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Revision 4f470e00

Added by Leszek Koltunski over 4 years ago

Progress with Pretty Patterns.

View differences:

src/main/java/org/distorted/dialog/RubikDialogPattern.java
87 87

  
88 88
    ViewPager viewPager = view.findViewById(R.id.viewpager);
89 89
    TabLayout tabLayout = view.findViewById(R.id.sliding_tabs);
90
    mPagerAdapter = new RubikDialogPatternPagerAdapter(act, viewPager);
90
    mPagerAdapter = new RubikDialogPatternPagerAdapter(act, viewPager, this);
91 91
    tabLayout.setupWithViewPager(viewPager);
92 92

  
93 93
    int[] iconID = { R.drawable.cube2, R.drawable.cube3, R.drawable.cube4, R.drawable.cube5 };
......
102 102

  
103 103
    return builder.create();
104 104
    }
105

  
106
///////////////////////////////////////////////////////////////////////////////////////////////////
107

  
108
  public static String getDialogTag()
109
    {
110
    return "DialogPattern";
111
    }
105 112
  }
src/main/java/org/distorted/dialog/RubikDialogPatternPagerAdapter.java
25 25
import android.support.v4.view.ViewPager;
26 26
import android.view.View;
27 27
import android.view.ViewGroup;
28
import android.widget.LinearLayout;
29 28

  
30 29
import org.distorted.patterns.RubikPattern;
31 30

  
......
35 34
  {
36 35
  private FragmentActivity mAct;
37 36
  private RubikDialogPatternView[] mViews;
37
  private RubikDialogPattern mDialog;
38 38
  private int mNumTabs;
39 39

  
40 40
///////////////////////////////////////////////////////////////////////////////////////////////////
41
// TODO: temporary mockup
42 41

  
43 42
  private String[] createCategories(int pos)
44 43
    {
45
    String[] ret = new String[8];
44
    RubikPattern pattern = RubikPattern.getInstance();
45
    int numCat = pattern.getNumCategories(pos);
46 46

  
47
    for(int i=0; i<8; i++)
47
    String[] ret = new String[numCat];
48

  
49
    for(int i=0; i<numCat; i++)
48 50
      {
49
      ret[i] = "CATEGORY "+pos+" "+i;
51
      ret[i] = pattern.getCategoryName(pos,i);
50 52
      }
51 53

  
52 54
    return ret;
......
54 56

  
55 57
///////////////////////////////////////////////////////////////////////////////////////////////////
56 58

  
57
  RubikDialogPatternPagerAdapter(FragmentActivity act, ViewPager viewPager)
59
  RubikDialogPatternPagerAdapter(FragmentActivity act, ViewPager viewPager, RubikDialogPattern dialog)
58 60
    {
59 61
    mAct = act;
62
    mDialog = dialog;
60 63
    mNumTabs = RubikPattern.NUM_CUBES;
61 64
    mViews = new RubikDialogPatternView[mNumTabs];
62 65

  
......
71 74
  public Object instantiateItem(@NonNull ViewGroup collection, final int position)
72 75
    {
73 76
    String[] categories = createCategories(position);
74
    mViews[position] = new RubikDialogPatternView(mAct, categories);
77
    mViews[position] = new RubikDialogPatternView(mAct, mDialog, categories);
75 78
    collection.addView(mViews[position]);
76 79

  
77 80
    return mViews[position];
src/main/java/org/distorted/dialog/RubikDialogPatternView.java
29 29
import android.widget.LinearLayout;
30 30

  
31 31
import org.distorted.magic.R;
32
import org.distorted.magic.RubikActivity;
33
import org.distorted.uistate.RubikState;
32 34

  
33 35
///////////////////////////////////////////////////////////////////////////////////////////////////
34 36

  
35 37
public class RubikDialogPatternView extends FrameLayout
36 38
  {
37
  LinearLayout mLayout;
39
  private LinearLayout mLayout;
40
  private RubikDialogPattern mDialog;
38 41

  
39 42
///////////////////////////////////////////////////////////////////////////////////////////////////
40 43

  
......
52 55

  
53 56
///////////////////////////////////////////////////////////////////////////////////////////////////
54 57

