CSGO Glow ESP help

DWORD glowOffset = 0x04B2CD44;

void ESP(){
	while (!GetAsyncKeyState(panicKey)){
		if (espEnabled){
			if (!aimbotEnabled){
				me.base = mem.Read<DWORD>(dwBase + playerOffset);
				ReadData(&me);
				for (int i = 1; i < 64; i++){
					players[i].base = mem.Read<DWORD>(dwBase + entityListOffset + i * 0x10);
					ReadData(&players[i]);
				}
			}
			DWORD dwGlow = mem.Read<DWORD>(dwBase + glowOffset);
			int GlowCount = mem.Read<int>(dwBase + glowOffset + 0x4);
			if (dwGlow != NULL){
				for (int i = 0; i < GlowCount; i++){
					DWORD glowObject = dwGlow + i * sizeof(GlowingObject);
					GlowingObject object = mem.Read<GlowingObject>(glowObject);

					if (object.base != NULL){
						for (int p = 1; p < 64; p++){
							
							if (object.base == players[p].base){
								cout << players[p].health << "   " << object.base << endl;
								cout << p << endl;
								int red = 1;
								int green = 1;
								int blue = 255;

								if (players[p].team != me.team){
									red = 255;
									green = 1;
									blue = 1;

									if (SpottedByMe(&players[p])){
										red = 255;
										green = 255;
										blue = 1;
									}
								}

								mem.Write<float>(glowObject + 0x4, red / 255);
								mem.Write<float>(glowObject + 0x8, green / 255);
								mem.Write<float>(glowObject + 0xC, blue / 255);
								mem.Write<float>(glowObject + 0x10, 1.0f);
								mem.Write<BOOL>(glowObject + 0x24, true);
								mem.Write<BOOL>(glowObject + 0x25, false);
							}

						}
					}
				}
			}
			std::this_thread::sleep_for(std::chrono::milliseconds(15));
		}
	}
}