【发布时间】：2022-01-06 08:23:57
【问题描述】：
我正在处理一个正在处理的项目，但我在处理这个超级烦人的错误时遇到了一些困难。全部代码贴在下面，4个类文件。
每当“模拟速度”滑块向上移动然后向下移动时，模拟就会停止，不会出现错误。与“自动”按钮相同。我不知道为什么会发生这种情况，我已经按照变量检查了我的代码，我没有发现任何错误。
救命！
noisedemo 文件
int tableHeight = 20;
int tableWidth = 20;
float prismWidth = 10;
float tableTopx = 260;
float tableTopy = 200;
int k = 0;
int simulationSpeed;
int frameCounter;
Prism[][] prisms = new Prism[tableWidth][tableHeight];
//Declare the sliders
Slider simulationSpeedSlider = new Slider(10, 20, 100, 30, "Simulation Speed");
Slider noiseOctaveSlider = new Slider(10, 50, 100, 4, "Noise Ocatave");
Slider noiseScaleSlider = new Slider(10, 80, 100, 10, 10, "Noise Scale", true);
//Declare the buttons
Button autoScrollButton = new Button(400, 100, "Auto");
void setup(){
size(500, 500);
smooth();
pixelDensity(2);
frameRate(30);
noiseDetail((int)noiseOctaveSlider.sliderValue, noiseScaleSlider.sliderValue);
for(int i = 0; i < 20; i++){
for(int j = 0; j < 20; j++){
prisms[i][j] = new Prism(noise(i, j)*30+10, prismWidth);
prisms[i][j].setHeight(noise(i, j)*30+10);
}
}
}
float[] convertCoordinate(int xcoord, int ycoord, float xtop, float ytop, float pwidth){
float[] coord = new float[2];
coord[0] = (xtop + xcoord*cos(radians(40))*prismWidth - ycoord * cos(radians(40))*prismWidth)*0.95;
coord[1] = (ytop + ycoord*sin(radians(40))*prismWidth + xcoord * sin(radians(40))*prismWidth)*0.95;
return coord;
}
void updateHeight(){
for(int i = 0; i < tableWidth; i++){
for(int j = 0; j < tableHeight; j++){
prisms[i][j].drawPrism(convertCoordinate(i, j, tableTopx, tableTopy, prismWidth)[0], convertCoordinate(i, j, tableTopx, tableTopy, prismWidth)[1]);
}
}
}
void setHeight(){
for(int i = 0; i < tableWidth; i++){
for(int j = 0; j < tableHeight; j++){
prisms[i][j].setHeight(noise(i+k, j+k)*30+10);
}
}
}
void mouseClicked(){
if(autoScrollButton.isInRange()){
autoScrollButton.buttonActive = !autoScrollButton.buttonActive;
}
}
void draw(){
background(0, 150, 0);
noiseDetail((int)noiseScaleSlider.sliderValue, noiseScaleSlider.sliderValue);
simulationSpeedSlider.drawSlider();
simulationSpeed = (int)simulationSpeedSlider.sliderValue;
noiseOctaveSlider.drawSlider();
noiseScaleSlider.drawSlider();
autoScrollButton.drawButton();
if(frameCounter == simulationSpeed && autoScrollButton.buttonActive){
k++;
frameCounter = 0;
setHeight();
}
updateHeight();
frameCounter++;
}
按钮文件
class Button{
boolean buttonActive = true;
float buttonX;
float buttonY;
float buttonWidth = 30;
float buttonHeight = 15;
String buttonLabel;
Button(float x, float y, String label){
buttonX = x;
buttonY = y;
buttonLabel = label;
}
void drawButton(){
if(!buttonActive){
fill(100);
rect(buttonX, buttonY, buttonWidth, buttonHeight, 5);
fill(255);
text(buttonLabel, buttonX + 4, buttonY + 10);
}else{
fill(200);
rect(buttonX, buttonY, buttonWidth, buttonHeight, 5);
fill(0);
text(buttonLabel, buttonX + 4, buttonY + 10);
}
}
boolean isInRange(){
if(mouseX > buttonX && mouseX < buttonX + buttonWidth && mouseY > buttonY && mouseY < buttonY + buttonHeight){
return true;
}
else{
return false;
}
}
}