  
55
  public RubikDialogPatternView(FragmentActivity act, String[] categories)
58
  public RubikDialogPatternView(FragmentActivity act, RubikDialogPattern dialog, String[] categories)
56 59
    {
57 60
    super(act);
58 61

  
62
    mDialog = dialog;
59 63
    View tab = inflate( act, R.layout.dialog_tab, null);
60 64
    mLayout = tab.findViewById(R.id.tabLayout);
61 65
    createSection(act,categories);
......
65 69

  
66 70
///////////////////////////////////////////////////////////////////////////////////////////////////
67 71

  
68
  private void createSection(FragmentActivity act, final String[] categories)
72
  private void createSection(final FragmentActivity act, final String[] categories)
69 73
    {
70 74
    DisplayMetrics metrics = act.getResources().getDisplayMetrics();
71 75
    final float scale = metrics.density;
......
74 78
    LinearLayout.LayoutParams bParams = new LinearLayout.LayoutParams(LinearLayout.LayoutParams.MATCH_PARENT,LinearLayout.LayoutParams.WRAP_CONTENT);
75 79
    bParams.setMargins(margin, margin, margin, margin);
76 80

  
81
    final RubikActivity ract = (RubikActivity)getContext();
82

  
77 83
    for(int i=0; i<len; i++)
78 84
      {
79 85
      final int fi = i;
......
86 92
        @Override
87 93
        public void onClick(View view)
88 94
          {
89
          android.util.Log.e("view", "category "+categories[fi]+" clicked");
95
          RubikState.switchState(ract,RubikState.PATT);
96
          mDialog.dismiss();
90 97
          }
91 98
        });
92 99

  
src/main/java/org/distorted/patterns/RubikPattern.java
30 30
  private static final int MAX_CUBE  = 5;
31 31
  public  static final int NUM_CUBES = MAX_CUBE-MIN_CUBE+1;
32 32

  
33
  public int[] numCategories = new int[NUM_CUBES];
33
  private int[] numCategories = new int[NUM_CUBES];
34 34
  private static String buffer="";
35 35
  private static Paint mPaint = new Paint();
36
  private static int width;
36
  private static int mWidth;
37 37

  
38 38
  private Vector<Category>[] mCategories;
39 39

  
40
  private static RubikPattern mThis;
41

  
40 42
///////////////////////////////////////////////////////////////////////////////////////////////////
41 43

  
42 44
  private class Category
......
46 48
    private Vector<Pattern> patterns;
47 49
    private int curPattern;
48 50

  
49
    public Category(String n)
51
    Category(String n)
50 52
      {
51 53
      name=n;
52 54
      curPattern=0;
53 55
      numpatterns=0;
54 56
      patterns = new Vector<>();
55 57
      }
56
    public void addPattern(Pattern p)
58
    void addPattern(Pattern p)
57 59
      {
58 60
      patterns.addElement(p);
59 61
      numpatterns++;
60 62
      }
61
    public int getNumPatterns()
63
    int getNumPatterns()
62 64
    {
63 65
    return numpatterns;
64
    };
65
    public String getName()
66
    }
67
    String getName()
66 68
    {
67 69
    return name;
68 70
    }
69
    public void next()
71
    void next()
70 72
      {
71 73
      curPattern++;
72 74
      if( curPattern>=numpatterns )
73 75
        curPattern=0;
74 76
      }
75
    public void prev()
77
    void prev()
76 78
      {
77 79
      curPattern--;
78 80
      if( curPattern<0 )
79 81
        curPattern=numpatterns-1;
80 82
      }
81
    public String getPatternName()
83
    String getPatternName()
82 84
      {
83 85
      Pattern p = patterns.elementAt(curPattern);
84 86
      return  p!=null ? p.getName(curPattern+1,numpatterns):null;
85 87
      }
86
    public int getPatternCurMove()
88
    int getPatternCurMove()
87 89
      {
88 90
      Pattern p = patterns.elementAt(curPattern);
89 91
      return  p!=null ? p.getCurMove():-1;
90 92
      }
91
    public int getPatternNumMove()
93
    int getPatternNumMove()
92 94
      {
93 95
      Pattern p = patterns.elementAt(curPattern);
94 96
      return  p!=null ? p.getNumMove():-1;
95 97
      }
96
    public void initializeCube()
98
    void initializeCube()
97 99
      {
98 100
      Pattern p = patterns.elementAt(curPattern);
99 101
      if( p!=null ) p.initializeCube();
100 102
      }
101
    public void makeNextMove()
103
    void makeNextMove()
102 104
      {
103 105
      Pattern p = patterns.elementAt(curPattern);
104 106
      if( p!=null ) p.makeNextMove();
105 107
      }
106
    public void makePrevMove()
108
    void makePrevMove()
107 109
      {
108 110
      Pattern p = patterns.elementAt(curPattern);
109 111
      if( p!=null ) p.makePrevMove();
......
120 122
    private int curmove;
121 123
    private int nummove;
122 124

