Android关机充电时，充电的动画和背景方框有错位，要怎样调整？

[Description]
关机充电时，充电的动画和背景方框有错位，要怎样调整？

Android  5.0/5.1(MTK6752 MTK6795)

充电动画位置

bootable\bootloader\lk\dev\logo

MTK6795 MTK6752修改 动画错位文件

vendor\mediatek\proprietary\external\libshowlogo

有些时候你的分辨率并非  {project}/ProjectConfig.mk里面的分辨率

如    LCM_WIDTH = 480
    LCM_HEIGHT = 800
    BOOT_LOGO = wvga

所以应该看看具体分辨率，对应的那个，或者每个分辨率修改一下，最好判断对应的到底是那个分辨率

cust_display.h修改对应的分辨率

 /*****************************************************************************
 *  Copyright Statement:
 *  --------------------
 *  This software is protected by Copyright and the information contained
 *  herein is confidential. The software may not be copied and the information
 *  contained herein may not be used or disclosed except with the written
 *  permission of MediaTek Inc. (C) 2008
 *
 *  BY OPENING THIS FILE, BUYER HEREBY UNEQUIVOCALLY ACKNOWLEDGES AND AGREES
 *  THAT THE SOFTWARE/FIRMWARE AND ITS DOCUMENTATIONS ("MEDIATEK SOFTWARE")
 *  RECEIVED FROM MEDIATEK AND/OR ITS REPRESENTATIVES ARE PROVIDED TO BUYER ON
 *  AN "AS-IS" BASIS ONLY. MEDIATEK EXPRESSLY DISCLAIMS ANY AND ALL WARRANTIES,
 *  EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF
 *  MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NONINFRINGEMENT.
 *  NEITHER DOES MEDIATEK PROVIDE ANY WARRANTY WHATSOEVER WITH RESPECT TO THE
 *  SOFTWARE OF ANY THIRD PARTY WHICH MAY BE USED BY, INCORPORATED IN, OR
 *  SUPPLIED WITH THE MEDIATEK SOFTWARE, AND BUYER AGREES TO LOOK ONLY TO SUCH
 *  THIRD PARTY FOR ANY WARRANTY CLAIM RELATING THERETO. MEDIATEK SHALL ALSO
 *  NOT BE RESPONSIBLE FOR ANY MEDIATEK SOFTWARE RELEASES MADE TO BUYER'S
 *  SPECIFICATION OR TO CONFORM TO A PARTICULAR STANDARD OR OPEN FORUM.
 *
 *  BUYER'S SOLE AND EXCLUSIVE REMEDY AND MEDIATEK'S ENTIRE AND CUMULATIVE
 *  LIABILITY WITH RESPECT TO THE MEDIATEK SOFTWARE RELEASED HEREUNDER WILL BE,
 *  AT MEDIATEK'S OPTION, TO REVISE OR REPLACE THE MEDIATEK SOFTWARE AT ISSUE,
 *  OR REFUND ANY SOFTWARE LICENSE FEES OR SERVICE CHARGE PAID BY BUYER TO
 *  MEDIATEK FOR SUCH MEDIATEK SOFTWARE AT ISSUE.
 *
 *  THE TRANSACTION CONTEMPLATED HEREUNDER SHALL BE CONSTRUED IN ACCORDANCE
 *  WITH THE LAWS OF THE STATE OF CALIFORNIA, USA, EXCLUDING ITS CONFLICT OF
 *  LAWS PRINCIPLES.  ANY DISPUTES, CONTROVERSIES OR CLAIMS ARISING THEREOF AND
 *  RELATED THERETO SHALL BE SETTLED BY ARBITRATION IN SAN FRANCISCO, CA, UNDER
 *  THE RULES OF THE INTERNATIONAL CHAMBER OF COMMERCE (ICC).
 *
 *****************************************************************************/

 /*

 // new animation parameters example:WVGA (480*800)
 // A , start point of first number rectangle
 // B , left_top point of battery_capacity fill_in rectangle
 // c , left_bottom point of battery_capacity fill_in rectangle

