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MKS-TFT35-Firmware/User/ui/draw_number_key.cpp
makerbase-mks 3a0357562d update
2020-05-21 11:39:24 +08:00

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#include "gui.h"
#include "button.h"
#include "draw_ui.h"
#include "at24cxx.h"
#include "mks_tft_com.h"
#ifndef GUI_FLASH
#define GUI_FLASH
#endif
//#if 1//HAS_PID_HEATING
// #define PID_K2 (1.0-PID_K1)
// //#define PID_dT ((OVERSAMPLENR * float(ACTUAL_ADC_SAMPLES)) / (F_CPU / 64.0 / 256.0))
// #define PID_dT 0.16384
//
// // Apply the scale factors to the PID values
// #define scalePID_i(i) ( (i) * PID_dT )
// #define unscalePID_i(i) ( (i) / PID_dT )
// #define scalePID_d(d) ( (d) / PID_dT )
// #define unscalePID_d(d) ( (d) * PID_dT )
//#endif
static GUI_HWIN hNumberKeyWnd;
static BUTTON_STRUCT NumberKey_1,NumberKey_2,NumberKey_3,NumberKey_4,NumberKey_5;
static BUTTON_STRUCT NumberKey_6,NumberKey_7,NumberKey_8,NumberKey_9,NumberKey_0;
static BUTTON_STRUCT KeyPoint,KeyConfirm,KeyReset,KeyBack;
static BUTTON_STRUCT KeyValue,Nagetive;
static TEXT_Handle textKeyNumb;
inline void gcode_M500() {
// (void)settings.save();
}
char key_value[11]={0};
static char cnt=0;
static char point_flg = 1;
void set_value_confirm();
static void cbNumberKeyWin(WM_MESSAGE * pMsg) {
struct PressEvt *press_event;
switch (pMsg->MsgId)
{
case WM_PAINT:
break;
case WM_TOUCH:
press_event = (struct PressEvt *)pMsg->Data.p;
break;
case WM_TOUCH_CHILD:
press_event = (struct PressEvt *)pMsg->Data.p;
break;
case WM_NOTIFY_PARENT:
if(pMsg->Data.v == WM_NOTIFICATION_RELEASED)
{
if(pMsg->hWinSrc == NumberKey_1.btnHandle)
{
if(cnt<=10)
{
key_value[cnt]='1';
TEXT_SetText(textKeyNumb, key_value);
cnt++;
}
}
else if(pMsg->hWinSrc == NumberKey_2.btnHandle)
{
if(cnt<=10)
{
key_value[cnt]='2';
TEXT_SetText(textKeyNumb, key_value);
cnt++;
}
}
else if(pMsg->hWinSrc == NumberKey_3.btnHandle)
{
if(cnt<=10)
{
key_value[cnt]='3';
TEXT_SetText(textKeyNumb, key_value);
cnt++;
}
}
else if(pMsg->hWinSrc == NumberKey_4.btnHandle)
{
if(cnt<=10)
{
key_value[cnt]='4';
TEXT_SetText(textKeyNumb, key_value);
cnt++;
}
}
else if(pMsg->hWinSrc == NumberKey_5.btnHandle)
{
if(cnt<=10)
{
key_value[cnt]='5';
TEXT_SetText(textKeyNumb, key_value);
cnt++;
}
}
else if(pMsg->hWinSrc == NumberKey_6.btnHandle)
{
if(cnt<=10)
{
key_value[cnt]='6';
TEXT_SetText(textKeyNumb, key_value);
cnt++;
}
}
else if(pMsg->hWinSrc == NumberKey_7.btnHandle)
{
if(cnt<=10)
{
key_value[cnt]='7';
TEXT_SetText(textKeyNumb, key_value);
cnt++;
}
}
else if(pMsg->hWinSrc == NumberKey_8.btnHandle)
{
if(cnt<=10)
{
key_value[cnt]='8';
TEXT_SetText(textKeyNumb, key_value);
cnt++;
}
}
else if(pMsg->hWinSrc == NumberKey_9.btnHandle)
{
if(cnt<=10)
{
key_value[cnt]='9';
TEXT_SetText(textKeyNumb, key_value);
cnt++;
}
}
else if(pMsg->hWinSrc == NumberKey_0.btnHandle)
{
if(cnt<=10)
{
key_value[cnt]='0';
TEXT_SetText(textKeyNumb, key_value);
cnt++;
}
}
else if(pMsg->hWinSrc == KeyPoint.btnHandle)
{
if((cnt!=0)&&(point_flg==1))
{
point_flg = 0;
key_value[cnt]='.';
TEXT_SetText(textKeyNumb, key_value);
cnt++;
}
}
else if(pMsg->hWinSrc == KeyBack.btnHandle)
{
if(cnt>0)
{
cnt--;
}
if(key_value[cnt]=='.')point_flg=1;
key_value[cnt]=0;
TEXT_SetText(textKeyNumb, key_value);
}
else if(pMsg->hWinSrc == KeyReset.btnHandle)
{
//if(cnt<=10)
{
memset(key_value,0,sizeof(key_value));
cnt=0;
key_value[cnt]='0';
point_flg = 1;
TEXT_SetText(textKeyNumb, key_value);
}
}
else if(pMsg->hWinSrc == Nagetive.btnHandle)
{
if(cnt==0)
{
key_value[cnt]='-';
TEXT_SetText(textKeyNumb, key_value);
cnt++;
}
}
else if(pMsg->hWinSrc == KeyConfirm.btnHandle)
{
last_disp_state = NUMBER_KEY_UI;
if(strlen(key_value)!=0)
set_value_confirm();
Clear_NumberKey();
draw_return_ui();
}
}
break;
default:
WM_DefaultProc(pMsg);
}
}
void set_value_confirm()
{
char buf[30]={0};
switch(value)
{
case X_stroke:
break;
case X_stroke_min:
break;
case Y_stroke_min:
break;
case Z_stroke_min:
break;
case Y_stroke:
break;
case Z_stroke:
break;
case Load_Temper_limit:
gCfgItems.filament_limit_temper = atoi(key_value);
HAL::AT24CXX_Write(BAK_FILAMENT_LIMIT_TERMPER_ADDR,(uint8_t *)&gCfgItems.filament_limit_temper,2);
break;
case Load_Speed:
gCfgItems.filament_load_speed = atoi(key_value);
gCfgItems.filament_loading_time = (uint32_t)((gCfgItems.filament_load_length*60.0/gCfgItems.filament_load_speed)+0.5);
HAL::AT24CXX_Write(BAK_FILAMENT_LOAD_SPEED_ADDR,(uint8_t *)&gCfgItems.filament_load_speed,2);
break;
case Load_Length:
gCfgItems.filament_load_length = atoi(key_value);
gCfgItems.filament_loading_time = (uint32_t)((gCfgItems.filament_load_length*60.0/gCfgItems.filament_load_speed)+0.5);
HAL::AT24CXX_Write(BAK_FILAMENT_LOAD_LENGTH_ADDR,(uint8_t *)&gCfgItems.filament_load_length,2);
break;
case Unload_Temper_limit:
break;
case Unload_Speed:
gCfgItems.filament_unload_speed = atoi(key_value);
gCfgItems.filament_unloading_time = (uint32_t)((gCfgItems.filament_unload_length*60.0/gCfgItems.filament_unload_speed)+0.5);