  
123
    public Pattern(String n, String m)
125
    Pattern(String n, String m)
124 126
      {
125 127
      name=n;
126 128
      moves=m;
127 129
      nummove = moves.length()/4;
128 130
      curmove=nummove;
129 131
      }
130
    public String getName(int cur,int num)
132
    String getName(int cur,int num)
131 133
      {
132 134
      if( shortname==null ) shortname=cutPatternName(name);
133 135
      return shortname;
134 136
      }
135
    public int getNumMove()
137
    int getNumMove()
136 138
    {
137 139
    return nummove;
138 140
    }
139
    public int getCurMove()
141
    int getCurMove()
140 142
    {
141 143
    return curmove;
142 144
    }
143
    public void makeNextMove()
145
    void makeNextMove()
144 146
      {
145 147
      curmove++;
146 148
      if( curmove>nummove)
......
150 152
        }
151 153
      else
152 154
        {
153

  
154 155
// TODO
155 156
//        RubikCube cube = world.getCube();
156 157
//        if( cube!=null && !cube.makeMove(moves.substring(4*curmove-4,4*curmove)) )
157 158
          curmove--;
158 159
        }
159 160
      }
160
    public void makePrevMove()
161
    void makePrevMove()
161 162
      {
162 163
      curmove--;
163 164
      if( curmove<0)
......
173 174
          curmove++;
174 175
        }
175 176
      }
176
    public void initializeCube()
177
    void initializeCube()
177 178
      {
178 179
// TODO
179 180
//	    RubikCube cube = world.getCube();
......
183 184

  
184 185
///////////////////////////////////////////////////////////////////////////////////////////////////
185 186

  
186
  public RubikPattern(int wi, int h)
187
  private RubikPattern()
187 188
    {
188
    width = wi;
189
    mPaint.setTextSize(24);
190
    mWidth = 200;
189 191
    mCategories = new Vector[NUM_CUBES];
190
    mPaint.setTextSize(h);
191
  
192

  
192 193
    initializeCategories(0, RubikPatternData2.patterns);
193 194
    initializeCategories(1, RubikPatternData3.patterns);
194 195
    initializeCategories(2, RubikPatternData4.patterns);
......
232 233
  private static String cutPatternName(String n)
233 234
    {
234 235
    int len1 = (int)mPaint.measureText(n);
235
  
236
    if( len1>width )
236

  
237
    if( len1>mWidth )
237 238
      {
238 239
      int l = n.length();
239 240

  
240
      while( l>=2 && len1>width )
241
      while( l>=2 && len1>mWidth )
241 242
        {
242 243
        l--;
243 244
        buffer = n.substring(0,l);
......
250 251
    return n;
251 252
    }
252 253

  
254
///////////////////////////////////////////////////////////////////////////////////////////////////
255
// PUBLIC API
256
///////////////////////////////////////////////////////////////////////////////////////////////////
257

  
258
  public static RubikPattern getInstance()
259
    {
260
    if( mThis==null )
261
      {
262
      mThis = new RubikPattern();
263
      }
264

  
265
    return mThis;
266
    }
267

  
253 268
///////////////////////////////////////////////////////////////////////////////////////////////////
254 269

