Initial file adding

Add the code files for the first time
minelolpride · May 19, 2020 · c4c9310 · c4c9310
1 parent db36cdd
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diff --git a/Main.cpp b/Main.cpp
@@ -0,0 +1,105 @@
+#include <iostream>
+#include "bitmap.h"
+
+using namespace std;
+
+int main(void) {
+	string inputName;					// input filename
+	string modeIn;						// the cutting orientation
+	unsigned int inImgCurY = 0;			// where are we on the original image
+	unsigned int inImgCurX = 0;			//
+	unsigned int outImgCurY = 0;		// where are we on the output canvas
+	unsigned int outImgCurX = 0;		//
+	unsigned int splitSize = 0;			// how big each split should be
+	bool splitVert;						// if true, the cuts are vertical, otherwise they are horizontal
+	bool splitSet = false;				// a failsafe for later
+
+	// take in the input filename
+	cout << "What is your input image filename? (Excluding extension) (Must be BMP!)" << endl;
+	getline(cin, inputName); // we can use files with spaces in the name
+	string inputName2 = inputName + ".bmp";
+	bitmap_image inputImage(inputName2);
+	if (!inputImage) {
+		cout << "Could not fetch that image.";
+		return 1;
+	}
+
+	// tells the image dimensions
+	cout << "Image is " << inputImage.width() << "x" << inputImage.height() << endl << endl;
+
+	// get the cutting orientation
+	cout << "How would you like this image to be split? ( H / V )" << endl;
+	getline(cin, modeIn);
+	if (modeIn == "H" || modeIn == "h") {
+		splitSet = true;
+		splitVert = false;
+	}
+	if (modeIn == "V" || modeIn == "v") {
+			splitSet = true;
+			splitVert = true;
+	}
+	if (!splitSet) return 1; // there it is
+
+	// get the desired split size
+	cout << "How ";
+	if (splitVert) cout << "wide "; else cout << "tall ";
+	cout << "should each split be? (in pixels)" << endl;
+	cin >> splitSize;
+
+	// just say something so we know its working
+	cout << "Processing image...";
+
+	// work the magic
+	if (splitVert) {
+		unsigned int splitCount = inputImage.width() / splitSize;
+		splitCount++;
+		cout << splitCount << endl;
+		unsigned int i = 1;
+		while (i <= splitCount) {
+			bitmap_image outputSplit(splitSize, inputImage.height());
+			outputSplit.clear(0xFF);
+			while (outImgCurX < splitSize) {
+				while (outImgCurY <= inputImage.height() - 1) {
+					// following line existed to help debugging, uncomment if you want to see the program work (warning: a bit slow)
+					//cout << "Pixel at " << outImgCurX << " " << outImgCurY << " will be " << (int)inputImage.get_pixel(inImgCurX, inImgCurY).red << " " << (int)inputImage.get_pixel(inImgCurX, inImgCurY).green << " " << (int)inputImage.get_pixel(inImgCurX, inImgCurY).blue << endl;
+					outputSplit.set_pixel(outImgCurX, outImgCurY, inputImage.get_pixel(inImgCurX, inImgCurY).red, inputImage.get_pixel(inImgCurX, inImgCurY).green, inputImage.get_pixel(inImgCurX, inImgCurY).blue);
+					inImgCurY++;
+					outImgCurY++;
+				}
+				inImgCurY = 0;
+				outImgCurY = 0;
+				inImgCurX++;
+				outImgCurX++;
+			}
+			outputSplit.save_image(inputName + "_" + to_string(i) + ".bmp");
+			outImgCurX = 0; outImgCurY = 0;
+			i++;
+		}
+		cout << "done." << endl;
+	} else {
+		unsigned int splitCount = inputImage.height() / splitSize; splitCount++;
+		unsigned int i = 1;
+		while (i <= splitCount) {
+			bitmap_image outputSplit(inputImage.width(), splitSize);
+			outputSplit.clear(0xFF);
+			while (outImgCurY < splitSize) {
+				while (outImgCurX <= inputImage.width() - 1) {
+					// following line existed to help debugging, uncomment if you want to see the program work (warning: a bit slow)
+					//cout << "Pixel at " << outImgCurX << " " << outImgCurY << " will be " << (int)inputImage.get_pixel(inImgCurX, inImgCurY).red << " " << (int)inputImage.get_pixel(inImgCurX, inImgCurY).green << " " << (int)inputImage.get_pixel(inImgCurX, inImgCurY).blue << endl;
+					outputSplit.set_pixel(outImgCurX, outImgCurY, inputImage.get_pixel(inImgCurX, inImgCurY).red, inputImage.get_pixel(inImgCurX, inImgCurY).green, inputImage.get_pixel(inImgCurX, inImgCurY).blue);
+					inImgCurX++;
+					outImgCurX++;
+				}
+				inImgCurX = 0;
+				outImgCurX = 0;
+				inImgCurY++;
+				outImgCurY++;
+			}
+			outputSplit.save_image(inputName + "_" + to_string(i) + ".bmp");
+			outImgCurX = 0; outImgCurY = 0;
+			i++;
+		}
+		cout << "done." << endl;
+	}
+	return 0;
+}