program interest_m3tlfwm.aleo;

function fixed_iteration_interest:
    input r0 as u32.private;
    input r1 as u32.public;
    mul r0 r1 into r2;
    div r2 100u32 into r3;
    add r0 r3 into r4;
    mul r4 r1 into r5;
    div r5 100u32 into r6;
    add r4 r6 into r7;
    mul r7 r1 into r8;
    div r8 100u32 into r9;
    add r7 r9 into r10;
    mul r10 r1 into r11;
    div r11 100u32 into r12;
    add r10 r12 into r13;
    mul r13 r1 into r14;
    div r14 100u32 into r15;
    add r13 r15 into r16;
    mul r16 r1 into r17;
    div r17 100u32 into r18;
    add r16 r18 into r19;
    mul r19 r1 into r20;
    div r20 100u32 into r21;
    add r19 r21 into r22;
    mul r22 r1 into r23;
    div r23 100u32 into r24;
    add r22 r24 into r25;
    mul r25 r1 into r26;
    div r26 100u32 into r27;
    add r25 r27 into r28;
    mul r28 r1 into r29;
    div r29 100u32 into r30;
    add r28 r30 into r31;
    output r31 as u32.private;

function bounded_iteration_interest:
    input r0 as u32.private;
    input r1 as u32.public;
    input r2 as u8.private;
    lte r2 50u8 into r3;
    assert.eq r3 true;
    lt 0u8 r2 into r4;
    mul r0 r1 into r5;
    div r5 100u32 into r6;
    add r0 r6 into r7;
    ternary r4 r7 r0 into r8;
    is.eq 0u8 40u8 into r9;
    lt 1u8 r2 into r10;
    mul r8 r1 into r11;
    div r11 100u32 into r12;
    add r8 r12 into r13;
    ternary r10 r13 r8 into r14;
    is.eq 1u8 40u8 into r15;
    lt 2u8 r2 into r16;
    mul r14 r1 into r17;
    div r17 100u32 into r18;
    add r14 r18 into r19;
    ternary r16 r19 r14 into r20;
    is.eq 2u8 40u8 into r21;
    lt 3u8 r2 into r22;
    mul r20 r1 into r23;
    div r23 100u32 into r24;
    add r20 r24 into r25;
    ternary r22 r25 r20 into r26;
    is.eq 3u8 40u8 into r27;
    lt 4u8 r2 into r28;
    mul r26 r1 into r29;
    div r29 100u32 into r30;
    add r26 r30 into r31;
    ternary r28 r31 r26 into r32;
    is.eq 4u8 40u8 into r33;
    lt 5u8 r2 into r34;
    mul r32 r1 into r35;
    div r35 100u32 into r36;
    add r32 r36 into r37;
    ternary r34 r37 r32 into r38;
    is.eq 5u8 40u8 into r39;
    lt 6u8 r2 into r40;
    mul r38 r1 into r41;
    div r41 100u32 into r42;
    add r38 r42 into r43;
    ternary r40 r43 r38 into r44;
    is.eq 6u8 40u8 into r45;
    lt 7u8 r2 into r46;
    mul r44 r1 into r47;
    div r47 100u32 into r48;
    add r44 r48 into r49;
    ternary r46 r49 r44 into r50;
    is.eq 7u8 40u8 into r51;
    lt 8u8 r2 into r52;
    mul r50 r1 into r53;
    div r53 100u32 into r54;
    add r50 r54 into r55;
    ternary r52 r55 r50 into r56;
    is.eq 8u8 40u8 into r57;
    lt 9u8 r2 into r58;
    mul r56 r1 into r59;
    div r59 100u32 into r60;
    add r56 r60 into r61;
    ternary r58 r61 r56 into r62;
    is.eq 9u8 40u8 into r63;
    lt 10u8 r2 into r64;
    mul r62 r1 into r65;
    div r65 100u32 into r66;
    add r62 r66 into r67;
    ternary r64 r67 r62 into r68;
    is.eq 10u8 40u8 into r69;
    lt 11u8 r2 into r70;
    mul r68 r1 into r71;