  
255 270
  public String getCategoryName(int size,int num)
256 271
    {
257
    if( size>=MIN_CUBE && size<=MAX_CUBE && num>=0 && num< numCategories[size-MIN_CUBE] )
272
    if( size>=0 && size<NUM_CUBES && num>=0 && num< numCategories[size] )
258 273
      {
259
      Category c = mCategories[size-MIN_CUBE].elementAt(num);
274
      Category c = mCategories[size].elementAt(num);
260 275
      return c!=null ? c.getName() : null;
261 276
      }
262 277

  
......
267 282

  
268 283
  public String getPatternName(int size,int num)
269 284
    {
270
    if( size>=MIN_CUBE && size<=MAX_CUBE && num>=0 && num< numCategories[size-MIN_CUBE] )
285
    if( size>=0 && size<NUM_CUBES && num>=0 && num< numCategories[size] )
271 286
      {
272
      Category c = mCategories[size-MIN_CUBE].elementAt(num);
287
      Category c = mCategories[size].elementAt(num);
273 288
      return c!=null ? c.getPatternName() : null;
274 289
      }
275 290

  
......
280 295

  
281 296
  public int getNumPatterns(int size, int num )
282 297
    {
283
    if( size>=MIN_CUBE && size<=MAX_CUBE && num>=0 && num< numCategories[size-MIN_CUBE] )
298
    if( size>=0 && size<NUM_CUBES && num>=0 && num< numCategories[size] )
284 299
      {
285
      Category c = mCategories[size-MIN_CUBE].elementAt(num);
300
      Category c = mCategories[size].elementAt(num);
286 301
      return c!=null ? c.getNumPatterns() : 0;
287 302
      }
288 303

  
......
293 308

  
294 309
  public void nextPattern(int size, int num )
295 310
    {
296
    if( size>=MIN_CUBE && size<=MAX_CUBE && num>=0 && num< numCategories[size-MIN_CUBE] )
311
    if( size>=0 && size<NUM_CUBES && num>=0 && num< numCategories[size] )
297 312
      {
298
      Category c = mCategories[size-MIN_CUBE].elementAt(num);
313
      Category c = mCategories[size].elementAt(num);
299 314

  
300 315
      if( c!=null )
301 316
        {
......
311 326

  
312 327
  public void prevPattern(int size, int num )
313 328
    {
314
    if( size>=MIN_CUBE && size<=MAX_CUBE && num>=0 && num< numCategories[size-MIN_CUBE] )
329
    if( size>=0 && size<NUM_CUBES && num>=0 && num< numCategories[size] )
315 330
      {
316
      Category c = mCategories[size-MIN_CUBE].elementAt(num);
331
      Category c = mCategories[size].elementAt(num);
317 332

  
318 333
      if( c!=null )
319 334
        {
......
329 344

  
330 345
  public int getCurrPattern(int size, int num )
331 346
    {
332
    if( size>=MIN_CUBE && size<=MAX_CUBE && num>=0 && num< numCategories[size-MIN_CUBE] )
347
    if( size>=0 && size<NUM_CUBES && num>=0 && num< numCategories[size] )
333 348
      {
334
      Category c = mCategories[size-MIN_CUBE].elementAt(num);
349
      Category c = mCategories[size].elementAt(num);
335 350
      return c!=null ? c.curPattern:0;
336 351
      }
337 352

  
......
342 357

  
343 358
  public int getCurMove(int size, int num )
344 359
    {
345
    if( size>=MIN_CUBE && size<=MAX_CUBE && num>=0 && num< numCategories[size-MIN_CUBE] )
360
    if( size>=0 && size<NUM_CUBES && num>=0 && num< numCategories[size] )
346 361
      {
347
      Category c = mCategories[size-MIN_CUBE].elementAt(num);
362
      Category c = mCategories[size].elementAt(num);
348 363
      return c!=null ? c.getPatternCurMove():0;
349 364
      }
350 365