HAL::AT24CXX_Write(BAK_FILAMENT_UNLOAD_SPEED_ADDR,(uint8_t *)&gCfgItems.filament_unload_speed,2);
break;
case Unload_Length:
gCfgItems.filament_unload_length = atoi(key_value);
HAL::AT24CXX_Write(BAK_FILAMENT_UNLOAD_LENGTH_ADDR,(uint8_t *)&gCfgItems.filament_unload_length,2);
gCfgItems.filament_unloading_time = (uint32_t)((gCfgItems.filament_unload_length*60.0/gCfgItems.filament_unload_speed)+0.5);
break;
case xoffset:
gCfgItems.xProbeOffset = atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M851 X%0.2f\n",gCfgItems.xProbeOffset );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case yoffset:
gCfgItems.yProbeOffset = atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M851 Y%0.2f\n",gCfgItems.yProbeOffset );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case zoffset:
gCfgItems.zProbeOffset = atof(key_value);
if((gCfgItems.zProbeOffset<0) && ( (-gCfgItems.zProbeOffset) > ZPROBEOFFSET_MAX ) )
{
gCfgItems.zProbeOffset = -ZPROBEOFFSET_MAX;
}
if((gCfgItems.zProbeOffset>0) && ( gCfgItems.zProbeOffset > ZPROBEOFFSET_MAX ) )
gCfgItems.zProbeOffset = ZPROBEOFFSET_MAX;
memset(buf,0,sizeof(buf));
sprintf(buf, "M851 Z%0.2f\n",gCfgItems.zProbeOffset );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case xyspeed:
// mksCfg.xy_probe_speed = atof(key_value);
// epr_write_data(EPR_XY_PROBE_SPEED, (uint8_t *)&mksCfg.xy_probe_speed,sizeof(float));
break;
case zspeed:
// mksCfg.z_probe_speed_fast = atof(key_value);
// epr_write_data(EPR_Z_PROBE_SPEED_FAST, (uint8_t *)&mksCfg.z_probe_speed_fast,sizeof(float));
// mksCfg.z_probe_speed_slow= (float)((uint32_t)mksCfg.z_probe_speed_fast>>1); //慢速为快速的一半
// epr_write_data(EPR_Z_PROBE_SPEED_SLOW, (uint8_t *)&mksCfg.z_probe_speed_slow,sizeof(float));
break;
case DeltaRadius:
// delta_radius=atof(key_value);
// gcode_M500(); //保存参数
break;
case DeltaDiagonalRod:
// delta_diagonal_rod=atof(key_value);
// gcode_M500(); //保存参数
break;
case PrintableRadius:
// mksCfg.delta_printable_radius=atof(key_value);
// epr_write_data(EPR_DELTA_PRINTABLE_RADIUS,(uint8_t *)&mksCfg.delta_printable_radius,sizeof(float));
break;
case DeltaHeight:
// mksCfg.delta_height=atof(key_value);
// epr_write_data(EPR_DELTA_HEIGHT,(uint8_t *)&mksCfg.delta_height,sizeof(float));
break;
case SmoothRodOffset:
break;
case EffectorOffset:
break;
case CalibrationRadius:
break;
case Point1_x:
gCfgItems.leveling_point1_x=atoi(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_POINT1_X_ADDR,(uint8_t *)&gCfgItems.leveling_point1_x,2);
break;
case Point1_y:
gCfgItems.leveling_point1_y=atof(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_POINT1_Y_ADDR,(uint8_t *)&gCfgItems.leveling_point1_y,2);
break;
case Point2_x:
gCfgItems.leveling_point2_x=atoi(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_POINT2_X_ADDR,(uint8_t *)&gCfgItems.leveling_point2_x,2);
break;
case Point2_y:
gCfgItems.leveling_point2_y=atoi(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_POINT2_Y_ADDR,(uint8_t *)&gCfgItems.leveling_point2_y,2);
break;
case Point3_x:
gCfgItems.leveling_point3_x=atoi(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_POINT3_X_ADDR,(uint8_t *)&gCfgItems.leveling_point3_x,2);
break;
case Point3_y:
gCfgItems.leveling_point3_y=atoi(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_POINT3_Y_ADDR,(uint8_t *)&gCfgItems.leveling_point3_y,2);
break;
case Point4_x:
gCfgItems.leveling_point4_x=atoi(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_POINT4_X_ADDR,(uint8_t *)&gCfgItems.leveling_point4_x,2);
break;
case Point4_y:
gCfgItems.leveling_point4_y=atoi(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_POINT4_Y_ADDR,(uint8_t *)&gCfgItems.leveling_point4_y,2);
break;
case Point5_x:
gCfgItems.leveling_point5_x=atoi(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_POINT5_X_ADDR,(uint8_t *)&gCfgItems.leveling_point5_x,2);
break;
case Point5_y:
gCfgItems.leveling_point5_y=atoi(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_POINT5_Y_ADDR,(uint8_t *)&gCfgItems.leveling_point5_y,2);
break;
case XMaxFeedRate:
gCfgItems.xMaxFeedRate =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M203 X%d\n",gCfgItems.xMaxFeedRate );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case YMaxFeedRate:
gCfgItems.yMaxFeedRate =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M203 Y%d\n",gCfgItems.yMaxFeedRate );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case ZMaxFeedRate:
gCfgItems.zMaxFeedRate =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M203 Z%d\n",gCfgItems.zMaxFeedRate );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case E0MaxFeedRate:
gCfgItems.e0_MaxFeedRate =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M203 T0 E%d\n",gCfgItems.e0_MaxFeedRate );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case E1MaxFeedRate:
gCfgItems.e1_MaxFeedRate =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M203 T1 E%d\n",gCfgItems.e1_MaxFeedRate );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case PrintAcceleration:
gCfgItems.printAccel =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M204 P%d\n",gCfgItems.printAccel );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case RetractAcceleration:
gCfgItems.retractAccel =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M204 R%d\n",gCfgItems.retractAccel );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case TravelAcceleration:
gCfgItems.travelAccel =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M204 T%d\n",gCfgItems.travelAccel );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case XAcceleration:
gCfgItems.xMaxAccel =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M201 X%d\n",gCfgItems.xMaxAccel );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case YAcceleration:
gCfgItems.yMaxAccel =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M201 Y%d\n",gCfgItems.yMaxAccel );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case ZAcceleration:
gCfgItems.zMaxAccel =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M201 Z%d\n",gCfgItems.zMaxAccel );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case E0Acceleration:
gCfgItems.e0_MaxAccel =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M201 T0 E%d\n",gCfgItems.e0_MaxAccel );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case E1Acceleration:
gCfgItems.e1_MaxAccel =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M201 T1 E%d\n",gCfgItems.e1_MaxAccel );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case XJerk:
break;
case YJerk:
break;
case ZJerk:
break;
case EJerk:
break;
case Xstep:
gCfgItems.xStep = atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M92 X%.2f\n", gCfgItems.xStep);
pushFIFO(&gcodeCmdTxFIFO, (unsigned char *)buf);
break;
case Ystep:
gCfgItems.yStep =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M92 Y%0.2f\n",gCfgItems.yStep );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case Zstep:
gCfgItems.zStep = atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M92 Z%.2f\n", gCfgItems.zStep);
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case E0step:
gCfgItems.e0Step = atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M92 T0 E%.2f\n", gCfgItems.e0Step);
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case E1step:
gCfgItems.e1Step = atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M92 T1 E%.2f\n", gCfgItems.e1Step);
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case XYspeed:
break;
case Zspeed:
break;
case Nozzle_Cnt:
gCfgItems.sprayerNum=atoi(key_value);
if(gCfgItems.sprayerNum>2)
gCfgItems.sprayerNum=2;
if(gCfgItems.sprayerNum<1)
gCfgItems.sprayerNum=1;
HAL::AT24CXX_Write(BAK_SPRAYER_NUM_ADDR,(uint8_t *)&gCfgItems.sprayerNum,1);
break;
case Nozzle_min:
break;
case Nozzle_max:
gCfgItems.preheat_max_desireSprayerTemp=atoi(key_value); //gCfgItems.preheat_max_desireSprayerTemp
HAL::AT24CXX_Write(BAK_SPRAYER1_MAXTEMP_ADDR,(uint8_t *)&gCfgItems.preheat_max_desireSprayerTemp,2);
break;
case Extrude_min_temper:
break;
// case Nozzle_pid_p:
//// thermalManager.Kp=atof(key_value);
//// gcode_M500(); //保存参数
// gCfgItems.nozzle_Kp=atof(key_value);
// gcode_M500(); //保存参数
//
// break;
// case Nozzle_pid_i:
//// thermalManager.Ki=scalePID_i(atof(key_value));
//// gcode_M500(); //保存参数
// gCfgItems.nozzle_Ki=scalePID_i(atof(key_value));
// gcode_M500(); //保存参数
//
// break;
// case Nozzle_pid_d:
//// thermalManager.Kd=scalePID_d(atof(key_value));
//// gcode_M500(); //保存参数
// gCfgItems.nozzle_Kd =scalePID_d(atof(key_value));
// gcode_M500(); //保存参数
//
// break;
case HotBed_max:
// mksCfg.bed_maxtemp=atof(key_value);
gCfgItems.preheat_max_desireBedTemp = atof(key_value);
HAL::AT24CXX_Write(BAK_BED_MAXTEMP_ADDR,(uint8_t *)&gCfgItems.preheat_max_desireBedTemp,2);
break;
case HotBed_min:
// mksCfg.bed_mintemp=atof(key_value);
// gCfgItems.preheat_min_desireBedTemp = atof(key_value);
break;
// case HotBed_pid_p:
//// thermalManager.bedKp=atof(key_value);
//// gcode_M500(); //保存参数
//
// gCfgItems.bedKp=atof(key_value);
// gcode_M500(); //保存参数
//
//
// break;
// case HotBed_pid_i:
//// thermalManager.bedKi=scalePID_i(atof(key_value));
//// gcode_M500(); //保存参数
// gCfgItems.bedKi=scalePID_i(atof(key_value));
// gcode_M500(); //保存参数
//
// break;
// case HotBed_pid_d:
//// thermalManager.bedKd=scalePID_d(atof(key_value));
//// gcode_M500(); //保存参数
// gCfgItems.bedKd=scalePID_d(atof(key_value));
// gcode_M500(); //保存参数
// break;
case Break_Z_error:
gCfgItems.breakpoint_z_error=atof(key_value);
HAL::AT24CXX_Write(BAK_BREAKPOINT_Z_ERROR_ADDR,(uint8_t *)&gCfgItems.breakpoint_z_error,4);
break;
case z_speed_level:
gCfgItems.leveling_z_speed = atof(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_Z_SPEED_ADDR,(uint8_t *)&gCfgItems.leveling_z_speed,2);
break;
case xy_speed_level:
gCfgItems.leveling_xy_speed=atof(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_XY_SPEED_ADDR,(uint8_t *)&gCfgItems.leveling_xy_speed,2);
break;
case z_high_level:
gCfgItems.leveling_z_high=atof(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_Z_HIGH_ADDR,(uint8_t *)&gCfgItems.leveling_z_high,2);
break;
case Points_count:
gCfgItems.leveling_point_number=atof(key_value);
HAL::AT24CXX_Write(BAK_LEVELING_POINT_NUMBER_ADDR,(uint8_t *)&gCfgItems.leveling_point_number,1);
break;
case Position_x:
gCfgItems.Pause_XPOS = atof(key_value);
HAL::AT24CXX_Write(BAK_PAUSE_XPOS_ADDR,(uint8_t *)&gCfgItems.Pause_XPOS,2);
break;
case Position_y:
gCfgItems.Pause_YPOS = atof(key_value);
HAL::AT24CXX_Write(BAK_PAUSE_YPOS_ADDR,(uint8_t *)&gCfgItems.Pause_YPOS,2);
break;
case Position_z:
gCfgItems.Pause_ZADD = atof(key_value);
gcode_M500();
HAL::AT24CXX_Write(BAK_PAUSE_ZADD_ADDR,(uint8_t *)&gCfgItems.Pause_ZADD,2);
break;
case more_func_cnt:
gCfgItems.morefunc_cnt = atof(key_value);
if(gCfgItems.morefunc_cnt >= 7)
gCfgItems.MoreItem_pic_cnt = 7;
if (gCfgItems.MoreItem_pic_cnt<0)
gCfgItems.MoreItem_pic_cnt = 0;
HAL::AT24CXX_Write(BAK_PRINTING_MOREFUNC_CNT_ADDR,(uint8_t *)&gCfgItems.morefunc_cnt ,1);
break;
case more_btn_cnt:
gCfgItems.MoreItem_pic_cnt = atof(key_value);
if(gCfgItems.MoreItem_pic_cnt >= 7)
{
// if(gCfgItems.zoffset_display_flg == 1)
// {
// gCfgItems.MoreItem_pic_cnt = 6;
// }
// else
gCfgItems.MoreItem_pic_cnt = 7;
}
// if (gCfgItems.MoreItem_pic_cnt<0)
// gCfgItems.MoreItem_pic_cnt = 0;
HAL::AT24CXX_Write(BAK_MOREITEM_PIC_CNT,(uint8_t *)&gCfgItems.MoreItem_pic_cnt ,1);
break;
// case wifi_port:
// gCfgItems.cloud_port = atof(key_value);
// break;
case btn_textOffset:
gCfgItems.btn_text_offset = atof(key_value);
HAL::AT24CXX_Write(BAK_BTN_TEXT_OFFSET_ADDR,(uint8_t *)&gCfgItems.btn_text_offset,1);
break;
case current_x:
gCfgItems.xCurrent = atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M906 X%d\n", gCfgItems.xCurrent);
pushFIFO(&gcodeCmdTxFIFO, (unsigned char *)buf);
break;
case current_y:
gCfgItems.yCurrent =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M906 Y%d\n",gCfgItems.yCurrent );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case current_z:
gCfgItems.zCurrent = atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M906 Z%d\n", gCfgItems.zCurrent);
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case current_E0:
gCfgItems.e0Current = atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M906 T0 E%d\n", gCfgItems.e0Current);
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case current_E1:
gCfgItems.e1Current = atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M906 T1 E%d\n", gCfgItems.e1Current);
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case Sensivisity_X:
gCfgItems.xSensivisity =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M914 X%d\n",gCfgItems.xSensivisity );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case Sensivisity_Y:
gCfgItems.ySensivisity =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M914 Y%d\n",gCfgItems.ySensivisity );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
case Sensivisity_Z:
gCfgItems.zSensivisity =atof(key_value);
memset(buf,0,sizeof(buf));
sprintf(buf, "M914 Z%d\n",gCfgItems.zSensivisity );
pushFIFO(&gcodeCmdTxFIFO,(unsigned char *) buf);
break;
}
}
void disp_value()
{
char *temp;
switch(value)
{
case X_stroke:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",mksCfg.x_max_pos);
break;
case Y_stroke:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",mksCfg.y_max_pos);
break;
case Z_stroke:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",mksCfg.z_max_pos);
break;
case Load_Temper_limit:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.filament_limit_temper);
break;
case Load_Speed:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.filament_load_speed);
break;
case Load_Length:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.filament_load_length);
break;
case Unload_Temper_limit:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%d",gCfgItems.filament_unload_limit_temper);
break;
case Unload_Speed:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.filament_unload_speed);
break;
case Unload_Length:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.filament_unload_length);
break;
case xoffset:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%.1f",gCfgItems.xProbeOffset);
break;
case yoffset:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%.1f",gCfgItems.yProbeOffset);
break;
case zoffset:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%.1f",gCfgItems.zProbeOffset);
break;
case xyspeed:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",mksCfg.xy_probe_speed);
break;
case zspeed:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",mksCfg.z_probe_speed_fast);
break;
case DeltaRadius:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",delta_radius);
break;
case DeltaDiagonalRod:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",delta_diagonal_rod);
break;
case PrintableRadius:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",mksCfg.delta_printable_radius);
