Ymax dialer

Author: f | 2025-04-24

★★★★☆ (4.2 / 2498 reviews)

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On this page you can download Ymax Dialer and install on Windows PC. Ymax Dialer is free Communication app, developed by Ymax Global Services Limited. Latest version of Ymax Dialer is 2.1.4, was released on (updated on ). Estimated number of the downloads is more than 100,000. Overall rating of Ymax Dialer is 4,0. Download Ymax Dialer PC for free at AppsPlayground. Ymax Global Services Limited published Ymax Dialer for Android operating system mobile devices, but it is possible to download and install Ymax Dialer for PC or Computer with operating systems such as

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Without keys: Left Mouse Click after 2 second delay; with Control key: (add your own command); with Alt key: (add your own command); with Shift key: (add your own command)#Persistent#SingleInstance forceWinGetPos,,,Xmax,Ymax,ahk_class Progman ; get desktop sizeXcenter := Xmax/2 ; Calculate center of screenYcenter := Ymax/2T = 4 ; adjust tolerance value if desiredXmax := Xmax - T ; allow tolerance to mouse corner activation positionYmax := Ymax - TCheckMouse: ; check mouse positionCoordMode, Mouse, ScreenMouseGetPos, MouseX, MouseYGetKeyState, SState, ShiftGetKeyState, AState, AltGetKeyState, CState, Control;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;Commands for top left corner;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;if (MouseY Xmax and CState = "U" and AState = "U" and SState = "U"){MouseMove, Xcenter, YcenterWinMinimize, AGosub, ActNextWindow}if (MouseY Xmax and CState = "D"){MouseMove, Xcenter, YcenterKeywait, ControlMsgbox, Control and Top Right}if (MouseY Xmax and AState = "D"){MouseMove, Xcenter, YcenterKeywait, AltMsgbox, Alt and Top Right}if (MouseY Xmax and SState = "D"){MouseMove, Xcenter, YcenterKeywait, ShiftMsgbox, Shift and Top Right};;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;Commands for bottom left corner;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;if (MouseY > Ymax and MouseX Ymax and MouseX Ymax and MouseX Ymax and MouseX Ymax and MouseX > Xmax and CState = "U" and AState = "U" and SState = "U"){MouseMove, Xcenter, YcenterSplashTextOn,,,Left Click where?sleep,2000SoundBeep, 100, 10 ; Audio signalMouseClick,leftSplashTextOff}if (MouseY > Ymax and MouseX > XMax and CState = "D"){MouseMove, Xcenter, YcenterKeywait, ControlMsgbox, Control and Bottom Right}if (MouseY > Ymax and MouseX > XMax and AState = "D"){MouseMove, Xcenter, YcenterKeywait, AltMsgbox, Alt and Bottom Right}if (MouseY > Ymax and MouseX > XMax and SState = "D"){MouseMove, Xcenter, YcenterKeywait, ShiftMsgbox, Shift and Bottom Right}ReturnActNextWindow: ; Get windows list and give focus to the top windowWinGet, WindowList, ListList =Loop %WindowList%{WinUID := WindowList%A_Index%WinGetTitle, WinTitle, ahk_id %WinUID%If WinTitle Break}WinActivate, ahk_id %WinUID%Return

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‹›Partial Differential EquationsA quantum particle free to move within a two-dimensional rectangle with sides and is described by the two-dimensional time-dependent Schrödinger equation, together with boundary conditions that force the wavefunction to zero at the boundary.In[1]:=eqn = I D[\[Psi][x, y, t], t] == -\[HBar]^2/(2 m) Laplacian[\[Psi][x, y, t], {x, y}];In[2]:=bcs = {\[Psi][0, y, t] == 0, \[Psi][xMax, y, t] == 0, \[Psi][x, yMax, t] == 0, \[Psi][x, 0, t] == 0};This equation has a general solution that is a formal infinite sum of so-called eigenstates.In[3]:=DSolveValue[{eqn, bcs}, \[Psi][x, y, t], {x, y, t}]Out[3]=Define an initial condition equal to a unitized eigenstate.In[4]:=initEigen = \[Psi][x, y, 0] == 2 /Sqrt[xMax yMax] Sin[(\[Pi] x)/xMax] Sin[(\[Pi] y)/yMax];In this case, the solution is simply a time-dependent multiple (of unit modulus) of the initial condition.In[5]:=DSolveValue[{eqn, bcs, initEigen}, \[Psi][x, y, t], {x, y, t}]Out[5]=Define an initial condition that is a sum of eigenstates. Because the initial conditions are not an eigenstate, the probability density for the location of the particle will be time dependent.In[6]:=initSum = \[Psi][x, y, 0] == Sqrt[2]/Sqrt[ xMax yMax] (Sin[(2 \[Pi] x)/xMax] Sin[(\[Pi] y)/yMax] + Sin[(\[Pi] x)/xMax] Sin[(3 \[Pi] y)/yMax]);Solve with the new initial condition.In[7]:=sol = DSolveValue[{eqn, bcs, initSum}, \[Psi][x, y, t], {x, y, t}]Out[7]=Compute the probability density, inserting values of the reduced Planck's constant, electron mass, and a box of atomic size, using units of the electron mass, nanometers, and femtoseconds. In[8]:=\[HBar] = QuantityMagnitude[Quantity[1., "ReducedPlanckConstant"], "ElectronMass" * ("Nanometers")^2/"Femtoseconds"]Out[8]=In[9]:=\[Rho][x_, y_, t_] = FullSimplify[ComplexExpand[Conjugate[sol] sol]] /. {m -> 1, xMax -> 1, yMax -> 1}Out[9]=Visualize the probability density inside the box over time.In[10]:=ListAnimate[ Table[Plot3D[\[Rho][x , y , t], {x, 0, 1}, {y, 0, 1}, PlotTheme -> {"Scientific", "SolidGrid"}, AxesLabel -> {"\!\(\*StyleBox["x", "SO"]\) (nm)", " \!\(\*StyleBox["y", "SO"]\) (nm)", "\!\(\*StyleBox["\[Rho]", "SO"]\) (\!\(\*SuperscriptBox[\(nm\), \\(-2\)]\))"}, ImageSize -> Medium, PlotRange -> {0, 7}], {t, 0, 19, .5}]]Play AnimationStop Animation