 // battery capacity rectangle
 #define CAPACITY_LEFT                (172) // CAPACITY_LEFT = B.x = 172
 #define CAPACITY_TOP                 (330) // CAPACITY_TOP = B.y = 330
 #define CAPACITY_RIGHT               (307) // CAPACITY_RIGHT = B.x + fill_line.w = 172 + 135
 #define CAPACITY_BOTTOM              (546) // CAPACITY_BOTTOM  = C.y = 546

 // first number rectangle
 #define NUMBER_LEFT                  (178) // NUMBER_LEFT = A.x
 #define NUMBER_TOP                   (190) // NUMBER_TOP  = A.y
 #define NUMBER_RIGHT                 (216) // NUMBER_RIGHT = A.x + num.w = 178 + 38
 #define NUMBER_BOTTOM                (244) // NUMBER_BOTTOM = A.y + num.h = 190 + 54

 // %  rectangle
 #define PERCENT_LEFT                 (254) // PERCENT_LEFT = A.x + 2*num.w = 178 + 2*38
 #define PERCENT_TOP                  (190) // PERCENT_TOP  = A.y
 #define PERCENT_RIGHT                (302) // PERCENT_LEFT = A.x + 2*num.w +(%).w
 #define PERCENT_BOTTOM               (244) // PERCENT_BOTTOM = A.y + (%).h = 190 + 54

 // top animation part
 #define TOP_ANIMATION_LEFT           (172) // TOP_ANIMATION_LEFT = B.x
 #define TOP_ANIMATION_TOP            (100) // 100
 #define TOP_ANIMATION_RIGHT          (307) // TOP_ANIMATION_LEFT = B.x + fill_line.w = 172 + 135
 #define TOP_ANIMATION_BOTTOM         (124) // TOP_ANIMATION_BOTTOM = TOP_ANIMATION_TOP + fill_line.h = 100 + 24

 */


 #ifndef __CUST_DISPLAY_H__
 #define __CUST_DISPLAY_H__

 // color
 #define BAR_OCCUPIED_COLOR  (0xFF00FF00)    // Green
 #define BAR_EMPTY_COLOR     (0xFFFFFFFF)    // White
 #define BAR_BG_COLOR        (0xFF000000)    // Black

 // LOGO number
 #define ANIM_V0_LOGO_NUM   5            // version 0: show 4 recatangle growing animation without battery number
 #define ANIM_V1_LOGO_NUM   39           // version 1: show wave animation with  battery number
 #define ANIM_V2_LOGO_NUM   86           // version 2: show wireless charging animation

 // Common LOGO index
 #define BOOT_LOGO_INDEX   0
 #define KERNEL_LOGO_INDEX   38


 #define ANIM_V0_BACKGROUND_INDEX   1
 #define ANIM_V1_BACKGROUND_INDEX   35


 #define LOW_BATTERY_INDEX   2
 #define CHARGER_OV_INDEX   3
 #define FULL_BATTERY_INDEX   37

 // version 1: show wave animation with  battery number

 // NUMBER LOGO INDEX
 #define NUMBER_PIC_START_0   4
 #define NUMBER_PIC_PERCENT   14

 // DYNAMIC ANIMATION LOGO INDEX
 #define BAT_ANIM_START_0   15

 // LOW BATTERY(0~10%) ANIMATION LOGO
 #define LOW_BAT_ANIM_START_0    25

 #define ANIM_LINE_INDEX   36


 // version 2: show wireless charging animation logo index

 #define V2_NUM_START_0_INDEX  57
 #define V2_NUM_PERCENT_INDEX  67

 #define V2_BAT_0_10_START_INDEX     68
 #define V2_BAT_10_40_START_INDEX    72
 #define V2_BAT_40_80_START_INDEX    76
 #define V2_BAT_80_100_START_NDEX   80

 #define V2_BAT_0_INDEX   84
 #define V2_BAT_100_INDEX   85

 // show fast charging animation logo index

 #define FAST_CHARGING_BAT_100_INDEX   39
 #define FAST_CHARGING_BAT_START_0_INDEX   40

 #define FAST_CHARGING_NUM_START_0_INDEX   46
 #define FAST_CHARGING_NUM_PERCENT_INDEX   56

 #if defined(FHD) || defined(CU_FHD) || defined(CMCC_FHD) || defined(CT_FHD) || defined(CMCC_LTE_FHD)
     // fhd 1080*1920

