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Showing content from https://TheAlgorithms.github.io/C-Plus-Plus/d3/dfe/perimeter_8cpp_source.html below:

TheAlgorithms/C++: math/perimeter.cpp Source File

122

uint16_t int_length = 0;

123

uint16_t int_width = 0;

124

uint16_t int_base = 0;

125

uint16_t int_height = 0;

126

uint16_t int_hypotenuse = 0;

127

uint16_t int_sides = 0;

128

uint16_t int_expected = 0;

129

uint16_t int_perimeter = 0;

131 float

float_length = NAN;

132 float

float_expected = NAN;

133 float

float_perimeter = NAN;

135 double

double_length = NAN;

136 double

double_width = NAN;

137 double

double_radius = NAN;

138 double

double_height = NAN;

139 double

double_expected = NAN;

140 double

double_perimeter = NAN;

147

std::cout <<

"perimeter OF A SQUARE (int)"

<< std::endl;

148

std::cout <<

"Input Length: "

<< int_length << std::endl;

149

std::cout <<

"Expected Output: "

<< int_expected << std::endl;

150

std::cout <<

"Output: "

<< int_perimeter << std::endl;

151

assert(int_perimeter == int_expected);

152

std::cout <<

"TEST PASSED"

<< std::endl << std::endl;

159

std::cout <<

"perimeter OF A SQUARE (float)"

<< std::endl;

160

std::cout <<

"Input Length: "

<< float_length << std::endl;

161

std::cout <<

"Expected Output: "

<< float_expected << std::endl;

162

std::cout <<

"Output: "

<< float_perimeter << std::endl;

163

assert(float_perimeter == float_expected);

164

std::cout <<

"TEST PASSED"

<< std::endl << std::endl;

172

std::cout <<

"perimeter OF A RECTANGLE (int)"

<< std::endl;

173

std::cout <<

"Input Length: "

<< int_length << std::endl;

174

std::cout <<

"Input Width: "

<< int_width << std::endl;

175

std::cout <<

"Expected Output: "

<< int_expected << std::endl;

176

std::cout <<

"Output: "

<< int_perimeter << std::endl;

177

assert(int_perimeter == int_expected);

178

std::cout <<

"TEST PASSED"

<< std::endl << std::endl;

183

double_expected = 16.4;

186

std::cout <<

"perimeter OF A RECTANGLE (double)"

<< std::endl;

187

std::cout <<

"Input Length: "

<< double_length << std::endl;

188

std::cout <<

"Input Width: "

<< double_width << std::endl;

189

std::cout <<

"Expected Output: "

<< double_expected << std::endl;

190

std::cout <<

"Output: "

<< double_perimeter << std::endl;

191

assert(double_perimeter == double_expected);

192

std::cout <<

"TEST PASSED"

<< std::endl << std::endl;

202

std::cout <<

"perimeter OF A TRIANGLE"

<< std::endl;

203

std::cout <<

"Input Base: "

<< int_base << std::endl;

204

std::cout <<

"Input Height: "

<< int_height << std::endl;

205

std::cout <<

"Expected Output: "

<< int_expected << std::endl;

206

std::cout <<

"Output: "

<< int_perimeter << std::endl;

207

assert(int_perimeter == int_expected);

208

std::cout <<

"TEST PASSED"

<< std::endl << std::endl;

217

std::cout <<

"perimeter OF A CIRCLE"

<< std::endl;

218

std::cout <<

"Input Radius: "

<< double_radius << std::endl;

219

std::cout <<

"Expected Output: "

<< double_expected << std::endl;

220

std::cout <<

"Output: "

<< double_perimeter << std::endl;

221

assert(double_perimeter == double_expected);

222

std::cout <<

"TEST PASSED"

<< std::endl << std::endl;

230

std::cout <<

"perimeter OF A PARALLELOGRAM"

<< std::endl;

231

std::cout <<

"Input Base: "

<< int_base << std::endl;

232

std::cout <<

"Input Height: "

<< int_height << std::endl;

233

std::cout <<

"Expected Output: "

<< int_expected << std::endl;

234

std::cout <<

"Output: "

<< int_perimeter << std::endl;

235

assert(int_perimeter == int_expected);

236

std::cout <<

"TEST PASSED"

<< std::endl << std::endl;

240

double_expected = 66.0;

243

std::cout <<

"SURFACE perimeter OF A CUBE"

<< std::endl;

244

std::cout <<

"Input Length: "

<< double_length << std::endl;

245

std::cout <<

"Expected Output: "

<< double_expected << std::endl;

246

std::cout <<

"Output: "

<< double_perimeter << std::endl;

247

assert(double_perimeter == double_expected);

248

std::cout <<

"TEST PASSED"

<< std::endl << std::endl;

256

std::cout <<

"SURFACE perimeter OF A N-POLYGON"

<< std::endl;

257

std::cout <<

"Input Sides: "

<< int_sides << std::endl;

258

std::cout <<

"Input Length: "

<< int_length << std::endl;

259

std::cout <<

"Expected Output: "

<< int_expected << std::endl;

260

std::cout <<

"Output: "

<< int_perimeter << std::endl;

261

assert(int_perimeter == int_expected);

262

std::cout <<

"TEST PASSED"

<< std::endl << std::endl;

267

double_expected = 22.0;

271

std::cout <<

"SURFACE perimeter OF A CYLINDER"

<< std::endl;

272

std::cout <<

"Input Radius: "

<< double_radius << std::endl;

273

std::cout <<

"Input Height: "

<< double_height << std::endl;

274

std::cout <<

"Expected Output: "

<< double_expected << std::endl;

275

std::cout <<

"Output: "

<< double_perimeter << std::endl;

276

assert(double_perimeter == double_expected);

277

std::cout <<

"TEST PASSED"

<< std::endl << std::endl;

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