    div r71 100u32 into r72;
    add r68 r72 into r73;
    ternary r70 r73 r68 into r74;
    is.eq 11u8 40u8 into r75;
    lt 12u8 r2 into r76;
    mul r74 r1 into r77;
    div r77 100u32 into r78;
    add r74 r78 into r79;
    ternary r76 r79 r74 into r80;
    is.eq 12u8 40u8 into r81;
    lt 13u8 r2 into r82;
    mul r80 r1 into r83;
    div r83 100u32 into r84;
    add r80 r84 into r85;
    ternary r82 r85 r80 into r86;
    is.eq 13u8 40u8 into r87;
    lt 14u8 r2 into r88;
    mul r86 r1 into r89;
    div r89 100u32 into r90;
    add r86 r90 into r91;
    ternary r88 r91 r86 into r92;
    is.eq 14u8 40u8 into r93;
    lt 15u8 r2 into r94;
    mul r92 r1 into r95;
    div r95 100u32 into r96;
    add r92 r96 into r97;
    ternary r94 r97 r92 into r98;
    is.eq 15u8 40u8 into r99;
    lt 16u8 r2 into r100;
    mul r98 r1 into r101;
    div r101 100u32 into r102;
    add r98 r102 into r103;
    ternary r100 r103 r98 into r104;
    is.eq 16u8 40u8 into r105;
    lt 17u8 r2 into r106;
    mul r104 r1 into r107;
    div r107 100u32 into r108;
    add r104 r108 into r109;
    ternary r106 r109 r104 into r110;
    is.eq 17u8 40u8 into r111;
    lt 18u8 r2 into r112;
    mul r110 r1 into r113;
    div r113 100u32 into r114;
    add r110 r114 into r115;
    ternary r112 r115 r110 into r116;
    is.eq 18u8 40u8 into r117;
    lt 19u8 r2 into r118;
    mul r116 r1 into r119;
    div r119 100u32 into r120;
    add r116 r120 into r121;
    ternary r118 r121 r116 into r122;
    is.eq 19u8 40u8 into r123;
    lt 20u8 r2 into r124;
    mul r122 r1 into r125;
    div r125 100u32 into r126;
    add r122 r126 into r127;
    ternary r124 r127 r122 into r128;
    is.eq 20u8 40u8 into r129;
    lt 21u8 r2 into r130;
    mul r128 r1 into r131;
    div r131 100u32 into r132;
    add r128 r132 into r133;
    ternary r130 r133 r128 into r134;
    is.eq 21u8 40u8 into r135;
    lt 22u8 r2 into r136;
    mul r134 r1 into r137;
    div r137 100u32 into r138;
    add r134 r138 into r139;
    ternary r136 r139 r134 into r140;
    is.eq 22u8 40u8 into r141;
    lt 23u8 r2 into r142;
    mul r140 r1 into r143;
    div r143 100u32 into r144;
    add r140 r144 into r145;
    ternary r142 r145 r140 into r146;
    is.eq 23u8 40u8 into r147;
    lt 24u8 r2 into r148;
    mul r146 r1 into r149;
    div r149 100u32 into r150;
    add r146 r150 into r151;
    ternary r148 r151 r146 into r152;
    is.eq 24u8 40u8 into r153;
    lt 25u8 r2 into r154;
    mul r152 r1 into r155;
    div r155 100u32 into r156;
    add r152 r156 into r157;
    ternary r154 r157 r152 into r158;
    is.eq 25u8 40u8 into r159;
    lt 26u8 r2 into r160;
    mul r158 r1 into r161;
    div r161 100u32 into r162;
    add r158 r162 into r163;
    ternary r160 r163 r158 into r164;
    is.eq 26u8 40u8 into r165;
    lt 27u8 r2 into r166;
    mul r164 r1 into r167;
    div r167 100u32 into r168;
    add r164 r168 into r169;
    ternary r166 r169 r164 into r170;