  
......
355 370

  
356 371
  public int getNumMove(int size, int num )
357 372
    {
358
    if( size>=MIN_CUBE && size<=MAX_CUBE && num>=0 && num< numCategories[size-MIN_CUBE] )
373
    if( size>=0 && size<NUM_CUBES && num>=0 && num< numCategories[size] )
359 374
      {
360
      Category c = mCategories[size-MIN_CUBE].elementAt(num);
375
      Category c = mCategories[size].elementAt(num);
361 376
      return c!=null ? c.getPatternNumMove():0;
362 377
      }
363 378

  
......
368 383

  
369 384
  public void makeNextMove(int size, int num)
370 385
    {
371
    if( size>=MIN_CUBE && size<=MAX_CUBE && num>=0 && num< numCategories[size-MIN_CUBE] )
386
    if( size>=0 && size<NUM_CUBES && num>=0 && num< numCategories[size] )
372 387
      {
373
      Category c = mCategories[size-MIN_CUBE].elementAt(num);
388
      Category c = mCategories[size].elementAt(num);
374 389
      if( c!=null ) c.makeNextMove();
375 390
      }
376 391
    }
......
379 394

  
380 395
  public void makePrevMove(int size, int num)
381 396
    {
382
    if( size>=MIN_CUBE && size<=MAX_CUBE && num>=0 && num< numCategories[size-MIN_CUBE] )
397
    if( size>=0 && size<NUM_CUBES && num>=0 && num< numCategories[size] )
383 398
      {
384
      Category c = mCategories[size-MIN_CUBE].elementAt(num);
399
      Category c = mCategories[size].elementAt(num);
385 400
      if( c!=null ) c.makePrevMove();
386 401
      }
387 402
    }
......
390 405

  
391 406
  public void initializeCube(int size,int num)
392 407
    {
393
    if( size>=MIN_CUBE && size<=MAX_CUBE && num>=0 && num< numCategories[size-MIN_CUBE] )
408
    if( size>=0 && size<NUM_CUBES && num>=0 && num< numCategories[size] )
394 409
      {
395
      Category c = mCategories[size-MIN_CUBE].elementAt(num);
410
      Category c = mCategories[size].elementAt(num);
396 411
      if( c!=null ) c.initializeCube();
397 412
      }
398 413
    }
414

  
415
///////////////////////////////////////////////////////////////////////////////////////////////////
416

  
417
  public int getNumCategories(int size)
418
    {
419
    return size>=0 && size<NUM_CUBES ? numCategories[size] : 0;
420
    }
399 421
}
src/main/java/org/distorted/uistate/RubikState.java
29 29
  MAIN ( null , new RubikStateMain()    ),
30 30
  PLAY ( MAIN , new RubikStatePlay()    ),
31 31
  SOLV ( PLAY , new RubikStateSolving() ),
32
  PATT ( MAIN , new RubikStatePattern() ),
32 33
  ;
33 34

  
34 35
  public static final int LENGTH = values().length;
......
99 100

  
100 101
///////////////////////////////////////////////////////////////////////////////////////////////////
101 102

  
102
  public static void switchState(RubikActivity act, RubikState state)
103
  public static void switchState(RubikActivity act, RubikState next)
103 104
    {
104
    if( state!=null )
105
    if( next!=null )
105 106
      {
106 107
      if( mCurrState!=null ) mCurrState.leaveState(act);
107
      state.enterState(act,mCurrState);
108
      next.enterState(act,mCurrState);
108 109
      mPrevState = mCurrState;
109
      mCurrState = state;
110
      mCurrState = next;
110 111
      }
111 112
    else
112 113
      {
src/main/java/org/distorted/uistate/RubikStateMain.java
28 28
import android.widget.TextView;
29 29

  
30 30
import org.distorted.dialog.RubikDialogMain;
31
import org.distorted.dialog.RubikDialogPattern;
31 32
import org.distorted.magic.R;
32 33
import org.distorted.magic.RubikActivity;
33 34

  
......
63 64
      diag2.show( mana, RubikDialogMain.getDialogTag() );
64 65
      }
65 66

  
67
    if( prev==RubikState.PATT )
68
      {
69
      RubikDialogPattern diag2 = new RubikDialogPattern();
70
      diag2.show( mana, RubikDialogPattern.getDialogTag() );
71
      }
72