break;
case DeltaHeight:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",mksCfg.delta_height);
break;
case SmoothRodOffset:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",mksCfg.delta_smooth_rod_offset);
break;
case EffectorOffset:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",mksCfg.delta_effector_offset);
break;
case CalibrationRadius:
// memset(cmd_code,0,sizeof(cmd_code));
//// sprintf(cmd_code,"%.1f",delta_calibration_radius);
break;
case Point1_x:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_point1_x);
break;
case Point1_y:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_point1_y);
break;
case Point2_x:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_point2_x);
break;
case Point2_y:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_point2_y);
break;
case Point3_x:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_point3_x);
break;
case Point3_y:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_point3_y);
break;
case Point4_x:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_point4_x);
break;
case Point4_y:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_point4_y);
break;
case Point5_x:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_point5_x);
break;
case Point5_y:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_point5_y);
break;
case XMaxFeedRate:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.xMaxFeedRate);
break;
case YMaxFeedRate:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.yMaxFeedRate);
break;
case ZMaxFeedRate:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.zMaxFeedRate);
break;
case E0MaxFeedRate:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.e0_MaxFeedRate);
break;
case E1MaxFeedRate:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%.1f",gCfgItems.e1_MaxFeedRate);
break;
case PrintAcceleration:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.printAccel);
break;
case RetractAcceleration:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.retractAccel);
break;
case TravelAcceleration:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.travelAccel);
break;
case XAcceleration:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.xMaxAccel);
break;
case YAcceleration:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.yMaxAccel);
break;
case ZAcceleration:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.zMaxAccel);
break;
case E0Acceleration:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.e0_MaxAccel);
break;
case E1Acceleration:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.e1_MaxAccel);
break;
case XJerk:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",planner.max_jerk[X_AXIS]);
break;
case YJerk:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",planner.max_jerk[Y_AXIS]);
break;
case ZJerk:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",planner.max_jerk[Z_AXIS]);
break;
case EJerk:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",planner.max_jerk[E_AXIS]);
break;
case Xstep:
memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",planner.axis_steps_per_mm[X_AXIS]);
sprintf(cmd_code,"%.1f",gCfgItems.xStep);
break;
case Ystep:
memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",planner.axis_steps_per_mm[Y_AXIS]);
sprintf(cmd_code,"%.1f",gCfgItems.yStep);
break;
case Zstep:
memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",planner.axis_steps_per_mm[Z_AXIS]);
sprintf(cmd_code,"%.1f",gCfgItems.zStep);
break;
case E0step:
memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",planner.axis_steps_per_mm[E_AXIS]);
sprintf(cmd_code,"%.1f",gCfgItems.e0Step);
break;
case E1step:
memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",planner.axis_steps_per_mm[XYZE]);
sprintf(cmd_code,"%.1f",gCfgItems.e1Step);
break;
case XYspeed:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",mksCfg.homing_feedrate_xy);
break;
case Zspeed:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.1f",mksCfg.homing_feedrate_z);
break;
case Nozzle_Cnt:
memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%d",mksCfg.extruders); //gCfgItems.sprayerNum
sprintf(cmd_code,"%d",gCfgItems.sprayerNum);
break;
case Nozzle_min:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%d",mksCfg.heater_0_mintemp);
// sprintf(cmd_code,"%d", gCfgItems.preheat_min_desireSprayerTemp);
break;
case Nozzle_max:
memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%d",mksCfg.heater_0_maxtemp);
sprintf(cmd_code,"%d",gCfgItems.preheat_max_desireSprayerTemp);
break;
case Extrude_min_temper:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%d", gCfgItems.preheat_min_desireSprayerTemp);
break;
// case Nozzle_pid_p:
//// memset(cmd_code,0,sizeof(cmd_code));
//// sprintf(cmd_code,"%.3f",thermalManager.Kp);
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.3f",gCfgItems.nozzle_Kp);
//
// break;
// case Nozzle_pid_i:
//// memset(cmd_code,0,sizeof(cmd_code));
//// sprintf(cmd_code,"%.3f",unscalePID_i(thermalManager.Ki));