     // battery capacity rectangle
     #define CAPACITY_LEFT                (387) // battery capacity center
     #define CAPACITY_TOP                 (802)
     #define CAPACITY_RIGHT               (691)
     #define CAPACITY_BOTTOM              (1292)

     // first number rectangle
     #define NUMBER_LEFT                  (351+84) // number
     #define NUMBER_TOP                   (479)
     #define NUMBER_RIGHT                 (435+84)
     #define NUMBER_BOTTOM                (600)

     // %  rectangle
     #define PERCENT_LEFT                 (519+84) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (479)
     #define PERCENT_RIGHT                (627+84)
     #define PERCENT_BOTTOM               (600)

     // top animation part
     #define TOP_ANIMATION_LEFT           (387) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (691)
     #define TOP_ANIMATION_BOTTOM         (152)

     // for old animation
     #define BAR_LEFT            (470)
     #define BAR_TOP             (356)
     #define BAR_RIGHT           (610)
     #define BAR_BOTTOM          (678)

 #elif defined(WQHD) || defined(CU_WQHD) || defined(CMCC_WQHD) || defined(CT_WQHD) || defined(CMCC_LTE_WQHD)
     // wqhd 1440*2560

     // battery capacity rectangle
     #define CAPACITY_LEFT                (556) // battery capacity center
     #define CAPACITY_TOP                 (1112)
     #define CAPACITY_RIGHT               (882)
     #define CAPACITY_BOTTOM              (1630)

     // first number rectangle
     #define NUMBER_LEFT                  (570) // number
     #define NUMBER_TOP                   (770)
     #define NUMBER_RIGHT                 (660)
     #define NUMBER_BOTTOM                (898)

     // %  rectangle
     #define PERCENT_LEFT                 (750) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (770)
     #define PERCENT_RIGHT                (864)
     #define PERCENT_BOTTOM               (898)

     // top animation part
     #define TOP_ANIMATION_LEFT           (556) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (882)
     #define TOP_ANIMATION_BOTTOM         (158)

     // for old animation
     #define BAR_LEFT            (443)
     #define BAR_TOP             (337)
     #define BAR_RIGHT           (574)
     #define BAR_BOTTOM          (641)

 #elif defined(HD720) || defined(CU_HD720) || defined(CMCC_HD720) || defined(CT_HD720) || defined(CMCC_LTE_HD720)
     // hd720 720*1280

     // battery capacity rectangle
     #define CAPACITY_LEFT                (278) // battery capacity center
     #define CAPACITY_TOP                 (556)
     #define CAPACITY_RIGHT               (441)
     #define CAPACITY_BOTTOM              (817)

     // first number rectangle
     #define NUMBER_LEFT                  (290) // number
     #define NUMBER_TOP                   (386)
     #define NUMBER_RIGHT                 (335)
     #define NUMBER_BOTTOM                (450)

     // %  rectangle
     #define PERCENT_LEFT                 (380) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (386)
     #define PERCENT_RIGHT                (437)
     #define PERCENT_BOTTOM               (450)

     // top animation part
     #define TOP_ANIMATION_LEFT           (278) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (441)
     #define TOP_ANIMATION_BOTTOM         (129)

     // for old animation
     #define BAR_LEFT            (313)
     #define BAR_TOP             (238)
     #define BAR_RIGHT           (406)
     #define BAR_BOTTOM          (453)

 #elif defined(FWVGA) || defined(CU_FWVGA) || defined(CMCC_FWVGA) || defined(CT_FWVGA) || defined(CMCC_LTE_FWVGA)
     // fwvga 480*854

     // battery capacity rectangle
     #define CAPACITY_LEFT                (172) // battery capacity center
     #define CAPACITY_TOP                 (357)
     #define CAPACITY_RIGHT               (307)
     #define CAPACITY_BOTTOM              (573)

     // first number rectangle
     #define NUMBER_LEFT                  (172) // number
     #define NUMBER_TOP                   (213)
     #define NUMBER_RIGHT                 (210)
     #define NUMBER_BOTTOM                (267)

     // %  rectangle
     #define PERCENT_LEFT                 (248) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (213)
     #define PERCENT_RIGHT                (296)
     #define PERCENT_BOTTOM               (267)