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{4,1,2,3}, {4,1,3,2}, {4,2,3,1}, {4,2,1,3}, {4,3,2,1}, {4,3,1,2} }; HANDLE hDrw, hBlock, hLayer[4]; int i; // get drawing and block, linked with CAD window hDrw = lcPropGetHandle( hLcWnd, LC_PROP_WND_DRW ); hBlock = lcPropGetHandle( hLcWnd, LC_PROP_WND_VIEWBLOCK ); // get layers handles hLayer[0] = lcDrwGetObjectByName( hDrw, LC_OBJ_LAYER, L"0" ); hLayer[1] = lcDrwGetObjectByName( hDrw, LC_OBJ_LAYER, L"Red" ); hLayer[2] = lcDrwGetObjectByName( hDrw, LC_OBJ_LAYER, L"Green" ); hLayer[3] = lcDrwGetObjectByName( hDrw, LC_OBJ_LAYER, L"Blue" ); for (i=0; i Convert vector drawing file into raster image file:lcBlockRasterize “Silent” mode, without displaying the drawing in a window. The filename extention defines the file format. int _tmain (int argc, _TCHAR* argv[]){ HANDLE hDrw, hBlock; BOOL bRet; int ImgWidth; double Xmin, Ymin, Xmax, Ymax, W, Gap; double Lef, Bot, Rig, Top; WCHAR* szFileName = L"c:/Projects/_drawings/Lenovo.dxf"; WCHAR* szRasterFile = L"c:/Projects/_drawings/Lenovo.png"; lcInitialize( 0, 0, 0 ); lcPropPutStr( 0, LC_PROP_G_REGCODE, L"your code" ); hDrw = lcCreateDrawing(); bRet = lcDrwLoad( hDrw, szFileName, 0 ); if (bRet){ // Set back color of Model space to White lcPropPutInt( hDrw, LC_PROP_DRW_COLORBACKM, RGB(255,255,255) ); // Set fore color of Model space to Black lcPropPutInt( hDrw, LC_PROP_DRW_COLORFOREM, RGB(0,0,0) ); // get Model block hBlock = lcPropGetHandle( hDrw, LC_PROP_DRW_BLOCK_MODEL ); // get extents Xmin = lcPropGetFloat( hBlock, LC_PROP_BLOCK_XMIN ); Ymin = lcPropGetFloat( hBlock, LC_PROP_BLOCK_YMIN ); Xmax = lcPropGetFloat( hBlock, LC_PROP_BLOCK_XMAX ); Ymax = lcPropGetFloat( hBlock, LC_PROP_BLOCK_YMAX ); W = Xmax - Xmin; if (W > 0.0){ // increase output rect Gap = W / 30.0; // blank space Lef = Xmin - Gap; Bot = Ymin - Gap; Rig = Xmax + Gap; Top = Ymax + Gap; // make raster image and save it in a file ImgWidth = 1500; // image width, pixels bRet = lcBlockRasterize( hBlock, szRasterFile, Lef, Bot, Rig, Top, ImgWidth, 0 ); } } lcUninitialize( false ); // if true - save config return 0;} Save window view into raster image in a memory buffer:lcBlockRasterizeMem void DemoRasterToMem (HANDLE hLcWnd){ double Xmin, Ymin, Xmax, Ymax; int ImgW, ImgH; int nBytes, sz, InfoSize, PalSize, ImgSize; HANDLE hBlock; BYTE* pMem; BITMAPFILEHEADER bfh; BITMAPINFOHEADER* pbih; BYTE* pImgBits; // get currently visible block hBlock = lcPropGetHandle( hLcWnd, LC_PROP_WND_VIEWBLOCK ); // get size of CAD window, pixels ImgW = lcPropGetInt( hLcWnd, LC_PROP_WND_WIDTH ); ImgH = lcPropGetInt( hLcWnd, LC_PROP_WND_HEIGHT ); // get extents of currently visible drawing's area Xmin = lcPropGetFloat( hLcWnd, LC_PROP_WND_XMIN ); Ymin = lcPropGetFloat( hLcWnd, LC_PROP_WND_YMIN ); Xmax = lcPropGetFloat( hLcWnd, LC_PROP_WND_XMAX ); Ymax = lcPropGetFloat( hLcWnd, LC_PROP_WND_YMAX ); // get required

