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/**************************************************
 *                                            
 * class to handle Editing of MK Params
 *                                            
 * Author:        Marcus -LiGi- Bueschleb      
 * Project-Start: 9/2007                      
 * Mailto:        ligi@smart4mobile.de
 * Licence:       Creative Commons / Non Commercial
 * Big Up:        Holger&Ingo                      
 *************************************************/


import javax.microedition.lcdui.*;


public class MKParamsEditor

{

    public final static int TAB_COUNT=9;

    public final static int PARAMTYPE_BOOLEAN=0;
    public final static int PARAMTYPE_BYTE=1;



    public String[] tab_names={"Configuration","Channels","Stick","Altitude","Gyro","Looping","Camera","Other","User"};
    public int[] tab_entrys_count={6,8,3,6,4,6,6,6,4};
   
    public String[][] tab_entrys={{"Altitude Contol","Switch for setpoint","Heading Hold","Compass","Orientation fixed","GPS"}
                                  ,
                                  {"Accelerate","Gier","Nick","Roll","POTI1","POTI2","POTI3","POTI4"},
                                  {"Nick/Roll P-Rate","Nick/Roll D-Rate","Gier P-Rate"},
                                  {"SetPoint","Min. Accelerate","Altitude P","Barometric D","Z-ACC effect ","Gain"},
                                  {"Gyro P-Rate","Gyro I-Rate","ACC Gyro Factor","Main I"},
                                  {"Up","Down","Left","Right","Gas Limit","Response threshold"},
                                  {"Servo Ctrl","Nick compensation","Invert direction","Servo min","Servo max","Servo refresh Rate"},

                                  {"Min Gas","Max Gas","Compass effect","voltage warning","distress gas time", "distress gas"},
                                  {"Param1","Param2","Param3","Param4"}
                                  //              {"","","","","",""},



};

    public int[][] tab_entry_types={

        { PARAMTYPE_BOOLEAN ,PARAMTYPE_BOOLEAN,PARAMTYPE_BOOLEAN,PARAMTYPE_BOOLEAN,PARAMTYPE_BOOLEAN,PARAMTYPE_BOOLEAN },
        {PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE},
        {PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE},
        {PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE},
        {PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE},
        {PARAMTYPE_BOOLEAN,PARAMTYPE_BOOLEAN,PARAMTYPE_BOOLEAN,PARAMTYPE_BOOLEAN,PARAMTYPE_BYTE,PARAMTYPE_BYTE},
        {PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE},
        {PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE},
        {PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE,PARAMTYPE_BYTE}

};


    public int[][][] tab_entry_src={

        { {8,0} ,{8,1},{8,2},{8,3},{8,4},{8,5} },
        { {2,0} ,{3,0},{0,0},{1,0},{4,0},{5,0},{6,0},{7,0} },
        { {15,0} ,{16,0},{17,0} },
        { {0,0} ,{9,0},{12,0},{10,0},{14,0},{13,0} }, //!
        { {22,0} ,{23,0},{20,0},{28,0} },
        { {40,0} ,{40,1},{40,2},{40,3},{38,0},{39,0} },
        { {33,0} ,{34,0},{40,2}/*!*/,{35,0},{36,0},{37,0} },
        { {18,0} ,{19,0},{21,0},{24,0},{26,0},{25,0} },
        { {29,0} ,{30,0},{31,0},{32,0} }
    };

    private int act_tab=0;
    private int act_y=0;
    private int act_lcd_lines=10;

    MKMiniCanvas canvas;

    public String[] lcd_lines;

   
    public MKParamsEditor(MKMiniCanvas _canvas)
    {

        canvas=_canvas;
        lcd_lines=new String[40];
        refresh_lcd();
    }
   

    public void paint ( Graphics g)
    {
        refresh_lcd();
        //      for ( int i=0;i<act_lcd_lines;i++)
        // canvas.draw_lcd_line(g,lcd_lines[i] ,0,i*canvas.lcd_char_height);
        canvas.paint_lcd(g,false);

    }

   
    public void refresh_lcd()
    {
        if (canvas.mk!=null)
            {
        act_lcd_lines=tab_entrys_count[act_tab]*2+1;
        for ( int i=0;i<act_lcd_lines;i++)
            lcd_lines[i]="";

        lcd_lines[0]=(act_tab==0?"  ":"< ") + tab_names[act_tab] + (act_tab==(TAB_COUNT-1)?"  ":" >");

        for (int i=0;i<tab_entrys_count[act_tab];i++)
            {
                lcd_lines[1+2*i]=tab_entrys[act_tab][i];
                if (tab_entry_types[act_tab][i]== PARAMTYPE_BOOLEAN)
                    lcd_lines[2+2*i]=(((canvas.mk.params.field_from_act(tab_entry_src[act_tab][i][0])&(1<<tab_entry_src[act_tab][i][1]))==0)?"off":"on" ) ;
                if (tab_entry_types[act_tab][i]== PARAMTYPE_BYTE)
                    lcd_lines[2+2*i]=""+canvas.mk.params.field_from_act(tab_entry_src[act_tab][i][0]);

            }

        for (int i=0;i<act_lcd_lines;i++)
            {
                lcd_lines[i]=(act_y==i?"#":" ")+lcd_lines[i];
            }

        for ( int i=0;i<act_lcd_lines;i++)
            while(lcd_lines[i].length()<20)
                {
                    lcd_lines[i]+=" ";
                }

        canvas.lcd_lines=new String[act_lcd_lines];
        for(int i=0;i<act_lcd_lines;i++)
            canvas.lcd_lines[i]=lcd_lines[i];

            }
        else
            {
                canvas.lcd_lines=new String[1];
                canvas.lcd_lines[0]="reading params";
            }

    }

    public void keypress (int keyCode,int action)
    {
        if (act_y==0) switch (action)
            {
            case Canvas.RIGHT:
                if (act_tab<TAB_COUNT-1) act_tab++;
                break;

            case Canvas.LEFT:
                if (act_tab!=0) act_tab--;
                break;
            }
        else
            switch (action)
            {
            case Canvas.RIGHT:
                switch(tab_entry_types[act_tab][act_y/2-1])
                    {
                    case PARAMTYPE_BOOLEAN:

                        canvas.mk.params.field_from_act_xor(tab_entry_src[act_tab][act_y/2-1][0],1<<tab_entry_src[act_tab][act_y/2-1][1]);
                        break;
                    case PARAMTYPE_BYTE:
                        canvas.mk.params.field_from_act_add(tab_entry_src[act_tab][act_y/2-1][0],1);
                        break;
                    }
                break;

            case Canvas.LEFT:
                switch(tab_entry_types[act_tab][act_y/2-1])
                    {
                    case PARAMTYPE_BOOLEAN:

                        canvas.mk.params.field_from_act_xor(tab_entry_src[act_tab][act_y/2-1][0],1<<tab_entry_src[act_tab][act_y/2-1][1]);

                        break;
                    case PARAMTYPE_BYTE:
                        canvas.mk.params.field_from_act_add(tab_entry_src[act_tab][act_y/2-1][0],-1);
                        break;
                    }


                break;
            }
           
        switch (action)
            {

            case Canvas.DOWN:
                if (act_y<(act_lcd_lines-2)) act_y+=2;
                else act_y=0;
                break;

            case Canvas.UP:
                if (act_y!=0) act_y-=2;
                else act_y=act_lcd_lines-1;
                break;
               
            }

        refresh_lcd();


    }
}