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.3f",gCfgItems.nozzle_Ki);
//
// break;
// case Nozzle_pid_d:
//// memset(cmd_code,0,sizeof(cmd_code));
//// sprintf(cmd_code,"%.3f",unscalePID_d(thermalManager.Kd));
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.3f",gCfgItems.nozzle_Kd);
//
// break;
case HotBed_max:
memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%d",mksCfg.bed_maxtemp);
sprintf(cmd_code,"%d",gCfgItems.preheat_max_desireBedTemp);
break;
case HotBed_min:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%d",mksCfg.bed_mintemp);
// sprintf(cmd_code,"%d",gCfgItems.preheat_min_desireBedTemp);
break;
// case HotBed_pid_p:
//// memset(cmd_code,0,sizeof(cmd_code));
//// sprintf(cmd_code,"%.3f",thermalManager.bedKp);
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.3f",gCfgItems.bedKp);
//
// break;
// case HotBed_pid_i:
//// memset(cmd_code,0,sizeof(cmd_code));
//// sprintf(cmd_code,"%.3f",unscalePID_i(thermalManager.bedKi));
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.3f",gCfgItems.bedKi);
//
// break;
// case HotBed_pid_d:
//// memset(cmd_code,0,sizeof(cmd_code));
//// sprintf(cmd_code,"%.3f",unscalePID_d(thermalManager.bedKd));
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%.3f",gCfgItems.bedKd);
// break;
case Break_Z_error:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%.3f",gCfgItems.breakpoint_z_error);
break;
case z_speed_level:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_z_speed);
break;
case xy_speed_level:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_xy_speed);
break;
case z_high_level:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_z_speed);
break;
case Points_count:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.leveling_point_number);
break;
case Position_x:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.Pause_XPOS);
break;
case Position_y:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.Pause_YPOS);
break;
case Position_z:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.Pause_ZADD);
break;
case more_func_cnt:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.morefunc_cnt);
break;
case more_btn_cnt:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.MoreItem_pic_cnt);
break;
// case wifi_port:
// memset(cmd_code,0,sizeof(cmd_code));
// sprintf(cmd_code,"%d",gCfgItems.cloud_port);
// break;
case btn_textOffset:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.btn_text_offset);
break;
case current_x:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.xCurrent);
break;
case current_y:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.yCurrent);
break;
case current_z:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.zCurrent);
break;
case current_E0:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.e0Current);
break;
case current_E1:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.e1Current);
break;
case Sensivisity_X:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.xSensivisity);
break;
case Sensivisity_Y:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.ySensivisity);
break;
case Sensivisity_Z:
memset(cmd_code,0,sizeof(cmd_code));
sprintf(cmd_code,"%d",gCfgItems.zSensivisity);
break;
default:
break;
}
memset(key_value,0,sizeof(key_value));
strcpy(key_value,cmd_code);
cnt=strlen(key_value);
temp=strchr(key_value,'.');
if(temp)
{
point_flg = 0;
}
else
{
point_flg = 1;
}
TEXT_SetText(textKeyNumb, key_value);
}
void draw_NumberKey()
{
int i;
if(disp_state_stack._disp_state[disp_state_stack._disp_index] != NUMBER_KEY_UI)
{
disp_state_stack._disp_index++;
disp_state_stack._disp_state[disp_state_stack._disp_index] = NUMBER_KEY_UI;
}
disp_state = NUMBER_KEY_UI;
GUI_SetBkColor(gCfgItems.background_color);
GUI_SetColor(gCfgItems.title_color);
GUI_Clear();
hNumberKeyWnd = WM_CreateWindow(0, 0, LCD_WIDTH, LCD_HEIGHT, WM_CF_SHOW, cbNumberKeyWin, 0);
//KeyValue.btnHandle = BUTTON_CreateEx(92,40,296,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
textKeyNumb= TEXT_CreateEx(92,40,296,40,hNumberKeyWnd,WM_CF_SHOW, TEXT_CF_HCENTER, GUI_ID_TEXT1, " ");
NumberKey_1.btnHandle = BUTTON_CreateEx(92,90,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
NumberKey_2.btnHandle = BUTTON_CreateEx(168,90,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
NumberKey_3.btnHandle = BUTTON_CreateEx(244,90,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
KeyBack.btnHandle = BUTTON_CreateEx(320,90,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
NumberKey_4.btnHandle = BUTTON_CreateEx(92,140,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
NumberKey_5.btnHandle = BUTTON_CreateEx(168,140,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
NumberKey_6.btnHandle = BUTTON_CreateEx(244,140,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
KeyReset.btnHandle = BUTTON_CreateEx(320,140,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
NumberKey_7.btnHandle = BUTTON_CreateEx(92,190,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