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A = a + param["angle"] x = r * Math.Cos(a * Math.Pi / 180) * param["scale"] y = r * Math.Sin(a * Math.Pi / 180) * param["scale"] _cx = x + param["cx"] _cy = y + param["cy"] x = _cx - param["width"] / 2 * param["scale"] y = _cy - param["height"] / 2 * param["scale"]EndSubSub Shapes_CalcWidthAndHeight ' Shapes | calculate total width and height of shapes ' param shape[] - shape array ' return shWidth, shHeight - total size of shapes For i = 1 To Array.GetItemCount(shape) shp = shape[i] If shp["func"] = "tri" Or shp["func"] = "line" Then xmin = shp["x1"] xmax = shp["x1"] ymin = shp["y1"] ymax = shp["y1"] If shp["x2"] xmin = shp["x2"] EndIf If xmax xmax = shp["x2"] EndIf If shp["y2"] ymin = shp["y2"] EndIf If ymax ymax = shp["y2"] EndIf If shp["func"] = "tri" Then If shp["x3"] xmin = shp["x3"] EndIf If xmax xmax = shp["x3"] EndIf If shp["y3"] ymin = shp["y3"] EndIf If ymax ymax = shp["y3"] EndIf EndIf shp["width"] = xmax - xmin shp["height"] = ymax - ymin EndIf If i = 1 Then shWidth = shp["x"] + shp["width"] shHeight = shp["y"] + shp["height"] Else If shWidth shWidth = shp["x"] + shp["width"] EndIf If shHeight shHeight = shp["y"] + shp["height"] EndIf EndIf shape[i] = shp EndForEndSubSub Shapes_Init_House ' Shapes | initialize shapes data ' return shX, shY - current position of shapes ' return shape - array of shapes shX = -10 ' x offset shY = 50 ' y offset shape = "" shape[1] = "func=rect;x=463;y=327;width=38;height=15;angle=29;bc=#442200;pw=0;" shape[2] = "func=ell;x=495;y=266;width=84;height=73;bc=#FFFFFF;pw=0;" shape[3] = "func=ell;x=479;y=320;width=115;height=97;bc=#FFFFFF;pw=0;" shape[4] = "func=rect;x=513;y=297;width=16;height=6;bc=#000000;pw=0;" shape[5] = "func=rect;x=545;y=297;width=16;height=6;bc=#000000;pw=0;" shape[6] = "func=ell;x=512;y=290;width=18;height=19;bc=#000000;pw=0;" shape[7] = "func=ell;x=544;y=290;width=18;height=19;bc=#000000;pw=0;" shape[8] = "func=rect;x=526;y=317;width=21;height=5;bc=#000000;pw=0;" shape[9] = "func=rect;x=-80;y=380;width=758;height=78;bc=#FFFFFF;pw=0;" shape[10] = "func=tri;x=30;y=50;x1=100;y1=0;x2=0;y2=150;x3=200;y3=150;bc=#999999;pw=0;" shape[11] = "func=rect;x=30;y=200;width=200;height=200;bc=#999999;pw=0;" shape[12] = "func=tri;x=130;y=50;x1=100;y1=0;x2=0;y2=150;x3=200;y3=150;angle=180;bc=#660000;pw=0;" shape[13] = "func=rect;x=230;y=50;width=100;height=150;bc=#660000;pw=0;" shape[14] = "func=tri;x=230;y=50;x1=100;y1=0;x2=0;y2=150;x3=200;y3=150;bc=#660000;pw=0;" shape[15] = "func=rect;x=230;y=200;width=50;height=200;bc=#CCCCCC;pw=0;" shape[16] = "func=rect;x=380;y=200;width=50;height=200;bc=#CCCCCC;pw=0;" shape[17] = "func=rect;x=230;y=350;width=200;height=50;bc=#CCCCCC;pw=0;" shape[18] = "func=rect;x=80;y=200;width=100;height=200;bc=#442200;pw=0;"EndSubSub Shapes_Init_Tree ' Shapes | initialize shapes data ' return shX, shY - current position of shapes ' return shape - array of shapes shX = 210 ' x offset shY = 170 ' y offset shape = "" shape[1] = "func=rect;x=44;y=247;width=84;height=24;bc=#661100;pw=0;" shape[2] = "func=tri;x=50;y=270;x1=8;y1=0;x2=0;y2=58;x3=17;y3=58;angle=180;bc=#661100;pw=0;" shape[3]

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Model type: Poisson#> Fitting gbm model...We can directly access the model predictions as well, by examining themodel dataframe in the gbm_fit output file. In this case gbm.pred isthe predicted number of robberies at any given grid cell. Thesepredictions can be used in a variety of methods - including identifyinghot-spots for crime prevention. Simple feature collection with 6 features and 12 fields#> Geometry type: POLYGON#> Dimension: XY#> Bounding box: xmin: 1012120 ymin: 854790.8 xmax: 1013320 ymax: 854990.8#> Projected CRS: NAD83(NSRS2007) / Connecticut (ftUS)#> grid_id layer x y n distance.bar distance.nightclub#> 18 18 0.00 1012220 854890.8 0 10130.460 11626.01#> 19 19 0.00 1012420 854890.8 0 10064.503 11479.73#> 20 20 0.02 1012620 854890.8 0 10002.112 11335.10#> 21 21 0.10 1012820 854890.8 0 9943.352 11192.17#> 22 22 0.10 1013020 854890.8 0 9888.289 11051.01#> 23 23 0.10 1013220 854890.8 0 9836.984 10911.70#> distance.liquor distance.gas distance.pharmacy distance.restaurant#> 18 2758.104 3042.943 3965.104 2577.497#> 19 2563.484 2862.412 3841.218 2382.150#> 20 2369.759 2684.642 3723.957 2187.644#> 21 2177.169 2510.220 3613.967 1994.225#> 22 1986.044 2339.894 3511.932 1802.244#> 23 1796.853 2174.627 3418.562 1612.213#> gbm.pred geometry#> 18 0.0101637170 POLYGON ((1012120 854990.8,...#> 19 0.0073781023 POLYGON ((1012320 854990.8,...#> 20 0.0050794818 POLYGON ((1012520 854990.8,...#> 21 0.0005178818 POLYGON ((1012720 854990.8,...#> 22 0.0056917397 POLYGON ((1012920 854990.8,...#> 23 0.0024086121 POLYGON ((1013120 854990.8,...">head(gbm_fit$model_dataframe)#> Simple feature collection with 6 features and 12 fields#> Geometry type: POLYGON#> Dimension: XY#> Bounding box: xmin: 1012120 ymin: 854790.8 xmax: 1013320 ymax: 854990.8#> Projected CRS: NAD83(NSRS2007) / Connecticut (ftUS)#> grid_id layer x y n distance.bar distance.nightclub#> 18 18 0.00 1012220 854890.8 0 10130.460 11626.01#> 19 19 0.00 1012420 854890.8 0 10064.503 11479.73#> 20 20 0.02 1012620 854890.8 0 10002.112 11335.10#> 21 21 0.10 1012820 854890.8 0 9943.352 11192.17#> 22 22 0.10 1013020 854890.8 0 9888.289 11051.01#> 23 23 0.10 1013220 854890.8 0 9836.984 10911.70#> distance.liquor distance.gas distance.pharmacy distance.restaurant#> 18 2758.104 3042.943 3965.104 2577.497#> 19 2563.484 2862.412