    is.eq 27u8 40u8 into r171;
    lt 28u8 r2 into r172;
    mul r170 r1 into r173;
    div r173 100u32 into r174;
    add r170 r174 into r175;
    ternary r172 r175 r170 into r176;
    is.eq 28u8 40u8 into r177;
    lt 29u8 r2 into r178;
    mul r176 r1 into r179;
    div r179 100u32 into r180;
    add r176 r180 into r181;
    ternary r178 r181 r176 into r182;
    is.eq 29u8 40u8 into r183;
    lt 30u8 r2 into r184;
    mul r182 r1 into r185;
    div r185 100u32 into r186;
    add r182 r186 into r187;
    ternary r184 r187 r182 into r188;
    is.eq 30u8 40u8 into r189;
    lt 31u8 r2 into r190;
    mul r188 r1 into r191;
    div r191 100u32 into r192;
    add r188 r192 into r193;
    ternary r190 r193 r188 into r194;
    is.eq 31u8 40u8 into r195;
    lt 32u8 r2 into r196;
    mul r194 r1 into r197;
    div r197 100u32 into r198;
    add r194 r198 into r199;
    ternary r196 r199 r194 into r200;
    is.eq 32u8 40u8 into r201;
    lt 33u8 r2 into r202;
    mul r200 r1 into r203;
    div r203 100u32 into r204;
    add r200 r204 into r205;
    ternary r202 r205 r200 into r206;
    is.eq 33u8 40u8 into r207;
    lt 34u8 r2 into r208;
    mul r206 r1 into r209;
    div r209 100u32 into r210;
    add r206 r210 into r211;
    ternary r208 r211 r206 into r212;
    is.eq 34u8 40u8 into r213;
    lt 35u8 r2 into r214;
    mul r212 r1 into r215;
    div r215 100u32 into r216;
    add r212 r216 into r217;
    ternary r214 r217 r212 into r218;
    is.eq 35u8 40u8 into r219;
    lt 36u8 r2 into r220;
    mul r218 r1 into r221;
    div r221 100u32 into r222;
    add r218 r222 into r223;
    ternary r220 r223 r218 into r224;
    is.eq 36u8 40u8 into r225;
    lt 37u8 r2 into r226;
    mul r224 r1 into r227;
    div r227 100u32 into r228;
    add r224 r228 into r229;
    ternary r226 r229 r224 into r230;
    is.eq 37u8 40u8 into r231;
    lt 38u8 r2 into r232;
    mul r230 r1 into r233;
    div r233 100u32 into r234;
    add r230 r234 into r235;
    ternary r232 r235 r230 into r236;
    is.eq 38u8 40u8 into r237;
    lt 39u8 r2 into r238;
    mul r236 r1 into r239;
    div r239 100u32 into r240;
    add r236 r240 into r241;
    ternary r238 r241 r236 into r242;
    is.eq 39u8 40u8 into r243;
    lt 40u8 r2 into r244;
    mul r242 r1 into r245;
    div r245 100u32 into r246;
    add r242 r246 into r247;
    ternary r244 r247 r242 into r248;
    is.eq 40u8 40u8 into r249;
    lt 41u8 r2 into r250;
    mul r248 r1 into r251;
    div r251 100u32 into r252;
    add r248 r252 into r253;
    ternary r250 r253 r248 into r254;
    is.eq 41u8 40u8 into r255;
    lt 42u8 r2 into r256;
    mul r254 r1 into r257;
    div r257 100u32 into r258;
    add r254 r258 into r259;
    ternary r256 r259 r254 into r260;
    is.eq 42u8 40u8 into r261;
    lt 43u8 r2 into r262;
    mul r260 r1 into r263;
    div r263 100u32 into r264;
    add r260 r264 into r265;
    ternary r262 r265 r260 into r266;
    is.eq 43u8 40u8 into r267;
    lt 44u8 r2 into r268;
