTKFprintf (demo_output,"  radius = %f\n", radius);
    ProTKFprintf (demo_output,"  point1 = %f, %ff\n", point1[0],
             point1[1]);
    ProTKFprintf (demo_output,"  point2 = %f, %ff\n", point2[0],
             point2[1]);
    ProTKFprintf (demo_output,"  t1     = %f\n", t1);
    ProTKFprintf (demo_output,"  color  = %d\n", color);

    return PRO_TK_NO_ERROR;
}

/*===========================================================*\
    Bound function for plotting a POLYLINE in the format "demo"
\*===========================================================*/
ProError user_demo_polyline (data, n_pts, array, color)
ProAppData data;
int      n_pts;
double   array[][3];
int      color;
{
    int  p;
    ProLine *app_name = (ProLine *)data;

    ProTKFprintf (demo_output, "%ws: POLYLINE..\n", app_name);
    for (p = 0; p < n_pts; p++)
         ProTKFprintf (demo_output,"  Point %d = %f, %f\n", p,
                  array[p][0], 
                  array[p][1]);
    ProTKFprintf (demo_output,"  color    = %d\n", color);

    return PRO_TK_NO_ERROR;
}

/*===========================================================*\
    Bound function for plotting a FILLED POLYGON in the
    format "demo"
\*===========================================================*/
ProError user_demo_filled_poly (data, n_pts, array, color)
ProAppData data;
int      n_pts;
double   array[][3];
int  color;
{
    int  p;
    ProLine *app_name = (ProLine *)data;

    ProTKFprintf (demo_output, "%ws: FILLED POLY..\n", app_name);
    for (p = 0; p < n_pts; p++)
         ProTKFprintf (demo_output,"  Point %d = %f, %f\n", p,
                  array[p][0], 
                  array[p][1]);
    ProTKFprintf (demo_output,"  color    = %d\n", color);

    return PRO_TK_NO_ERROR;
}