Ymax Dialer on Windows PC Download Free - 2.1.4 - com.vox.ymax

Fixed scale lcPropPutBool( 0, LC_PROP_BLKREF_ONS_SCALE, false ); lcPropPutFloat( 0, LC_PROP_BLKREF_SCALE, 0.5 ); // set fixed rotation angle lcPropPutBool( 0, LC_PROP_BLKREF_ONS_ANGLE, false ); lcPropPutFloat( 0, LC_PROP_BLKREF_ANGLE, 45*LC_DEG_TO_RAD ); // run the command to insert a block without a dialog lcWndExeCommand( hLcWnd, LC_CMD_INSERT, LC_INSERT_NODLG ); // get handle to the block reference that was created by the command hBlkRef = lcPropGetHandle( 0, LC_PROP_BLKREF_RETURN ); if (hBlkRef != 0){ // get coordinates of insertion point X = lcPropGetFloat( hBlkRef, LC_PROP_BLKREF_X ); Y = lcPropGetFloat( hBlkRef, LC_PROP_BLKREF_Y ); } // reset default mode to LC_INSERT_DLG lcWndExeCommand( hLcWnd, LC_CMD_INSERT, LC_INSERT_RESET ); }} 5.Create new block from all entities of “Model Space” block void DemoDrwToBlock (HANDLE hLcWnd){ HANDLE hDrw, hBlock, hNewBlock, hEnt; double Xmin, Ymin, Xmax, Ymax, X, Y; WCHAR* szFileName = L"c:/tmp/1F2P.dxf"; // get drawing object, linked with CAD window hDrw = lcPropGetHandle( hLcWnd, LC_PROP_WND_DRW ); // load a file lcDrwLoad( hDrw, szFileName, hLcWnd ); // get Model Space block hBlock = lcPropGetHandle( hDrw, LC_PROP_DRW_BLOCK_MODEL ); // calculate center Xmin = lcPropGetFloat( hBlock, LC_PROP_BLOCK_XMIN ); Ymin = lcPropGetFloat( hBlock, LC_PROP_BLOCK_YMIN ); Xmax = lcPropGetFloat( hBlock, LC_PROP_BLOCK_XMAX ); Ymax = lcPropGetFloat( hBlock, LC_PROP_BLOCK_YMAX ); X = (Xmin + Xmax) / 2.0; Y = (Ymin + Ymax) / 2.0; // create new block with basepoint X,Y hNewBlock = lcDrwAddBlock( hDrw, L"New Block", X, Y ); if (hNewBlock){ // move all entities from Model block into hNewBlock hEnt = lcBlockGetFirstEnt( hBlock ); while( hEnt ){ // add the entity's copy into destination block lcBlockAddClone( hNewBlock, hEnt ); // remove the entity from source block lcEntErase( hEnt, true ); // get next entity of the destination block hEnt = lcBlockGetNextEnt( hBlock, hEnt ); } lcBlockUpdate( hNewBlock, true, 0 ); // add the reference of new block lcBlockAddBlockRef( hBlock, hNewBlock, X, Y, 1.0, 0.0 ); // update and display lcBlockUpdate( hBlock, true, 0 ); lcWndExeCommand( hLcWnd, LC_CMD_ZOOM_EXT, 0 ); }} Method 2 void DemoDrwToBlock2 (HANDLE hLcWnd){ HANDLE hDrw, hBlock; double X, Y; WCHAR* szFileName = L"c:/!OK/Projects/_drawings/_Litecad3/1/1F2P.dxf"; WCHAR* szName = L"New Block"; // get drawing object, linked with CAD window hDrw = lcPropGetHandle( hLcWnd, LC_PROP_WND_DRW ); // load a file lcDrwLoad( hDrw, szFileName, hLcWnd ); // get current block hBlock = lcPropGetHandle( hLcWnd, LC_PROP_WND_BLOCK ); // select all entities on current block lcBlockSelectEnt( hBlock, 0, true ); // get center point of selected entities X = lcPropGetFloat( hBlock, LC_PROP_BLOCK_SELXCEN ); Y = lcPropGetFloat( hBlock, LC_PROP_BLOCK_SELYCEN ); // create new block and. On this page you can download Ymax Dialer and install on Windows PC. Ymax Dialer is free Communication app, developed by Ymax Global Services Limited. Latest version of Ymax Dialer is 2.1.4, was released on (updated on ). Estimated number of the downloads is more than 100,000. Overall rating of Ymax Dialer is 4,0.

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Size for the memory buffer nBytes = lcBlockRasterizeMem( hBlock, NULL, Xmin, Ymin, Xmax, Ymax, ImgW,ImgH ); // allocate memory buffer pMem = new BYTE[nBytes]; // write the block's image into the buffer nBytes = lcBlockRasterizeMem( hBlock, pMem, Xmin, Ymin, Xmax, Ymax, ImgW,ImgH ); // just for testing, let's save the memory buffer as an image file // in order to see the image contents FILE* df = _wfopen( L"d:\\View.bmp", L"wb" ); if (df){ pbih = (BITMAPINFOHEADER*)pMem; ImgSize = pbih->biSizeImage; switch( pbih->biBitCount ){ case 1: PalSize = 2 * 4; break; case 4: PalSize = 16 * 4; break; case 8: PalSize = 256 * 4; break; default: PalSize = 0; } InfoSize = 40 + PalSize; // write BMP file header sz = sizeof(bfh); memset( &bfh, 0, sz ); bfh.bfType = 0x4D42; // BM // file size bfh.bfSize = 14 + nBytes; // offset to bitmap bits bfh.bfOffBits = 14 + InfoSize; // sizeof(BITMAPFILEHEADER) + sizeof(BITMAPINFOHEADER) + Palette fwrite( &bfh, sz, 1, df ); // write bitmap info header fwrite( pbih, InfoSize, 1, df ); // write image bits pImgBits = pMem + InfoSize; fwrite( pImgBits, ImgSize, 1, df ); fclose( df ); } // free the memory buffer delete[] pMem;} Print drawing’s extents at paper’s center:lcPrintBlock void DemoPrint (HANDLE hLcWnd){ HANDLE hBlock; double X, Y, W, H, Scale, scw, sch; double PapW, PapH, PapLef, PapTop, Gap, w2, h2; // set printer paper parameters PapW = 210.0; // paper width PapH = 297.0; // paper height Gap = 10.0; // border gap // get a block, linked with CAD window hBlock = lcPropGetHandle( hLcWnd, LC_PROP_WND_BLOCK ); // get block's extents X = lcPropGetFloat( hBlock, LC_PROP_BLOCK_XMIN ); Y = lcPropGetFloat( hBlock, LC_PROP_BLOCK_YMIN ); W = lcPropGetFloat( hBlock, LC_PROP_BLOCK_DX ); H = lcPropGetFloat( hBlock, LC_PROP_BLOCK_DY ); // size of work area on a paper w2 = PapW - Gap - Gap; h2 = PapH - Gap - Gap; // calculate print scale, / scw = w2 / W; sch = h2 / H; if (scw 2.Block reference Inserts a named Block that has been defined in the current drawing. When you insert a block, you are inserting a block reference. The information is not simply copied from the block definition to the drawing area. Instead, a link is established between the block reference and the block definition. Therefore, if the block definition is changed, all references are updated automatically.Inserting a block into

