ImageDraw, ImageFont import os def water_work(img): x, y = img.size textx = int(x*1.5) texty = int(y*1.5) blank = Image.new('RGB', (textx, texty), 'white' ImageFont.truetype('simsun.ttc', size=50) text = '王小涛_同學' draw.ink = 100 draw.text(((textx-x
self.labely.resize(150, 50) self.labely.setText("y轴的坐标") self.labely.move(20, 60) self.textx =QLineEdit(self) self.textx.resize(150,50) self.textx.move(150,0) self.texty
*/ canvas.save(); //绘制文字X轴的位置 【文字开始的位置】 float textX = viewWidth - textWidth / 2; //绘制文字Y轴的位置 //文字结束的位置 float end = viewWidth + mPaint.measureText(text) / 2; canvas.clipRect(end, 0, textX textWidth, float textHeight) { mPaint.setColor(Color.RED); canvas.save(); //绘制文字X轴的位置 [文字开始的位置] float textX //绘制文字Y轴的位置 float textY = viewHeight - textHeight / 2; //跟随者上层裁剪 canvas.clipRect((int) textX * 参数一: 绘制文字 * 参数二: x轴开始位置 * 参数三: y 轴开始位置 * 参数四: 画笔 */ canvas.drawText(text, textX
$i++) { $textColor = imagecolorallocate($image, rand(20, 100), rand(20, 100), rand(20, 100)); $textX = $i * 50 + 10; $textY = rand(40, 60); imagettftext($image, 30, rand(20, 50), $textX, $textY, $textColor
UnityEngine; using UnityEngine.UI; public class accelerationScript : MonoBehaviour { public Text textx ; public Text texty; public Text textz; private void Update() { textx.text
"; private int textX,textY; public AnimatedPathView(Context context) { this(context, mPathLength = measure.getLength(); } public void setPathText(String pathText,int textX ,int textY ) { this.pathText=pathText; this.textX=textX; this.textY=textY; TextUtils.isEmpty(pathText)){ canvas.drawText(pathText,textX,textY,mPaint); }
screenWidth, float screenHeight ) { color = RGB( 0, 0, 0 ); float offset = 18.0; float textX - offset * 4.0; float marioY = textY + 16.0 * 3.0; DrawW( color, textX - offset * 0.0, textY ); DrawO( color, textX - offset * 1.0, textY ); DrawR( color, textX - offset * 2.0, textY ); DrawL( color, textX - offset * 3.0, textY ); DrawD( color, textX - offset * 4.0, textY ); Draw1( color, textX - offset * 6.0, textY ); DrawM( color, textX - offset * 7.0, textY ); Draw1
canvas.height; cxt.lineWidth = 2; cxt.strokeStyle = "green"; var textX cxt.font = '12pt Arial'; cxt.fillStyle = 'red'; cxt.fillText(textX , -30, dy); textX+= 50; dy+=50; } } drawAxis
; int textWidth = g.getFontMetrics(font).stringWidth(text); int textX / 2; int textY = endY + 20; // 文字位于线段结束点的下方一定距离 g.drawString(text, textX ; int textWidth = g.getFontMetrics(font).stringWidth(text); int textX textWidth) / 2; int textY = y + BALLOON_HEIGHT / 2; g.drawString(text, textX
= 16f; canvas.FontSize = fontSize; var textRightMargin = 5; var textX = 0; var textY = offsetY - fontSize / 2f; var textWidth = plotAreaOffsetX - textX var text = categoryAxisValueList[i].GetViewText(); canvas.DrawString(text, textX = 16f; canvas.FontSize = fontSize; var textRightMargin = 5; var textX = 0; var textY = offsetY - fontSize / 2f; var textWidth = plotAreaOffsetX - textX
/ 2.0f, paint) paint.textSize = 40f paint.color = Color.WHITE val textX drawText(showText, 0, showText.length, textX, textY, paint) paint.color = Color.RED
implements SurfaceHolder.Callback,Runnable{ private SurfaceHolder sfh; private Paint paint; private int textX this.getHeight(), paint); //利用RGB的方式刷屏 canvas.drawRGB(0, 0, 0); canvas.drawText("Game", textX private void logic(){ } @Override public boolean onTouchEvent(android.view.MotionEvent event) { textX
是否闭合圆弧, 画笔 canvas.drawArc(rectf, 270, mProcessValue, false, mPaint); 绘制文字 : canvas.drawText(str, textX = textRect.width(); int textHeight = textRect.height(); //根据数字大小获取绘制位置, 以便数字能够在正中央绘制出来 int textX center - textWidth / 2; int textY = center + textHeight / 2; //正式开始绘制数字 canvas.drawText(str, textX
ctx.save(); ctx.font = '12px Arial'; ctx.fillStyle = '#000000'; ctx.textBaseline = 'top'; const textX w + marginRight; const textY = y - textH - Legend.MARGIN_BOTTOM + offsetY; ctx.fillText(text, textX
", fillStyle = 'rgba(184, 184, 184, 0.8)', content = '请勿外传', cb = null, textX ctx.font = font; ctx.fillStyle = fillStyle; ctx.fillText(content, img.width - textX
textPlaceable.width * animationProgress val iconX = (width - textWidth - iconPlaceable.width) / 2 val textX = 0f) { textPlaceable.placeRelative(textX.toInt(), textY) } } } △ 自定义底部导航 使用自定义布局的时机 textPlaceable.width * progress val iconX = (width - textWidth - iconPlaceable.width) / 2 val textX = 0f) { textPlaceable.placeRelative(textX.toInt(), textY) } } } △ 修正后的底部导航 我们使用了能提供当前动画进度的函数作为参数
fillStyle = 'rgba(184, 184, 184, 0.8)', content = '水印', cb = null, textX font; ctx.fillStyle = fillStyle; ctx.fillText(content, img.width - textX
ctx.save(); ctx.font = '12px Arial'; ctx.fillStyle = '#000000'; ctx.textBaseline = 'top'; const textX + w + marginRight; const textY = y - textH - Legend.MARGIN_BOTTOM + offsetY; ctx.fillText(text, textX
添加箭头和文字说明 plt.annotate(text, (x, y), (textx, texty), arrowprops=dict(arrowstyle="->", color='r')) 常用参数 text: 进行说明的文本 (x, y): 要进行说明的点的横纵坐标 (textx, texty): 说明的文本的要放的位置的横纵坐标 arrowprops=dict(arrowstyle="->")
cSpace; // 饼状图属性 var radius, ox, oy;//半径 圆心 var tWidth, tHeight;//图例宽高 var posX, posY, textX tWidth = 60; //图例宽和高 tHeight = 20; posX = cMargin; posY = cMargin; // textX dataArr[i][2] + ":" + parseInt(100 * new_data_arr[i]) + "%"; ctx.fillText(percent, parseInt(textX