     // top animation part
     #define TOP_ANIMATION_LEFT           (172) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (307)
     #define TOP_ANIMATION_BOTTOM         (124)

     // for old animation
     #define BAR_LEFT            (184)
     #define BAR_TOP             (227)
     #define BAR_RIGHT           (294)
     #define BAR_BOTTOM          (437)

 #elif defined(QHD) || defined(CU_QHD) || defined(CMCC_QHD) || defined(CT_QHD) || defined(CMCC_LTE_QHD)
     // qhd 540*960

     // battery capacity rectangle
     #define CAPACITY_LEFT                (202) // battery capacity center
     #define CAPACITY_TOP                 (410)
     #define CAPACITY_RIGHT               (337)
     #define CAPACITY_BOTTOM              (626)

     // first number rectangle
     #define NUMBER_LEFT                  (202) // number
     #define NUMBER_TOP                   (266)
     #define NUMBER_RIGHT                 (240)
     #define NUMBER_BOTTOM                (320)

     // %  rectangle
     #define PERCENT_LEFT                 (278) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (266)
     #define PERCENT_RIGHT                (326)
     #define PERCENT_BOTTOM               (320)

     // top animation part
     #define TOP_ANIMATION_LEFT           (202) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (337)
     #define TOP_ANIMATION_BOTTOM         (124)

     // for old animation
     #define BAR_LEFT            (235)
     #define BAR_TOP             (179)
     #define BAR_RIGHT           (305)
     #define BAR_BOTTOM          (340)

 #elif defined(WVGA) || defined(CU_WVGA) || defined(CMCC_WVGA) || defined(CT_WVGA) || defined(CMCC_LTE_WVGA)
     // default wvga 480*800

     // battery capacity rectangle
     #define CAPACITY_LEFT                (172) // battery capacity center
     #define CAPACITY_TOP                 (330)
     #define CAPACITY_RIGHT               (307)
     #define CAPACITY_BOTTOM              (546)

     // first number rectangle
     #define NUMBER_LEFT                  (178) // number
     #define NUMBER_TOP                   (190)
     #define NUMBER_RIGHT                 (216)
     #define NUMBER_BOTTOM                (244)

     // %  rectangle
     #define PERCENT_LEFT                 (254) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (190)
     #define PERCENT_RIGHT                (302)
     #define PERCENT_BOTTOM               (244)

     // top animation part
     #define TOP_ANIMATION_LEFT           (172) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (307)
     #define TOP_ANIMATION_BOTTOM         (124)

     // for old animation
     #define BAR_LEFT            (209)
     #define BAR_TOP             (149)
     #define BAR_RIGHT           (271)
     #define BAR_BOTTOM          (282)

 #elif defined(HVGA) || defined(CU_HVGA) || defined(CMCC_HVGA) || defined(CT_HVGA) || defined(CMCC_LTE_HVGA)

     // hvga 320*480

     // battery capacity rectangle
     #define CAPACITY_LEFT                (109) // battery capacity center
     #define CAPACITY_TOP                 (189)
     #define CAPACITY_RIGHT               (211)
     #define CAPACITY_BOTTOM              (350)

     // first number rectangle
     #define NUMBER_LEFT                  (126) // number
     #define NUMBER_TOP                   (95)
     #define NUMBER_RIGHT                 (153)
     #define NUMBER_BOTTOM                (131)

     // %  rectangle
     #define PERCENT_LEFT                 (180) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (95)
     #define PERCENT_RIGHT                (212)
     #define PERCENT_BOTTOM               (131)

     // top animation part
     #define TOP_ANIMATION_LEFT           (109) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (211)
     #define TOP_ANIMATION_BOTTOM         (118)

     // for old animation
     #define BAR_LEFT            (129)
     #define BAR_TOP             (128)
     #define BAR_RIGHT           (190)
     #define BAR_BOTTOM          (245)
 #elif defined(QVGA) || defined(CU_QVGA) || defined(CMCC_QVGA) || defined(CT_QVGA) || defined(CMCC_LTE_QVGA)

     // hvga 320*480

     // battery capacity rectangle
     #define CAPACITY_LEFT                (82) // battery capacity center
     #define CAPACITY_TOP                 (124)
     #define CAPACITY_RIGHT               (158)
     #define CAPACITY_BOTTOM              (241)