Download Ymax Dialer 2.1.3 Android APK File - APKPure.com

Rated 4, which is lower than the average cost of Auto Dialer / Predictive Dialer software. XenCALL Predictive Dialer price starts at $125 per license/month , When comparing XenCALL Predictive Dialer to its competitors, the software is rated 6 - similar to the average Auto Dialer / Predictive Dialer software cost. Bottom line: XenCALL Predictive Dialer is more expensive than ConnectLeader Personal Dialer.Which software includes more/better features?We've compared ConnectLeader Personal Dialer Vs. ReadyMode based on some of the most important and required Auto Dialer / Predictive Dialer features.ConnectLeader Personal Dialer: We are still working to collect the list of features for ConnectLeader Personal Dialer. XenCALL Predictive Dialer: Blended Call Center, Call Recording, Inbound Call Center, Outbound Call Center, Call Center.Target customer sizeThe ConnectLeader Personal Dialer Software, also known as Auto Dialer or Predictive Dialer Software, is a versatile tool suitable for a wide range of industries such as sales, telemarketing, customer service, and fundraising. ReadyMode is ideal for small contact centers (1-49 agents or employees) and medium-sized contact centers and organizations (50-99 agents or employees). ConnectLeader Personal Dialer Software is a leading cloud-based Auto Dialer / Predictive Dialer software, it is designed to support small and medium size business. ConnectLeader Personal Dialer Software receive... Categories: Auto Dialer / Predictive Dialer, CRM, Sales, Sales Automation. ReadyMode ITQlick rating starts at $125 per license/month ReadyMode is a cloud-based call center that is suitable for operations in businesses of all sizes from small-sized businesses, to large enterprises across numerous industries. Categories: Auto Dialer / Predictive Dialer, Automatic Call Distribution (ACD), Call Monitoring, Call Recording, Conference Calling. Compare specifications Compare features ConnectLeader Personal Dialer: 0 Features We are working to collect the list of features XenCALL Predictive Dialer: 5 Features ITQlick rating ITQlick Rating is based on the software score (below) and aggregated online reviews ITQlick score ITQlick Score is a 1 to 100, the calculation is based on pricing, and functionality Vs. alternative solutions Pricing score pricing Score is a 1 to 10 (10 is high cost), based on the TCO (cost of licences, customizations, training, hardware when relevant) Vs. alternative solutions License. On this page you can download Ymax Dialer and install on Windows PC. Ymax Dialer is free Communication app, developed by Ymax Global Services Limited. Latest version of Ymax Dialer is 2.1.4, was released on (updated on ). Estimated number of the downloads is more than 100,000. Overall rating of Ymax Dialer is 4,0. Download Ymax Dialer PC for free at AppsPlayground. Ymax Global Services Limited published Ymax Dialer for Android operating system mobile devices, but it is possible to download and install Ymax Dialer for PC or Computer with operating systems such as

Download Ymax Dialer latest 2.1.4 Android APK - APKPure.com

Are you looking for a phone dialer app that comes with features of an iOS style phone dialer. Then, this iOS Style Phone Dialer: iCallScreen is for you. This phone dialer & iCall Dialer comes with iCaller and iOS Caller Screen!Phone Dialer: iCall Screen has an iOS-style dial pad and Caller Screen. The phone dialer: iCallScreen app makes it easy to dial numbers. The phone dialer makes it simple to dial numbers with iCaller Screen. With this iOS style Phone Dialer & iOS CallScreen you can access your phonebook, recent calls, & favorite contacts. It's a smart phone dialer that suggest contacts for you. iOS Phone dialer & iCall Screen makes it easier to stay in touch with your loved ones.iOS Phone Dialer: iCallScreen includes a contacts manager, allowing you to easily add, or delete contacts from your phone book. It can also block spam calls from unknown numbers. iOS Phone dialer allows to call your recent calls with just one tap. Phone dialer to call & Check Recent Call LogsWith phone dialer app, calling and adding new contacts has never been easier. Phone dialer makes it simple to manage your contacts, recent calls and quickly make calls. The iOS-style dial pad and iOS phone dialer is great for students or professionals. iOS Phone Dialer & Contact manageriOS Phone dialer: iCallScreen app comes with a contact manager that allows to customize your contacts list and recent calls. You can add multiple phone numbers, email addresses, and notes to each contact. iOS Call Dialer and Caller Screen makes it easy to dial numbers. Stay connected with your loved ones using iOS Caller Screen. Block Spam NumbersSpam calls are annoying, but this phone dialer app helps you to block them easily. The spam blocking feature allows you to block unknown caller. iOS Style dialer allows you to add phone numbers to your blocklist, so you won't receive unwanted calls again. Enjoy a spam-free calling experience with our iOS phone dialer app.Call announcer of iOS Phone Dialer: iCall ScreenPhone dialer: iCaller ID app has a call announcer that announces the name of the caller during an incoming call. This feature is particularly useful when you're driving or your phone is not within arm's reach. You'll know who's calling without having to pick up your phone, making it safer and more convenient.Smart Call Log manager & Phone DialerPhone dialer: iCall Screen app comes with a smart call log that organizes your call history. You can sort your call log by call type, duration, or time, making it easier to find the calls you're looking for. Moreover, iCall Dialer of the iOS style dialer makes your call experience great. Simple Phone dialer: iCallScreeniOS Phone dialer app has a simple design, making it easy to use. This iCall Dialer doesn't take up too much space on your phone. You can enjoy a hassle-free calling experience with this phone dialer app.iOS Style DialerThis Phone dialer: iCallScreen is an iOS-style dialer for your Android device, the iOS Style