NumberKey_8.btnHandle = BUTTON_CreateEx(168,190,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
NumberKey_9.btnHandle = BUTTON_CreateEx(244,190,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
KeyConfirm.btnHandle = BUTTON_CreateEx(320,190,68,90,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
NumberKey_0.btnHandle = BUTTON_CreateEx(92,240,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
KeyPoint.btnHandle = BUTTON_CreateEx(244,240,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
Nagetive.btnHandle = BUTTON_CreateEx(168,240,68,40,hNumberKeyWnd, BUTTON_CF_SHOW, 0, alloc_win_id());
//sean 19.12.27
#if 0
BUTTON_SetBmpFileName(NumberKey_1.btnHandle, "bmp_NumberKey_bk.bin",1);
BUTTON_SetBmpFileName(NumberKey_2.btnHandle, "bmp_NumberKey_bk.bin",1);
BUTTON_SetBmpFileName(NumberKey_3.btnHandle, "bmp_NumberKey_bk.bin",1);
BUTTON_SetBmpFileName(NumberKey_4.btnHandle, "bmp_NumberKey_bk.bin",1);
BUTTON_SetBmpFileName(NumberKey_5.btnHandle, "bmp_NumberKey_bk.bin",1);
BUTTON_SetBmpFileName(NumberKey_6.btnHandle, "bmp_NumberKey_bk.bin",1);
BUTTON_SetBmpFileName(NumberKey_7.btnHandle, "bmp_NumberKey_bk.bin",1);
BUTTON_SetBmpFileName(NumberKey_8.btnHandle, "bmp_NumberKey_bk.bin",1);
BUTTON_SetBmpFileName(NumberKey_9.btnHandle, "bmp_NumberKey_bk.bin",1);
BUTTON_SetBmpFileName(NumberKey_0.btnHandle, "bmp_NumberKey_0_bk.bin",1);
BUTTON_SetBmpFileName(KeyPoint.btnHandle, "bmp_NumberKey_bk.bin",1);
BUTTON_SetBmpFileName(KeyConfirm.btnHandle, "bmp_KeyConfirm.bin",1);
BUTTON_SetBmpFileName(KeyReset.btnHandle, "bmp_NumberKey_bk.bin",1);
BUTTON_SetBmpFileName(KeyBack.btnHandle, "bmp_NumberKey_bk.bin",1);
//BUTTON_SetBmpFileName(KeyValue.btnHandle,NULL,1);
BUTTON_SetBitmapEx(NumberKey_1.btnHandle,0,&bmp_struct68X40,0,0);//图片大小为68x40
BUTTON_SetBitmapEx(NumberKey_2.btnHandle,0,&bmp_struct68X40,0,0);
BUTTON_SetBitmapEx(NumberKey_3.btnHandle,0,&bmp_struct68X40,0,0);
BUTTON_SetBitmapEx(NumberKey_4.btnHandle,0,&bmp_struct68X40,0,0);//图片大小为68x40
BUTTON_SetBitmapEx(NumberKey_5.btnHandle,0,&bmp_struct68X40,0,0);
BUTTON_SetBitmapEx(NumberKey_6.btnHandle,0,&bmp_struct68X40,0,0);
BUTTON_SetBitmapEx(NumberKey_7.btnHandle,0,&bmp_struct68X40,0,0);//图片大小为68x40
BUTTON_SetBitmapEx(NumberKey_8.btnHandle,0,&bmp_struct68X40,0,0);
BUTTON_SetBitmapEx(NumberKey_9.btnHandle,0,&bmp_struct68X40,0,0);
BUTTON_SetBitmapEx(NumberKey_0.btnHandle,0,&bmp_struct144X40,0,0);//图片大小为68x40
BUTTON_SetBitmapEx(KeyPoint.btnHandle,0,&bmp_struct68X40,0,0);
BUTTON_SetBitmapEx(KeyBack.btnHandle,0,&bmp_struct68X40,0,0);
BUTTON_SetBitmapEx(KeyReset.btnHandle,0,&bmp_struct68X40,0,0);
BUTTON_SetBitmapEx(KeyConfirm.btnHandle,0,&bmp_struct68X90,0,0);
#else
BUTTON_SetBmpFileName(NumberKey_1.btnHandle, NULL,1);
BUTTON_SetBmpFileName(NumberKey_2.btnHandle, NULL,1);
BUTTON_SetBmpFileName(NumberKey_3.btnHandle, NULL,1);
BUTTON_SetBmpFileName(NumberKey_4.btnHandle, NULL,1);
BUTTON_SetBmpFileName(NumberKey_5.btnHandle, NULL,1);
BUTTON_SetBmpFileName(NumberKey_6.btnHandle, NULL,1);
BUTTON_SetBmpFileName(NumberKey_7.btnHandle, NULL,1);
BUTTON_SetBmpFileName(NumberKey_8.btnHandle, NULL,1);
BUTTON_SetBmpFileName(NumberKey_9.btnHandle, NULL,1);
BUTTON_SetBmpFileName(NumberKey_0.btnHandle, NULL,1);
BUTTON_SetBmpFileName(Nagetive.btnHandle, NULL,1);
BUTTON_SetBmpFileName(KeyPoint.btnHandle, NULL,1);
BUTTON_SetBmpFileName(KeyConfirm.btnHandle, NULL,1);
BUTTON_SetBmpFileName(KeyReset.btnHandle, NULL,1);
BUTTON_SetBmpFileName(KeyBack.btnHandle, NULL,1);
#endif
BUTTON_SetTextAlign(NumberKey_1.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(NumberKey_2.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(NumberKey_3.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(NumberKey_4.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(NumberKey_5.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(NumberKey_6.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(NumberKey_7.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(NumberKey_8.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(NumberKey_9.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(NumberKey_0.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(KeyPoint.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(KeyBack.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(KeyReset.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(KeyConfirm.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
BUTTON_SetTextAlign(Nagetive.btnHandle,GUI_TA_HCENTER|GUI_TA_VCENTER );
//BUTTON_SetTextAlign(KeyValue.btnHandle,GUI_TA_LEFT|GUI_TA_VCENTER );
TEXT_SetBkColor(textKeyNumb,GUI_WHITE);
TEXT_SetTextColor(textKeyNumb,GUI_BLACK);
TEXT_SetTextAlign(textKeyNumb,GUI_TA_VCENTER | GUI_TA_HCENTER);