棱镜文件
class Prism{
float pheight;
float pwidth;
Prism(float tempheight, float tempwidth){
pheight = tempheight;
pwidth = tempwidth;
}
Prism(){
pheight = 10;
pwidth = 5;
}
void drawPrism(float x, float y){
noStroke();
fill(175);
quad(x, y, x - cos(radians(40))*pwidth, y - sin(radians(40))*pwidth, x - cos(radians(40))*pwidth, y - sin(radians(40))*pwidth - pheight, x, y - pheight);
fill(100);
quad(x, y, x + cos(radians(40))*pwidth, y - sin(radians(40))*pwidth, x + cos(radians(40))*pwidth, y - sin(radians(40))*pwidth - pheight, x, y - pheight);
fill(225);
quad(x, y - pheight, x - cos(radians(40))*pwidth, y - sin(radians(40))*pwidth - pheight, x, y - 2*sin(radians(40))*pwidth - pheight, x + cos(radians(40))*pwidth, y - sin(radians(40))*pwidth - pheight);
}
void setHeight(float tempheight){
pheight = tempheight;
}
}
滑块文件
class Slider{
float sliderLength;
float sliderX;
float sliderY;
float sliderWidth;
float handleWidth;
float sliderValue;
float sliderPos;
int sliderTotal;
boolean handleActive;
boolean isPrecise;
String sliderLabel;
//provide x and y position, length and the max value, the least amount of info
Slider(float x, float y, float slength, int total){
sliderX = x;
sliderY = y;
sliderLength = slength;
sliderWidth = 10;
handleWidth = sliderWidth*1.5;
sliderTotal = total;
sliderPos = sliderX + sliderWidth/2;
sliderLabel = "";
}
//provide x and y position, length and the max value AND a label
Slider(float x, float y, float slength, int total, String label){
sliderX = x;
sliderY = y;
sliderLength = slength;
sliderWidth = 10;
handleWidth = sliderWidth*1.5;
sliderTotal = total;
sliderPos = sliderX + sliderWidth/2;
sliderLabel = label;
}
//provide default values AND a label AND a width AND whether its precise
Slider(float x, float y, float slength, float swidth, int total, String label, boolean p){
sliderX = x;
sliderY = y;
sliderLength = slength;
sliderWidth = swidth;
handleWidth = sliderWidth*1.5;
sliderTotal = total;
sliderPos = sliderX + sliderWidth/2;
sliderLabel = label;
isPrecise = p;
}
void drawSlider(){
fill(255);
textSize(10);
text(sliderLabel, sliderX, sliderY - 5);
text(sliderValue, sliderX + sliderLength + 7, sliderY + sliderWidth/1.1);
fill(100);
rect(sliderX-1, sliderY, sliderLength+1, sliderWidth, 5);
fill(255);
ellipse(sliderPos, sliderY + (sliderWidth/2), handleWidth, handleWidth);
if(!isPrecise){
sliderValue = (int)((sliderPos - sliderX)/(sliderLength/sliderTotal));
}else if(isPrecise){
sliderValue = (sliderPos - sliderX)/(sliderLength/sliderTotal);
}
if(mouseX >= sliderX && mouseX <= sliderX+sliderLength + sliderX && mouseY >= sliderY - (handleWidth/2) && mouseY <= sliderY + (handleWidth/2) && mousePressed){
handleActive = true;
}
if(!mousePressed){
handleActive = false;
}
if(handleActive && sliderPos <= sliderX + sliderLength && sliderPos >= sliderX){
sliderPos = mouseX;
}
if(sliderPos > sliderX + sliderLength){
sliderPos = sliderX + sliderLength;
}
if(sliderPos < sliderX){
sliderPos = sliderX + 1;
}
}
}
谢谢！对不起，如果代码有点乱:)
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标签： processing