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User6901

Without keys: Left Mouse Click after 2 second delay; with Control key: (add your own command); with Alt key: (add your own command); with Shift key: (add your own command)#Persistent#SingleInstance forceWinGetPos,,,Xmax,Ymax,ahk_class Progman ; get desktop sizeXcenter := Xmax/2 ; Calculate center of screenYcenter := Ymax/2T = 4 ; adjust tolerance value if desiredXmax := Xmax - T ; allow tolerance to mouse corner activation positionYmax := Ymax - TCheckMouse: ; check mouse positionCoordMode, Mouse, ScreenMouseGetPos, MouseX, MouseYGetKeyState, SState, ShiftGetKeyState, AState, AltGetKeyState, CState, Control;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;Commands for top left corner;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;if (MouseY Xmax and CState = "U" and AState = "U" and SState = "U"){MouseMove, Xcenter, YcenterWinMinimize, AGosub, ActNextWindow}if (MouseY Xmax and CState = "D"){MouseMove, Xcenter, YcenterKeywait, ControlMsgbox, Control and Top Right}if (MouseY Xmax and AState = "D"){MouseMove, Xcenter, YcenterKeywait, AltMsgbox, Alt and Top Right}if (MouseY Xmax and SState = "D"){MouseMove, Xcenter, YcenterKeywait, ShiftMsgbox, Shift and Top Right};;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;Commands for bottom left corner;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;if (MouseY > Ymax and MouseX Ymax and MouseX Ymax and MouseX Ymax and MouseX Ymax and MouseX > Xmax and CState = "U" and AState = "U" and SState = "U"){MouseMove, Xcenter, YcenterSplashTextOn,,,Left Click where?sleep,2000SoundBeep, 100, 10 ; Audio signalMouseClick,leftSplashTextOff}if (MouseY > Ymax and MouseX > XMax and CState = "D"){MouseMove, Xcenter, YcenterKeywait, ControlMsgbox, Control and Bottom Right}if (MouseY > Ymax and MouseX > XMax and AState = "D"){MouseMove, Xcenter, YcenterKeywait, AltMsgbox, Alt and Bottom Right}if (MouseY > Ymax and MouseX > XMax and SState = "D"){MouseMove, Xcenter, YcenterKeywait, ShiftMsgbox, Shift and Bottom Right}ReturnActNextWindow: ; Get windows list and give focus to the top windowWinGet, WindowList, ListList =Loop %WindowList%{WinUID := WindowList%A_Index%WinGetTitle, WinTitle, ahk_id %WinUID%If WinTitle Break}WinActivate, ahk_id %WinUID%Return

2025-03-30
User2119

‹›Partial Differential EquationsA quantum particle free to move within a two-dimensional rectangle with sides and is described by the two-dimensional time-dependent Schrödinger equation, together with boundary conditions that force the wavefunction to zero at the boundary.In[1]:=eqn = I D[\[Psi][x, y, t], t] == -\[HBar]^2/(2 m) Laplacian[\[Psi][x, y, t], {x, y}];In[2]:=bcs = {\[Psi][0, y, t] == 0, \[Psi][xMax, y, t] == 0, \[Psi][x, yMax, t] == 0, \[Psi][x, 0, t] == 0};This equation has a general solution that is a formal infinite sum of so-called eigenstates.In[3]:=DSolveValue[{eqn, bcs}, \[Psi][x, y, t], {x, y, t}]Out[3]=Define an initial condition equal to a unitized eigenstate.In[4]:=initEigen = \[Psi][x, y, 0] == 2 /Sqrt[xMax yMax] Sin[(\[Pi] x)/xMax] Sin[(\[Pi] y)/yMax];In this case, the solution is simply a time-dependent multiple (of unit modulus) of the initial condition.In[5]:=DSolveValue[{eqn, bcs, initEigen}, \[Psi][x, y, t], {x, y, t}]Out[5]=Define an initial condition that is a sum of eigenstates. Because the initial conditions are not an eigenstate, the probability density for the location of the particle will be time dependent.In[6]:=initSum = \[Psi][x, y, 0] == Sqrt[2]/Sqrt[ xMax yMax] (Sin[(2 \[Pi] x)/xMax] Sin[(\[Pi] y)/yMax] + Sin[(\[Pi] x)/xMax] Sin[(3 \[Pi] y)/yMax]);Solve with the new initial condition.In[7]:=sol = DSolveValue[{eqn, bcs, initSum}, \[Psi][x, y, t], {x, y, t}]Out[7]=Compute the probability density, inserting values of the reduced Planck's constant, electron mass, and a box of atomic size, using units of the electron mass, nanometers, and femtoseconds. In[8]:=\[HBar] = QuantityMagnitude[Quantity[1., "ReducedPlanckConstant"], "ElectronMass" * ("Nanometers")^2/"Femtoseconds"]Out[8]=In[9]:=\[Rho][x_, y_, t_] = FullSimplify[ComplexExpand[Conjugate[sol] sol]] /. {m -> 1, xMax -> 1, yMax -> 1}Out[9]=Visualize the probability density inside the box over time.In[10]:=ListAnimate[ Table[Plot3D[\[Rho][x , y , t], {x, 0, 1}, {y, 0, 1}, PlotTheme -> {"Scientific", "SolidGrid"}, AxesLabel -> {"\!\(\*StyleBox["x", "SO"]\) (nm)", " \!\(\*StyleBox["y", "SO"]\) (nm)", "\!\(\*StyleBox["\[Rho]", "SO"]\) (\!\(\*SuperscriptBox[\(nm\), \\(-2\)]\))"}, ImageSize -> Medium, PlotRange -> {0, 7}], {t, 0, 19, .5}]]Play AnimationStop Animation