     // first number rectangle
     #define NUMBER_LEFT                  (93) // number
     #define NUMBER_TOP                   (50)
     #define NUMBER_RIGHT                 (109)
     #define NUMBER_BOTTOM                (73)

     // %  rectangle
     #define PERCENT_LEFT                 (125) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (50)
     #define PERCENT_RIGHT                (145)
     #define PERCENT_BOTTOM               (73)

     // top animation part
     #define TOP_ANIMATION_LEFT           (82) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (158)
     #define TOP_ANIMATION_BOTTOM         (113)

     // for old animation
     #define BAR_LEFT            (97)
     #define BAR_TOP             (96)
     #define BAR_RIGHT           (140)
     #define BAR_BOTTOM          (184)

 #elif defined(WSVGA)
     // wsvga 600*1024

     // battery capacity rectangle
     #define CAPACITY_LEFT                (232) // battery capacity center
     #define CAPACITY_TOP                 (442)
     #define CAPACITY_RIGHT               (367)
     #define CAPACITY_BOTTOM              (658)

     // first number rectangle
     #define NUMBER_LEFT                  (250) // number
     #define NUMBER_TOP                   (300)
     #define NUMBER_RIGHT                 (288)
     #define NUMBER_BOTTOM                (354)

     // %  rectangle
     #define PERCENT_LEFT                 (326) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (300)
     #define PERCENT_RIGHT                (374)
     #define PERCENT_BOTTOM               (354)

     // top animation part
     #define TOP_ANIMATION_LEFT           (232) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (367)
     #define TOP_ANIMATION_BOTTOM         (124)

     // for old animation
     #define BAR_LEFT            (260)
     #define BAR_TOP             (190)
     #define BAR_RIGHT           (338)
     #define BAR_BOTTOM          (360)

 #elif defined(WSVGANL)
     // wsvganl 1024*600

     // battery capacity rectangle
     #define CAPACITY_LEFT                (444) // battery capacity center
     #define CAPACITY_TOP                 (230)
     #define CAPACITY_RIGHT               (579) // 444 + 135
     #define CAPACITY_BOTTOM              (446)

     // first number rectangle
     #define NUMBER_LEFT                  (466) // number
     #define NUMBER_TOP                   (90)
     #define NUMBER_RIGHT                 (504) // 466 + 38
     #define NUMBER_BOTTOM                (144) // 90 + 54

     // %  rectangle
     #define PERCENT_LEFT                 (542) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (90)
     #define PERCENT_RIGHT                (590)
     #define PERCENT_BOTTOM               (144)

     // top animation part
     #define TOP_ANIMATION_LEFT           (444) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (579)
     #define TOP_ANIMATION_BOTTOM         (124)

     // for old animation
     #define BAR_LEFT            (414)
     #define BAR_TOP             (186)
     #define BAR_RIGHT           (608)
     #define BAR_BOTTOM          (477)

 #elif defined(WXGANL)
     // wxganl 1280*800

     // battery capacity rectangle
     #define CAPACITY_LEFT                (558) // battery capacity center
     #define CAPACITY_TOP                 (265)
     #define CAPACITY_RIGHT               (721) //558+163
     #define CAPACITY_BOTTOM              (525)

     #define NUMBER_LEFT                  (585) // number
     #define NUMBER_TOP                   (95)
     #define NUMBER_RIGHT                 (630)//585+45
     #define NUMBER_BOTTOM                (159) //95+64

     #define PERCENT_LEFT                 (675) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (95)
     #define PERCENT_RIGHT                (732) //675+57
     #define PERCENT_BOTTOM               (159)

     #define TOP_ANIMATION_LEFT           (558) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (721)
     #define TOP_ANIMATION_BOTTOM         (129)

     // for old animation
     #define BAR_LEFT            (525)
     #define BAR_TOP             (250)
     #define BAR_RIGHT           (755)
     #define BAR_BOTTOM          (640)

 #elif defined(WXGA)
     // wxga 800*1280

     // battery capacity rectangle
     #define CAPACITY_LEFT                (318) // battery capacity center
     #define CAPACITY_TOP                 (556)
     #define CAPACITY_RIGHT               (481) //318+163
     #define CAPACITY_BOTTOM              (815)