BUTTON_SetBkColor(NumberKey_1.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(NumberKey_1.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(NumberKey_1.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(NumberKey_1.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(NumberKey_2.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(NumberKey_2.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(NumberKey_2.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(NumberKey_2.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(NumberKey_3.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(NumberKey_3.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(NumberKey_3.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(NumberKey_3.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(NumberKey_4.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(NumberKey_4.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(NumberKey_4.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(NumberKey_4.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(NumberKey_5.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(NumberKey_5.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(NumberKey_5.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(NumberKey_5.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(NumberKey_6.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(NumberKey_6.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(NumberKey_7.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(NumberKey_7.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(NumberKey_7.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(NumberKey_7.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(NumberKey_7.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(NumberKey_7.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(NumberKey_8.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(NumberKey_8.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(NumberKey_8.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(NumberKey_8.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(NumberKey_9.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(NumberKey_9.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(NumberKey_9.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(NumberKey_9.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(NumberKey_0.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(NumberKey_0.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(NumberKey_0.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(NumberKey_0.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(Nagetive.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(Nagetive.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(Nagetive.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(Nagetive.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(KeyPoint.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(KeyPoint.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(KeyPoint.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(KeyPoint.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(KeyBack.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(KeyBack.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(KeyBack.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(KeyBack.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(KeyReset.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(KeyReset.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(KeyReset.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(KeyReset.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetBkColor(KeyConfirm.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_color);
BUTTON_SetBkColor(KeyConfirm.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_color);
BUTTON_SetTextColor(KeyConfirm.btnHandle, BUTTON_CI_PRESSED, gCfgItems.back_btn_textcolor);
BUTTON_SetTextColor(KeyConfirm.btnHandle, BUTTON_CI_UNPRESSED, gCfgItems.back_btn_textcolor);
if(gCfgItems.multiple_language != 0)
{
BUTTON_SetText(NumberKey_1.btnHandle, machine_menu.key_1);
BUTTON_SetText(NumberKey_2.btnHandle, machine_menu.key_2);
BUTTON_SetText(NumberKey_3.btnHandle, machine_menu.key_3);
BUTTON_SetText(NumberKey_4.btnHandle, machine_menu.key_4);
BUTTON_SetText(NumberKey_5.btnHandle, machine_menu.key_5);
BUTTON_SetText(NumberKey_6.btnHandle, machine_menu.key_6);
BUTTON_SetText(NumberKey_7.btnHandle, machine_menu.key_7);
BUTTON_SetText(NumberKey_8.btnHandle, machine_menu.key_8);
BUTTON_SetText(NumberKey_9.btnHandle, machine_menu.key_9);
BUTTON_SetText(NumberKey_0.btnHandle, machine_menu.key_0);
BUTTON_SetText(Nagetive.btnHandle, machine_menu.negative);
BUTTON_SetText(KeyPoint.btnHandle, machine_menu.key_point);
BUTTON_SetText(KeyBack.btnHandle, machine_menu.key_back);
BUTTON_SetText(KeyReset.btnHandle, machine_menu.key_rest);
BUTTON_SetText(KeyConfirm.btnHandle, machine_menu.key_confirm);
}
disp_value();
}
void Clear_NumberKey()
{
GUI_SetBkColor(gCfgItems.background_color);
if(WM_IsWindow(hNumberKeyWnd))
{
WM_DeleteWindow(hNumberKeyWnd);
}
}
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