2025-04-02
User7748

{4,1,2,3}, {4,1,3,2}, {4,2,3,1}, {4,2,1,3}, {4,3,2,1}, {4,3,1,2} }; HANDLE hDrw, hBlock, hLayer[4]; int i; // get drawing and block, linked with CAD window hDrw = lcPropGetHandle( hLcWnd, LC_PROP_WND_DRW ); hBlock = lcPropGetHandle( hLcWnd, LC_PROP_WND_VIEWBLOCK ); // get layers handles hLayer[0] = lcDrwGetObjectByName( hDrw, LC_OBJ_LAYER, L"0" ); hLayer[1] = lcDrwGetObjectByName( hDrw, LC_OBJ_LAYER, L"Red" ); hLayer[2] = lcDrwGetObjectByName( hDrw, LC_OBJ_LAYER, L"Green" ); hLayer[3] = lcDrwGetObjectByName( hDrw, LC_OBJ_LAYER, L"Blue" ); for (i=0; i Convert vector drawing file into raster image file:lcBlockRasterize “Silent” mode, without displaying the drawing in a window. The filename extention defines the file format. int _tmain (int argc, _TCHAR* argv[]){ HANDLE hDrw, hBlock; BOOL bRet; int ImgWidth; double Xmin, Ymin, Xmax, Ymax, W, Gap; double Lef, Bot, Rig, Top; WCHAR* szFileName = L"c:/Projects/_drawings/Lenovo.dxf"; WCHAR* szRasterFile = L"c:/Projects/_drawings/Lenovo.png"; lcInitialize( 0, 0, 0 ); lcPropPutStr( 0, LC_PROP_G_REGCODE, L"your code" ); hDrw = lcCreateDrawing(); bRet = lcDrwLoad( hDrw, szFileName, 0 ); if (bRet){ // Set back color of Model space to White lcPropPutInt( hDrw, LC_PROP_DRW_COLORBACKM, RGB(255,255,255) ); // Set fore color of Model space to Black lcPropPutInt( hDrw, LC_PROP_DRW_COLORFOREM, RGB(0,0,0) ); // get Model block hBlock = lcPropGetHandle( hDrw, LC_PROP_DRW_BLOCK_MODEL ); // get extents Xmin = lcPropGetFloat( hBlock, LC_PROP_BLOCK_XMIN ); Ymin = lcPropGetFloat( hBlock, LC_PROP_BLOCK_YMIN ); Xmax = lcPropGetFloat( hBlock, LC_PROP_BLOCK_XMAX ); Ymax = lcPropGetFloat( hBlock, LC_PROP_BLOCK_YMAX ); W = Xmax - Xmin; if (W > 0.0){ // increase output rect Gap = W / 30.0; // blank space Lef = Xmin - Gap; Bot = Ymin - Gap; Rig = Xmax + Gap; Top = Ymax + Gap; // make raster image and save it in a file ImgWidth = 1500; // image width, pixels bRet = lcBlockRasterize( hBlock, szRasterFile, Lef, Bot, Rig, Top, ImgWidth, 0 ); } } lcUninitialize( false ); // if true - save config return 0;} Save window view into raster image in a memory buffer:lcBlockRasterizeMem void DemoRasterToMem (HANDLE hLcWnd){ double Xmin, Ymin, Xmax, Ymax; int ImgW, ImgH; int nBytes, sz, InfoSize, PalSize, ImgSize; HANDLE hBlock; BYTE* pMem; BITMAPFILEHEADER bfh; BITMAPINFOHEADER* pbih; BYTE* pImgBits; // get currently visible block hBlock = lcPropGetHandle( hLcWnd, LC_PROP_WND_VIEWBLOCK ); // get size of CAD window, pixels ImgW = lcPropGetInt( hLcWnd, LC_PROP_WND_WIDTH ); ImgH = lcPropGetInt( hLcWnd, LC_PROP_WND_HEIGHT ); // get extents of currently visible drawing's area Xmin = lcPropGetFloat( hLcWnd, LC_PROP_WND_XMIN ); Ymin = lcPropGetFloat( hLcWnd, LC_PROP_WND_YMIN ); Xmax = lcPropGetFloat( hLcWnd, LC_PROP_WND_XMAX ); Ymax = lcPropGetFloat( hLcWnd, LC_PROP_WND_YMAX ); // get required

2025-04-11
User9028

A = a + param["angle"] x = r * Math.Cos(a * Math.Pi / 180) * param["scale"] y = r * Math.Sin(a * Math.Pi / 180) * param["scale"] _cx = x + param["cx"] _cy = y + param["cy"] x = _cx - param["width"] / 2 * param["scale"] y = _cy - param["height"] / 2 * param["scale"]EndSubSub Shapes_CalcWidthAndHeight ' Shapes | calculate total width and height of shapes ' param shape[] - shape array ' return shWidth, shHeight - total size of shapes For i = 1 To Array.GetItemCount(shape) shp = shape[i] If shp["func"] = "tri" Or shp["func"] = "line" Then xmin = shp["x1"] xmax = shp["x1"] ymin = shp["y1"] ymax = shp["y1"] If shp["x2"] xmin = shp["x2"] EndIf If xmax xmax = shp["x2"] EndIf If shp["y2"] ymin = shp["y2"] EndIf If ymax ymax = shp["y2"] EndIf If shp["func"] = "tri" Then If shp["x3"] xmin = shp["x3"] EndIf If xmax xmax = shp["x3"] EndIf If shp["y3"] ymin = shp["y3"] EndIf If ymax ymax = shp["y3"] EndIf EndIf shp["width"] = xmax - xmin shp["height"] = ymax - ymin EndIf If i = 1 Then shWidth = shp["x"] + shp["width"] shHeight = shp["y"] + shp["height"] Else If shWidth shWidth = shp["x"] + shp["width"] EndIf If shHeight shHeight = shp["y"] + shp["height"] EndIf EndIf shape[i] = shp EndForEndSubSub Shapes_Init_House ' Shapes | initialize shapes data ' return shX, shY - current position of shapes ' return shape - array of shapes shX = -10 ' x offset shY = 50 ' y offset shape = "" shape[1] = "func=rect;x=463;y=327;width=38;height=15;angle=29;bc=#442200;pw=0;" shape[2] = "func=ell;x=495;y=266;width=84;height=73;bc=#FFFFFF;pw=0;" shape[3] = "func=ell;x=479;y=320;width=115;height=97;bc=#FFFFFF;pw=0;" shape[4] = "func=rect;x=513;y=297;width=16;height=6;bc=#000000;pw=0;" shape[5] = "func=rect;x=545;y=297;width=16;height=6;bc=#000000;pw=0;" shape[6] = "func=ell;x=512;y=290;width=18;height=19;bc=#000000;pw=0;" shape[7] = "func=ell;x=544;y=290;width=18;height=19;bc=#000000;pw=0;" shape[8] = "func=rect;x=526;y=317;width=21;height=5;bc=#000000;pw=0;" shape[9] = "func=rect;x=-80;y=380;width=758;height=78;bc=#FFFFFF;pw=0;" shape[10] = "func=tri;x=30;y=50;x1=100;y1=0;x2=0;y2=150;x3=200;y3=150;bc=#999999;pw=0;" shape[11] = "func=rect;x=30;y=200;width=200;height=200;bc=#999999;pw=0;" shape[12] = "func=tri;x=130;y=50;x1=100;y1=0;x2=0;y2=150;x3=200;y3=150;angle=180;bc=#660000;pw=0;" shape[13] = "func=rect;x=230;y=50;width=100;height=150;bc=#660000;pw=0;" shape[14] = "func=tri;x=230;y=50;x1=100;y1=0;x2=0;y2=150;x3=200;y3=150;bc=#660000;pw=0;" shape[15] = "func=rect;x=230;y=200;width=50;height=200;bc=#CCCCCC;pw=0;" shape[16] = "func=rect;x=380;y=200;width=50;height=200;bc=#CCCCCC;pw=0;" shape[17] = "func=rect;x=230;y=350;width=200;height=50;bc=#CCCCCC;pw=0;" shape[18] = "func=rect;x=80;y=200;width=100;height=200;bc=#442200;pw=0;"EndSubSub Shapes_Init_Tree ' Shapes | initialize shapes data ' return shX, shY - current position of shapes ' return shape - array of shapes shX = 210 ' x offset shY = 170 ' y offset shape = "" shape[1] = "func=rect;x=44;y=247;width=84;height=24;bc=#661100;pw=0;" shape[2] = "func=tri;x=50;y=270;x1=8;y1=0;x2=0;y2=58;x3=17;y3=58;angle=180;bc=#661100;pw=0;" shape[3]