     #define NUMBER_LEFT                  (345) // number
     #define NUMBER_TOP                   (385)
     #define NUMBER_RIGHT                 (390) //345+45
     #define NUMBER_BOTTOM                (449) //385+64

     #define PERCENT_LEFT                 (435) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (385)
     #define PERCENT_RIGHT                (492) //435+57
     #define PERCENT_BOTTOM               (449)

     #define TOP_ANIMATION_LEFT           (318) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (481)
     #define TOP_ANIMATION_BOTTOM         (129)

     // for old animation
     #define BAR_LEFT            (348)
     #define BAR_TOP             (238)
     #define BAR_RIGHT           (453)
     #define BAR_BOTTOM          (452)

 #elif defined(WUXGANL)
     // wuxganl 1920*1200

     // battery capacity rectangle
     #define CAPACITY_LEFT                (806) // battery capacity center
     #define CAPACITY_TOP                 (443)
     #define CAPACITY_RIGHT               (1110)
     #define CAPACITY_BOTTOM              (929)

     #define NUMBER_LEFT                  (855) // number
     #define NUMBER_TOP                   (124)
     #define NUMBER_RIGHT                 (939) //855+84
     #define NUMBER_BOTTOM                (245)

     #define PERCENT_LEFT                 (1023) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (124)
     #define PERCENT_RIGHT                (1131) //1023+108
     #define PERCENT_BOTTOM               (245)  //124+121

     #define TOP_ANIMATION_LEFT           (806) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (1110) //806+304
     #define TOP_ANIMATION_BOTTOM         (152)

     // for old animation
     #define BAR_LEFT            (890)
     #define BAR_TOP             (357)
     #define BAR_RIGHT           (1030)
     #define BAR_BOTTOM          (678)

 #elif defined(WUXGA) || defined(CU_WUXGA)
     // wuxga 1200*1920

     // battery capacity rectangle
     #define CAPACITY_LEFT                (447) // battery capacity center
     #define CAPACITY_TOP                 (803)
     #define CAPACITY_RIGHT               (751)
     #define CAPACITY_BOTTOM              (1289)

     #define NUMBER_LEFT                  (494) // number
     #define NUMBER_TOP                   (481)
     #define NUMBER_RIGHT                 (578)//494+84
     #define NUMBER_BOTTOM                (602) //481+121

     #define PERCENT_LEFT                 (662) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (481)
     #define PERCENT_RIGHT                (770) //662+108
     #define PERCENT_BOTTOM               (602) //481+121

     #define TOP_ANIMATION_LEFT           (447) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (751)
     #define TOP_ANIMATION_BOTTOM         (152)

     // for old animation
     #define BAR_LEFT            (529)
     #define BAR_TOP             (357)
     #define BAR_RIGHT           (672)
     #define BAR_BOTTOM          (680)

 #elif defined(XGA)
     // xga 768*1024

     // battery capacity rectangle
     #define CAPACITY_LEFT                (316) // battery capacity center
     #define CAPACITY_TOP                 (442)
     #define CAPACITY_RIGHT               (451)
     #define CAPACITY_BOTTOM              (658)

     #define NUMBER_LEFT                  (338) // number
     #define NUMBER_TOP                   (300)
     #define NUMBER_RIGHT                 (376)
     #define NUMBER_BOTTOM                (354)

     #define PERCENT_LEFT                 (414) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (300)
     #define PERCENT_RIGHT                (462)
     #define PERCENT_BOTTOM               (354)

     #define TOP_ANIMATION_LEFT           (316) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (451)
     #define TOP_ANIMATION_BOTTOM         (124)

     // for old animation
     #define BAR_LEFT            (334)
     #define BAR_TOP             (243)
     #define BAR_RIGHT           (434)
     #define BAR_BOTTOM          (463)

 #elif defined(XGANL)
     // xganl 1024*768

     // battery capacity rectangle
     #define CAPACITY_LEFT                (444) // battery capacity center
     #define CAPACITY_TOP                 (314)
     #define CAPACITY_RIGHT               (579)
     #define CAPACITY_BOTTOM              (530)