  
66 73
    LayoutInflater inflater = act.getLayoutInflater();
67 74

  
68 75
    // TOP ////////////////////////////
src/main/java/org/distorted/uistate/RubikStatePattern.java
1
///////////////////////////////////////////////////////////////////////////////////////////////////
2
// Copyright 2020 Leszek Koltunski                                                               //
3
//                                                                                               //
4
// This file is part of Magic Cube.                                                              //
5
//                                                                                               //
6
// Magic Cube is free software: you can redistribute it and/or modify                            //
7
// it under the terms of the GNU General Public License as published by                          //
8
// the Free Software Foundation, either version 2 of the License, or                             //
9
// (at your option) any later version.                                                           //
10
//                                                                                               //
11
// Magic Cube is distributed in the hope that it will be useful,                                 //
12
// but WITHOUT ANY WARRANTY; without even the implied warranty of                                //
13
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the                                 //
14
// GNU General Public License for more details.                                                  //
15
//                                                                                               //
16
// You should have received a copy of the GNU General Public License                             //
17
// along with Magic Cube.  If not, see <http://www.gnu.org/licenses/>.                           //
18
///////////////////////////////////////////////////////////////////////////////////////////////////
19

  
20
package org.distorted.uistate;
21

  
22
import android.content.SharedPreferences;
23
import android.util.DisplayMetrics;
24
import android.view.LayoutInflater;
25
import android.widget.Button;
26
import android.widget.LinearLayout;
27
import android.widget.TextView;
28

  
29
import org.distorted.magic.R;
30
import org.distorted.magic.RubikActivity;
31

  
32
///////////////////////////////////////////////////////////////////////////////////////////////////
33

  
34
public class RubikStatePattern extends RubikStateAbstract
35
  {
36
  private TextView mText;
37

  
38
///////////////////////////////////////////////////////////////////////////////////////////////////
39

  
40
  RubikStatePattern()
41
    {
42

  
43
    }
44

  
45
///////////////////////////////////////////////////////////////////////////////////////////////////
46

  
47
  void leaveState(RubikActivity act)
48
    {
49

  
50
    }
51

  
52
///////////////////////////////////////////////////////////////////////////////////////////////////
53

  
54
  void enterState(RubikActivity act, RubikState prev)
55
    {
56
    LayoutInflater inflater = act.getLayoutInflater();
57

  
58
    // TOP ////////////////////////////
59
    LinearLayout layoutTop = act.findViewById(R.id.mainTitle);
60
    layoutTop.removeAllViews();
61
    mText = (TextView)inflater.inflate(R.layout.upper_text, null);
62
    mText.setText(R.string.patterns);
63
    layoutTop.addView(mText);
64

  
65
    // BOT ////////////////////////////
66
    LinearLayout layoutLeft = act.findViewById(R.id.mainBarLeft);
67
    layoutLeft.removeAllViews();
68
    LinearLayout layoutRight = act.findViewById(R.id.mainBarRight);
69
    layoutRight.removeAllViews();
70

  
71
    DisplayMetrics metrics = act.getResources().getDisplayMetrics();
72
    float scale = metrics.density;
73
    int padding = (int)(5*scale + 0.5f);
74
    LinearLayout.LayoutParams params = new LinearLayout.LayoutParams(LinearLayout.LayoutParams.MATCH_PARENT,LinearLayout.LayoutParams.MATCH_PARENT);
75

  
76
    Button button = new Button(act);
77
    button.setLayoutParams(params);
78
    button.setId(BUTTON_ID_BACK);
79
    button.setPadding(padding,0,padding,0);
80
    button.setText(R.string.back);
81
    button.setOnClickListener(act);
82
    layoutRight.addView(button);
83
    }
84

  
85
///////////////////////////////////////////////////////////////////////////////////////////////////
86

  
87
  public void savePreferences(SharedPreferences.Editor editor)
88
    {
89

  
90
    }
91

  
92
///////////////////////////////////////////////////////////////////////////////////////////////////
93

  
94
  public void restorePreferences(SharedPreferences preferences)
95
    {
96

  
97
    }
98
  }

Also available in: Unified diff