2025-03-28
User8925

Fixed scale lcPropPutBool( 0, LC_PROP_BLKREF_ONS_SCALE, false ); lcPropPutFloat( 0, LC_PROP_BLKREF_SCALE, 0.5 ); // set fixed rotation angle lcPropPutBool( 0, LC_PROP_BLKREF_ONS_ANGLE, false ); lcPropPutFloat( 0, LC_PROP_BLKREF_ANGLE, 45*LC_DEG_TO_RAD ); // run the command to insert a block without a dialog lcWndExeCommand( hLcWnd, LC_CMD_INSERT, LC_INSERT_NODLG ); // get handle to the block reference that was created by the command hBlkRef = lcPropGetHandle( 0, LC_PROP_BLKREF_RETURN ); if (hBlkRef != 0){ // get coordinates of insertion point X = lcPropGetFloat( hBlkRef, LC_PROP_BLKREF_X ); Y = lcPropGetFloat( hBlkRef, LC_PROP_BLKREF_Y ); } // reset default mode to LC_INSERT_DLG lcWndExeCommand( hLcWnd, LC_CMD_INSERT, LC_INSERT_RESET ); }} 5.Create new block from all entities of “Model Space” block void DemoDrwToBlock (HANDLE hLcWnd){ HANDLE hDrw, hBlock, hNewBlock, hEnt; double Xmin, Ymin, Xmax, Ymax, X, Y; WCHAR* szFileName = L"c:/tmp/1F2P.dxf"; // get drawing object, linked with CAD window hDrw = lcPropGetHandle( hLcWnd, LC_PROP_WND_DRW ); // load a file lcDrwLoad( hDrw, szFileName, hLcWnd ); // get Model Space block hBlock = lcPropGetHandle( hDrw, LC_PROP_DRW_BLOCK_MODEL ); // calculate center Xmin = lcPropGetFloat( hBlock, LC_PROP_BLOCK_XMIN ); Ymin = lcPropGetFloat( hBlock, LC_PROP_BLOCK_YMIN ); Xmax = lcPropGetFloat( hBlock, LC_PROP_BLOCK_XMAX ); Ymax = lcPropGetFloat( hBlock, LC_PROP_BLOCK_YMAX ); X = (Xmin + Xmax) / 2.0; Y = (Ymin + Ymax) / 2.0; // create new block with basepoint X,Y hNewBlock = lcDrwAddBlock( hDrw, L"New Block", X, Y ); if (hNewBlock){ // move all entities from Model block into hNewBlock hEnt = lcBlockGetFirstEnt( hBlock ); while( hEnt ){ // add the entity's copy into destination block lcBlockAddClone( hNewBlock, hEnt ); // remove the entity from source block lcEntErase( hEnt, true ); // get next entity of the destination block hEnt = lcBlockGetNextEnt( hBlock, hEnt ); } lcBlockUpdate( hNewBlock, true, 0 ); // add the reference of new block lcBlockAddBlockRef( hBlock, hNewBlock, X, Y, 1.0, 0.0 ); // update and display lcBlockUpdate( hBlock, true, 0 ); lcWndExeCommand( hLcWnd, LC_CMD_ZOOM_EXT, 0 ); }} Method 2 void DemoDrwToBlock2 (HANDLE hLcWnd){ HANDLE hDrw, hBlock; double X, Y; WCHAR* szFileName = L"c:/!OK/Projects/_drawings/_Litecad3/1/1F2P.dxf"; WCHAR* szName = L"New Block"; // get drawing object, linked with CAD window hDrw = lcPropGetHandle( hLcWnd, LC_PROP_WND_DRW ); // load a file lcDrwLoad( hDrw, szFileName, hLcWnd ); // get current block hBlock = lcPropGetHandle( hLcWnd, LC_PROP_WND_BLOCK ); // select all entities on current block lcBlockSelectEnt( hBlock, 0, true ); // get center point of selected entities X = lcPropGetFloat( hBlock, LC_PROP_BLOCK_SELXCEN ); Y = lcPropGetFloat( hBlock, LC_PROP_BLOCK_SELYCEN ); // create new block and

2025-04-02

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