     #define NUMBER_LEFT                  (467) // number
     #define NUMBER_TOP                   (170)
     #define NUMBER_RIGHT                 (505)
     #define NUMBER_BOTTOM                (224)

     #define PERCENT_LEFT                 (543) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (170)
     #define PERCENT_RIGHT                (591)
     #define PERCENT_BOTTOM               (224)

     #define TOP_ANIMATION_LEFT           (444) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (579)
     #define TOP_ANIMATION_BOTTOM         (124)

     // for old animation
     #define BAR_LEFT            (486)
     #define BAR_TOP             (292)
     #define BAR_RIGHT           (590)
     #define BAR_BOTTOM          (506)

 #elif defined(QXGA)
     // qxga 1536x2048

         // battery capacity rectangle
     #define CAPACITY_LEFT                (605) // battery capacity center
     #define CAPACITY_TOP                 (857)
     #define CAPACITY_RIGHT               (929)
     #define CAPACITY_BOTTOM              (1375)

     #define NUMBER_LEFT                  (662) // number
     #define NUMBER_TOP                   (517)
     #define NUMBER_RIGHT                 (756)
     #define NUMBER_BOTTOM                (647)

     #define PERCENT_LEFT                 (850) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (517)
     #define PERCENT_RIGHT                (968)
     #define PERCENT_BOTTOM               (647)

     #define TOP_ANIMATION_LEFT           (605) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (929)
     #define TOP_ANIMATION_BOTTOM         (155)

     // for old animation
     #define BAR_LEFT            (693)
     #define BAR_TOP             (381)
     #define BAR_RIGHT           (844)
     #define BAR_BOTTOM          (725)

 #else

     // default wvga 480*800

     // battery capacity rectangle
     #define CAPACITY_LEFT                (172) // battery capacity center
     #define CAPACITY_TOP                 (330)
     #define CAPACITY_RIGHT               (307)
     #define CAPACITY_BOTTOM              (546)

     // first number rectangle
     #define NUMBER_LEFT                  (178) // number
     #define NUMBER_TOP                   (190)
     #define NUMBER_RIGHT                 (216)
     #define NUMBER_BOTTOM                (244)

     // %  rectangle
     #define PERCENT_LEFT                 (254) // percent number_left + 2*number_width
     #define PERCENT_TOP                  (190)
     #define PERCENT_RIGHT                (302)
     #define PERCENT_BOTTOM               (244)

     // top animation part
     #define TOP_ANIMATION_LEFT           (172) // top animation
     #define TOP_ANIMATION_TOP            (100)
     #define TOP_ANIMATION_RIGHT          (307)
     #define TOP_ANIMATION_BOTTOM         (124)

     // for old animation
     #define BAR_LEFT            (209)
     #define BAR_TOP             (149)
     #define BAR_RIGHT           (271)
     #define BAR_BOTTOM          (282)

 #endif

 /* The option of new charging animation */
 #define ANIMATION_NEW

 #endif // __CUST_DISPLAY_H__

5.0之前

[PLATFORM]

MT6575/15 + Android 2.3

MT6573/13 + Android 2.3

[Solution]

1，充电图标的图片都在alps/mediatek/custom/common/uboot/logo目录下，在这里可以看到各种size的图片的目录
2，请将alps/mediatek/config/${project}/ProjectConfig.mk里如下部分根据实际情况作相应的修改
    例如：
    LCM_WIDTH = 480
    LCM_HEIGHT = 800
    BOOT_LOGO = wvga
3，选用不同size的LCD，需要去调整关机充电时电池图标的坐标，请在alps/mediatek/custom/${project}/uboot/inc/cust_display.h里，调整如下设置，
   #define BAR_LEFT   (215)
   #define BAR_TOP   (156)
   #define BAR_RIGHT   (265)
   #define BAR_BOTTOM   (278)
   可以用windows的画图软件打开第1点里提到的图片，根据电池边框的像素来调整。

   这里坐标的参考原点是左上角，背景图片的左上角是(0,0)，这四个值都是相对于左上角的坐标来确定的，因此RIGHT > LEFT，BOTTOM > TOP
   小技巧：1)打开画图软件，选择 查看->缩放->自定义，将图片放到到800%
               2)选择 查看->缩放->显示网格
               这样就可以看到一个一个的像素
4，编译方式：重新new uboot