    mul r266 r1 into r269;
    div r269 100u32 into r270;
    add r266 r270 into r271;
    ternary r268 r271 r266 into r272;
    is.eq 44u8 40u8 into r273;
    lt 45u8 r2 into r274;
    mul r272 r1 into r275;
    div r275 100u32 into r276;
    add r272 r276 into r277;
    ternary r274 r277 r272 into r278;
    is.eq 45u8 40u8 into r279;
    lt 46u8 r2 into r280;
    mul r278 r1 into r281;
    div r281 100u32 into r282;
    add r278 r282 into r283;
    ternary r280 r283 r278 into r284;
    is.eq 46u8 40u8 into r285;
    lt 47u8 r2 into r286;
    mul r284 r1 into r287;
    div r287 100u32 into r288;
    add r284 r288 into r289;
    ternary r286 r289 r284 into r290;
    is.eq 47u8 40u8 into r291;
    lt 48u8 r2 into r292;
    mul r290 r1 into r293;
    div r293 100u32 into r294;
    add r290 r294 into r295;
    ternary r292 r295 r290 into r296;
    is.eq 48u8 40u8 into r297;
    lt 49u8 r2 into r298;
    mul r296 r1 into r299;
    div r299 100u32 into r300;
    add r296 r300 into r301;
    ternary r298 r301 r296 into r302;
    is.eq 49u8 40u8 into r303;
    ternary r303 r302 r302 into r304;
    ternary r297 r296 r304 into r305;
    ternary r291 r290 r305 into r306;
    ternary r285 r284 r306 into r307;
    ternary r279 r278 r307 into r308;
    ternary r273 r272 r308 into r309;
    ternary r267 r266 r309 into r310;
    ternary r261 r260 r310 into r311;
    ternary r255 r254 r311 into r312;
    ternary r249 r248 r312 into r313;
    ternary r243 r242 r313 into r314;
    ternary r237 r236 r314 into r315;
    ternary r231 r230 r315 into r316;
    ternary r225 r224 r316 into r317;
    ternary r219 r218 r317 into r318;
    ternary r213 r212 r318 into r319;
    ternary r207 r206 r319 into r320;
    ternary r201 r200 r320 into r321;
    ternary r195 r194 r321 into r322;
    ternary r189 r188 r322 into r323;
    ternary r183 r182 r323 into r324;
    ternary r177 r176 r324 into r325;
    ternary r171 r170 r325 into r326;
    ternary r165 r164 r326 into r327;
    ternary r159 r158 r327 into r328;
    ternary r153 r152 r328 into r329;
    ternary r147 r146 r329 into r330;
    ternary r141 r140 r330 into r331;
    ternary r135 r134 r331 into r332;
    ternary r129 r128 r332 into r333;
    ternary r123 r122 r333 into r334;
    ternary r117 r116 r334 into r335;
    ternary r111 r110 r335 into r336;
    ternary r105 r104 r336 into r337;
    ternary r99 r98 r337 into r338;
    ternary r93 r92 r338 into r339;
    ternary r87 r86 r339 into r340;
    ternary r81 r80 r340 into r341;
    ternary r75 r74 r341 into r342;
    ternary r69 r68 r342 into r343;
    ternary r63 r62 r343 into r344;
    ternary r57 r56 r344 into r345;
    ternary r51 r50 r345 into r346;
    ternary r45 r44 r346 into r347;
    ternary r39 r38 r347 into r348;
    ternary r33 r32 r348 into r349;
    ternary r27 r26 r349 into r350;
    ternary r21 r20 r350 into r351;
    ternary r15 r14 r351 into r352;
    ternary r9 r8 r352 into r353;
    output r353 as u32.private;

Not implemented